ANKRD36 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	ANKRD36
Entrez Gene ID	375248
Full Name	ankyrin repeat domain 36
Synonyms	UNQ2430
General protein information	Preferred Names ankyrin repeat domain 36 Names ankyrin repeat domain-containing protein 36A ankyrin repeat domain-containing protein 36 ankyrin-related
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 2 Map Location: 2q11.2

mRNA and Protein(s)

mRNA	Protein	Name
XM_006712514.3	XP_006712577.1	ankyrin repeat domain-containing protein 36A isoform X1
XM_017004011.1	XP_016859500.1	ankyrin repeat domain-containing protein 36A isoform X3
XM_017004016.1	XP_016859505.1	ankyrin repeat domain-containing protein 36A isoform X8
XM_017004022.1	XP_016859511.1	ankyrin repeat domain-containing protein 36A isoform X14
XM_017004024.1	XP_016859513.1	ankyrin repeat domain-containing protein 36A isoform X16
XM_017004028.1	XP_016859517.1	ankyrin repeat domain-containing protein 36A isoform X20
XM_017004035.1	XP_016859524.1	ankyrin repeat domain-containing protein 36A isoform X26
XM_017004049.1	XP_016859538.1	ankyrin repeat domain-containing protein 36A isoform X39
NM_001164315.1	NP_001157787.1	ankyrin repeat domain-containing protein 36A
XM_017004026.1	XP_016859515.1	ankyrin repeat domain-containing protein 36A isoform X18
XM_017004032.1	XP_016859521.1	ankyrin repeat domain-containing protein 36A isoform X23
XM_024452877.1	XP_024308645.1	ankyrin repeat domain-containing protein 36A isoform X29
XM_017004041.1	XP_016859530.1	ankyrin repeat domain-containing protein 36A isoform X32
XM_017004046.1	XP_016859535.1	ankyrin repeat domain-containing protein 36A isoform X36
XM_017004051.1	XP_016859540.1	ankyrin repeat domain-containing protein 36A isoform X40
XM_011511131.1	XP_011509433.1	ankyrin repeat domain-containing protein 36A isoform X41
XM_017004038.1	XP_016859527.1	ankyrin repeat domain-containing protein 36A isoform X30
NM_198555.4	NP_940957.3	ankyrin repeat domain-containing protein 36A isoform 2
XM_017004009.1	XP_016859498.1	ankyrin repeat domain-containing protein 36A isoform X1
XM_017004013.1	XP_016859502.1	ankyrin repeat domain-containing protein 36A isoform X5
XM_017004014.1	XP_016859503.1	ankyrin repeat domain-containing protein 36A isoform X6
XM_017004017.1	XP_016859506.1	ankyrin repeat domain-containing protein 36A isoform X9
XM_017004019.1	XP_016859508.1	ankyrin repeat domain-containing protein 36A isoform X11
XM_017004021.1	XP_016859510.1	ankyrin repeat domain-containing protein 36A isoform X13
XM_017004027.1	XP_016859516.1	ankyrin repeat domain-containing protein 36A isoform X19
XM_017004033.1	XP_016859522.1	ankyrin repeat domain-containing protein 36A isoform X24
XM_017004034.1	XP_016859523.1	ankyrin repeat domain-containing protein 36A isoform X25
XM_017004045.1	XP_016859534.1	ankyrin repeat domain-containing protein 36A isoform X35
XM_017004047.1	XP_016859536.1	ankyrin repeat domain-containing protein 36A isoform X37
XM_011511130.1	XP_011509432.1	ankyrin repeat domain-containing protein 36A isoform X1
XM_017004029.1	XP_016859518.1	ankyrin repeat domain-containing protein 36A isoform X21
NM_001354587.1	NP_001341516.1	ankyrin repeat domain-containing protein 36A isoform 1
XM_017004012.1	XP_016859501.1	ankyrin repeat domain-containing protein 36A isoform X4
XM_017004015.1	XP_016859504.1	ankyrin repeat domain-containing protein 36A isoform X7
XM_017004018.1	XP_016859507.1	ankyrin repeat domain-containing protein 36A isoform X10
XM_017004023.1	XP_016859512.1	ankyrin repeat domain-containing protein 36A isoform X15
XM_017004031.1	XP_016859520.1	ankyrin repeat domain-containing protein 36A isoform X21
XM_017004036.1	XP_016859525.1	ankyrin repeat domain-containing protein 36A isoform X27
XM_017004037.1	XP_016859526.1	ankyrin repeat domain-containing protein 36A isoform X28
XM_017004039.1	XP_016859528.1	ankyrin repeat domain-containing protein 36A isoform X30
XM_017004040.1	XP_016859529.1	ankyrin repeat domain-containing protein 36A isoform X31
XM_017004042.1	XP_016859531.1	ankyrin repeat domain-containing protein 36A isoform X34
XM_017004020.1	XP_016859509.1	ankyrin repeat domain-containing protein 36A isoform X12
XM_017004025.1	XP_016859514.1	ankyrin repeat domain-containing protein 36A isoform X17
XM_017004030.1	XP_016859519.1	ankyrin repeat domain-containing protein 36A isoform X22
XM_017004043.1	XP_016859532.1	ankyrin repeat domain-containing protein 36A isoform X33
XM_017004044.1	XP_016859533.1	ankyrin repeat domain-containing protein 36A isoform X34
XM_017004048.1	XP_016859537.1	ankyrin repeat domain-containing protein 36A isoform X38
XM_017004050.1	XP_016859539.1	ankyrin repeat domain-containing protein 36A isoform X40
XM_017004010.1	XP_016859499.1	ankyrin repeat domain-containing protein 36A isoform X2

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The secreted protein discovery initiative (SPDI), a large-scale effort to identify novel human secreted and transmembrane proteins: a bioinformatics assessment.
Clark HF, Gurney AL, Abaya E, Baker K, Baldwin D, Brush J, Chen J, Chow B, Chui C, Crowley C, Currell B, Deuel B, Dowd P, Eaton D, Foster J, Grimaldi C, Gu Q, Hass PE, Heldens S, Huang A, Kim HS, Klimowski L, Jin Y, Johnson S, Lee J, Lewis L, Liao D, Mark M, Robbie E, Sanchez C, Schoenfeld J, Seshagiri S, Simmons L, Singh J, Smith V, Stinson J, Vagts A, Vandlen R, Watanabe C, Wieand D, Woods K, Xie MH, Yansura D, Yi S, Yu G, Yuan J, Zhang M, Zhang Z, Goddard A, Wood WI, Godowski P, Gray A
Genome research13(10)2265-70(2003 Oct)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following ANKRD36 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANKRD36 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu103254	NM_198555.4 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	7-9	$69.30 $99.00
OHu104892	XM_024452877.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X32, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu01245	NM_001164315.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
OHu36221	NM_001354587.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu36221	XM_011511130.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu36221	XM_006712514.3 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu36221	XM_017004009.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu79729	XM_011511131.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X45, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu89380	XM_017004010.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89381	XM_017004011.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89382	XM_017004012.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89383	XM_017004013.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89384	XM_017004014.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89385	XM_017004015.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89386	XM_017004016.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89387	XM_017004017.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89388	XM_017004018.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89389	XM_017004019.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89390	XM_017004020.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89391	XM_017004021.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89392	XM_017004022.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89393	XM_017004023.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89394	XM_017004024.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89395	XM_017004025.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89396	XM_017004026.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89397	XM_017004027.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89398	XM_017004028.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89399	XM_017004029.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89400	XM_017004030.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89401	XM_017004031.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89402	XM_017004032.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89403	XM_017004033.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89404	XM_017004034.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X28, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89405	XM_017004035.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X29, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89406	XM_017004036.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89407	XM_017004037.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X31, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89408	XM_017004038.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X34, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89409	XM_017004039.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X33, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89410	XM_017004040.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X34, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89411	XM_017004041.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X35, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89412	XM_017004042.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X38, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89413	XM_017004043.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X36, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89414	XM_017004044.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X37, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89415	XM_017004045.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X38, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89416	XM_017004046.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X39, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89417	XM_017004047.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X40, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00
OHu89418	XM_017004048.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X41, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00
OHu89419	XM_017004049.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X42, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu89420	XM_017004050.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X43, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu89420	XM_017004051.1 Latest version!	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X44, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00

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** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

ANKRD36 ( NM_198555.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_940957.3 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu103254
Clone ID Related Accession (Same CDS sequence)	NM_198555.4
Accession Version	NM_198555.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 492bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-30
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC018892.8, AY358571.1 and AA463221.1. On Aug 29, 2017 this sequence version replaced NM_198555.3. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AY358571.1, SRR1803611.95989.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGGTAT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_940957.3
CDS	588..1079
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKV

Target ORF information:

RefSeq Version	NM_198555.4
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant 2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_198555.4

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGGTAT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_024452877.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308645.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X32, mRNA.

Price & Availability↑

CloneID	OHu104892
Clone ID Related Accession (Same CDS sequence)	XM_024452877.1
Accession Version	XM_024452877.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X29
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308645.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_024452877.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X32, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452877.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( NM_001164315.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001157787.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), mRNA.

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CloneID	OHu01245
Clone ID Related Accession (Same CDS sequence)	NM_001164315.1
Accession Version	NM_001164315.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5826bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-04-22
Organism	Homo sapiens(Human)
Product	ankyrin repeat domain-containing protein 36A
Comment	PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AC018892.8 and AC160020.1. On or before Aug 21, 2009 this sequence version replaced XM_002345553.1, XM_002348281.1, XM_002342231.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence because no single transcript was available for the full length of the gene. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGGTATTTT GGAATACACC TTTAATGTAA TGTTCGATCA AATAGAAGAG 
AAATTCACTT CCCTAAATAA ATCAGCGGGG GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001157787.1
CDS	245..6070
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTGILEYTFNVMFDQIEEKFTSLNKSAGVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	NM_001164315.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001164315.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGGTATTTT GGAATACACC TTTAATGTAA TGTTCGATCA AATAGAAGAG 
AAATTCACTT CCCTAAATAA ATCAGCGGGG GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( NM_001354587.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001341516.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant 1, mRNA.

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CloneID	OHu36221
Clone ID Related Accession (Same CDS sequence)	XM_006712514.3 , XM_017004009.1 , XM_011511130.1 , NM_001354587.1
Accession Version	NM_001354587.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5748bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-04-30
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC018892.8 and AC160020.1. On Aug 29, 2017 this sequence version replaced XM_011511130.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence because no single transcript was available for the full length of the gene. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968540, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on manual assertion, conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001341516.1
CDS	588..6335
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	NM_001354587.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant 1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001354587.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_006712514.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006712577.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X2, mRNA.

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CloneID	OHu36221
Clone ID Related Accession (Same CDS sequence)	XM_006712514.3 , XM_017004009.1 , XM_011511130.1 , NM_001354587.1
Accession Version	XM_006712514.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5748bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006712514.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006712577.1
CDS	555..6302
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_006712514.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006712514.3

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004009.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859498.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X1, mRNA.

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CloneID	OHu36221
Clone ID Related Accession (Same CDS sequence)	XM_006712514.3 , XM_017004009.1 , XM_011511130.1 , NM_001354587.1
Accession Version	XM_017004009.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5748bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859498.1
CDS	555..6302
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004009.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004009.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_011511130.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509432.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X1, mRNA.

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CloneID	OHu36221
Clone ID Related Accession (Same CDS sequence)	XM_006712514.3 , XM_017004009.1 , XM_011511130.1 , NM_001354587.1
Accession Version	XM_011511130.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5748bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(Human)
Product	ankyrin repeat domain-containing protein 36A isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011509432.1
CDS	555..6302
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_011511130.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011511130.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGATTGTGT TCACCTATTG AAAATTAAAA ATACATTTTG TTTATGGAAA 
AGATTAATAA AACTTAAAGA TAACCACTGT GAGCAACTTA GAGTAAAAAT TCGAAAACTG 
AAAAATAAGG CTAGTGTACT ACAAAAGAGA ATATCTGAAA AAGAAGAAAT AAAATCGCAG 
TTAAAGCATG AAATACTTGA ATTGGAAAAA GAACTCTGTA GTTTGAGATT TGCCATACAG 
CAAGAAAAAA AGAAAAGAAG AAATGTTGAA GAGGTGCACC AAAAAGTTAG GGAAAAGTTA 
AGAATAACAG AAGAGCAATA TAGGATAGAA GCTGATGTGA CAAAACCAAT TAAACCGGCT 
CTCAAATCAG CAGAGGTGGA ATTGAAGACA GGAGGAAATA ATTCAAATCA GGTTTCTGAA 
ACTGATGAAA AAGAAGACCT GCTGCATGAA AACCGCTTGA TGCAAGATGA AATTGCCAGG 
CTCAGGCTGG AAAAAGACAC AATAAAAAAC CAAAACCTGG AAAAGAAATA CTTAAAAGAC 
TTTGAAATTG TGAAAAGAAA GCATGAAGAC CTTCAAAAGG CTCTAAAACG GAATGGGGAA 
ACATTAGCAA AAACGATAGC CTGTTATAGT GGACAGCTTG CTGCTCTGAC AGATGAAAAC 
ACAACGCTCC GTTCCAAACT GGAGAAGCAA AGAGAGAGCA GGCAAAGACT GGAAACAGAA 
ATGCAATCAT ACCATTGTAG ACTGAATGCT GCTCGATGTG ATCATGATCA AAGTCACTCA 
TCAAAAAGAG ACCAAGAGCT TGCTTTCCAG GGCACAGTAG ATAAATGTCG TCACTTACAG 
GAAAATTTGA ATTCTCATGT TCTGATTCTT TCTCTGCAAC TTTCTAAAGC TGAGAGTAAG 
TCCAGAGTCC TCAAAACTGA GCTCCATTAC ACAGGAGAGG CTCTGAAAGA AAAGGCTTTG 
GTTTTTGAAC ACGTGCAAAG TGAGCTAAAG CAAAAACAGA GTCAAATGAA GGACATTGAA 
AAAATGTACA AAAGTGGATA CAATACAATG GAAAAATGCA TAGAAAAACA GGAAAGATTT 
TGTCAACTAA AAAAACAAAA TATGTTGCTT CAACAGCAAC TGGATGATGC TCGCAACAAA 
GCTGACAATC AAGAAAAAGC AATACTTAAT ATTCAAGCCA GATGTGATGC TAGAGTACAA 
AACCTTCAAG CTGAGTGCAG AAAGCACCGT CTTTTACTAG AAGAAGACAA TAAAATGTTG 
GTCAATGAAC TGAATCATTC GAAAGAAAAA GAATGCCAAT ATGAAAAAGA GAAAGCAGAA 
AGAGAAGTAG CTGTGAGACA GCTTCAACAA AAACGAGATG ATGTCTTAAA CAAAGGATCA 
GCAACAAAAG CTCTGCTGGA TGCTTCATCG CGTCACTGCA CCTATTTAGA AAATGGGATG 
CAGGATTCAA GGAAGAAATT AGACCAGATG AGAAGTCAAT TTCAAGAAAT ACAGGATCAA 
CTTACAGCTA CTATAAGATG TACTAAGGAG ATGGAAGGCG ACACACAAAA GCTTGAAGTA 
GAACATGTGA TGATGAGAAA AATTATTAAA AAACAGGATG ACCAAATTGA GCGGCTTGAG 
AAAATCCTGC AGCATTCAAG TTTGATGCTG CAGGTGTTTG AGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_011511131.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509433.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X45, mRNA.

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CloneID	OHu79729
Clone ID Related Accession (Same CDS sequence)	XM_011511131.1
Accession Version	XM_011511131.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4134bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X41
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGACACTTC CTTCCTGAAT CTGTGGGATT ATGGTTTGTG TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011509433.1
CDS	555..4688
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDTSFLNLWDYGLC

Target ORF information:

RefSeq Version	XM_011511131.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X45, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011511131.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGCAG AACAAGACTT AGAAATGGCA 
TCAGAGGGAG AGCAAAAGAG GCTTGAAGAA TATGAAAATA ACCAGCCACA GGTGAAAAAC 
CAAATACATT CTAGGGATGA CCTTGATGAC ATAATTCAGT CATCTCAAAC AGTCTCAGAG 
GACGGTGACT CGCTTTGCTG TAATTGTAAG AATGTCATAT TACTCATTGA TCAACATGAA 
ATGAAGTGTA AAGACACTTC CTTCCTGAAT CTGTGGGATT ATGGTTTGTG TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004010.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859499.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X3, mRNA.

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CloneID	OHu89380
Clone ID Related Accession (Same CDS sequence)	XM_017004010.1
Accession Version	XM_017004010.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5745bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGAAC AAGACTTAGA AATGGCATCA 
GAGGGAGAGC AAAAGAGGCT TGAAGAATAT GAAAATAACC AGCCACAGGT GAAAAACCAA 
ATACATTCTA GGGATGACCT TGATGACATA ATTCAGTCAT CTCAAACAGT CTCAGAGGAC 
GGTGACTCGC TTTGCTGTAA TTGTAAGAAT GTCATATTAC TCATTGATCA ACATGAAATG 
AAGTGTAAAG ATTGTGTTCA CCTATTGAAA ATTAAAAATA CATTTTGTTT ATGGAAAAGA 
TTAATAAAAC TTAAAGATAA CCACTGTGAG CAACTTAGAG TAAAAATTCG AAAACTGAAA 
AATAAGGCTA GTGTACTACA AAAGAGAATA TCTGAAAAAG AAGAAATAAA ATCGCAGTTA 
AAGCATGAAA TACTTGAATT GGAAAAAGAA CTCTGTAGTT TGAGATTTGC CATACAGCAA 
GAAAAAAAGA AAAGAAGAAA TGTTGAAGAG GTGCACCAAA AAGTTAGGGA AAAGTTAAGA 
ATAACAGAAG AGCAATATAG GATAGAAGCT GATGTGACAA AACCAATTAA ACCGGCTCTC 
AAATCAGCAG AGGTGGAATT GAAGACAGGA GGAAATAATT CAAATCAGGT TTCTGAAACT 
GATGAAAAAG AAGACCTGCT GCATGAAAAC CGCTTGATGC AAGATGAAAT TGCCAGGCTC 
AGGCTGGAAA AAGACACAAT AAAAAACCAA AACCTGGAAA AGAAATACTT AAAAGACTTT 
GAAATTGTGA AAAGAAAGCA TGAAGACCTT CAAAAGGCTC TAAAACGGAA TGGGGAAACA 
TTAGCAAAAA CGATAGCCTG TTATAGTGGA CAGCTTGCTG CTCTGACAGA TGAAAACACA 
ACGCTCCGTT CCAAACTGGA GAAGCAAAGA GAGAGCAGGC AAAGACTGGA AACAGAAATG 
CAATCATACC ATTGTAGACT GAATGCTGCT CGATGTGATC ATGATCAAAG TCACTCATCA 
AAAAGAGACC AAGAGCTTGC TTTCCAGGGC ACAGTAGATA AATGTCGTCA CTTACAGGAA 
AATTTGAATT CTCATGTTCT GATTCTTTCT CTGCAACTTT CTAAAGCTGA GAGTAAGTCC 
AGAGTCCTCA AAACTGAGCT CCATTACACA GGAGAGGCTC TGAAAGAAAA GGCTTTGGTT 
TTTGAACACG TGCAAAGTGA GCTAAAGCAA AAACAGAGTC AAATGAAGGA CATTGAAAAA 
ATGTACAAAA GTGGATACAA TACAATGGAA AAATGCATAG AAAAACAGGA AAGATTTTGT 
CAACTAAAAA AACAAAATAT GTTGCTTCAA CAGCAACTGG ATGATGCTCG CAACAAAGCT 
GACAATCAAG AAAAAGCAAT ACTTAATATT CAAGCCAGAT GTGATGCTAG AGTACAAAAC 
CTTCAAGCTG AGTGCAGAAA GCACCGTCTT TTACTAGAAG AAGACAATAA AATGTTGGTC 
AATGAACTGA ATCATTCGAA AGAAAAAGAA TGCCAATATG AAAAAGAGAA AGCAGAAAGA 
GAAGTAGCTG TGAGACAGCT TCAACAAAAA CGAGATGATG TCTTAAACAA AGGATCAGCA 
ACAAAAGCTC TGCTGGATGC TTCATCGCGT CACTGCACCT ATTTAGAAAA TGGGATGCAG 
GATTCAAGGA AGAAATTAGA CCAGATGAGA AGTCAATTTC AAGAAATACA GGATCAACTT 
ACAGCTACTA TAAGATGTAC TAAGGAGATG GAAGGCGACA CACAAAAGCT TGAAGTAGAA 
CATGTGATGA TGAGAAAAAT TATTAAAAAA CAGGATGACC AAATTGAGCG GCTTGAGAAA 
ATCCTGCAGC ATTCAAGTTT GATGCTGCAG GTGTTTGAGA GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859499.1
CDS	555..6299
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004010.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004010.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTGTCAG 
AAACAACCAG CCTTGAAGGC TACAAGTGAC AAGAAAGATT CTGTTTCGAA TATACCCACA 
GAAATAAAGG ATGGACAACA ATCTGGAACA GTGTCTTCTC AGAAACAACC GGCCTGGAAG 
GCTACAAGTG TCAAGAAAGA TTCTGTTTCG AATATAGCCA CAGAAATAAA GGATGGACAA 
ATACGTGGGA CAGTGTCTCC TCAGAAACAA TCGGCCCAGA AGGTTATATT TAAAAAGAAA 
GTTTCTCTTT TGAATATTGC CACAAGAATA ACAGGCGGTT GGAAATCTGG AACAGAGTAT 
CCTGAGAATC TGCCCACCTT GAAGGCTACA ATTGAAAATA AAAATTCTGT TCTGAATACA 
GCCACCAAAA TGAAGGATGT ACAAACATCC ACACCAGAAC AAGACTTAGA AATGGCATCA 
GAGGGAGAGC AAAAGAGGCT TGAAGAATAT GAAAATAACC AGCCACAGGT GAAAAACCAA 
ATACATTCTA GGGATGACCT TGATGACATA ATTCAGTCAT CTCAAACAGT CTCAGAGGAC 
GGTGACTCGC TTTGCTGTAA TTGTAAGAAT GTCATATTAC TCATTGATCA ACATGAAATG 
AAGTGTAAAG ATTGTGTTCA CCTATTGAAA ATTAAAAATA CATTTTGTTT ATGGAAAAGA 
TTAATAAAAC TTAAAGATAA CCACTGTGAG CAACTTAGAG TAAAAATTCG AAAACTGAAA 
AATAAGGCTA GTGTACTACA AAAGAGAATA TCTGAAAAAG AAGAAATAAA ATCGCAGTTA 
AAGCATGAAA TACTTGAATT GGAAAAAGAA CTCTGTAGTT TGAGATTTGC CATACAGCAA 
GAAAAAAAGA AAAGAAGAAA TGTTGAAGAG GTGCACCAAA AAGTTAGGGA AAAGTTAAGA 
ATAACAGAAG AGCAATATAG GATAGAAGCT GATGTGACAA AACCAATTAA ACCGGCTCTC 
AAATCAGCAG AGGTGGAATT GAAGACAGGA GGAAATAATT CAAATCAGGT TTCTGAAACT 
GATGAAAAAG AAGACCTGCT GCATGAAAAC CGCTTGATGC AAGATGAAAT TGCCAGGCTC 
AGGCTGGAAA AAGACACAAT AAAAAACCAA AACCTGGAAA AGAAATACTT AAAAGACTTT 
GAAATTGTGA AAAGAAAGCA TGAAGACCTT CAAAAGGCTC TAAAACGGAA TGGGGAAACA 
TTAGCAAAAA CGATAGCCTG TTATAGTGGA CAGCTTGCTG CTCTGACAGA TGAAAACACA 
ACGCTCCGTT CCAAACTGGA GAAGCAAAGA GAGAGCAGGC AAAGACTGGA AACAGAAATG 
CAATCATACC ATTGTAGACT GAATGCTGCT CGATGTGATC ATGATCAAAG TCACTCATCA 
AAAAGAGACC AAGAGCTTGC TTTCCAGGGC ACAGTAGATA AATGTCGTCA CTTACAGGAA 
AATTTGAATT CTCATGTTCT GATTCTTTCT CTGCAACTTT CTAAAGCTGA GAGTAAGTCC 
AGAGTCCTCA AAACTGAGCT CCATTACACA GGAGAGGCTC TGAAAGAAAA GGCTTTGGTT 
TTTGAACACG TGCAAAGTGA GCTAAAGCAA AAACAGAGTC AAATGAAGGA CATTGAAAAA 
ATGTACAAAA GTGGATACAA TACAATGGAA AAATGCATAG AAAAACAGGA AAGATTTTGT 
CAACTAAAAA AACAAAATAT GTTGCTTCAA CAGCAACTGG ATGATGCTCG CAACAAAGCT 
GACAATCAAG AAAAAGCAAT ACTTAATATT CAAGCCAGAT GTGATGCTAG AGTACAAAAC 
CTTCAAGCTG AGTGCAGAAA GCACCGTCTT TTACTAGAAG AAGACAATAA AATGTTGGTC 
AATGAACTGA ATCATTCGAA AGAAAAAGAA TGCCAATATG AAAAAGAGAA AGCAGAAAGA 
GAAGTAGCTG TGAGACAGCT TCAACAAAAA CGAGATGATG TCTTAAACAA AGGATCAGCA 
ACAAAAGCTC TGCTGGATGC TTCATCGCGT CACTGCACCT ATTTAGAAAA TGGGATGCAG 
GATTCAAGGA AGAAATTAGA CCAGATGAGA AGTCAATTTC AAGAAATACA GGATCAACTT 
ACAGCTACTA TAAGATGTAC TAAGGAGATG GAAGGCGACA CACAAAAGCT TGAAGTAGAA 
CATGTGATGA TGAGAAAAAT TATTAAAAAA CAGGATGACC AAATTGAGCG GCTTGAGAAA 
ATCCTGCAGC ATTCAAGTTT GATGCTGCAG GTGTTTGAGA GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004011.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859500.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X4, mRNA.

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CloneID	OHu89381
Clone ID Related Accession (Same CDS sequence)	XM_017004011.1
Accession Version	XM_017004011.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859500.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004011.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004011.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004012.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859501.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X5, mRNA.

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CloneID	OHu89382
Clone ID Related Accession (Same CDS sequence)	XM_017004012.1
Accession Version	XM_017004012.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859501.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004012.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004012.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004013.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859502.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu89383
Clone ID Related Accession (Same CDS sequence)	XM_017004013.1
Accession Version	XM_017004013.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859502.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004013.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004013.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004014.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859503.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu89384
Clone ID Related Accession (Same CDS sequence)	XM_017004014.1
Accession Version	XM_017004014.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859503.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004014.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004014.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004015.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859504.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X8, mRNA.

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CloneID	OHu89385
Clone ID Related Accession (Same CDS sequence)	XM_017004015.1
Accession Version	XM_017004015.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGCTTCCTG CTGTTGAACA GTGTTTAAAC AGGAGTCTCT ACAGACCTGA TGCTGTTGCA 
CAGCCTGTGA CAGAGAATGA GTTTTCTTTG GAATCTGAGA TTATTTCAAA ACTATACATC 
CCAAAGAGAA AGATTATTTC TCCACGATCT ATAAAAGATG TGCTTCCTCC TGTTGAAGAG 
GCTGTTGACA GGTGTCTCTA CCTACTGGAC CGTTTTGCAC AGCCTGTGAC AAAGGATAAG 
TTTGCTTTGG AATCTGAGAA TATTTCAGAA CCATACTTTA CGAACAGAAG GACTATTTCT 
CAACAATCTG CAGAAAATTT AGATGCTGCA TGTGGCATTG ACAAAACAGA AAATGGAAAC 
ATGTTTGAAG ACCAAAATGT TGATAAGGAA GGAAAAGCAC TACCAGCAAC TGGACAAAAA 
GCAAATGTGT CTCCTGAGCA ACCGCCTTTA TTCACGCATA CGGTGAAAGA CAGAGATCAC 
ATTTCAACTA GATTCTTAGG AGGTATGGAT TCACTAACTT CCAGTGAAGA ATCTTCTGAG 
CGACCTCCTT TATCCACGCT TACTCTGAAA GAGGCAGATC CCAGTTCAAA AGCAGCCATG 
AGAAGGAAGG ATTCACCACC TCCAGGAAAA GTGTCTTCTC AGAAACAACC AGCTGAGAAG 
GCTACAAGTG ACGACAAAGA TTCTGTTTCA AATATAGCCA CAGAAATAAA GGAGGGACCA 
ATATCTGGGA CAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859504.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004015.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004015.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGCTTCCTG CTGTTGAACA GTGTTTAAAC AGGAGTCTCT ACAGACCTGA TGCTGTTGCA 
CAGCCTGTGA CAGAGAATGA GTTTTCTTTG GAATCTGAGA TTATTTCAAA ACTATACATC 
CCAAAGAGAA AGATTATTTC TCCACGATCT ATAAAAGATG TGCTTCCTCC TGTTGAAGAG 
GCTGTTGACA GGTGTCTCTA CCTACTGGAC CGTTTTGCAC AGCCTGTGAC AAAGGATAAG 
TTTGCTTTGG AATCTGAGAA TATTTCAGAA CCATACTTTA CGAACAGAAG GACTATTTCT 
CAACAATCTG CAGAAAATTT AGATGCTGCA TGTGGCATTG ACAAAACAGA AAATGGAAAC 
ATGTTTGAAG ACCAAAATGT TGATAAGGAA GGAAAAGCAC TACCAGCAAC TGGACAAAAA 
GCAAATGTGT CTCCTGAGCA ACCGCCTTTA TTCACGCATA CGGTGAAAGA CAGAGATCAC 
ATTTCAACTA GATTCTTAGG AGGTATGGAT TCACTAACTT CCAGTGAAGA ATCTTCTGAG 
CGACCTCCTT TATCCACGCT TACTCTGAAA GAGGCAGATC CCAGTTCAAA AGCAGCCATG 
AGAAGGAAGG ATTCACCACC TCCAGGAAAA GTGTCTTCTC AGAAACAACC AGCTGAGAAG 
GCTACAAGTG ACGACAAAGA TTCTGTTTCA AATATAGCCA CAGAAATAAA GGAGGGACCA 
ATATCTGGGA CAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004016.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859505.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X9, mRNA.

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CloneID	OHu89386
Clone ID Related Accession (Same CDS sequence)	XM_017004016.1
Accession Version	XM_017004016.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859505.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004016.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004016.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004017.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859506.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X10, mRNA.

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CloneID	OHu89387
Clone ID Related Accession (Same CDS sequence)	XM_017004017.1
Accession Version	XM_017004017.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859506.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004017.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004017.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004018.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859507.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X11, mRNA.

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CloneID	OHu89388
Clone ID Related Accession (Same CDS sequence)	XM_017004018.1
Accession Version	XM_017004018.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859507.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004018.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004018.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004019.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859508.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X12, mRNA.

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CloneID	OHu89389
Clone ID Related Accession (Same CDS sequence)	XM_017004019.1
Accession Version	XM_017004019.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859508.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004019.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004019.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004020.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859509.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X13, mRNA.

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CloneID	OHu89390
Clone ID Related Accession (Same CDS sequence)	XM_017004020.1
Accession Version	XM_017004020.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859509.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004020.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004020.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004021.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859510.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X14, mRNA.

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CloneID	OHu89391
Clone ID Related Accession (Same CDS sequence)	XM_017004021.1
Accession Version	XM_017004021.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859510.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004021.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004021.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004022.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859511.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X15, mRNA.

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CloneID	OHu89392
Clone ID Related Accession (Same CDS sequence)	XM_017004022.1
Accession Version	XM_017004022.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859511.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004022.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004022.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004023.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859512.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X16, mRNA.

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CloneID	OHu89393
Clone ID Related Accession (Same CDS sequence)	XM_017004023.1
Accession Version	XM_017004023.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5646bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859512.1
CDS	555..6200
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004023.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004023.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCCGAA ACAACCAGCA TTGAAGGCTA TCTGTGACAA GGAAGATTCT 
GTTCCGAATA TGGCCACGGA AAAAAAGGAT GAACAAATAT CTGGGACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004024.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859513.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X17, mRNA.

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CloneID	OHu89394
Clone ID Related Accession (Same CDS sequence)	XM_017004024.1
Accession Version	XM_017004024.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5610bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGCATTTTT 
GATCTAATTT ATGAATACGA AAGAAAGAGA TATGAAGATC TTCCTATAAA TAGCAATCCA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAAGTG GCAAGGAAGA TTCTATTTCA 
AATATAGCCA CAGAAATAAA GGATGGACAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCGGCCTTGA AGGATACAAG TGACAAGGAT GATTCTGTTT CGAACACAGC CACAGAAATA 
AAAGATGAAC AAAAATCTGG GACAGTGCTT CCTGCTGTTG AACAGTGTTT AAACAGGAGT 
CTCTACAGAC CTGATGCTGT TGCACAGCCT GTGACAGAGA ATGAGTTTTC TTTGGAATCT 
GAGATTATTT CAAAACTATA CATCCCAAAG AGAAAGATTA TTTCTCCACG ATCTATAAAA 
GATGTGCTTC CTCCTGTTGA AGAGGCTGTT GACAGGTGTC TCTACCTACT GGACCGTTTT 
GCACAGCCTG TGACAAAGGA TAAGTTTGCT TTGGAATCTG AGAATATTTC AGAACCATAC 
TTTACGAACA GAAGGACTAT TTCTCAACAA TCTGCAGAAA ATTTAGATGC TGCATGTGGC 
ATTGACAAAA CAGAAAATGG AAACATGTTT GAAGACCAAA ATGTTGATAA GGAAGGAAAA 
GCACTACCAG CAACTGGACA AAAAGCAAAT GTGTCTCCTG AGCAACCGCC TTTATTCACG 
CATACGGTGA AAGACAGAGA TCACATTTCA ACTAGATTCT TAGGAGGTAT GGATTCACTA 
ACTTCCAGTG AAGAATCTTC TGAGCGACCT CCTTTATCCA CGCTTACTCT GAAAGAGGCA 
GATCCCAGTT CAAAAGCAGC CATGAGAAGG AAGGATTCAC CACCTCCAGG AAAAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGACA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGGAGGG ACCAATATCT GGGACAGTGT CTTCTCAGAA ACAACCAGCT 
GAGAAGGCTA CAAGTGACGA GAAAGATTCT GTTTCAAATA TAGCCACAGA AATAAAGAAG 
GGACAACAAT CTGGGACAGT GTCTCCTCAG AAACAATCGG CCTGGAAGGT TATATTTAAA 
AAGAAAGTTT CTCTTTTGAA TATTGCCACA AGAATAATGG GTGGTGGGAA ATCTGGAACA 
GTGTCTTCTC AGAAACAACC AGCCTCAAAG GCTACAAGTG ACAAGACAGA TTCTGCTTTG 
AATATAGCTA CAGAAATAAA GGATGGACTA CAGTGTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GACTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAGC AACCAGCCTT GAAGGCTACA 
ACTGACGAGG AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACAACCAGCC TTGAAGGCTA CAACTGATGA GAAAGATTCT 
GTTTCGAACA TAGCCACAGA AATAAAGGAT GGAGAAAAAT CTGGGACAGT GTCTTCTCAG 
AAACCACCAG CCTTGACGGC TACAAGTGAC GAGGAAGGTT CTGTTTTGAG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTC GGAAAAAACC AGCCTTGAAG 
GCTACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGGAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAACCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTTCA AGTGCCGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AAGAGAGTGT CTTCTCGGAA AAAACCATCC 
TTGGAGGCCA CAAGTGATGA GAAGGATTCT TTTTCGAATA TAACCAGAGA AAAAAAGGAT 
GGAGAAATAT CTAGGAAAGT GTCTTCTCAG AAACCACCAG CCTTGAAGGG TACAAGTGAC 
GAGGAAGATT CTGTTTTGGG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCACC AGGCTTGAAG GCTACAAGTG ATGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GGATGGAGAA AAAACTAGGA CAGTGTCTTC TCAGAAACCA 
CCAACCTTGA AGGCTACAAG TGATGAGGAA GATTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTGAGAAAC CATCAGGCTT GAAGGCTACA 
AGTGCCGAGA AAGATTCTGT TTTGAATATA GCCAGAGGAA AAAAGTATGG AGAAAAAACT 
AAGAGAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGACGA GAAAGATTCT 
GTTTTGTATA TAGCCAGAGA AAAAAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCCG 
AAACAACCAG CATTGAAGGC TATCTGTGAC AAGGAAGATT CTGTTCCGAA TATGGCCACG 
GAAAAAAAGG ATGAACAAAT ATCTGGGACA GTGTCTTGTC AGAAACAACC AGCCTTGAAG 
GCTACAAGTG ACAAGAAAGA TTCTGTTTCG AATATACCCA CAGAAATAAA GGATGGACAA 
CAATCTGGAA CAGTGTCTTC TCAGAAACAA CCGGCCTGGA AGGCTACAAG TGTCAAGAAA 
GATTCTGTTT CGAATATAGC CACAGAAATA AAGGATGGAC AAATACGTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCCA GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAACAGGCGG TTGGAAATCT GGAACAGAGT ATCCTGAGAA TCTGCCCACC 
TTGAAGGCTA CAATTGAAAA TAAAAATTCT GTTCTGAATA CAGCCACCAA AATGAAGGAT 
GTACAAACAT CCACACCAGC AGAACAAGAC TTAGAAATGG CATCAGAGGG AGAGCAAAAG 
AGGCTTGAAG AATATGAAAA TAACCAGCCA CAGGTGAAAA ACCAAATACA TTCTAGGGAT 
GACCTTGATG ACATAATTCA GTCATCTCAA ACAGTCTCAG AGGACGGTGA CTCGCTTTGC 
TGTAATTGTA AGAATGTCAT ATTACTCATT GATCAACATG AAATGAAGTG TAAAGATTGT 
GTTCACCTAT TGAAAATTAA AAATACATTT TGTTTATGGA AAAGATTAAT AAAACTTAAA 
GATAACCACT GTGAGCAACT TAGAGTAAAA ATTCGAAAAC TGAAAAATAA GGCTAGTGTA 
CTACAAAAGA GAATATCTGA AAAAGAAGAA ATAAAATCGC AGTTAAAGCA TGAAATACTT 
GAATTGGAAA AAGAACTCTG TAGTTTGAGA TTTGCCATAC AGCAAGAAAA AAAGAAAAGA 
AGAAATGTTG AAGAGGTGCA CCAAAAAGTT AGGGAAAAGT TAAGAATAAC AGAAGAGCAA 
TATAGGATAG AAGCTGATGT GACAAAACCA ATTAAACCGG CTCTCAAATC AGCAGAGGTG 
GAATTGAAGA CAGGAGGAAA TAATTCAAAT CAGGTTTCTG AAACTGATGA AAAAGAAGAC 
CTGCTGCATG AAAACCGCTT GATGCAAGAT GAAATTGCCA GGCTCAGGCT GGAAAAAGAC 
ACAATAAAAA ACCAAAACCT GGAAAAGAAA TACTTAAAAG ACTTTGAAAT TGTGAAAAGA 
AAGCATGAAG ACCTTCAAAA GGCTCTAAAA CGGAATGGGG AAACATTAGC AAAAACGATA 
GCCTGTTATA GTGGACAGCT TGCTGCTCTG ACAGATGAAA ACACAACGCT CCGTTCCAAA 
CTGGAGAAGC AAAGAGAGAG CAGGCAAAGA CTGGAAACAG AAATGCAATC ATACCATTGT 
AGACTGAATG CTGCTCGATG TGATCATGAT CAAAGTCACT CATCAAAAAG AGACCAAGAG 
CTTGCTTTCC AGGGCACAGT AGATAAATGT CGTCACTTAC AGGAAAATTT GAATTCTCAT 
GTTCTGATTC TTTCTCTGCA ACTTTCTAAA GCTGAGAGTA AGTCCAGAGT CCTCAAAACT 
GAGCTCCATT ACACAGGAGA GGCTCTGAAA GAAAAGGCTT TGGTTTTTGA ACACGTGCAA 
AGTGAGCTAA AGCAAAAACA GAGTCAAATG AAGGACATTG AAAAAATGTA CAAAAGTGGA 
TACAATACAA TGGAAAAATG CATAGAAAAA CAGGAAAGAT TTTGTCAACT AAAAAAACAA 
AATATGTTGC TTCAACAGCA ACTGGATGAT GCTCGCAACA AAGCTGACAA TCAAGAAAAA 
GCAATACTTA ATATTCAAGC CAGATGTGAT GCTAGAGTAC AAAACCTTCA AGCTGAGTGC 
AGAAAGCACC GTCTTTTACT AGAAGAAGAC AATAAAATGT TGGTCAATGA ACTGAATCAT 
TCGAAAGAAA AAGAATGCCA ATATGAAAAA GAGAAAGCAG AAAGAGAAGT AGCTGTGAGA 
CAGCTTCAAC AAAAACGAGA TGATGTCTTA AACAAAGGAT CAGCAACAAA AGCTCTGCTG 
GATGCTTCAT CGCGTCACTG CACCTATTTA GAAAATGGGA TGCAGGATTC AAGGAAGAAA 
TTAGACCAGA TGAGAAGTCA ATTTCAAGAA ATACAGGATC AACTTACAGC TACTATAAGA 
TGTACTAAGG AGATGGAAGG CGACACACAA AAGCTTGAAG TAGAACATGT GATGATGAGA 
AAAATTATTA AAAAACAGGA TGACCAAATT GAGCGGCTTG AGAAAATCCT GCAGCATTCA 
AGTTTGATGC TGCAGGTGTT TGAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859513.1
CDS	555..6164
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGSIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004024.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004024.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGCATTTTT 
GATCTAATTT ATGAATACGA AAGAAAGAGA TATGAAGATC TTCCTATAAA TAGCAATCCA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAAGTG GCAAGGAAGA TTCTATTTCA 
AATATAGCCA CAGAAATAAA GGATGGACAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCGGCCTTGA AGGATACAAG TGACAAGGAT GATTCTGTTT CGAACACAGC CACAGAAATA 
AAAGATGAAC AAAAATCTGG GACAGTGCTT CCTGCTGTTG AACAGTGTTT AAACAGGAGT 
CTCTACAGAC CTGATGCTGT TGCACAGCCT GTGACAGAGA ATGAGTTTTC TTTGGAATCT 
GAGATTATTT CAAAACTATA CATCCCAAAG AGAAAGATTA TTTCTCCACG ATCTATAAAA 
GATGTGCTTC CTCCTGTTGA AGAGGCTGTT GACAGGTGTC TCTACCTACT GGACCGTTTT 
GCACAGCCTG TGACAAAGGA TAAGTTTGCT TTGGAATCTG AGAATATTTC AGAACCATAC 
TTTACGAACA GAAGGACTAT TTCTCAACAA TCTGCAGAAA ATTTAGATGC TGCATGTGGC 
ATTGACAAAA CAGAAAATGG AAACATGTTT GAAGACCAAA ATGTTGATAA GGAAGGAAAA 
GCACTACCAG CAACTGGACA AAAAGCAAAT GTGTCTCCTG AGCAACCGCC TTTATTCACG 
CATACGGTGA AAGACAGAGA TCACATTTCA ACTAGATTCT TAGGAGGTAT GGATTCACTA 
ACTTCCAGTG AAGAATCTTC TGAGCGACCT CCTTTATCCA CGCTTACTCT GAAAGAGGCA 
GATCCCAGTT CAAAAGCAGC CATGAGAAGG AAGGATTCAC CACCTCCAGG AAAAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGACA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGGAGGG ACCAATATCT GGGACAGTGT CTTCTCAGAA ACAACCAGCT 
GAGAAGGCTA CAAGTGACGA GAAAGATTCT GTTTCAAATA TAGCCACAGA AATAAAGAAG 
GGACAACAAT CTGGGACAGT GTCTCCTCAG AAACAATCGG CCTGGAAGGT TATATTTAAA 
AAGAAAGTTT CTCTTTTGAA TATTGCCACA AGAATAATGG GTGGTGGGAA ATCTGGAACA 
GTGTCTTCTC AGAAACAACC AGCCTCAAAG GCTACAAGTG ACAAGACAGA TTCTGCTTTG 
AATATAGCTA CAGAAATAAA GGATGGACTA CAGTGTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GACTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAGC AACCAGCCTT GAAGGCTACA 
ACTGACGAGG AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACAACCAGCC TTGAAGGCTA CAACTGATGA GAAAGATTCT 
GTTTCGAACA TAGCCACAGA AATAAAGGAT GGAGAAAAAT CTGGGACAGT GTCTTCTCAG 
AAACCACCAG CCTTGACGGC TACAAGTGAC GAGGAAGGTT CTGTTTTGAG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTC GGAAAAAACC AGCCTTGAAG 
GCTACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGGAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAACCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTTCA AGTGCCGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AAGAGAGTGT CTTCTCGGAA AAAACCATCC 
TTGGAGGCCA CAAGTGATGA GAAGGATTCT TTTTCGAATA TAACCAGAGA AAAAAAGGAT 
GGAGAAATAT CTAGGAAAGT GTCTTCTCAG AAACCACCAG CCTTGAAGGG TACAAGTGAC 
GAGGAAGATT CTGTTTTGGG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCACC AGGCTTGAAG GCTACAAGTG ATGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GGATGGAGAA AAAACTAGGA CAGTGTCTTC TCAGAAACCA 
CCAACCTTGA AGGCTACAAG TGATGAGGAA GATTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTGAGAAAC CATCAGGCTT GAAGGCTACA 
AGTGCCGAGA AAGATTCTGT TTTGAATATA GCCAGAGGAA AAAAGTATGG AGAAAAAACT 
AAGAGAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGACGA GAAAGATTCT 
GTTTTGTATA TAGCCAGAGA AAAAAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCCG 
AAACAACCAG CATTGAAGGC TATCTGTGAC AAGGAAGATT CTGTTCCGAA TATGGCCACG 
GAAAAAAAGG ATGAACAAAT ATCTGGGACA GTGTCTTGTC AGAAACAACC AGCCTTGAAG 
GCTACAAGTG ACAAGAAAGA TTCTGTTTCG AATATACCCA CAGAAATAAA GGATGGACAA 
CAATCTGGAA CAGTGTCTTC TCAGAAACAA CCGGCCTGGA AGGCTACAAG TGTCAAGAAA 
GATTCTGTTT CGAATATAGC CACAGAAATA AAGGATGGAC AAATACGTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCCA GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAACAGGCGG TTGGAAATCT GGAACAGAGT ATCCTGAGAA TCTGCCCACC 
TTGAAGGCTA CAATTGAAAA TAAAAATTCT GTTCTGAATA CAGCCACCAA AATGAAGGAT 
GTACAAACAT CCACACCAGC AGAACAAGAC TTAGAAATGG CATCAGAGGG AGAGCAAAAG 
AGGCTTGAAG AATATGAAAA TAACCAGCCA CAGGTGAAAA ACCAAATACA TTCTAGGGAT 
GACCTTGATG ACATAATTCA GTCATCTCAA ACAGTCTCAG AGGACGGTGA CTCGCTTTGC 
TGTAATTGTA AGAATGTCAT ATTACTCATT GATCAACATG AAATGAAGTG TAAAGATTGT 
GTTCACCTAT TGAAAATTAA AAATACATTT TGTTTATGGA AAAGATTAAT AAAACTTAAA 
GATAACCACT GTGAGCAACT TAGAGTAAAA ATTCGAAAAC TGAAAAATAA GGCTAGTGTA 
CTACAAAAGA GAATATCTGA AAAAGAAGAA ATAAAATCGC AGTTAAAGCA TGAAATACTT 
GAATTGGAAA AAGAACTCTG TAGTTTGAGA TTTGCCATAC AGCAAGAAAA AAAGAAAAGA 
AGAAATGTTG AAGAGGTGCA CCAAAAAGTT AGGGAAAAGT TAAGAATAAC AGAAGAGCAA 
TATAGGATAG AAGCTGATGT GACAAAACCA ATTAAACCGG CTCTCAAATC AGCAGAGGTG 
GAATTGAAGA CAGGAGGAAA TAATTCAAAT CAGGTTTCTG AAACTGATGA AAAAGAAGAC 
CTGCTGCATG AAAACCGCTT GATGCAAGAT GAAATTGCCA GGCTCAGGCT GGAAAAAGAC 
ACAATAAAAA ACCAAAACCT GGAAAAGAAA TACTTAAAAG ACTTTGAAAT TGTGAAAAGA 
AAGCATGAAG ACCTTCAAAA GGCTCTAAAA CGGAATGGGG AAACATTAGC AAAAACGATA 
GCCTGTTATA GTGGACAGCT TGCTGCTCTG ACAGATGAAA ACACAACGCT CCGTTCCAAA 
CTGGAGAAGC AAAGAGAGAG CAGGCAAAGA CTGGAAACAG AAATGCAATC ATACCATTGT 
AGACTGAATG CTGCTCGATG TGATCATGAT CAAAGTCACT CATCAAAAAG AGACCAAGAG 
CTTGCTTTCC AGGGCACAGT AGATAAATGT CGTCACTTAC AGGAAAATTT GAATTCTCAT 
GTTCTGATTC TTTCTCTGCA ACTTTCTAAA GCTGAGAGTA AGTCCAGAGT CCTCAAAACT 
GAGCTCCATT ACACAGGAGA GGCTCTGAAA GAAAAGGCTT TGGTTTTTGA ACACGTGCAA 
AGTGAGCTAA AGCAAAAACA GAGTCAAATG AAGGACATTG AAAAAATGTA CAAAAGTGGA 
TACAATACAA TGGAAAAATG CATAGAAAAA CAGGAAAGAT TTTGTCAACT AAAAAAACAA 
AATATGTTGC TTCAACAGCA ACTGGATGAT GCTCGCAACA AAGCTGACAA TCAAGAAAAA 
GCAATACTTA ATATTCAAGC CAGATGTGAT GCTAGAGTAC AAAACCTTCA AGCTGAGTGC 
AGAAAGCACC GTCTTTTACT AGAAGAAGAC AATAAAATGT TGGTCAATGA ACTGAATCAT 
TCGAAAGAAA AAGAATGCCA ATATGAAAAA GAGAAAGCAG AAAGAGAAGT AGCTGTGAGA 
CAGCTTCAAC AAAAACGAGA TGATGTCTTA AACAAAGGAT CAGCAACAAA AGCTCTGCTG 
GATGCTTCAT CGCGTCACTG CACCTATTTA GAAAATGGGA TGCAGGATTC AAGGAAGAAA 
TTAGACCAGA TGAGAAGTCA ATTTCAAGAA ATACAGGATC AACTTACAGC TACTATAAGA 
TGTACTAAGG AGATGGAAGG CGACACACAA AAGCTTGAAG TAGAACATGT GATGATGAGA 
AAAATTATTA AAAAACAGGA TGACCAAATT GAGCGGCTTG AGAAAATCCT GCAGCATTCA 
AGTTTGATGC TGCAGGTGTT TGAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004025.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859514.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X20, mRNA.

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CloneID	OHu89395
Clone ID Related Accession (Same CDS sequence)	XM_017004025.1
Accession Version	XM_017004025.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859514.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004025.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004025.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004026.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859515.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X21, mRNA.

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CloneID	OHu89396
Clone ID Related Accession (Same CDS sequence)	XM_017004026.1
Accession Version	XM_017004026.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859515.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004026.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X21, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004026.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004027.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859516.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X22, mRNA.

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CloneID	OHu89397
Clone ID Related Accession (Same CDS sequence)	XM_017004027.1
Accession Version	XM_017004027.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859516.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSEKPSGLKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004027.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X22, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004027.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004028.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859517.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X23, mRNA.

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CloneID	OHu89398
Clone ID Related Accession (Same CDS sequence)	XM_017004028.1
Accession Version	XM_017004028.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACCA 
CCAGCCTTGA CGGCTACAAG TGACGAGGAA GGTTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859517.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004028.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X23, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004028.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACCA 
CCAGCCTTGA CGGCTACAAG TGACGAGGAA GGTTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004029.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859518.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X25, mRNA.

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CloneID	OHu89399
Clone ID Related Accession (Same CDS sequence)	XM_017004029.1
Accession Version	XM_017004029.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859518.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004029.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X25, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004029.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004030.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859519.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X25, mRNA.

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CloneID	OHu89400
Clone ID Related Accession (Same CDS sequence)	XM_017004030.1
Accession Version	XM_017004030.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X22
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859519.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004030.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X25, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004030.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004031.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859520.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X24, mRNA.

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CloneID	OHu89401
Clone ID Related Accession (Same CDS sequence)	XM_017004031.1
Accession Version	XM_017004031.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859520.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004031.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X24, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004031.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004032.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859521.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X26, mRNA.

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CloneID	OHu89402
Clone ID Related Accession (Same CDS sequence)	XM_017004032.1
Accession Version	XM_017004032.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X23
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ATGAGAAAGA TTCTGTTTCG 
AACATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACCA 
CCAGCCTTGA CGGCTACAAG TGACGAGGAA GGTTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859521.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004032.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X26, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004032.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ATGAGAAAGA TTCTGTTTCG 
AACATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACCA 
CCAGCCTTGA CGGCTACAAG TGACGAGGAA GGTTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004033.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859522.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X27, mRNA.

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CloneID	OHu89403
Clone ID Related Accession (Same CDS sequence)	XM_017004033.1
Accession Version	XM_017004033.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X24
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859522.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004033.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X27, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004033.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004034.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859523.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X28, mRNA.

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CloneID	OHu89404
Clone ID Related Accession (Same CDS sequence)	XM_017004034.1
Accession Version	XM_017004034.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X25
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859523.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004034.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X28, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004034.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004035.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859524.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X29, mRNA.

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CloneID	OHu89405
Clone ID Related Accession (Same CDS sequence)	XM_017004035.1
Accession Version	XM_017004035.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGATT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ATGAGAAAGA TTCTGTTTCG 
AACATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACCA 
CCAGCCTTGA CGGCTACAAG TGACGAGGAA GGTTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859524.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004035.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X29, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004035.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGATT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ATGAGAAAGA TTCTGTTTCG 
AACATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACCA 
CCAGCCTTGA CGGCTACAAG TGACGAGGAA GGTTCTGTTT TGAGTATAGC CAGAGAAAAC 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGATGAGA AGGATTCTTT TTCGAATATA ACCAGAGGAA AAAAGGATGG AGAAATATCT 
AGGAAAGTGT CTTCTCAGAA ACCACCAACC TTGAAGGGTA CAAGTGACGA GGAAGATTCT 
GTTTTGGGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTGAG 
AAACCACCAG GCTTGAAGGC TTCAAGTGCC GAGAAAGATT CTGTTTTGAA TATAGCCAGA 
GGAAAAAAGG ATGGAGAAAA AACTAAGAGA GTGTCTTCTC GGAAAAAACC ATCCTTGGAG 
GCCACAAGTG ATGAGAAGGA TTCTTTTTCG AATATAACCA GAGAAAAAAA GGATGGAGAA 
ATATCTAGGA AAGTGTCTTC TCAGAAACCA CCAGCCTTGA AGGGTACAAG TGACGAGGAA 
GATTCTGTTT TGGGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CACCAGGCTT GAAGGCTACA AGTGATGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGGATGG AGAAAAAACT AGGACAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004036.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859525.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X30, mRNA.

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CloneID	OHu89406
Clone ID Related Accession (Same CDS sequence)	XM_017004036.1
Accession Version	XM_017004036.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X27
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859525.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004036.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X30, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004036.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004037.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859526.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X31, mRNA.

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CloneID	OHu89407
Clone ID Related Accession (Same CDS sequence)	XM_017004037.1
Accession Version	XM_017004037.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859526.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004037.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X31, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004037.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGCCGAGAAA GATTCTGTTT TGAATATAGC CAGAGGAAAA 
AAGTATGGAG AAAAAACTAA GAGAGTGTCT TCTCGGAAAA AACCAGCCTT GAAGGCTACA 
AGTGACGAGA AAGATTCTGT TTTGTATATA GCCAGAGAAA AAAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004038.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859527.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X34, mRNA.

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CloneID	OHu89408
Clone ID Related Accession (Same CDS sequence)	XM_017004038.1
Accession Version	XM_017004038.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X30
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859527.1
CDS	555..6098
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004038.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X34, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004038.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAACC 
TTGAAGGCTA CAAGTGATGA GGAAGATTCT GTTTTGAGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGCC 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGT ATGGAGAAAA AACTAAGAGA 
GTGTCTTCTC GGAAAAAACC AGCCTTGAAG GCTACAAGTG ACGAGAAAGA TTCTGTTTTG 
TATATAGCCA GAGAAAAAAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TCCGAAACAA 
CCAGCATTGA AGGCTATCTG TGACAAGGAA GATTCTGTTC CGAATATGGC CACGGAAAAA 
AAGGATGAAC AAATATCTGG GACAGTGTCT TGTCAGAAAC AACCAGCCTT GAAGGCTACA 
AGTGACAAGA AAGATTCTGT TTCGAATATA CCCACAGAAA TAAAGGATGG ACAACAATCT 
GGAACAGTGT CTTCTCAGAA ACAACCGGCC TGGAAGGCTA CAAGTGTCAA GAAAGATTCT 
GTTTCGAATA TAGCCACAGA AATAAAGGAT GGACAAATAC GTGGGACAGT GTCTCCTCAG 
AAACAATCGG CCCAGAAGGT TATATTTAAA AAGAAAGTTT CTCTTTTGAA TATTGCCACA 
AGAATAACAG GCGGTTGGAA ATCTGGAACA GAGTATCCTG AGAATCTGCC CACCTTGAAG 
GCTACAATTG AAAATAAAAA TTCTGTTCTG AATACAGCCA CCAAAATGAA GGATGTACAA 
ACATCCACAC CAGCAGAACA AGACTTAGAA ATGGCATCAG AGGGAGAGCA AAAGAGGCTT 
GAAGAATATG AAAATAACCA GCCACAGGTG AAAAACCAAA TACATTCTAG GGATGACCTT 
GATGACATAA TTCAGTCATC TCAAACAGTC TCAGAGGACG GTGACTCGCT TTGCTGTAAT 
TGTAAGAATG TCATATTACT CATTGATCAA CATGAAATGA AGTGTAAAGA TTGTGTTCAC 
CTATTGAAAA TTAAAAATAC ATTTTGTTTA TGGAAAAGAT TAATAAAACT TAAAGATAAC 
CACTGTGAGC AACTTAGAGT AAAAATTCGA AAACTGAAAA ATAAGGCTAG TGTACTACAA 
AAGAGAATAT CTGAAAAAGA AGAAATAAAA TCGCAGTTAA AGCATGAAAT ACTTGAATTG 
GAAAAAGAAC TCTGTAGTTT GAGATTTGCC ATACAGCAAG AAAAAAAGAA AAGAAGAAAT 
GTTGAAGAGG TGCACCAAAA AGTTAGGGAA AAGTTAAGAA TAACAGAAGA GCAATATAGG 
ATAGAAGCTG ATGTGACAAA ACCAATTAAA CCGGCTCTCA AATCAGCAGA GGTGGAATTG 
AAGACAGGAG GAAATAATTC AAATCAGGTT TCTGAAACTG ATGAAAAAGA AGACCTGCTG 
CATGAAAACC GCTTGATGCA AGATGAAATT GCCAGGCTCA GGCTGGAAAA AGACACAATA 
AAAAACCAAA ACCTGGAAAA GAAATACTTA AAAGACTTTG AAATTGTGAA AAGAAAGCAT 
GAAGACCTTC AAAAGGCTCT AAAACGGAAT GGGGAAACAT TAGCAAAAAC GATAGCCTGT 
TATAGTGGAC AGCTTGCTGC TCTGACAGAT GAAAACACAA CGCTCCGTTC CAAACTGGAG 
AAGCAAAGAG AGAGCAGGCA AAGACTGGAA ACAGAAATGC AATCATACCA TTGTAGACTG 
AATGCTGCTC GATGTGATCA TGATCAAAGT CACTCATCAA AAAGAGACCA AGAGCTTGCT 
TTCCAGGGCA CAGTAGATAA ATGTCGTCAC TTACAGGAAA ATTTGAATTC TCATGTTCTG 
ATTCTTTCTC TGCAACTTTC TAAAGCTGAG AGTAAGTCCA GAGTCCTCAA AACTGAGCTC 
CATTACACAG GAGAGGCTCT GAAAGAAAAG GCTTTGGTTT TTGAACACGT GCAAAGTGAG 
CTAAAGCAAA AACAGAGTCA AATGAAGGAC ATTGAAAAAA TGTACAAAAG TGGATACAAT 
ACAATGGAAA AATGCATAGA AAAACAGGAA AGATTTTGTC AACTAAAAAA ACAAAATATG 
TTGCTTCAAC AGCAACTGGA TGATGCTCGC AACAAAGCTG ACAATCAAGA AAAAGCAATA 
CTTAATATTC AAGCCAGATG TGATGCTAGA GTACAAAACC TTCAAGCTGA GTGCAGAAAG 
CACCGTCTTT TACTAGAAGA AGACAATAAA ATGTTGGTCA ATGAACTGAA TCATTCGAAA 
GAAAAAGAAT GCCAATATGA AAAAGAGAAA GCAGAAAGAG AAGTAGCTGT GAGACAGCTT 
CAACAAAAAC GAGATGATGT CTTAAACAAA GGATCAGCAA CAAAAGCTCT GCTGGATGCT 
TCATCGCGTC ACTGCACCTA TTTAGAAAAT GGGATGCAGG ATTCAAGGAA GAAATTAGAC 
CAGATGAGAA GTCAATTTCA AGAAATACAG GATCAACTTA CAGCTACTAT AAGATGTACT 
AAGGAGATGG AAGGCGACAC ACAAAAGCTT GAAGTAGAAC ATGTGATGAT GAGAAAAATT 
ATTAAAAAAC AGGATGACCA AATTGAGCGG CTTGAGAAAA TCCTGCAGCA TTCAAGTTTG 
ATGCTGCAGG TGTTTGAGAG CTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004039.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859528.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X33, mRNA.

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CloneID	OHu89409
Clone ID Related Accession (Same CDS sequence)	XM_017004039.1
Accession Version	XM_017004039.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5442bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X30
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGATGAGAAG GATTCTTTTT CGAATATAAC CAGAGGAAAA 
AAGGATGGAG AAATATCTAG GAAAGTGTCT TCTCAGAAAC CACCAACCTT GAAGGGTACA 
AGTGACGAGG AAGATTCTGT TTTGGGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTGAGAA ACCACCAGGC TTGAAGGCTT CAAGTGCCGA GAAAGATTCT 
GTTTTGAATA TAGCCAGAGG AAAAAAGGAT GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG 
AAAAAACCAT CCTTGGAGGC CACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GAAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AGCCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTACAAG TGATGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAG GACAGTGTCT 
TCTCAGAAAC CACCAACCTT GAAGGCTACA AGTGATGAGG AAGATTCTGT TTTGAGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCATCAGGC 
TTGAAGGCTA CAAGTGCCGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGTAT 
GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG AAAAAACCAG CCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859528.1
CDS	555..5996
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004039.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X33, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004039.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGATGAGAAG GATTCTTTTT CGAATATAAC CAGAGGAAAA 
AAGGATGGAG AAATATCTAG GAAAGTGTCT TCTCAGAAAC CACCAACCTT GAAGGGTACA 
AGTGACGAGG AAGATTCTGT TTTGGGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTGAGAA ACCACCAGGC TTGAAGGCTT CAAGTGCCGA GAAAGATTCT 
GTTTTGAATA TAGCCAGAGG AAAAAAGGAT GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG 
AAAAAACCAT CCTTGGAGGC CACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GAAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AGCCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTACAAG TGATGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAG GACAGTGTCT 
TCTCAGAAAC CACCAACCTT GAAGGCTACA AGTGATGAGG AAGATTCTGT TTTGAGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCATCAGGC 
TTGAAGGCTA CAAGTGCCGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGTAT 
GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG AAAAAACCAG CCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004040.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859529.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X34, mRNA.

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CloneID	OHu89410
Clone ID Related Accession (Same CDS sequence)	XM_017004040.1
Accession Version	XM_017004040.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5442bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X31
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC CACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GAAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AGCCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTACAAG TGATGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAG GACAGTGTCT 
TCTCAGAAAC CACCAACCTT GAAGGCTACA AGTGATGAGG AAGATTCTGT TTTGAGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCATCAGGC 
TTGAAGGCTA CAAGTGCCGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGTAT 
GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG AAAAAACCAG CCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859529.1
CDS	555..5996
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004040.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X34, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004040.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC CACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GAAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AGCCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTACAAG TGATGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAG GACAGTGTCT 
TCTCAGAAAC CACCAACCTT GAAGGCTACA AGTGATGAGG AAGATTCTGT TTTGAGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCATCAGGC 
TTGAAGGCTA CAAGTGCCGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGTAT 
GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG AAAAAACCAG CCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004041.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859530.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X35, mRNA.

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CloneID	OHu89411
Clone ID Related Accession (Same CDS sequence)	XM_017004041.1
Accession Version	XM_017004041.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5442bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X32
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859530.1
CDS	555..5996
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPSGLKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004041.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X35, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004041.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCATCAG GCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004042.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859531.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X38, mRNA.

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CloneID	OHu89412
Clone ID Related Accession (Same CDS sequence)	XM_017004042.1
Accession Version	XM_017004042.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5442bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X34
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTACAAG TGATGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAG GACAGTGTCT 
TCTCAGAAAC CACCAACCTT GAAGGCTACA AGTGATGAGG AAGATTCTGT TTTGAGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCATCAGGC 
TTGAAGGCTA CAAGTGCCGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGTAT 
GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG AAAAAACCAG CCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859531.1
CDS	555..5996
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004042.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X38, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004042.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTACAAG TGATGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAG GACAGTGTCT 
TCTCAGAAAC CACCAACCTT GAAGGCTACA AGTGATGAGG AAGATTCTGT TTTGAGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCATCAGGC 
TTGAAGGCTA CAAGTGCCGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGTAT 
GGAGAAAAAA CTAAGAGAGT GTCTTCTCGG AAAAAACCAG CCTTGAAGGC TACAAGTGAC 
GAGAAAGATT CTGTTTTGTA TATAGCCAGA GAAAAAAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTC CGAAACAACC AGCATTGAAG GCTATCTGTG ACAAGGAAGA TTCTGTTCCG 
AATATGGCCA CGGAAAAAAA GGATGAACAA ATATCTGGGA CAGTGTCTTG TCAGAAACAA 
CCAGCCTTGA AGGCTACAAG TGACAAGAAA GATTCTGTTT CGAATATACC CACAGAAATA 
AAGGATGGAC AACAATCTGG AACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004043.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859532.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X36, mRNA.

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CloneID	OHu89413
Clone ID Related Accession (Same CDS sequence)	XM_017004043.1
Accession Version	XM_017004043.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5442bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X33
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859532.1
CDS	555..5996
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSDEKDSVLYIAREKKDGEKSRTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004043.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X36, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004043.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGGTA CAAGTGACGA GGAAGATTCT GTTTTGGGTA TAGCCAGAGA AAACAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTGAG AAACCACCAG GCTTGAAGGC TACAAGTGAT 
GAGAAAGATT CTGTTTTGAA TATAGCCAGA GGAAAAAAGG ATGGAGAAAA AACTAGGACA 
GTGTCTTCTC AGAAACCACC AACCTTGAAG GCTACAAGTG ATGAGGAAGA TTCTGTTTTG 
AGTATAGCCA GAGAAAACAA GGATGGAGAA AAATCTAGGA CAGTGTCTTC TGAGAAACCA 
TCAGGCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCAGAAAC AACCGGCCTG GAAGGCTACA 
AGTGTCAAGA AAGATTCTGT TTCGAATATA GCCACAGAAA TAAAGGATGG ACAAATACGT 
GGGACAGTGT CTCCTCAGAA ACAATCGGCC CAGAAGGTTA TATTTAAAAA GAAAGTTTCT 
CTTTTGAATA TTGCCACAAG AATAACAGGC GGTTGGAAAT CTGGAACAGA GTATCCTGAG 
AATCTGCCCA CCTTGAAGGC TACAATTGAA AATAAAAATT CTGTTCTGAA TACAGCCACC 
AAAATGAAGG ATGTACAAAC ATCCACACCA GCAGAACAAG ACTTAGAAAT GGCATCAGAG 
GGAGAGCAAA AGAGGCTTGA AGAATATGAA AATAACCAGC CACAGGTGAA AAACCAAATA 
CATTCTAGGG ATGACCTTGA TGACATAATT CAGTCATCTC AAACAGTCTC AGAGGACGGT 
GACTCGCTTT GCTGTAATTG TAAGAATGTC ATATTACTCA TTGATCAACA TGAAATGAAG 
TGTAAAGATT GTGTTCACCT ATTGAAAATT AAAAATACAT TTTGTTTATG GAAAAGATTA 
ATAAAACTTA AAGATAACCA CTGTGAGCAA CTTAGAGTAA AAATTCGAAA ACTGAAAAAT 
AAGGCTAGTG TACTACAAAA GAGAATATCT GAAAAAGAAG AAATAAAATC GCAGTTAAAG 
CATGAAATAC TTGAATTGGA AAAAGAACTC TGTAGTTTGA GATTTGCCAT ACAGCAAGAA 
AAAAAGAAAA GAAGAAATGT TGAAGAGGTG CACCAAAAAG TTAGGGAAAA GTTAAGAATA 
ACAGAAGAGC AATATAGGAT AGAAGCTGAT GTGACAAAAC CAATTAAACC GGCTCTCAAA 
TCAGCAGAGG TGGAATTGAA GACAGGAGGA AATAATTCAA ATCAGGTTTC TGAAACTGAT 
GAAAAAGAAG ACCTGCTGCA TGAAAACCGC TTGATGCAAG ATGAAATTGC CAGGCTCAGG 
CTGGAAAAAG ACACAATAAA AAACCAAAAC CTGGAAAAGA AATACTTAAA AGACTTTGAA 
ATTGTGAAAA GAAAGCATGA AGACCTTCAA AAGGCTCTAA AACGGAATGG GGAAACATTA 
GCAAAAACGA TAGCCTGTTA TAGTGGACAG CTTGCTGCTC TGACAGATGA AAACACAACG 
CTCCGTTCCA AACTGGAGAA GCAAAGAGAG AGCAGGCAAA GACTGGAAAC AGAAATGCAA 
TCATACCATT GTAGACTGAA TGCTGCTCGA TGTGATCATG ATCAAAGTCA CTCATCAAAA 
AGAGACCAAG AGCTTGCTTT CCAGGGCACA GTAGATAAAT GTCGTCACTT ACAGGAAAAT 
TTGAATTCTC ATGTTCTGAT TCTTTCTCTG CAACTTTCTA AAGCTGAGAG TAAGTCCAGA 
GTCCTCAAAA CTGAGCTCCA TTACACAGGA GAGGCTCTGA AAGAAAAGGC TTTGGTTTTT 
GAACACGTGC AAAGTGAGCT AAAGCAAAAA CAGAGTCAAA TGAAGGACAT TGAAAAAATG 
TACAAAAGTG GATACAATAC AATGGAAAAA TGCATAGAAA AACAGGAAAG ATTTTGTCAA 
CTAAAAAAAC AAAATATGTT GCTTCAACAG CAACTGGATG ATGCTCGCAA CAAAGCTGAC 
AATCAAGAAA AAGCAATACT TAATATTCAA GCCAGATGTG ATGCTAGAGT ACAAAACCTT 
CAAGCTGAGT GCAGAAAGCA CCGTCTTTTA CTAGAAGAAG ACAATAAAAT GTTGGTCAAT 
GAACTGAATC ATTCGAAAGA AAAAGAATGC CAATATGAAA AAGAGAAAGC AGAAAGAGAA 
GTAGCTGTGA GACAGCTTCA ACAAAAACGA GATGATGTCT TAAACAAAGG ATCAGCAACA 
AAAGCTCTGC TGGATGCTTC ATCGCGTCAC TGCACCTATT TAGAAAATGG GATGCAGGAT 
TCAAGGAAGA AATTAGACCA GATGAGAAGT CAATTTCAAG AAATACAGGA TCAACTTACA 
GCTACTATAA GATGTACTAA GGAGATGGAA GGCGACACAC AAAAGCTTGA AGTAGAACAT 
GTGATGATGA GAAAAATTAT TAAAAAACAG GATGACCAAA TTGAGCGGCT TGAGAAAATC 
CTGCAGCATT CAAGTTTGAT GCTGCAGGTG TTTGAGAGCT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004044.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859533.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X37, mRNA.

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CloneID	OHu89414
Clone ID Related Accession (Same CDS sequence)	XM_017004044.1
Accession Version	XM_017004044.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5340bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X34
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCAG 
AAACCACCAG CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTACAAGTG ATGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAGGA CAGTGTCTTC TCAGAAACCA CCAACCTTGA AGGCTACAAG TGATGAGGAA 
GATTCTGTTT TGAGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CATCAGGCTT GAAGGCTACA AGTGCCGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGTATGG AGAAAAAACT AAGAGAGTGT CTTCTCGGAA AAAACCAGCC 
TTGAAGGCTA CAAGTGACGA GAAAGATTCT GTTTTGTATA TAGCCAGAGA AAAAAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTCCG AAACAACCAG CATTGAAGGC TATCTGTGAC 
AAGGAAGATT CTGTTCCGAA TATGGCCACG GAAAAAAAGG ATGAACAAAT ATCTGGGACA 
GTGTCTTGTC AGAAACAACC AGCCTTGAAG GCTACAAGTG ACAAGAAAGA TTCTGTTTCG 
AATATACCCA CAGAAATAAA GGATGGACAA CAATCTGGAA CAGTGTCTTC TCAGAAACAA 
CCGGCCTGGA AGGCTACAAG TGTCAAGAAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAC AAATACGTGG GACAGTGTCT CCTCAGAAAC AATCGGCCCA GAAGGTTATA 
TTTAAAAAGA AAGTTTCTCT TTTGAATATT GCCACAAGAA TAACAGGCGG TTGGAAATCT 
GGAACAGAGT ATCCTGAGAA TCTGCCCACC TTGAAGGCTA CAATTGAAAA TAAAAATTCT 
GTTCTGAATA CAGCCACCAA AATGAAGGAT GTACAAACAT CCACACCAGC AGAACAAGAC 
TTAGAAATGG CATCAGAGGG AGAGCAAAAG AGGCTTGAAG AATATGAAAA TAACCAGCCA 
CAGGTGAAAA ACCAAATACA TTCTAGGGAT GACCTTGATG ACATAATTCA GTCATCTCAA 
ACAGTCTCAG AGGACGGTGA CTCGCTTTGC TGTAATTGTA AGAATGTCAT ATTACTCATT 
GATCAACATG AAATGAAGTG TAAAGATTGT GTTCACCTAT TGAAAATTAA AAATACATTT 
TGTTTATGGA AAAGATTAAT AAAACTTAAA GATAACCACT GTGAGCAACT TAGAGTAAAA 
ATTCGAAAAC TGAAAAATAA GGCTAGTGTA CTACAAAAGA GAATATCTGA AAAAGAAGAA 
ATAAAATCGC AGTTAAAGCA TGAAATACTT GAATTGGAAA AAGAACTCTG TAGTTTGAGA 
TTTGCCATAC AGCAAGAAAA AAAGAAAAGA AGAAATGTTG AAGAGGTGCA CCAAAAAGTT 
AGGGAAAAGT TAAGAATAAC AGAAGAGCAA TATAGGATAG AAGCTGATGT GACAAAACCA 
ATTAAACCGG CTCTCAAATC AGCAGAGGTG GAATTGAAGA CAGGAGGAAA TAATTCAAAT 
CAGGTTTCTG AAACTGATGA AAAAGAAGAC CTGCTGCATG AAAACCGCTT GATGCAAGAT 
GAAATTGCCA GGCTCAGGCT GGAAAAAGAC ACAATAAAAA ACCAAAACCT GGAAAAGAAA 
TACTTAAAAG ACTTTGAAAT TGTGAAAAGA AAGCATGAAG ACCTTCAAAA GGCTCTAAAA 
CGGAATGGGG AAACATTAGC AAAAACGATA GCCTGTTATA GTGGACAGCT TGCTGCTCTG 
ACAGATGAAA ACACAACGCT CCGTTCCAAA CTGGAGAAGC AAAGAGAGAG CAGGCAAAGA 
CTGGAAACAG AAATGCAATC ATACCATTGT AGACTGAATG CTGCTCGATG TGATCATGAT 
CAAAGTCACT CATCAAAAAG AGACCAAGAG CTTGCTTTCC AGGGCACAGT AGATAAATGT 
CGTCACTTAC AGGAAAATTT GAATTCTCAT GTTCTGATTC TTTCTCTGCA ACTTTCTAAA 
GCTGAGAGTA AGTCCAGAGT CCTCAAAACT GAGCTCCATT ACACAGGAGA GGCTCTGAAA 
GAAAAGGCTT TGGTTTTTGA ACACGTGCAA AGTGAGCTAA AGCAAAAACA GAGTCAAATG 
AAGGACATTG AAAAAATGTA CAAAAGTGGA TACAATACAA TGGAAAAATG CATAGAAAAA 
CAGGAAAGAT TTTGTCAACT AAAAAAACAA AATATGTTGC TTCAACAGCA ACTGGATGAT 
GCTCGCAACA AAGCTGACAA TCAAGAAAAA GCAATACTTA ATATTCAAGC CAGATGTGAT 
GCTAGAGTAC AAAACCTTCA AGCTGAGTGC AGAAAGCACC GTCTTTTACT AGAAGAAGAC 
AATAAAATGT TGGTCAATGA ACTGAATCAT TCGAAAGAAA AAGAATGCCA ATATGAAAAA 
GAGAAAGCAG AAAGAGAAGT AGCTGTGAGA CAGCTTCAAC AAAAACGAGA TGATGTCTTA 
AACAAAGGAT CAGCAACAAA AGCTCTGCTG GATGCTTCAT CGCGTCACTG CACCTATTTA 
GAAAATGGGA TGCAGGATTC AAGGAAGAAA TTAGACCAGA TGAGAAGTCA ATTTCAAGAA 
ATACAGGATC AACTTACAGC TACTATAAGA TGTACTAAGG AGATGGAAGG CGACACACAA 
AAGCTTGAAG TAGAACATGT GATGATGAGA AAAATTATTA AAAAACAGGA TGACCAAATT 
GAGCGGCTTG AGAAAATCCT GCAGCATTCA AGTTTGATGC TGCAGGTGTT TGAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859533.1
CDS	555..5894
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004044.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X37, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004044.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCAG 
AAACCACCAG CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTACAAGTG ATGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAGGA CAGTGTCTTC TCAGAAACCA CCAACCTTGA AGGCTACAAG TGATGAGGAA 
GATTCTGTTT TGAGTATAGC CAGAGAAAAC AAGGATGGAG AAAAATCTAG GACAGTGTCT 
TCTGAGAAAC CATCAGGCTT GAAGGCTACA AGTGCCGAGA AAGATTCTGT TTTGAATATA 
GCCAGAGGAA AAAAGTATGG AGAAAAAACT AAGAGAGTGT CTTCTCGGAA AAAACCAGCC 
TTGAAGGCTA CAAGTGACGA GAAAGATTCT GTTTTGTATA TAGCCAGAGA AAAAAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTCCG AAACAACCAG CATTGAAGGC TATCTGTGAC 
AAGGAAGATT CTGTTCCGAA TATGGCCACG GAAAAAAAGG ATGAACAAAT ATCTGGGACA 
GTGTCTTGTC AGAAACAACC AGCCTTGAAG GCTACAAGTG ACAAGAAAGA TTCTGTTTCG 
AATATACCCA CAGAAATAAA GGATGGACAA CAATCTGGAA CAGTGTCTTC TCAGAAACAA 
CCGGCCTGGA AGGCTACAAG TGTCAAGAAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAC AAATACGTGG GACAGTGTCT CCTCAGAAAC AATCGGCCCA GAAGGTTATA 
TTTAAAAAGA AAGTTTCTCT TTTGAATATT GCCACAAGAA TAACAGGCGG TTGGAAATCT 
GGAACAGAGT ATCCTGAGAA TCTGCCCACC TTGAAGGCTA CAATTGAAAA TAAAAATTCT 
GTTCTGAATA CAGCCACCAA AATGAAGGAT GTACAAACAT CCACACCAGC AGAACAAGAC 
TTAGAAATGG CATCAGAGGG AGAGCAAAAG AGGCTTGAAG AATATGAAAA TAACCAGCCA 
CAGGTGAAAA ACCAAATACA TTCTAGGGAT GACCTTGATG ACATAATTCA GTCATCTCAA 
ACAGTCTCAG AGGACGGTGA CTCGCTTTGC TGTAATTGTA AGAATGTCAT ATTACTCATT 
GATCAACATG AAATGAAGTG TAAAGATTGT GTTCACCTAT TGAAAATTAA AAATACATTT 
TGTTTATGGA AAAGATTAAT AAAACTTAAA GATAACCACT GTGAGCAACT TAGAGTAAAA 
ATTCGAAAAC TGAAAAATAA GGCTAGTGTA CTACAAAAGA GAATATCTGA AAAAGAAGAA 
ATAAAATCGC AGTTAAAGCA TGAAATACTT GAATTGGAAA AAGAACTCTG TAGTTTGAGA 
TTTGCCATAC AGCAAGAAAA AAAGAAAAGA AGAAATGTTG AAGAGGTGCA CCAAAAAGTT 
AGGGAAAAGT TAAGAATAAC AGAAGAGCAA TATAGGATAG AAGCTGATGT GACAAAACCA 
ATTAAACCGG CTCTCAAATC AGCAGAGGTG GAATTGAAGA CAGGAGGAAA TAATTCAAAT 
CAGGTTTCTG AAACTGATGA AAAAGAAGAC CTGCTGCATG AAAACCGCTT GATGCAAGAT 
GAAATTGCCA GGCTCAGGCT GGAAAAAGAC ACAATAAAAA ACCAAAACCT GGAAAAGAAA 
TACTTAAAAG ACTTTGAAAT TGTGAAAAGA AAGCATGAAG ACCTTCAAAA GGCTCTAAAA 
CGGAATGGGG AAACATTAGC AAAAACGATA GCCTGTTATA GTGGACAGCT TGCTGCTCTG 
ACAGATGAAA ACACAACGCT CCGTTCCAAA CTGGAGAAGC AAAGAGAGAG CAGGCAAAGA 
CTGGAAACAG AAATGCAATC ATACCATTGT AGACTGAATG CTGCTCGATG TGATCATGAT 
CAAAGTCACT CATCAAAAAG AGACCAAGAG CTTGCTTTCC AGGGCACAGT AGATAAATGT 
CGTCACTTAC AGGAAAATTT GAATTCTCAT GTTCTGATTC TTTCTCTGCA ACTTTCTAAA 
GCTGAGAGTA AGTCCAGAGT CCTCAAAACT GAGCTCCATT ACACAGGAGA GGCTCTGAAA 
GAAAAGGCTT TGGTTTTTGA ACACGTGCAA AGTGAGCTAA AGCAAAAACA GAGTCAAATG 
AAGGACATTG AAAAAATGTA CAAAAGTGGA TACAATACAA TGGAAAAATG CATAGAAAAA 
CAGGAAAGAT TTTGTCAACT AAAAAAACAA AATATGTTGC TTCAACAGCA ACTGGATGAT 
GCTCGCAACA AAGCTGACAA TCAAGAAAAA GCAATACTTA ATATTCAAGC CAGATGTGAT 
GCTAGAGTAC AAAACCTTCA AGCTGAGTGC AGAAAGCACC GTCTTTTACT AGAAGAAGAC 
AATAAAATGT TGGTCAATGA ACTGAATCAT TCGAAAGAAA AAGAATGCCA ATATGAAAAA 
GAGAAAGCAG AAAGAGAAGT AGCTGTGAGA CAGCTTCAAC AAAAACGAGA TGATGTCTTA 
AACAAAGGAT CAGCAACAAA AGCTCTGCTG GATGCTTCAT CGCGTCACTG CACCTATTTA 
GAAAATGGGA TGCAGGATTC AAGGAAGAAA TTAGACCAGA TGAGAAGTCA ATTTCAAGAA 
ATACAGGATC AACTTACAGC TACTATAAGA TGTACTAAGG AGATGGAAGG CGACACACAA 
AAGCTTGAAG TAGAACATGT GATGATGAGA AAAATTATTA AAAAACAGGA TGACCAAATT 
GAGCGGCTTG AGAAAATCCT GCAGCATTCA AGTTTGATGC TGCAGGTGTT TGAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004045.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859534.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X38, mRNA.

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CloneID	OHu89415
Clone ID Related Accession (Same CDS sequence)	XM_017004045.1
Accession Version	XM_017004045.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5340bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X35
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGCTA CAAGTGACGA GAAAGATTCT GTTTTGTATA TAGCCAGAGA AAAAAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTCCG AAACAACCAG CATTGAAGGC TATCTGTGAC 
AAGGAAGATT CTGTTCCGAA TATGGCCACG GAAAAAAAGG ATGAACAAAT ATCTGGGACA 
GTGTCTTGTC AGAAACAACC AGCCTTGAAG GCTACAAGTG ACAAGAAAGA TTCTGTTTCG 
AATATACCCA CAGAAATAAA GGATGGACAA CAATCTGGAA CAGTGTCTTC TCAGAAACAA 
CCGGCCTGGA AGGCTACAAG TGTCAAGAAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAC AAATACGTGG GACAGTGTCT CCTCAGAAAC AATCGGCCCA GAAGGTTATA 
TTTAAAAAGA AAGTTTCTCT TTTGAATATT GCCACAAGAA TAACAGGCGG TTGGAAATCT 
GGAACAGAGT ATCCTGAGAA TCTGCCCACC TTGAAGGCTA CAATTGAAAA TAAAAATTCT 
GTTCTGAATA CAGCCACCAA AATGAAGGAT GTACAAACAT CCACACCAGC AGAACAAGAC 
TTAGAAATGG CATCAGAGGG AGAGCAAAAG AGGCTTGAAG AATATGAAAA TAACCAGCCA 
CAGGTGAAAA ACCAAATACA TTCTAGGGAT GACCTTGATG ACATAATTCA GTCATCTCAA 
ACAGTCTCAG AGGACGGTGA CTCGCTTTGC TGTAATTGTA AGAATGTCAT ATTACTCATT 
GATCAACATG AAATGAAGTG TAAAGATTGT GTTCACCTAT TGAAAATTAA AAATACATTT 
TGTTTATGGA AAAGATTAAT AAAACTTAAA GATAACCACT GTGAGCAACT TAGAGTAAAA 
ATTCGAAAAC TGAAAAATAA GGCTAGTGTA CTACAAAAGA GAATATCTGA AAAAGAAGAA 
ATAAAATCGC AGTTAAAGCA TGAAATACTT GAATTGGAAA AAGAACTCTG TAGTTTGAGA 
TTTGCCATAC AGCAAGAAAA AAAGAAAAGA AGAAATGTTG AAGAGGTGCA CCAAAAAGTT 
AGGGAAAAGT TAAGAATAAC AGAAGAGCAA TATAGGATAG AAGCTGATGT GACAAAACCA 
ATTAAACCGG CTCTCAAATC AGCAGAGGTG GAATTGAAGA CAGGAGGAAA TAATTCAAAT 
CAGGTTTCTG AAACTGATGA AAAAGAAGAC CTGCTGCATG AAAACCGCTT GATGCAAGAT 
GAAATTGCCA GGCTCAGGCT GGAAAAAGAC ACAATAAAAA ACCAAAACCT GGAAAAGAAA 
TACTTAAAAG ACTTTGAAAT TGTGAAAAGA AAGCATGAAG ACCTTCAAAA GGCTCTAAAA 
CGGAATGGGG AAACATTAGC AAAAACGATA GCCTGTTATA GTGGACAGCT TGCTGCTCTG 
ACAGATGAAA ACACAACGCT CCGTTCCAAA CTGGAGAAGC AAAGAGAGAG CAGGCAAAGA 
CTGGAAACAG AAATGCAATC ATACCATTGT AGACTGAATG CTGCTCGATG TGATCATGAT 
CAAAGTCACT CATCAAAAAG AGACCAAGAG CTTGCTTTCC AGGGCACAGT AGATAAATGT 
CGTCACTTAC AGGAAAATTT GAATTCTCAT GTTCTGATTC TTTCTCTGCA ACTTTCTAAA 
GCTGAGAGTA AGTCCAGAGT CCTCAAAACT GAGCTCCATT ACACAGGAGA GGCTCTGAAA 
GAAAAGGCTT TGGTTTTTGA ACACGTGCAA AGTGAGCTAA AGCAAAAACA GAGTCAAATG 
AAGGACATTG AAAAAATGTA CAAAAGTGGA TACAATACAA TGGAAAAATG CATAGAAAAA 
CAGGAAAGAT TTTGTCAACT AAAAAAACAA AATATGTTGC TTCAACAGCA ACTGGATGAT 
GCTCGCAACA AAGCTGACAA TCAAGAAAAA GCAATACTTA ATATTCAAGC CAGATGTGAT 
GCTAGAGTAC AAAACCTTCA AGCTGAGTGC AGAAAGCACC GTCTTTTACT AGAAGAAGAC 
AATAAAATGT TGGTCAATGA ACTGAATCAT TCGAAAGAAA AAGAATGCCA ATATGAAAAA 
GAGAAAGCAG AAAGAGAAGT AGCTGTGAGA CAGCTTCAAC AAAAACGAGA TGATGTCTTA 
AACAAAGGAT CAGCAACAAA AGCTCTGCTG GATGCTTCAT CGCGTCACTG CACCTATTTA 
GAAAATGGGA TGCAGGATTC AAGGAAGAAA TTAGACCAGA TGAGAAGTCA ATTTCAAGAA 
ATACAGGATC AACTTACAGC TACTATAAGA TGTACTAAGG AGATGGAAGG CGACACACAA 
AAGCTTGAAG TAGAACATGT GATGATGAGA AAAATTATTA AAAAACAGGA TGACCAAATT 
GAGCGGCTTG AGAAAATCCT GCAGCATTCA AGTTTGATGC TGCAGGTGTT TGAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859534.1
CDS	555..5894
Translation	MEDGKRERWPTLMERLCSDGFAFPQYPIKPYHLKRIHRAVLHGNLEKLKYLLLTYYDANKRDRKERTALHLACATGQPEMVHLLVSRRCELNLCDREDRTPLIKAVQLRQEACATLLLQNGANPNITDFFGRTALHYAVYNEDTSMIEKLLSHGTNIEECSKCEYQPLLFAVSRRKVKMVEFLLKKKANVNAIDYLGRSALIHAVTLGEKDIVILLLQHNIDVLSRDAFRKIAGDYAIEAKNRVIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004045.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X38, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004045.1

ORF Insert Sequence:

ATGGAAGACG GCAAGCGGGA GAGGTGGCCC ACCCTCATGG AGCGCTTGTG CTCGGATGGC 
TTCGCATTTC CCCAATACCC CATTAAACCG TATCATCTGA AGAGGATCCA CAGAGCTGTC 
TTACATGGTA ATCTAGAGAA ACTGAAGTAC CTTCTGCTCA CGTATTATGA CGCCAATAAG 
AGAGACAGGA AGGAAAGGAC CGCCCTACAT TTGGCCTGTG CCACTGGCCA ACCGGAAATG 
GTACATCTCC TGGTGTCCAG AAGATGTGAG CTTAACCTCT GCGACCGTGA AGACAGGACA 
CCTCTGATCA AGGCTGTACA ACTGAGGCAG GAGGCTTGTG CAACTCTTCT GCTGCAAAAT 
GGCGCCAATC CAAATATTAC GGATTTCTTT GGAAGGACTG CTCTGCACTA CGCTGTGTAT 
AATGAAGATA CATCCATGAT AGAAAAACTT CTTTCACATG GTACAAATAT TGAAGAATGC 
AGCAAGTGTG AATATCAGCC ACTGTTATTT GCTGTGAGTC GAAGAAAAGT GAAAATGGTG 
GAATTTTTAT TAAAGAAAAA AGCAAATGTA AATGCCATTG ATTATCTTGG CAGATCAGCC 
CTCATACATG CTGTTACTCT TGGAGAAAAA GATATAGTCA TTCTTCTTCT GCAGCACAAT 
ATTGATGTGC TTTCTCGAGA TGCGTTTCGA AAGATTGCAG GAGATTATGC CATTGAGGCT 
AAGAATAGAG TCATTTTTGA TCTAATTTAT GAATACGAAA GAAAGAGATA TGAAGATCTT 
CCTATAAATA GCAATCCAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAAGTGGC 
AAGGAAGATT CTATTTCAAA TATAGCCACA GAAATAAAGG ATGGACAAAA ATCTGGGACA 
GTGTCTTCTC AGAAACAACC GGCCTTGAAG GATACAAGTG ACAAGGATGA TTCTGTTTCG 
AACACAGCCA CAGAAATAAA AGATGAACAA AAATCTGGGA CAGTGCTTCC TGCTGTTGAA 
CAGTGTTTAA ACAGGAGTCT CTACAGACCT GATGCTGTTG CACAGCCTGT GACAGAGAAT 
GAGTTTTCTT TGGAATCTGA GATTATTTCA AAACTATACA TCCCAAAGAG AAAGATTATT 
TCTCCACGAT CTATAAAAGA TGTGCTTCCT CCTGTTGAAG AGGCTGTTGA CAGGTGTCTC 
TACCTACTGG ACCGTTTTGC ACAGCCTGTG ACAAAGGATA AGTTTGCTTT GGAATCTGAG 
AATATTTCAG AACCATACTT TACGAACAGA AGGACTATTT CTCAACAATC TGCAGAAAAT 
TTAGATGCTG CATGTGGCAT TGACAAAACA GAAAATGGAA ACATGTTTGA AGACCAAAAT 
GTTGATAAGG AAGGAAAAGC ACTACCAGCA ACTGGACAAA AAGCAAATGT GTCTCCTGAG 
CAACCGCCTT TATTCACGCA TACGGTGAAA GACAGAGATC ACATTTCAAC TAGATTCTTA 
GGAGGTATGG ATTCACTAAC TTCCAGTGAA GAATCTTCTG AGCGACCTCC TTTATCCACG 
CTTACTCTGA AAGAGGCAGA TCCCAGTTCA AAAGCAGCCA TGAGAAGGAA GGATTCACCA 
CCTCCAGGAA AAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGACAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGGAGGGAC CAATATCTGG GACAGTGTCT 
TCTCAGAAAC AACCAGCTGA GAAGGCTACA AGTGACGAGA AAGATTCTGT TTCAAATATA 
GCCACAGAAA TAAAGAAGGG ACAACAATCT GGGACAGTGT CTCCTCAGAA ACAATCGGCC 
TGGAAGGTTA TATTTAAAAA GAAAGTTTCT CTTTTGAATA TTGCCACAAG AATAATGGGT 
GGTGGGAAAT CTGGAACAGT GTCTTCTCAG AAACAACCAG CCTCAAAGGC TACAAGTGAC 
AAGACAGATT CTGCTTTGAA TATAGCTACA GAAATAAAGG ATGGACTACA GTGTGGGACA 
GTGTCTTCTC AGAAACAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA CTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAGCAA 
CCAGCCTTGA AGGCTACAAC TGACGAGGAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC AACCAGCCTT GAAGGCTACA 
ACTGATGAGA AAGATTCTGT TTCGAACATA GCCACAGAAA TAAAGGATGG AGAAAAATCT 
GGGACAGTGT CTTCTCAGAA ACCACCAGCC TTGACGGCTA CAAGTGACGA GGAAGGTTCT 
GTTTTGAGTA TAGCCAGAGA AAACAAGGAT GGAGAAAAAT CTAGGACAGT GTCTTCTCGG 
AAAAAACCAG CCTTGAAGGC TACAAGTGAT GAGAAGGATT CTTTTTCGAA TATAACCAGA 
GGAAAAAAGG ATGGAGAAAT ATCTAGGAAA GTGTCTTCTC AGAAACCACC AACCTTGAAG 
GGTACAAGTG ACGAGGAAGA TTCTGTTTTG GGTATAGCCA GAGAAAACAA GGATGGAGAA 
AAATCTAGGA CAGTGTCTTC TGAGAAACCA CCAGGCTTGA AGGCTTCAAG TGCCGAGAAA 
GATTCTGTTT TGAATATAGC CAGAGGAAAA AAGGATGGAG AAAAAACTAA GAGAGTGTCT 
TCTCGGAAAA AACCATCCTT GGAGGCCACA AGTGATGAGA AGGATTCTTT TTCGAATATA 
ACCAGAGAAA AAAAGGATGG AGAAATATCT AGGAAAGTGT CTTCTCAGAA ACCACCAGCC 
TTGAAGGCTA CAAGTGACGA GAAAGATTCT GTTTTGTATA TAGCCAGAGA AAAAAAGGAT 
GGAGAAAAAT CTAGGACAGT GTCTTCTCCG AAACAACCAG CATTGAAGGC TATCTGTGAC 
AAGGAAGATT CTGTTCCGAA TATGGCCACG GAAAAAAAGG ATGAACAAAT ATCTGGGACA 
GTGTCTTGTC AGAAACAACC AGCCTTGAAG GCTACAAGTG ACAAGAAAGA TTCTGTTTCG 
AATATACCCA CAGAAATAAA GGATGGACAA CAATCTGGAA CAGTGTCTTC TCAGAAACAA 
CCGGCCTGGA AGGCTACAAG TGTCAAGAAA GATTCTGTTT CGAATATAGC CACAGAAATA 
AAGGATGGAC AAATACGTGG GACAGTGTCT CCTCAGAAAC AATCGGCCCA GAAGGTTATA 
TTTAAAAAGA AAGTTTCTCT TTTGAATATT GCCACAAGAA TAACAGGCGG TTGGAAATCT 
GGAACAGAGT ATCCTGAGAA TCTGCCCACC TTGAAGGCTA CAATTGAAAA TAAAAATTCT 
GTTCTGAATA CAGCCACCAA AATGAAGGAT GTACAAACAT CCACACCAGC AGAACAAGAC 
TTAGAAATGG CATCAGAGGG AGAGCAAAAG AGGCTTGAAG AATATGAAAA TAACCAGCCA 
CAGGTGAAAA ACCAAATACA TTCTAGGGAT GACCTTGATG ACATAATTCA GTCATCTCAA 
ACAGTCTCAG AGGACGGTGA CTCGCTTTGC TGTAATTGTA AGAATGTCAT ATTACTCATT 
GATCAACATG AAATGAAGTG TAAAGATTGT GTTCACCTAT TGAAAATTAA AAATACATTT 
TGTTTATGGA AAAGATTAAT AAAACTTAAA GATAACCACT GTGAGCAACT TAGAGTAAAA 
ATTCGAAAAC TGAAAAATAA GGCTAGTGTA CTACAAAAGA GAATATCTGA AAAAGAAGAA 
ATAAAATCGC AGTTAAAGCA TGAAATACTT GAATTGGAAA AAGAACTCTG TAGTTTGAGA 
TTTGCCATAC AGCAAGAAAA AAAGAAAAGA AGAAATGTTG AAGAGGTGCA CCAAAAAGTT 
AGGGAAAAGT TAAGAATAAC AGAAGAGCAA TATAGGATAG AAGCTGATGT GACAAAACCA 
ATTAAACCGG CTCTCAAATC AGCAGAGGTG GAATTGAAGA CAGGAGGAAA TAATTCAAAT 
CAGGTTTCTG AAACTGATGA AAAAGAAGAC CTGCTGCATG AAAACCGCTT GATGCAAGAT 
GAAATTGCCA GGCTCAGGCT GGAAAAAGAC ACAATAAAAA ACCAAAACCT GGAAAAGAAA 
TACTTAAAAG ACTTTGAAAT TGTGAAAAGA AAGCATGAAG ACCTTCAAAA GGCTCTAAAA 
CGGAATGGGG AAACATTAGC AAAAACGATA GCCTGTTATA GTGGACAGCT TGCTGCTCTG 
ACAGATGAAA ACACAACGCT CCGTTCCAAA CTGGAGAAGC AAAGAGAGAG CAGGCAAAGA 
CTGGAAACAG AAATGCAATC ATACCATTGT AGACTGAATG CTGCTCGATG TGATCATGAT 
CAAAGTCACT CATCAAAAAG AGACCAAGAG CTTGCTTTCC AGGGCACAGT AGATAAATGT 
CGTCACTTAC AGGAAAATTT GAATTCTCAT GTTCTGATTC TTTCTCTGCA ACTTTCTAAA 
GCTGAGAGTA AGTCCAGAGT CCTCAAAACT GAGCTCCATT ACACAGGAGA GGCTCTGAAA 
GAAAAGGCTT TGGTTTTTGA ACACGTGCAA AGTGAGCTAA AGCAAAAACA GAGTCAAATG 
AAGGACATTG AAAAAATGTA CAAAAGTGGA TACAATACAA TGGAAAAATG CATAGAAAAA 
CAGGAAAGAT TTTGTCAACT AAAAAAACAA AATATGTTGC TTCAACAGCA ACTGGATGAT 
GCTCGCAACA AAGCTGACAA TCAAGAAAAA GCAATACTTA ATATTCAAGC CAGATGTGAT 
GCTAGAGTAC AAAACCTTCA AGCTGAGTGC AGAAAGCACC GTCTTTTACT AGAAGAAGAC 
AATAAAATGT TGGTCAATGA ACTGAATCAT TCGAAAGAAA AAGAATGCCA ATATGAAAAA 
GAGAAAGCAG AAAGAGAAGT AGCTGTGAGA CAGCTTCAAC AAAAACGAGA TGATGTCTTA 
AACAAAGGAT CAGCAACAAA AGCTCTGCTG GATGCTTCAT CGCGTCACTG CACCTATTTA 
GAAAATGGGA TGCAGGATTC AAGGAAGAAA TTAGACCAGA TGAGAAGTCA ATTTCAAGAA 
ATACAGGATC AACTTACAGC TACTATAAGA TGTACTAAGG AGATGGAAGG CGACACACAA 
AAGCTTGAAG TAGAACATGT GATGATGAGA AAAATTATTA AAAAACAGGA TGACCAAATT 
GAGCGGCTTG AGAAAATCCT GCAGCATTCA AGTTTGATGC TGCAGGTGTT TGAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004046.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859535.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X39, mRNA.

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CloneID	OHu89416
Clone ID Related Accession (Same CDS sequence)	XM_017004046.1
Accession Version	XM_017004046.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5046bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X36
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTACAAA TATTGAAGAA TGCAGCAAGC ATTTTTGATC TAATTTATGA ATACGAAAGA 
AAGAGATATG AAGATCTTCC TATAAATAGC AATCCAGTGT CTTCTCAGAA ACAACCAGCC 
TTGAAGGCTA CAAGTGGCAA GGAAGATTCT ATTTCAAATA TAGCCACAGA AATAAAGGAT 
GGACAAAAAT CTGGGACAGT GTCTTCTCAG AAACAACCGG CCTTGAAGGA TACAAGTGAC 
AAGGATGATT CTGTTTCGAA CACAGCCACA GAAATAAAAG ATGAACAAAA ATCTGGGACA 
GTGCTTCCTG CTGTTGAACA GTGTTTAAAC AGGAGTCTCT ACAGACCTGA TGCTGTTGCA 
CAGCCTGTGA CAGAGAATGA GTTTTCTTTG GAATCTGAGA TTATTTCAAA ACTATACATC 
CCAAAGAGAA AGATTATTTC TCCACGATCT ATAAAAGATG TGCTTCCTCC TGTTGAAGAG 
GCTGTTGACA GGTGTCTCTA CCTACTGGAC CGTTTTGCAC AGCCTGTGAC AAAGGATAAG 
TTTGCTTTGG AATCTGAGAA TATTTCAGAA CCATACTTTA CGAACAGAAG GACTATTTCT 
CAACAATCTG CAGAAAATTT AGATGCTGCA TGTGGCATTG ACAAAACAGA AAATGGAAAC 
ATGTTTGAAG ACCAAAATGT TGATAAGGAA GGAAAAGCAC TACCAGCAAC TGGACAAAAA 
GCAAATGTGT CTCCTGAGCA ACCGCCTTTA TTCACGCATA CGGTGAAAGA CAGAGATCAC 
ATTTCAACTA GATTCTTAGG AGGTATGGAT TCACTAACTT CCAGTGAAGA ATCTTCTGAG 
CGACCTCCTT TATCCACGCT TACTCTGAAA GAGGCAGATC CCAGTTCAAA AGCAGCCATG 
AGAAGGAAGG ATTCACCACC TCCAGGAAAA GTGTCTTCTC AGAAACAACC AGCTGAGAAG 
GCTACAAGTG ACGACAAAGA TTCTGTTTCA AATATAGCCA CAGAAATAAA GGAGGGACCA 
ATATCTGGGA CAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859535.1
CDS	1012..6057
Translation	MVQILKNAASIFDLIYEYERKRYEDLPINSNPVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004046.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X39, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004046.1

ORF Insert Sequence:

ATGGTACAAA TATTGAAGAA TGCAGCAAGC ATTTTTGATC TAATTTATGA ATACGAAAGA 
AAGAGATATG AAGATCTTCC TATAAATAGC AATCCAGTGT CTTCTCAGAA ACAACCAGCC 
TTGAAGGCTA CAAGTGGCAA GGAAGATTCT ATTTCAAATA TAGCCACAGA AATAAAGGAT 
GGACAAAAAT CTGGGACAGT GTCTTCTCAG AAACAACCGG CCTTGAAGGA TACAAGTGAC 
AAGGATGATT CTGTTTCGAA CACAGCCACA GAAATAAAAG ATGAACAAAA ATCTGGGACA 
GTGCTTCCTG CTGTTGAACA GTGTTTAAAC AGGAGTCTCT ACAGACCTGA TGCTGTTGCA 
CAGCCTGTGA CAGAGAATGA GTTTTCTTTG GAATCTGAGA TTATTTCAAA ACTATACATC 
CCAAAGAGAA AGATTATTTC TCCACGATCT ATAAAAGATG TGCTTCCTCC TGTTGAAGAG 
GCTGTTGACA GGTGTCTCTA CCTACTGGAC CGTTTTGCAC AGCCTGTGAC AAAGGATAAG 
TTTGCTTTGG AATCTGAGAA TATTTCAGAA CCATACTTTA CGAACAGAAG GACTATTTCT 
CAACAATCTG CAGAAAATTT AGATGCTGCA TGTGGCATTG ACAAAACAGA AAATGGAAAC 
ATGTTTGAAG ACCAAAATGT TGATAAGGAA GGAAAAGCAC TACCAGCAAC TGGACAAAAA 
GCAAATGTGT CTCCTGAGCA ACCGCCTTTA TTCACGCATA CGGTGAAAGA CAGAGATCAC 
ATTTCAACTA GATTCTTAGG AGGTATGGAT TCACTAACTT CCAGTGAAGA ATCTTCTGAG 
CGACCTCCTT TATCCACGCT TACTCTGAAA GAGGCAGATC CCAGTTCAAA AGCAGCCATG 
AGAAGGAAGG ATTCACCACC TCCAGGAAAA GTGTCTTCTC AGAAACAACC AGCTGAGAAG 
GCTACAAGTG ACGACAAAGA TTCTGTTTCA AATATAGCCA CAGAAATAAA GGAGGGACCA 
ATATCTGGGA CAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004047.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859536.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X40, mRNA.

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CloneID	OHu89417
Clone ID Related Accession (Same CDS sequence)	XM_017004047.1
Accession Version	XM_017004047.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4959bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X37
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGCAAG TGTCTTCTCA GAAACAACCA GCCTTGAAGG CTACAAGTGG CAAGGAAGAT 
TCTATTTCAA ATATAGCCAC AGAAATAAAG GATGGACAAA AATCTGGGAC AGTGTCTTCT 
CAGAAACAAC CGGCCTTGAA GGATACAAGT GACAAGGATG ATTCTGTTTC GAACACAGCC 
ACAGAAATAA AAGATGAACA AAAATCTGGG ACAGTGCTTC CTGCTGTTGA ACAGTGTTTA 
AACAGGAGTC TCTACAGACC TGATGCTGTT GCACAGCCTG TGACAGAGAA TGAGTTTTCT 
TTGGAATCTG AGATTATTTC AAAACTATAC ATCCCAAAGA GAAAGATTAT TTCTCCACGA 
TCTATAAAAG ATGTGCTTCC TCCTGTTGAA GAGGCTGTTG ACAGGTGTCT CTACCTACTG 
GACCGTTTTG CACAGCCTGT GACAAAGGAT AAGTTTGCTT TGGAATCTGA GAATATTTCA 
GAACCATACT TTACGAACAG AAGGACTATT TCTCAACAAT CTGCAGAAAA TTTAGATGCT 
GCATGTGGCA TTGACAAAAC AGAAAATGGA AACATGTTTG AAGACCAAAA TGTTGATAAG 
GAAGGAAAAG CACTACCAGC AACTGGACAA AAAGCAAATG TGTCTCCTGA GCAACCGCCT 
TTATTCACGC ATACGGTGAA AGACAGAGAT CACATTTCAA CTAGATTCTT AGGAGGTATG 
GATTCACTAA CTTCCAGTGA AGAATCTTCT GAGCGACCTC CTTTATCCAC GCTTACTCTG 
AAAGAGGCAG ATCCCAGTTC AAAAGCAGCC ATGAGAAGGA AGGATTCACC ACCTCCAGGA 
AAAGTGTCTT CTCAGAAACA ACCAGCTGAG AAGGCTACAA GTGACGACAA AGATTCTGTT 
TCAAATATAG CCACAGAAAT AAAGGAGGGA CCAATATCTG GGACAGTGTC TTCTCAGAAA 
CAACCAGCTG AGAAGGCTAC AAGTGACGAG AAAGATTCTG TTTCAAATAT AGCCACAGAA 
ATAAAGAAGG GACAACAATC TGGGACAGTG TCTCCTCAGA AACAATCGGC CTGGAAGGTT 
ATATTTAAAA AGAAAGTTTC TCTTTTGAAT ATTGCCACAA GAATAATGGG TGGTGGGAAA 
TCTGGAACAG TGTCTTCTCA GAAACAACCA GCCTCAAAGG CTACAAGTGA CAAGACAGAT 
TCTGCTTTGA ATATAGCTAC AGAAATAAAG GATGGACTAC AGTGTGGGAC AGTGTCTTCT 
CAGAAACAAC CAGCCTTGAA GGCTACAACT GACGAGGAAG ACTCTGTTTC GAATATAGCC 
ACAGAAATAA AGGATGGAGA AAAATCTGGG ACAGTGTCTT CTCAGAAGCA ACCAGCCTTG 
AAGGCTACAA CTGACGAGGA AGATTCTGTT TCGAATATAG CCACAGAAAT AAAGGATGGA 
GAAAAATCTG GGACAGTGTC TTCTCAGAAA CAACCAGCCT TGAAGGCTAC AACTGATGAG 
AAAGATTCTG TTTCGAACAT AGCCACAGAA ATAAAGGATG GAGAAAAATC TGGGACAGTG 
TCTTCTCAGA AACCACCAGC CTTGACGGCT ACAAGTGACG AGGAAGGTTC TGTTTTGAGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTCG GAAAAAACCA 
GCCTTGAAGG CTACAAGTGA TGAGAAGGAT TCTTTTTCGA ATATAACCAG AGGAAAAAAG 
GATGGAGAAA TATCTAGGAA AGTGTCTTCT CAGAAACCAC CAACCTTGAA GGGTACAAGT 
GACGAGGAAG ATTCTGTTTT GGGTATAGCC AGAGAAAACA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTGAGAAACC ACCAGGCTTG AAGGCTTCAA GTGCCGAGAA AGATTCTGTT 
TTGAATATAG CCAGAGGAAA AAAGGATGGA GAAAAAACTA AGAGAGTGTC TTCTCGGAAA 
AAACCATCCT TGGAGGCCAC AAGTGATGAG AAGGATTCTT TTTCGAATAT AACCAGAGAA 
AAAAAGGATG GAGAAATATC TAGGAAAGTG TCTTCTCAGA AACCACCAGC CTTGAAGGGT 
ACAAGTGACG AGGAAGATTC TGTTTTGGGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTGA GAAACCACCA GGCTTGAAGG CTACAAGTGA TGAGAAAGAT 
TCTGTTTTGA ATATAGCCAG AGGAAAAAAG GATGGAGAAA AAACTAGGAC AGTGTCTTCT 
CAGAAACCAC CAACCTTGAA GGCTACAAGT GATGAGGAAG ATTCTGTTTT GAGTATAGCC 
AGAGAAAACA AGGATGGAGA AAAATCTAGG ACAGTGTCTT CTGAGAAACC ATCAGGCTTG 
AAGGCTACAA GTGCCGAGAA AGATTCTGTT TTGAATATAG CCAGAGGAAA AAAGTATGGA 
GAAAAAACTA AGAGAGTGTC TTCTCGGAAA AAACCAGCCT TGAAGGCTAC AAGTGACGAG 
AAAGATTCTG TTTTGTATAT AGCCAGAGAA AAAAAGGATG GAGAAAAATC TAGGACAGTG 
TCTTCTCCGA AACAACCAGC ATTGAAGGCT ATCTGTGACA AGGAAGATTC TGTTCCGAAT 
ATGGCCACGG AAAAAAAGGA TGAACAAATA TCTGGGACAG TGTCTTGTCA GAAACAACCA 
GCCTTGAAGG CTACAAGTGA CAAGAAAGAT TCTGTTTCGA ATATACCCAC AGAAATAAAG 
GATGGACAAC AATCTGGAAC AGTGTCTTCT CAGAAACAAC CGGCCTGGAA GGCTACAAGT 
GTCAAGAAAG ATTCTGTTTC GAATATAGCC ACAGAAATAA AGGATGGACA AATACGTGGG 
ACAGTGTCTC CTCAGAAACA ATCGGCCCAG AAGGTTATAT TTAAAAAGAA AGTTTCTCTT 
TTGAATATTG CCACAAGAAT AACAGGCGGT TGGAAATCTG GAACAGAGTA TCCTGAGAAT 
CTGCCCACCT TGAAGGCTAC AATTGAAAAT AAAAATTCTG TTCTGAATAC AGCCACCAAA 
ATGAAGGATG TACAAACATC CACACCAGCA GAACAAGACT TAGAAATGGC ATCAGAGGGA 
GAGCAAAAGA GGCTTGAAGA ATATGAAAAT AACCAGCCAC AGGTGAAAAA CCAAATACAT 
TCTAGGGATG ACCTTGATGA CATAATTCAG TCATCTCAAA CAGTCTCAGA GGACGGTGAC 
TCGCTTTGCT GTAATTGTAA GAATGTCATA TTACTCATTG ATCAACATGA AATGAAGTGT 
AAAGATTGTG TTCACCTATT GAAAATTAAA AATACATTTT GTTTATGGAA AAGATTAATA 
AAACTTAAAG ATAACCACTG TGAGCAACTT AGAGTAAAAA TTCGAAAACT GAAAAATAAG 
GCTAGTGTAC TACAAAAGAG AATATCTGAA AAAGAAGAAA TAAAATCGCA GTTAAAGCAT 
GAAATACTTG AATTGGAAAA AGAACTCTGT AGTTTGAGAT TTGCCATACA GCAAGAAAAA 
AAGAAAAGAA GAAATGTTGA AGAGGTGCAC CAAAAAGTTA GGGAAAAGTT AAGAATAACA 
GAAGAGCAAT ATAGGATAGA AGCTGATGTG ACAAAACCAA TTAAACCGGC TCTCAAATCA 
GCAGAGGTGG AATTGAAGAC AGGAGGAAAT AATTCAAATC AGGTTTCTGA AACTGATGAA 
AAAGAAGACC TGCTGCATGA AAACCGCTTG ATGCAAGATG AAATTGCCAG GCTCAGGCTG 
GAAAAAGACA CAATAAAAAA CCAAAACCTG GAAAAGAAAT ACTTAAAAGA CTTTGAAATT 
GTGAAAAGAA AGCATGAAGA CCTTCAAAAG GCTCTAAAAC GGAATGGGGA AACATTAGCA 
AAAACGATAG CCTGTTATAG TGGACAGCTT GCTGCTCTGA CAGATGAAAA CACAACGCTC 
CGTTCCAAAC TGGAGAAGCA AAGAGAGAGC AGGCAAAGAC TGGAAACAGA AATGCAATCA 
TACCATTGTA GACTGAATGC TGCTCGATGT GATCATGATC AAAGTCACTC ATCAAAAAGA 
GACCAAGAGC TTGCTTTCCA GGGCACAGTA GATAAATGTC GTCACTTACA GGAAAATTTG 
AATTCTCATG TTCTGATTCT TTCTCTGCAA CTTTCTAAAG CTGAGAGTAA GTCCAGAGTC 
CTCAAAACTG AGCTCCATTA CACAGGAGAG GCTCTGAAAG AAAAGGCTTT GGTTTTTGAA 
CACGTGCAAA GTGAGCTAAA GCAAAAACAG AGTCAAATGA AGGACATTGA AAAAATGTAC 
AAAAGTGGAT ACAATACAAT GGAAAAATGC ATAGAAAAAC AGGAAAGATT TTGTCAACTA 
AAAAAACAAA ATATGTTGCT TCAACAGCAA CTGGATGATG CTCGCAACAA AGCTGACAAT 
CAAGAAAAAG CAATACTTAA TATTCAAGCC AGATGTGATG CTAGAGTACA AAACCTTCAA 
GCTGAGTGCA GAAAGCACCG TCTTTTACTA GAAGAAGACA ATAAAATGTT GGTCAATGAA 
CTGAATCATT CGAAAGAAAA AGAATGCCAA TATGAAAAAG AGAAAGCAGA AAGAGAAGTA 
GCTGTGAGAC AGCTTCAACA AAAACGAGAT GATGTCTTAA ACAAAGGATC AGCAACAAAA 
GCTCTGCTGG ATGCTTCATC GCGTCACTGC ACCTATTTAG AAAATGGGAT GCAGGATTCA 
AGGAAGAAAT TAGACCAGAT GAGAAGTCAA TTTCAAGAAA TACAGGATCA ACTTACAGCT 
ACTATAAGAT GTACTAAGGA GATGGAAGGC GACACACAAA AGCTTGAAGT AGAACATGTG 
ATGATGAGAA AAATTATTAA AAAACAGGAT GACCAAATTG AGCGGCTTGA GAAAATCCTG 
CAGCATTCAA GTTTGATGCT GCAGGTGTTT GAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859536.1
CDS	1031..5989
Translation	MQQVSSQKQPALKATSGKEDSISNIATEIKDGQKSGTVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004047.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X40, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004047.1

ORF Insert Sequence:

ATGCAGCAAG TGTCTTCTCA GAAACAACCA GCCTTGAAGG CTACAAGTGG CAAGGAAGAT 
TCTATTTCAA ATATAGCCAC AGAAATAAAG GATGGACAAA AATCTGGGAC AGTGTCTTCT 
CAGAAACAAC CGGCCTTGAA GGATACAAGT GACAAGGATG ATTCTGTTTC GAACACAGCC 
ACAGAAATAA AAGATGAACA AAAATCTGGG ACAGTGCTTC CTGCTGTTGA ACAGTGTTTA 
AACAGGAGTC TCTACAGACC TGATGCTGTT GCACAGCCTG TGACAGAGAA TGAGTTTTCT 
TTGGAATCTG AGATTATTTC AAAACTATAC ATCCCAAAGA GAAAGATTAT TTCTCCACGA 
TCTATAAAAG ATGTGCTTCC TCCTGTTGAA GAGGCTGTTG ACAGGTGTCT CTACCTACTG 
GACCGTTTTG CACAGCCTGT GACAAAGGAT AAGTTTGCTT TGGAATCTGA GAATATTTCA 
GAACCATACT TTACGAACAG AAGGACTATT TCTCAACAAT CTGCAGAAAA TTTAGATGCT 
GCATGTGGCA TTGACAAAAC AGAAAATGGA AACATGTTTG AAGACCAAAA TGTTGATAAG 
GAAGGAAAAG CACTACCAGC AACTGGACAA AAAGCAAATG TGTCTCCTGA GCAACCGCCT 
TTATTCACGC ATACGGTGAA AGACAGAGAT CACATTTCAA CTAGATTCTT AGGAGGTATG 
GATTCACTAA CTTCCAGTGA AGAATCTTCT GAGCGACCTC CTTTATCCAC GCTTACTCTG 
AAAGAGGCAG ATCCCAGTTC AAAAGCAGCC ATGAGAAGGA AGGATTCACC ACCTCCAGGA 
AAAGTGTCTT CTCAGAAACA ACCAGCTGAG AAGGCTACAA GTGACGACAA AGATTCTGTT 
TCAAATATAG CCACAGAAAT AAAGGAGGGA CCAATATCTG GGACAGTGTC TTCTCAGAAA 
CAACCAGCTG AGAAGGCTAC AAGTGACGAG AAAGATTCTG TTTCAAATAT AGCCACAGAA 
ATAAAGAAGG GACAACAATC TGGGACAGTG TCTCCTCAGA AACAATCGGC CTGGAAGGTT 
ATATTTAAAA AGAAAGTTTC TCTTTTGAAT ATTGCCACAA GAATAATGGG TGGTGGGAAA 
TCTGGAACAG TGTCTTCTCA GAAACAACCA GCCTCAAAGG CTACAAGTGA CAAGACAGAT 
TCTGCTTTGA ATATAGCTAC AGAAATAAAG GATGGACTAC AGTGTGGGAC AGTGTCTTCT 
CAGAAACAAC CAGCCTTGAA GGCTACAACT GACGAGGAAG ACTCTGTTTC GAATATAGCC 
ACAGAAATAA AGGATGGAGA AAAATCTGGG ACAGTGTCTT CTCAGAAGCA ACCAGCCTTG 
AAGGCTACAA CTGACGAGGA AGATTCTGTT TCGAATATAG CCACAGAAAT AAAGGATGGA 
GAAAAATCTG GGACAGTGTC TTCTCAGAAA CAACCAGCCT TGAAGGCTAC AACTGATGAG 
AAAGATTCTG TTTCGAACAT AGCCACAGAA ATAAAGGATG GAGAAAAATC TGGGACAGTG 
TCTTCTCAGA AACCACCAGC CTTGACGGCT ACAAGTGACG AGGAAGGTTC TGTTTTGAGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTCG GAAAAAACCA 
GCCTTGAAGG CTACAAGTGA TGAGAAGGAT TCTTTTTCGA ATATAACCAG AGGAAAAAAG 
GATGGAGAAA TATCTAGGAA AGTGTCTTCT CAGAAACCAC CAACCTTGAA GGGTACAAGT 
GACGAGGAAG ATTCTGTTTT GGGTATAGCC AGAGAAAACA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTGAGAAACC ACCAGGCTTG AAGGCTTCAA GTGCCGAGAA AGATTCTGTT 
TTGAATATAG CCAGAGGAAA AAAGGATGGA GAAAAAACTA AGAGAGTGTC TTCTCGGAAA 
AAACCATCCT TGGAGGCCAC AAGTGATGAG AAGGATTCTT TTTCGAATAT AACCAGAGAA 
AAAAAGGATG GAGAAATATC TAGGAAAGTG TCTTCTCAGA AACCACCAGC CTTGAAGGGT 
ACAAGTGACG AGGAAGATTC TGTTTTGGGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTGA GAAACCACCA GGCTTGAAGG CTACAAGTGA TGAGAAAGAT 
TCTGTTTTGA ATATAGCCAG AGGAAAAAAG GATGGAGAAA AAACTAGGAC AGTGTCTTCT 
CAGAAACCAC CAACCTTGAA GGCTACAAGT GATGAGGAAG ATTCTGTTTT GAGTATAGCC 
AGAGAAAACA AGGATGGAGA AAAATCTAGG ACAGTGTCTT CTGAGAAACC ATCAGGCTTG 
AAGGCTACAA GTGCCGAGAA AGATTCTGTT TTGAATATAG CCAGAGGAAA AAAGTATGGA 
GAAAAAACTA AGAGAGTGTC TTCTCGGAAA AAACCAGCCT TGAAGGCTAC AAGTGACGAG 
AAAGATTCTG TTTTGTATAT AGCCAGAGAA AAAAAGGATG GAGAAAAATC TAGGACAGTG 
TCTTCTCCGA AACAACCAGC ATTGAAGGCT ATCTGTGACA AGGAAGATTC TGTTCCGAAT 
ATGGCCACGG AAAAAAAGGA TGAACAAATA TCTGGGACAG TGTCTTGTCA GAAACAACCA 
GCCTTGAAGG CTACAAGTGA CAAGAAAGAT TCTGTTTCGA ATATACCCAC AGAAATAAAG 
GATGGACAAC AATCTGGAAC AGTGTCTTCT CAGAAACAAC CGGCCTGGAA GGCTACAAGT 
GTCAAGAAAG ATTCTGTTTC GAATATAGCC ACAGAAATAA AGGATGGACA AATACGTGGG 
ACAGTGTCTC CTCAGAAACA ATCGGCCCAG AAGGTTATAT TTAAAAAGAA AGTTTCTCTT 
TTGAATATTG CCACAAGAAT AACAGGCGGT TGGAAATCTG GAACAGAGTA TCCTGAGAAT 
CTGCCCACCT TGAAGGCTAC AATTGAAAAT AAAAATTCTG TTCTGAATAC AGCCACCAAA 
ATGAAGGATG TACAAACATC CACACCAGCA GAACAAGACT TAGAAATGGC ATCAGAGGGA 
GAGCAAAAGA GGCTTGAAGA ATATGAAAAT AACCAGCCAC AGGTGAAAAA CCAAATACAT 
TCTAGGGATG ACCTTGATGA CATAATTCAG TCATCTCAAA CAGTCTCAGA GGACGGTGAC 
TCGCTTTGCT GTAATTGTAA GAATGTCATA TTACTCATTG ATCAACATGA AATGAAGTGT 
AAAGATTGTG TTCACCTATT GAAAATTAAA AATACATTTT GTTTATGGAA AAGATTAATA 
AAACTTAAAG ATAACCACTG TGAGCAACTT AGAGTAAAAA TTCGAAAACT GAAAAATAAG 
GCTAGTGTAC TACAAAAGAG AATATCTGAA AAAGAAGAAA TAAAATCGCA GTTAAAGCAT 
GAAATACTTG AATTGGAAAA AGAACTCTGT AGTTTGAGAT TTGCCATACA GCAAGAAAAA 
AAGAAAAGAA GAAATGTTGA AGAGGTGCAC CAAAAAGTTA GGGAAAAGTT AAGAATAACA 
GAAGAGCAAT ATAGGATAGA AGCTGATGTG ACAAAACCAA TTAAACCGGC TCTCAAATCA 
GCAGAGGTGG AATTGAAGAC AGGAGGAAAT AATTCAAATC AGGTTTCTGA AACTGATGAA 
AAAGAAGACC TGCTGCATGA AAACCGCTTG ATGCAAGATG AAATTGCCAG GCTCAGGCTG 
GAAAAAGACA CAATAAAAAA CCAAAACCTG GAAAAGAAAT ACTTAAAAGA CTTTGAAATT 
GTGAAAAGAA AGCATGAAGA CCTTCAAAAG GCTCTAAAAC GGAATGGGGA AACATTAGCA 
AAAACGATAG CCTGTTATAG TGGACAGCTT GCTGCTCTGA CAGATGAAAA CACAACGCTC 
CGTTCCAAAC TGGAGAAGCA AAGAGAGAGC AGGCAAAGAC TGGAAACAGA AATGCAATCA 
TACCATTGTA GACTGAATGC TGCTCGATGT GATCATGATC AAAGTCACTC ATCAAAAAGA 
GACCAAGAGC TTGCTTTCCA GGGCACAGTA GATAAATGTC GTCACTTACA GGAAAATTTG 
AATTCTCATG TTCTGATTCT TTCTCTGCAA CTTTCTAAAG CTGAGAGTAA GTCCAGAGTC 
CTCAAAACTG AGCTCCATTA CACAGGAGAG GCTCTGAAAG AAAAGGCTTT GGTTTTTGAA 
CACGTGCAAA GTGAGCTAAA GCAAAAACAG AGTCAAATGA AGGACATTGA AAAAATGTAC 
AAAAGTGGAT ACAATACAAT GGAAAAATGC ATAGAAAAAC AGGAAAGATT TTGTCAACTA 
AAAAAACAAA ATATGTTGCT TCAACAGCAA CTGGATGATG CTCGCAACAA AGCTGACAAT 
CAAGAAAAAG CAATACTTAA TATTCAAGCC AGATGTGATG CTAGAGTACA AAACCTTCAA 
GCTGAGTGCA GAAAGCACCG TCTTTTACTA GAAGAAGACA ATAAAATGTT GGTCAATGAA 
CTGAATCATT CGAAAGAAAA AGAATGCCAA TATGAAAAAG AGAAAGCAGA AAGAGAAGTA 
GCTGTGAGAC AGCTTCAACA AAAACGAGAT GATGTCTTAA ACAAAGGATC AGCAACAAAA 
GCTCTGCTGG ATGCTTCATC GCGTCACTGC ACCTATTTAG AAAATGGGAT GCAGGATTCA 
AGGAAGAAAT TAGACCAGAT GAGAAGTCAA TTTCAAGAAA TACAGGATCA ACTTACAGCT 
ACTATAAGAT GTACTAAGGA GATGGAAGGC GACACACAAA AGCTTGAAGT AGAACATGTG 
ATGATGAGAA AAATTATTAA AAAACAGGAT GACCAAATTG AGCGGCTTGA GAAAATCCTG 
CAGCATTCAA GTTTGATGCT GCAGGTGTTT GAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004048.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859537.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X41, mRNA.

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CloneID	OHu89418
Clone ID Related Accession (Same CDS sequence)	XM_017004048.1
Accession Version	XM_017004048.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4905bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X38
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTACAAA TATTGAAGAA TGCAGCAAGT GTCTTCTCAG AAACAACCAG CCTTGAAGTG 
TCTTCTCAGA AACAACCGGC CTTGAAGGAT ACAAGTGACA AGGATGATTC TGTTTCGAAC 
ACAGCCACAG AAATAAAAGA TGAACAAAAA TCTGGGACAG TGCTTCCTGC TGTTGAACAG 
TGTTTAAACA GGAGTCTCTA CAGACCTGAT GCTGTTGCAC AGCCTGTGAC AGAGAATGAG 
TTTTCTTTGG AATCTGAGAT TATTTCAAAA CTATACATCC CAAAGAGAAA GATTATTTCT 
CCACGATCTA TAAAAGATGT GCTTCCTCCT GTTGAAGAGG CTGTTGACAG GTGTCTCTAC 
CTACTGGACC GTTTTGCACA GCCTGTGACA AAGGATAAGT TTGCTTTGGA ATCTGAGAAT 
ATTTCAGAAC CATACTTTAC GAACAGAAGG ACTATTTCTC AACAATCTGC AGAAAATTTA 
GATGCTGCAT GTGGCATTGA CAAAACAGAA AATGGAAACA TGTTTGAAGA CCAAAATGTT 
GATAAGGAAG GAAAAGCACT ACCAGCAACT GGACAAAAAG CAAATGTGTC TCCTGAGCAA 
CCGCCTTTAT TCACGCATAC GGTGAAAGAC AGAGATCACA TTTCAACTAG ATTCTTAGGA 
GGTATGGATT CACTAACTTC CAGTGAAGAA TCTTCTGAGC GACCTCCTTT ATCCACGCTT 
ACTCTGAAAG AGGCAGATCC CAGTTCAAAA GCAGCCATGA GAAGGAAGGA TTCACCACCT 
CCAGGAAAAG TGTCTTCTCA GAAACAACCA GCTGAGAAGG CTACAAGTGA CGACAAAGAT 
TCTGTTTCAA ATATAGCCAC AGAAATAAAG GAGGGACCAA TATCTGGGAC AGTGTCTTCT 
CAGAAACAAC CAGCTGAGAA GGCTACAAGT GACGAGAAAG ATTCTGTTTC AAATATAGCC 
ACAGAAATAA AGAAGGGACA ACAATCTGGG ACAGTGTCTC CTCAGAAACA ATCGGCCTGG 
AAGGTTATAT TTAAAAAGAA AGTTTCTCTT TTGAATATTG CCACAAGAAT AATGGGTGGT 
GGGAAATCTG GAACAGTGTC TTCTCAGAAA CAACCAGCCT CAAAGGCTAC AAGTGACAAG 
ACAGATTCTG CTTTGAATAT AGCTACAGAA ATAAAGGATG GACTACAGTG TGGGACAGTG 
TCTTCTCAGA AACAACCAGC CTTGAAGGCT ACAACTGACG AGGAAGACTC TGTTTCGAAT 
ATAGCCACAG AAATAAAGGA TGGAGAAAAA TCTGGGACAG TGTCTTCTCA GAAGCAACCA 
GCCTTGAAGG CTACAACTGA CGAGGAAGAT TCTGTTTCGA ATATAGCCAC AGAAATAAAG 
GATGGAGAAA AATCTGGGAC AGTGTCTTCT CAGAAACAAC CAGCCTTGAA GGCTACAACT 
GATGAGAAAG ATTCTGTTTC GAACATAGCC ACAGAAATAA AGGATGGAGA AAAATCTGGG 
ACAGTGTCTT CTCAGAAACC ACCAGCCTTG ACGGCTACAA GTGACGAGGA AGGTTCTGTT 
TTGAGTATAG CCAGAGAAAA CAAGGATGGA GAAAAATCTA GGACAGTGTC TTCTCGGAAA 
AAACCAGCCT TGAAGGCTAC AAGTGATGAG AAGGATTCTT TTTCGAATAT AACCAGAGGA 
AAAAAGGATG GAGAAATATC TAGGAAAGTG TCTTCTCAGA AACCACCAAC CTTGAAGGGT 
ACAAGTGACG AGGAAGATTC TGTTTTGGGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTGA GAAACCACCA GGCTTGAAGG CTTCAAGTGC CGAGAAAGAT 
TCTGTTTTGA ATATAGCCAG AGGAAAAAAG GATGGAGAAA AAACTAAGAG AGTGTCTTCT 
CGGAAAAAAC CATCCTTGGA GGCCACAAGT GATGAGAAGG ATTCTTTTTC GAATATAACC 
AGAGAAAAAA AGGATGGAGA AATATCTAGG AAAGTGTCTT CTCAGAAACC ACCAGCCTTG 
AAGGGTACAA GTGACGAGGA AGATTCTGTT TTGGGTATAG CCAGAGAAAA CAAGGATGGA 
GAAAAATCTA GGACAGTGTC TTCTGAGAAA CCACCAGGCT TGAAGGCTAC AAGTGATGAG 
AAAGATTCTG TTTTGAATAT AGCCAGAGGA AAAAAGGATG GAGAAAAAAC TAGGACAGTG 
TCTTCTCAGA AACCACCAAC CTTGAAGGCT ACAAGTGATG AGGAAGATTC TGTTTTGAGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTGA GAAACCATCA 
GGCTTGAAGG CTACAAGTGC CGAGAAAGAT TCTGTTTTGA ATATAGCCAG AGGAAAAAAG 
TATGGAGAAA AAACTAAGAG AGTGTCTTCT CGGAAAAAAC CAGCCTTGAA GGCTACAAGT 
GACGAGAAAG ATTCTGTTTT GTATATAGCC AGAGAAAAAA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTCCGAAACA ACCAGCATTG AAGGCTATCT GTGACAAGGA AGATTCTGTT 
CCGAATATGG CCACGGAAAA AAAGGATGAA CAAATATCTG GGACAGTGTC TTGTCAGAAA 
CAACCAGCCT TGAAGGCTAC AAGTGACAAG AAAGATTCTG TTTCGAATAT ACCCACAGAA 
ATAAAGGATG GACAACAATC TGGAACAGTG TCTTCTCAGA AACAACCGGC CTGGAAGGCT 
ACAAGTGTCA AGAAAGATTC TGTTTCGAAT ATAGCCACAG AAATAAAGGA TGGACAAATA 
CGTGGGACAG TGTCTCCTCA GAAACAATCG GCCCAGAAGG TTATATTTAA AAAGAAAGTT 
TCTCTTTTGA ATATTGCCAC AAGAATAACA GGCGGTTGGA AATCTGGAAC AGAGTATCCT 
GAGAATCTGC CCACCTTGAA GGCTACAATT GAAAATAAAA ATTCTGTTCT GAATACAGCC 
ACCAAAATGA AGGATGTACA AACATCCACA CCAGCAGAAC AAGACTTAGA AATGGCATCA 
GAGGGAGAGC AAAAGAGGCT TGAAGAATAT GAAAATAACC AGCCACAGGT GAAAAACCAA 
ATACATTCTA GGGATGACCT TGATGACATA ATTCAGTCAT CTCAAACAGT CTCAGAGGAC 
GGTGACTCGC TTTGCTGTAA TTGTAAGAAT GTCATATTAC TCATTGATCA ACATGAAATG 
AAGTGTAAAG ATTGTGTTCA CCTATTGAAA ATTAAAAATA CATTTTGTTT ATGGAAAAGA 
TTAATAAAAC TTAAAGATAA CCACTGTGAG CAACTTAGAG TAAAAATTCG AAAACTGAAA 
AATAAGGCTA GTGTACTACA AAAGAGAATA TCTGAAAAAG AAGAAATAAA ATCGCAGTTA 
AAGCATGAAA TACTTGAATT GGAAAAAGAA CTCTGTAGTT TGAGATTTGC CATACAGCAA 
GAAAAAAAGA AAAGAAGAAA TGTTGAAGAG GTGCACCAAA AAGTTAGGGA AAAGTTAAGA 
ATAACAGAAG AGCAATATAG GATAGAAGCT GATGTGACAA AACCAATTAA ACCGGCTCTC 
AAATCAGCAG AGGTGGAATT GAAGACAGGA GGAAATAATT CAAATCAGGT TTCTGAAACT 
GATGAAAAAG AAGACCTGCT GCATGAAAAC CGCTTGATGC AAGATGAAAT TGCCAGGCTC 
AGGCTGGAAA AAGACACAAT AAAAAACCAA AACCTGGAAA AGAAATACTT AAAAGACTTT 
GAAATTGTGA AAAGAAAGCA TGAAGACCTT CAAAAGGCTC TAAAACGGAA TGGGGAAACA 
TTAGCAAAAA CGATAGCCTG TTATAGTGGA CAGCTTGCTG CTCTGACAGA TGAAAACACA 
ACGCTCCGTT CCAAACTGGA GAAGCAAAGA GAGAGCAGGC AAAGACTGGA AACAGAAATG 
CAATCATACC ATTGTAGACT GAATGCTGCT CGATGTGATC ATGATCAAAG TCACTCATCA 
AAAAGAGACC AAGAGCTTGC TTTCCAGGGC ACAGTAGATA AATGTCGTCA CTTACAGGAA 
AATTTGAATT CTCATGTTCT GATTCTTTCT CTGCAACTTT CTAAAGCTGA GAGTAAGTCC 
AGAGTCCTCA AAACTGAGCT CCATTACACA GGAGAGGCTC TGAAAGAAAA GGCTTTGGTT 
TTTGAACACG TGCAAAGTGA GCTAAAGCAA AAACAGAGTC AAATGAAGGA CATTGAAAAA 
ATGTACAAAA GTGGATACAA TACAATGGAA AAATGCATAG AAAAACAGGA AAGATTTTGT 
CAACTAAAAA AACAAAATAT GTTGCTTCAA CAGCAACTGG ATGATGCTCG CAACAAAGCT 
GACAATCAAG AAAAAGCAAT ACTTAATATT CAAGCCAGAT GTGATGCTAG AGTACAAAAC 
CTTCAAGCTG AGTGCAGAAA GCACCGTCTT TTACTAGAAG AAGACAATAA AATGTTGGTC 
AATGAACTGA ATCATTCGAA AGAAAAAGAA TGCCAATATG AAAAAGAGAA AGCAGAAAGA 
GAAGTAGCTG TGAGACAGCT TCAACAAAAA CGAGATGATG TCTTAAACAA AGGATCAGCA 
ACAAAAGCTC TGCTGGATGC TTCATCGCGT CACTGCACCT ATTTAGAAAA TGGGATGCAG 
GATTCAAGGA AGAAATTAGA CCAGATGAGA AGTCAATTTC AAGAAATACA GGATCAACTT 
ACAGCTACTA TAAGATGTAC TAAGGAGATG GAAGGCGACA CACAAAAGCT TGAAGTAGAA 
CATGTGATGA TGAGAAAAAT TATTAAAAAA CAGGATGACC AAATTGAGCG GCTTGAGAAA 
ATCCTGCAGC ATTCAAGTTT GATGCTGCAG GTGTTTGAGA GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859537.1
CDS	1012..5916
Translation	MVQILKNAASVFSETTSLEVSSQKQPALKDTSDKDDSVSNTATEIKDEQKSGTVLPAVEQCLNRSLYRPDAVAQPVTENEFSLESEIISKLYIPKRKIISPRSIKDVLPPVEEAVDRCLYLLDRFAQPVTKDKFALESENISEPYFTNRRTISQQSAENLDAACGIDKTENGNMFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004048.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X41, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004048.1

ORF Insert Sequence:

ATGGTACAAA TATTGAAGAA TGCAGCAAGT GTCTTCTCAG AAACAACCAG CCTTGAAGTG 
TCTTCTCAGA AACAACCGGC CTTGAAGGAT ACAAGTGACA AGGATGATTC TGTTTCGAAC 
ACAGCCACAG AAATAAAAGA TGAACAAAAA TCTGGGACAG TGCTTCCTGC TGTTGAACAG 
TGTTTAAACA GGAGTCTCTA CAGACCTGAT GCTGTTGCAC AGCCTGTGAC AGAGAATGAG 
TTTTCTTTGG AATCTGAGAT TATTTCAAAA CTATACATCC CAAAGAGAAA GATTATTTCT 
CCACGATCTA TAAAAGATGT GCTTCCTCCT GTTGAAGAGG CTGTTGACAG GTGTCTCTAC 
CTACTGGACC GTTTTGCACA GCCTGTGACA AAGGATAAGT TTGCTTTGGA ATCTGAGAAT 
ATTTCAGAAC CATACTTTAC GAACAGAAGG ACTATTTCTC AACAATCTGC AGAAAATTTA 
GATGCTGCAT GTGGCATTGA CAAAACAGAA AATGGAAACA TGTTTGAAGA CCAAAATGTT 
GATAAGGAAG GAAAAGCACT ACCAGCAACT GGACAAAAAG CAAATGTGTC TCCTGAGCAA 
CCGCCTTTAT TCACGCATAC GGTGAAAGAC AGAGATCACA TTTCAACTAG ATTCTTAGGA 
GGTATGGATT CACTAACTTC CAGTGAAGAA TCTTCTGAGC GACCTCCTTT ATCCACGCTT 
ACTCTGAAAG AGGCAGATCC CAGTTCAAAA GCAGCCATGA GAAGGAAGGA TTCACCACCT 
CCAGGAAAAG TGTCTTCTCA GAAACAACCA GCTGAGAAGG CTACAAGTGA CGACAAAGAT 
TCTGTTTCAA ATATAGCCAC AGAAATAAAG GAGGGACCAA TATCTGGGAC AGTGTCTTCT 
CAGAAACAAC CAGCTGAGAA GGCTACAAGT GACGAGAAAG ATTCTGTTTC AAATATAGCC 
ACAGAAATAA AGAAGGGACA ACAATCTGGG ACAGTGTCTC CTCAGAAACA ATCGGCCTGG 
AAGGTTATAT TTAAAAAGAA AGTTTCTCTT TTGAATATTG CCACAAGAAT AATGGGTGGT 
GGGAAATCTG GAACAGTGTC TTCTCAGAAA CAACCAGCCT CAAAGGCTAC AAGTGACAAG 
ACAGATTCTG CTTTGAATAT AGCTACAGAA ATAAAGGATG GACTACAGTG TGGGACAGTG 
TCTTCTCAGA AACAACCAGC CTTGAAGGCT ACAACTGACG AGGAAGACTC TGTTTCGAAT 
ATAGCCACAG AAATAAAGGA TGGAGAAAAA TCTGGGACAG TGTCTTCTCA GAAGCAACCA 
GCCTTGAAGG CTACAACTGA CGAGGAAGAT TCTGTTTCGA ATATAGCCAC AGAAATAAAG 
GATGGAGAAA AATCTGGGAC AGTGTCTTCT CAGAAACAAC CAGCCTTGAA GGCTACAACT 
GATGAGAAAG ATTCTGTTTC GAACATAGCC ACAGAAATAA AGGATGGAGA AAAATCTGGG 
ACAGTGTCTT CTCAGAAACC ACCAGCCTTG ACGGCTACAA GTGACGAGGA AGGTTCTGTT 
TTGAGTATAG CCAGAGAAAA CAAGGATGGA GAAAAATCTA GGACAGTGTC TTCTCGGAAA 
AAACCAGCCT TGAAGGCTAC AAGTGATGAG AAGGATTCTT TTTCGAATAT AACCAGAGGA 
AAAAAGGATG GAGAAATATC TAGGAAAGTG TCTTCTCAGA AACCACCAAC CTTGAAGGGT 
ACAAGTGACG AGGAAGATTC TGTTTTGGGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTGA GAAACCACCA GGCTTGAAGG CTTCAAGTGC CGAGAAAGAT 
TCTGTTTTGA ATATAGCCAG AGGAAAAAAG GATGGAGAAA AAACTAAGAG AGTGTCTTCT 
CGGAAAAAAC CATCCTTGGA GGCCACAAGT GATGAGAAGG ATTCTTTTTC GAATATAACC 
AGAGAAAAAA AGGATGGAGA AATATCTAGG AAAGTGTCTT CTCAGAAACC ACCAGCCTTG 
AAGGGTACAA GTGACGAGGA AGATTCTGTT TTGGGTATAG CCAGAGAAAA CAAGGATGGA 
GAAAAATCTA GGACAGTGTC TTCTGAGAAA CCACCAGGCT TGAAGGCTAC AAGTGATGAG 
AAAGATTCTG TTTTGAATAT AGCCAGAGGA AAAAAGGATG GAGAAAAAAC TAGGACAGTG 
TCTTCTCAGA AACCACCAAC CTTGAAGGCT ACAAGTGATG AGGAAGATTC TGTTTTGAGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTGA GAAACCATCA 
GGCTTGAAGG CTACAAGTGC CGAGAAAGAT TCTGTTTTGA ATATAGCCAG AGGAAAAAAG 
TATGGAGAAA AAACTAAGAG AGTGTCTTCT CGGAAAAAAC CAGCCTTGAA GGCTACAAGT 
GACGAGAAAG ATTCTGTTTT GTATATAGCC AGAGAAAAAA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTCCGAAACA ACCAGCATTG AAGGCTATCT GTGACAAGGA AGATTCTGTT 
CCGAATATGG CCACGGAAAA AAAGGATGAA CAAATATCTG GGACAGTGTC TTGTCAGAAA 
CAACCAGCCT TGAAGGCTAC AAGTGACAAG AAAGATTCTG TTTCGAATAT ACCCACAGAA 
ATAAAGGATG GACAACAATC TGGAACAGTG TCTTCTCAGA AACAACCGGC CTGGAAGGCT 
ACAAGTGTCA AGAAAGATTC TGTTTCGAAT ATAGCCACAG AAATAAAGGA TGGACAAATA 
CGTGGGACAG TGTCTCCTCA GAAACAATCG GCCCAGAAGG TTATATTTAA AAAGAAAGTT 
TCTCTTTTGA ATATTGCCAC AAGAATAACA GGCGGTTGGA AATCTGGAAC AGAGTATCCT 
GAGAATCTGC CCACCTTGAA GGCTACAATT GAAAATAAAA ATTCTGTTCT GAATACAGCC 
ACCAAAATGA AGGATGTACA AACATCCACA CCAGCAGAAC AAGACTTAGA AATGGCATCA 
GAGGGAGAGC AAAAGAGGCT TGAAGAATAT GAAAATAACC AGCCACAGGT GAAAAACCAA 
ATACATTCTA GGGATGACCT TGATGACATA ATTCAGTCAT CTCAAACAGT CTCAGAGGAC 
GGTGACTCGC TTTGCTGTAA TTGTAAGAAT GTCATATTAC TCATTGATCA ACATGAAATG 
AAGTGTAAAG ATTGTGTTCA CCTATTGAAA ATTAAAAATA CATTTTGTTT ATGGAAAAGA 
TTAATAAAAC TTAAAGATAA CCACTGTGAG CAACTTAGAG TAAAAATTCG AAAACTGAAA 
AATAAGGCTA GTGTACTACA AAAGAGAATA TCTGAAAAAG AAGAAATAAA ATCGCAGTTA 
AAGCATGAAA TACTTGAATT GGAAAAAGAA CTCTGTAGTT TGAGATTTGC CATACAGCAA 
GAAAAAAAGA AAAGAAGAAA TGTTGAAGAG GTGCACCAAA AAGTTAGGGA AAAGTTAAGA 
ATAACAGAAG AGCAATATAG GATAGAAGCT GATGTGACAA AACCAATTAA ACCGGCTCTC 
AAATCAGCAG AGGTGGAATT GAAGACAGGA GGAAATAATT CAAATCAGGT TTCTGAAACT 
GATGAAAAAG AAGACCTGCT GCATGAAAAC CGCTTGATGC AAGATGAAAT TGCCAGGCTC 
AGGCTGGAAA AAGACACAAT AAAAAACCAA AACCTGGAAA AGAAATACTT AAAAGACTTT 
GAAATTGTGA AAAGAAAGCA TGAAGACCTT CAAAAGGCTC TAAAACGGAA TGGGGAAACA 
TTAGCAAAAA CGATAGCCTG TTATAGTGGA CAGCTTGCTG CTCTGACAGA TGAAAACACA 
ACGCTCCGTT CCAAACTGGA GAAGCAAAGA GAGAGCAGGC AAAGACTGGA AACAGAAATG 
CAATCATACC ATTGTAGACT GAATGCTGCT CGATGTGATC ATGATCAAAG TCACTCATCA 
AAAAGAGACC AAGAGCTTGC TTTCCAGGGC ACAGTAGATA AATGTCGTCA CTTACAGGAA 
AATTTGAATT CTCATGTTCT GATTCTTTCT CTGCAACTTT CTAAAGCTGA GAGTAAGTCC 
AGAGTCCTCA AAACTGAGCT CCATTACACA GGAGAGGCTC TGAAAGAAAA GGCTTTGGTT 
TTTGAACACG TGCAAAGTGA GCTAAAGCAA AAACAGAGTC AAATGAAGGA CATTGAAAAA 
ATGTACAAAA GTGGATACAA TACAATGGAA AAATGCATAG AAAAACAGGA AAGATTTTGT 
CAACTAAAAA AACAAAATAT GTTGCTTCAA CAGCAACTGG ATGATGCTCG CAACAAAGCT 
GACAATCAAG AAAAAGCAAT ACTTAATATT CAAGCCAGAT GTGATGCTAG AGTACAAAAC 
CTTCAAGCTG AGTGCAGAAA GCACCGTCTT TTACTAGAAG AAGACAATAA AATGTTGGTC 
AATGAACTGA ATCATTCGAA AGAAAAAGAA TGCCAATATG AAAAAGAGAA AGCAGAAAGA 
GAAGTAGCTG TGAGACAGCT TCAACAAAAA CGAGATGATG TCTTAAACAA AGGATCAGCA 
ACAAAAGCTC TGCTGGATGC TTCATCGCGT CACTGCACCT ATTTAGAAAA TGGGATGCAG 
GATTCAAGGA AGAAATTAGA CCAGATGAGA AGTCAATTTC AAGAAATACA GGATCAACTT 
ACAGCTACTA TAAGATGTAC TAAGGAGATG GAAGGCGACA CACAAAAGCT TGAAGTAGAA 
CATGTGATGA TGAGAAAAAT TATTAAAAAA CAGGATGACC AAATTGAGCG GCTTGAGAAA 
ATCCTGCAGC ATTCAAGTTT GATGCTGCAG GTGTTTGAGA GCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004049.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859538.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X42, mRNA.

Price & Availability↑

CloneID	OHu89419
Clone ID Related Accession (Same CDS sequence)	XM_017004049.1
Accession Version	XM_017004049.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4386bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X39
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTGAAG ACCAAAATGT TGATAAGGAA GGAAAAGCAC TACCAGCAAC TGGACAAAAA 
GCAAATGTGT CTCCTGAGCA ACCGCCTTTA TTCACGCATA CGGTGAAAGA CAGAGATCAC 
ATTTCAACTA GATTCTTAGG AGGTATGGAT TCACTAACTT CCAGTGAAGA ATCTTCTGAG 
CGACCTCCTT TATCCACGCT TACTCTGAAA GAGGCAGATC CCAGTTCAAA AGCAGCCATG 
AGAAGGAAGG ATTCACCACC TCCAGGAAAA GTGTCTTCTC AGAAACAACC AGCTGAGAAG 
GCTACAAGTG ACGACAAAGA TTCTGTTTCA AATATAGCCA CAGAAATAAA GGAGGGACCA 
ATATCTGGGA CAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859538.1
CDS	1706..6091
Translation	MFEDQNVDKEGKALPATGQKANVSPEQPPLFTHTVKDRDHISTRFLGGMDSLTSSEESSERPPLSTLTLKEADPSSKAAMRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004049.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X42, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004049.1

ORF Insert Sequence:

ATGTTTGAAG ACCAAAATGT TGATAAGGAA GGAAAAGCAC TACCAGCAAC TGGACAAAAA 
GCAAATGTGT CTCCTGAGCA ACCGCCTTTA TTCACGCATA CGGTGAAAGA CAGAGATCAC 
ATTTCAACTA GATTCTTAGG AGGTATGGAT TCACTAACTT CCAGTGAAGA ATCTTCTGAG 
CGACCTCCTT TATCCACGCT TACTCTGAAA GAGGCAGATC CCAGTTCAAA AGCAGCCATG 
AGAAGGAAGG ATTCACCACC TCCAGGAAAA GTGTCTTCTC AGAAACAACC AGCTGAGAAG 
GCTACAAGTG ACGACAAAGA TTCTGTTTCA AATATAGCCA CAGAAATAAA GGAGGGACCA 
ATATCTGGGA CAGTGTCTTC TCAGAAACAA CCAGCTGAGA AGGCTACAAG TGACGAGAAA 
GATTCTGTTT CAAATATAGC CACAGAAATA AAGAAGGGAC AACAATCTGG GACAGTGTCT 
CCTCAGAAAC AATCGGCCTG GAAGGTTATA TTTAAAAAGA AAGTTTCTCT TTTGAATATT 
GCCACAAGAA TAATGGGTGG TGGGAAATCT GGAACAGTGT CTTCTCAGAA ACAACCAGCC 
TCAAAGGCTA CAAGTGACAA GACAGATTCT GCTTTGAATA TAGCTACAGA AATAAAGGAT 
GGACTACAGT GTGGGACAGT GTCTTCTCAG AAACAACCAG CCTTGAAGGC TACAACTGAC 
GAGGAAGACT CTGTTTCGAA TATAGCCACA GAAATAAAGG ATGGAGAAAA ATCTGGGACA 
GTGTCTTCTC AGAAGCAACC AGCCTTGAAG GCTACAACTG ACGAGGAAGA TTCTGTTTCG 
AATATAGCCA CAGAAATAAA GGATGGAGAA AAATCTGGGA CAGTGTCTTC TCAGAAACAA 
CCAGCCTTGA AGGCTACAAC TGATGAGAAA GATTCTGTTT CGAACATAGC CACAGAAATA 
AAGGATGGAG AAAAATCTGG GACAGTGTCT TCTCAGAAAC CACCAGCCTT GACGGCTACA 
AGTGACGAGG AAGGTTCTGT TTTGAGTATA GCCAGAGAAA ACAAGGATGG AGAAAAATCT 
AGGACAGTGT CTTCTCGGAA AAAACCAGCC TTGAAGGCTA CAAGTGATGA GAAGGATTCT 
TTTTCGAATA TAACCAGAGG AAAAAAGGAT GGAGAAATAT CTAGGAAAGT GTCTTCTCAG 
AAACCACCAA CCTTGAAGGG TACAAGTGAC GAGGAAGATT CTGTTTTGGG TATAGCCAGA 
GAAAACAAGG ATGGAGAAAA ATCTAGGACA GTGTCTTCTG AGAAACCACC AGGCTTGAAG 
GCTTCAAGTG CCGAGAAAGA TTCTGTTTTG AATATAGCCA GAGGAAAAAA GGATGGAGAA 
AAAACTAAGA GAGTGTCTTC TCGGAAAAAA CCATCCTTGG AGGCCACAAG TGATGAGAAG 
GATTCTTTTT CGAATATAAC CAGAGAAAAA AAGGATGGAG AAATATCTAG GAAAGTGTCT 
TCTCAGAAAC CACCAGCCTT GAAGGGTACA AGTGACGAGG AAGATTCTGT TTTGGGTATA 
GCCAGAGAAA ACAAGGATGG AGAAAAATCT AGGACAGTGT CTTCTGAGAA ACCACCAGGC 
TTGAAGGCTA CAAGTGATGA GAAAGATTCT GTTTTGAATA TAGCCAGAGG AAAAAAGGAT 
GGAGAAAAAA CTAGGACAGT GTCTTCTCAG AAACCACCAA CCTTGAAGGC TACAAGTGAT 
GAGGAAGATT CTGTTTTGAG TATAGCCAGA GAAAACAAGG ATGGAGAAAA ATCTAGGACA 
GTGTCTTCTG AGAAACCATC AGGCTTGAAG GCTACAAGTG CCGAGAAAGA TTCTGTTTTG 
AATATAGCCA GAGGAAAAAA GTATGGAGAA AAAACTAAGA GAGTGTCTTC TCGGAAAAAA 
CCAGCCTTGA AGGCTACAAG TGACGAGAAA GATTCTGTTT TGTATATAGC CAGAGAAAAA 
AAGGATGGAG AAAAATCTAG GACAGTGTCT TCTCCGAAAC AACCAGCATT GAAGGCTATC 
TGTGACAAGG AAGATTCTGT TCCGAATATG GCCACGGAAA AAAAGGATGA ACAAATATCT 
GGGACAGTGT CTTGTCAGAA ACAACCAGCC TTGAAGGCTA CAAGTGACAA GAAAGATTCT 
GTTTCGAATA TACCCACAGA AATAAAGGAT GGACAACAAT CTGGAACAGT GTCTTCTCAG 
AAACAACCGG CCTGGAAGGC TACAAGTGTC AAGAAAGATT CTGTTTCGAA TATAGCCACA 
GAAATAAAGG ATGGACAAAT ACGTGGGACA GTGTCTCCTC AGAAACAATC GGCCCAGAAG 
GTTATATTTA AAAAGAAAGT TTCTCTTTTG AATATTGCCA CAAGAATAAC AGGCGGTTGG 
AAATCTGGAA CAGAGTATCC TGAGAATCTG CCCACCTTGA AGGCTACAAT TGAAAATAAA 
AATTCTGTTC TGAATACAGC CACCAAAATG AAGGATGTAC AAACATCCAC ACCAGCAGAA 
CAAGACTTAG AAATGGCATC AGAGGGAGAG CAAAAGAGGC TTGAAGAATA TGAAAATAAC 
CAGCCACAGG TGAAAAACCA AATACATTCT AGGGATGACC TTGATGACAT AATTCAGTCA 
TCTCAAACAG TCTCAGAGGA CGGTGACTCG CTTTGCTGTA ATTGTAAGAA TGTCATATTA 
CTCATTGATC AACATGAAAT GAAGTGTAAA GATTGTGTTC ACCTATTGAA AATTAAAAAT 
ACATTTTGTT TATGGAAAAG ATTAATAAAA CTTAAAGATA ACCACTGTGA GCAACTTAGA 
GTAAAAATTC GAAAACTGAA AAATAAGGCT AGTGTACTAC AAAAGAGAAT ATCTGAAAAA 
GAAGAAATAA AATCGCAGTT AAAGCATGAA ATACTTGAAT TGGAAAAAGA ACTCTGTAGT 
TTGAGATTTG CCATACAGCA AGAAAAAAAG AAAAGAAGAA ATGTTGAAGA GGTGCACCAA 
AAAGTTAGGG AAAAGTTAAG AATAACAGAA GAGCAATATA GGATAGAAGC TGATGTGACA 
AAACCAATTA AACCGGCTCT CAAATCAGCA GAGGTGGAAT TGAAGACAGG AGGAAATAAT 
TCAAATCAGG TTTCTGAAAC TGATGAAAAA GAAGACCTGC TGCATGAAAA CCGCTTGATG 
CAAGATGAAA TTGCCAGGCT CAGGCTGGAA AAAGACACAA TAAAAAACCA AAACCTGGAA 
AAGAAATACT TAAAAGACTT TGAAATTGTG AAAAGAAAGC ATGAAGACCT TCAAAAGGCT 
CTAAAACGGA ATGGGGAAAC ATTAGCAAAA ACGATAGCCT GTTATAGTGG ACAGCTTGCT 
GCTCTGACAG ATGAAAACAC AACGCTCCGT TCCAAACTGG AGAAGCAAAG AGAGAGCAGG 
CAAAGACTGG AAACAGAAAT GCAATCATAC CATTGTAGAC TGAATGCTGC TCGATGTGAT 
CATGATCAAA GTCACTCATC AAAAAGAGAC CAAGAGCTTG CTTTCCAGGG CACAGTAGAT 
AAATGTCGTC ACTTACAGGA AAATTTGAAT TCTCATGTTC TGATTCTTTC TCTGCAACTT 
TCTAAAGCTG AGAGTAAGTC CAGAGTCCTC AAAACTGAGC TCCATTACAC AGGAGAGGCT 
CTGAAAGAAA AGGCTTTGGT TTTTGAACAC GTGCAAAGTG AGCTAAAGCA AAAACAGAGT 
CAAATGAAGG ACATTGAAAA AATGTACAAA AGTGGATACA ATACAATGGA AAAATGCATA 
GAAAAACAGG AAAGATTTTG TCAACTAAAA AAACAAAATA TGTTGCTTCA ACAGCAACTG 
GATGATGCTC GCAACAAAGC TGACAATCAA GAAAAAGCAA TACTTAATAT TCAAGCCAGA 
TGTGATGCTA GAGTACAAAA CCTTCAAGCT GAGTGCAGAA AGCACCGTCT TTTACTAGAA 
GAAGACAATA AAATGTTGGT CAATGAACTG AATCATTCGA AAGAAAAAGA ATGCCAATAT 
GAAAAAGAGA AAGCAGAAAG AGAAGTAGCT GTGAGACAGC TTCAACAAAA ACGAGATGAT 
GTCTTAAACA AAGGATCAGC AACAAAAGCT CTGCTGGATG CTTCATCGCG TCACTGCACC 
TATTTAGAAA ATGGGATGCA GGATTCAAGG AAGAAATTAG ACCAGATGAG AAGTCAATTT 
CAAGAAATAC AGGATCAACT TACAGCTACT ATAAGATGTA CTAAGGAGAT GGAAGGCGAC 
ACACAAAAGC TTGAAGTAGA ACATGTGATG ATGAGAAAAA TTATTAAAAA ACAGGATGAC 
CAAATTGAGC GGCTTGAGAA AATCCTGCAG CATTCAAGTT TGATGCTGCA GGTGTTTGAG 
AGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004051.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859540.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X44, mRNA.

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CloneID	OHu89420
Clone ID Related Accession (Same CDS sequence)	XM_017004051.1 , XM_017004050.1
Accession Version	XM_017004051.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4149bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X40
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAAGGA AGGATTCACC ACCTCCAGGA AAAGTGTCTT CTCAGAAACA ACCAGCTGAG 
AAGGCTACAA GTGACGACAA AGATTCTGTT TCAAATATAG CCACAGAAAT AAAGGAGGGA 
CCAATATCTG GGACAGTGTC TTCTCAGAAA CAACCAGCTG AGAAGGCTAC AAGTGACGAG 
AAAGATTCTG TTTCAAATAT AGCCACAGAA ATAAAGAAGG GACAACAATC TGGGACAGTG 
TCTCCTCAGA AACAATCGGC CTGGAAGGTT ATATTTAAAA AGAAAGTTTC TCTTTTGAAT 
ATTGCCACAA GAATAATGGG TGGTGGGAAA TCTGGAACAG TGTCTTCTCA GAAACAACCA 
GCCTCAAAGG CTACAAGTGA CAAGACAGAT TCTGCTTTGA ATATAGCTAC AGAAATAAAG 
GATGGACTAC AGTGTGGGAC AGTGTCTTCT CAGAAACAAC CAGCCTTGAA GGCTACAACT 
GACGAGGAAG ACTCTGTTTC GAATATAGCC ACAGAAATAA AGGATGGAGA AAAATCTGGG 
ACAGTGTCTT CTCAGAAGCA ACCAGCCTTG AAGGCTACAA CTGACGAGGA AGATTCTGTT 
TCGAATATAG CCACAGAAAT AAAGGATGGA GAAAAATCTG GGACAGTGTC TTCTCAGAAA 
CAACCAGCCT TGAAGGCTAC AACTGATGAG AAAGATTCTG TTTCGAACAT AGCCACAGAA 
ATAAAGGATG GAGAAAAATC TGGGACAGTG TCTTCTCAGA AACCACCAGC CTTGACGGCT 
ACAAGTGACG AGGAAGGTTC TGTTTTGAGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTCG GAAAAAACCA GCCTTGAAGG CTACAAGTGA TGAGAAGGAT 
TCTTTTTCGA ATATAACCAG AGGAAAAAAG GATGGAGAAA TATCTAGGAA AGTGTCTTCT 
CAGAAACCAC CAACCTTGAA GGGTACAAGT GACGAGGAAG ATTCTGTTTT GGGTATAGCC 
AGAGAAAACA AGGATGGAGA AAAATCTAGG ACAGTGTCTT CTGAGAAACC ACCAGGCTTG 
AAGGCTTCAA GTGCCGAGAA AGATTCTGTT TTGAATATAG CCAGAGGAAA AAAGGATGGA 
GAAAAAACTA AGAGAGTGTC TTCTCGGAAA AAACCATCCT TGGAGGCCAC AAGTGATGAG 
AAGGATTCTT TTTCGAATAT AACCAGAGAA AAAAAGGATG GAGAAATATC TAGGAAAGTG 
TCTTCTCAGA AACCACCAGC CTTGAAGGGT ACAAGTGACG AGGAAGATTC TGTTTTGGGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTGA GAAACCACCA 
GGCTTGAAGG CTACAAGTGA TGAGAAAGAT TCTGTTTTGA ATATAGCCAG AGGAAAAAAG 
GATGGAGAAA AAACTAGGAC AGTGTCTTCT CAGAAACCAC CAACCTTGAA GGCTACAAGT 
GATGAGGAAG ATTCTGTTTT GAGTATAGCC AGAGAAAACA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTGAGAAACC ATCAGGCTTG AAGGCTACAA GTGCCGAGAA AGATTCTGTT 
TTGAATATAG CCAGAGGAAA AAAGTATGGA GAAAAAACTA AGAGAGTGTC TTCTCGGAAA 
AAACCAGCCT TGAAGGCTAC AAGTGACGAG AAAGATTCTG TTTTGTATAT AGCCAGAGAA 
AAAAAGGATG GAGAAAAATC TAGGACAGTG TCTTCTCCGA AACAACCAGC ATTGAAGGCT 
ATCTGTGACA AGGAAGATTC TGTTCCGAAT ATGGCCACGG AAAAAAAGGA TGAACAAATA 
TCTGGGACAG TGTCTTGTCA GAAACAACCA GCCTTGAAGG CTACAAGTGA CAAGAAAGAT 
TCTGTTTCGA ATATACCCAC AGAAATAAAG GATGGACAAC AATCTGGAAC AGTGTCTTCT 
CAGAAACAAC CGGCCTGGAA GGCTACAAGT GTCAAGAAAG ATTCTGTTTC GAATATAGCC 
ACAGAAATAA AGGATGGACA AATACGTGGG ACAGTGTCTC CTCAGAAACA ATCGGCCCAG 
AAGGTTATAT TTAAAAAGAA AGTTTCTCTT TTGAATATTG CCACAAGAAT AACAGGCGGT 
TGGAAATCTG GAACAGAGTA TCCTGAGAAT CTGCCCACCT TGAAGGCTAC AATTGAAAAT 
AAAAATTCTG TTCTGAATAC AGCCACCAAA ATGAAGGATG TACAAACATC CACACCAGCA 
GAACAAGACT TAGAAATGGC ATCAGAGGGA GAGCAAAAGA GGCTTGAAGA ATATGAAAAT 
AACCAGCCAC AGGTGAAAAA CCAAATACAT TCTAGGGATG ACCTTGATGA CATAATTCAG 
TCATCTCAAA CAGTCTCAGA GGACGGTGAC TCGCTTTGCT GTAATTGTAA GAATGTCATA 
TTACTCATTG ATCAACATGA AATGAAGTGT AAAGATTGTG TTCACCTATT GAAAATTAAA 
AATACATTTT GTTTATGGAA AAGATTAATA AAACTTAAAG ATAACCACTG TGAGCAACTT 
AGAGTAAAAA TTCGAAAACT GAAAAATAAG GCTAGTGTAC TACAAAAGAG AATATCTGAA 
AAAGAAGAAA TAAAATCGCA GTTAAAGCAT GAAATACTTG AATTGGAAAA AGAACTCTGT 
AGTTTGAGAT TTGCCATACA GCAAGAAAAA AAGAAAAGAA GAAATGTTGA AGAGGTGCAC 
CAAAAAGTTA GGGAAAAGTT AAGAATAACA GAAGAGCAAT ATAGGATAGA AGCTGATGTG 
ACAAAACCAA TTAAACCGGC TCTCAAATCA GCAGAGGTGG AATTGAAGAC AGGAGGAAAT 
AATTCAAATC AGGTTTCTGA AACTGATGAA AAAGAAGACC TGCTGCATGA AAACCGCTTG 
ATGCAAGATG AAATTGCCAG GCTCAGGCTG GAAAAAGACA CAATAAAAAA CCAAAACCTG 
GAAAAGAAAT ACTTAAAAGA CTTTGAAATT GTGAAAAGAA AGCATGAAGA CCTTCAAAAG 
GCTCTAAAAC GGAATGGGGA AACATTAGCA AAAACGATAG CCTGTTATAG TGGACAGCTT 
GCTGCTCTGA CAGATGAAAA CACAACGCTC CGTTCCAAAC TGGAGAAGCA AAGAGAGAGC 
AGGCAAAGAC TGGAAACAGA AATGCAATCA TACCATTGTA GACTGAATGC TGCTCGATGT 
GATCATGATC AAAGTCACTC ATCAAAAAGA GACCAAGAGC TTGCTTTCCA GGGCACAGTA 
GATAAATGTC GTCACTTACA GGAAAATTTG AATTCTCATG TTCTGATTCT TTCTCTGCAA 
CTTTCTAAAG CTGAGAGTAA GTCCAGAGTC CTCAAAACTG AGCTCCATTA CACAGGAGAG 
GCTCTGAAAG AAAAGGCTTT GGTTTTTGAA CACGTGCAAA GTGAGCTAAA GCAAAAACAG 
AGTCAAATGA AGGACATTGA AAAAATGTAC AAAAGTGGAT ACAATACAAT GGAAAAATGC 
ATAGAAAAAC AGGAAAGATT TTGTCAACTA AAAAAACAAA ATATGTTGCT TCAACAGCAA 
CTGGATGATG CTCGCAACAA AGCTGACAAT CAAGAAAAAG CAATACTTAA TATTCAAGCC 
AGATGTGATG CTAGAGTACA AAACCTTCAA GCTGAGTGCA GAAAGCACCG TCTTTTACTA 
GAAGAAGACA ATAAAATGTT GGTCAATGAA CTGAATCATT CGAAAGAAAA AGAATGCCAA 
TATGAAAAAG AGAAAGCAGA AAGAGAAGTA GCTGTGAGAC AGCTTCAACA AAAACGAGAT 
GATGTCTTAA ACAAAGGATC AGCAACAAAA GCTCTGCTGG ATGCTTCATC GCGTCACTGC 
ACCTATTTAG AAAATGGGAT GCAGGATTCA AGGAAGAAAT TAGACCAGAT GAGAAGTCAA 
TTTCAAGAAA TACAGGATCA ACTTACAGCT ACTATAAGAT GTACTAAGGA GATGGAAGGC 
GACACACAAA AGCTTGAAGT AGAACATGTG ATGATGAGAA AAATTATTAA AAAACAGGAT 
GACCAAATTG AGCGGCTTGA GAAAATCCTG CAGCATTCAA GTTTGATGCT GCAGGTGTTT 
GAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859540.1
CDS	561..4709
Translation	MRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004051.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X44, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004051.1

ORF Insert Sequence:

ATGAGAAGGA AGGATTCACC ACCTCCAGGA AAAGTGTCTT CTCAGAAACA ACCAGCTGAG 
AAGGCTACAA GTGACGACAA AGATTCTGTT TCAAATATAG CCACAGAAAT AAAGGAGGGA 
CCAATATCTG GGACAGTGTC TTCTCAGAAA CAACCAGCTG AGAAGGCTAC AAGTGACGAG 
AAAGATTCTG TTTCAAATAT AGCCACAGAA ATAAAGAAGG GACAACAATC TGGGACAGTG 
TCTCCTCAGA AACAATCGGC CTGGAAGGTT ATATTTAAAA AGAAAGTTTC TCTTTTGAAT 
ATTGCCACAA GAATAATGGG TGGTGGGAAA TCTGGAACAG TGTCTTCTCA GAAACAACCA 
GCCTCAAAGG CTACAAGTGA CAAGACAGAT TCTGCTTTGA ATATAGCTAC AGAAATAAAG 
GATGGACTAC AGTGTGGGAC AGTGTCTTCT CAGAAACAAC CAGCCTTGAA GGCTACAACT 
GACGAGGAAG ACTCTGTTTC GAATATAGCC ACAGAAATAA AGGATGGAGA AAAATCTGGG 
ACAGTGTCTT CTCAGAAGCA ACCAGCCTTG AAGGCTACAA CTGACGAGGA AGATTCTGTT 
TCGAATATAG CCACAGAAAT AAAGGATGGA GAAAAATCTG GGACAGTGTC TTCTCAGAAA 
CAACCAGCCT TGAAGGCTAC AACTGATGAG AAAGATTCTG TTTCGAACAT AGCCACAGAA 
ATAAAGGATG GAGAAAAATC TGGGACAGTG TCTTCTCAGA AACCACCAGC CTTGACGGCT 
ACAAGTGACG AGGAAGGTTC TGTTTTGAGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTCG GAAAAAACCA GCCTTGAAGG CTACAAGTGA TGAGAAGGAT 
TCTTTTTCGA ATATAACCAG AGGAAAAAAG GATGGAGAAA TATCTAGGAA AGTGTCTTCT 
CAGAAACCAC CAACCTTGAA GGGTACAAGT GACGAGGAAG ATTCTGTTTT GGGTATAGCC 
AGAGAAAACA AGGATGGAGA AAAATCTAGG ACAGTGTCTT CTGAGAAACC ACCAGGCTTG 
AAGGCTTCAA GTGCCGAGAA AGATTCTGTT TTGAATATAG CCAGAGGAAA AAAGGATGGA 
GAAAAAACTA AGAGAGTGTC TTCTCGGAAA AAACCATCCT TGGAGGCCAC AAGTGATGAG 
AAGGATTCTT TTTCGAATAT AACCAGAGAA AAAAAGGATG GAGAAATATC TAGGAAAGTG 
TCTTCTCAGA AACCACCAGC CTTGAAGGGT ACAAGTGACG AGGAAGATTC TGTTTTGGGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTGA GAAACCACCA 
GGCTTGAAGG CTACAAGTGA TGAGAAAGAT TCTGTTTTGA ATATAGCCAG AGGAAAAAAG 
GATGGAGAAA AAACTAGGAC AGTGTCTTCT CAGAAACCAC CAACCTTGAA GGCTACAAGT 
GATGAGGAAG ATTCTGTTTT GAGTATAGCC AGAGAAAACA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTGAGAAACC ATCAGGCTTG AAGGCTACAA GTGCCGAGAA AGATTCTGTT 
TTGAATATAG CCAGAGGAAA AAAGTATGGA GAAAAAACTA AGAGAGTGTC TTCTCGGAAA 
AAACCAGCCT TGAAGGCTAC AAGTGACGAG AAAGATTCTG TTTTGTATAT AGCCAGAGAA 
AAAAAGGATG GAGAAAAATC TAGGACAGTG TCTTCTCCGA AACAACCAGC ATTGAAGGCT 
ATCTGTGACA AGGAAGATTC TGTTCCGAAT ATGGCCACGG AAAAAAAGGA TGAACAAATA 
TCTGGGACAG TGTCTTGTCA GAAACAACCA GCCTTGAAGG CTACAAGTGA CAAGAAAGAT 
TCTGTTTCGA ATATACCCAC AGAAATAAAG GATGGACAAC AATCTGGAAC AGTGTCTTCT 
CAGAAACAAC CGGCCTGGAA GGCTACAAGT GTCAAGAAAG ATTCTGTTTC GAATATAGCC 
ACAGAAATAA AGGATGGACA AATACGTGGG ACAGTGTCTC CTCAGAAACA ATCGGCCCAG 
AAGGTTATAT TTAAAAAGAA AGTTTCTCTT TTGAATATTG CCACAAGAAT AACAGGCGGT 
TGGAAATCTG GAACAGAGTA TCCTGAGAAT CTGCCCACCT TGAAGGCTAC AATTGAAAAT 
AAAAATTCTG TTCTGAATAC AGCCACCAAA ATGAAGGATG TACAAACATC CACACCAGCA 
GAACAAGACT TAGAAATGGC ATCAGAGGGA GAGCAAAAGA GGCTTGAAGA ATATGAAAAT 
AACCAGCCAC AGGTGAAAAA CCAAATACAT TCTAGGGATG ACCTTGATGA CATAATTCAG 
TCATCTCAAA CAGTCTCAGA GGACGGTGAC TCGCTTTGCT GTAATTGTAA GAATGTCATA 
TTACTCATTG ATCAACATGA AATGAAGTGT AAAGATTGTG TTCACCTATT GAAAATTAAA 
AATACATTTT GTTTATGGAA AAGATTAATA AAACTTAAAG ATAACCACTG TGAGCAACTT 
AGAGTAAAAA TTCGAAAACT GAAAAATAAG GCTAGTGTAC TACAAAAGAG AATATCTGAA 
AAAGAAGAAA TAAAATCGCA GTTAAAGCAT GAAATACTTG AATTGGAAAA AGAACTCTGT 
AGTTTGAGAT TTGCCATACA GCAAGAAAAA AAGAAAAGAA GAAATGTTGA AGAGGTGCAC 
CAAAAAGTTA GGGAAAAGTT AAGAATAACA GAAGAGCAAT ATAGGATAGA AGCTGATGTG 
ACAAAACCAA TTAAACCGGC TCTCAAATCA GCAGAGGTGG AATTGAAGAC AGGAGGAAAT 
AATTCAAATC AGGTTTCTGA AACTGATGAA AAAGAAGACC TGCTGCATGA AAACCGCTTG 
ATGCAAGATG AAATTGCCAG GCTCAGGCTG GAAAAAGACA CAATAAAAAA CCAAAACCTG 
GAAAAGAAAT ACTTAAAAGA CTTTGAAATT GTGAAAAGAA AGCATGAAGA CCTTCAAAAG 
GCTCTAAAAC GGAATGGGGA AACATTAGCA AAAACGATAG CCTGTTATAG TGGACAGCTT 
GCTGCTCTGA CAGATGAAAA CACAACGCTC CGTTCCAAAC TGGAGAAGCA AAGAGAGAGC 
AGGCAAAGAC TGGAAACAGA AATGCAATCA TACCATTGTA GACTGAATGC TGCTCGATGT 
GATCATGATC AAAGTCACTC ATCAAAAAGA GACCAAGAGC TTGCTTTCCA GGGCACAGTA 
GATAAATGTC GTCACTTACA GGAAAATTTG AATTCTCATG TTCTGATTCT TTCTCTGCAA 
CTTTCTAAAG CTGAGAGTAA GTCCAGAGTC CTCAAAACTG AGCTCCATTA CACAGGAGAG 
GCTCTGAAAG AAAAGGCTTT GGTTTTTGAA CACGTGCAAA GTGAGCTAAA GCAAAAACAG 
AGTCAAATGA AGGACATTGA AAAAATGTAC AAAAGTGGAT ACAATACAAT GGAAAAATGC 
ATAGAAAAAC AGGAAAGATT TTGTCAACTA AAAAAACAAA ATATGTTGCT TCAACAGCAA 
CTGGATGATG CTCGCAACAA AGCTGACAAT CAAGAAAAAG CAATACTTAA TATTCAAGCC 
AGATGTGATG CTAGAGTACA AAACCTTCAA GCTGAGTGCA GAAAGCACCG TCTTTTACTA 
GAAGAAGACA ATAAAATGTT GGTCAATGAA CTGAATCATT CGAAAGAAAA AGAATGCCAA 
TATGAAAAAG AGAAAGCAGA AAGAGAAGTA GCTGTGAGAC AGCTTCAACA AAAACGAGAT 
GATGTCTTAA ACAAAGGATC AGCAACAAAA GCTCTGCTGG ATGCTTCATC GCGTCACTGC 
ACCTATTTAG AAAATGGGAT GCAGGATTCA AGGAAGAAAT TAGACCAGAT GAGAAGTCAA 
TTTCAAGAAA TACAGGATCA ACTTACAGCT ACTATAAGAT GTACTAAGGA GATGGAAGGC 
GACACACAAA AGCTTGAAGT AGAACATGTG ATGATGAGAA AAATTATTAA AAAACAGGAT 
GACCAAATTG AGCGGCTTGA GAAAATCCTG CAGCATTCAA GTTTGATGCT GCAGGTGTTT 
GAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ANKRD36 ( XM_017004050.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859539.1 Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X43, mRNA.

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CloneID	OHu89420
Clone ID Related Accession (Same CDS sequence)	XM_017004051.1 , XM_017004050.1
Accession Version	XM_017004050.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4149bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 36A isoform X40
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAAGGA AGGATTCACC ACCTCCAGGA AAAGTGTCTT CTCAGAAACA ACCAGCTGAG 
AAGGCTACAA GTGACGACAA AGATTCTGTT TCAAATATAG CCACAGAAAT AAAGGAGGGA 
CCAATATCTG GGACAGTGTC TTCTCAGAAA CAACCAGCTG AGAAGGCTAC AAGTGACGAG 
AAAGATTCTG TTTCAAATAT AGCCACAGAA ATAAAGAAGG GACAACAATC TGGGACAGTG 
TCTCCTCAGA AACAATCGGC CTGGAAGGTT ATATTTAAAA AGAAAGTTTC TCTTTTGAAT 
ATTGCCACAA GAATAATGGG TGGTGGGAAA TCTGGAACAG TGTCTTCTCA GAAACAACCA 
GCCTCAAAGG CTACAAGTGA CAAGACAGAT TCTGCTTTGA ATATAGCTAC AGAAATAAAG 
GATGGACTAC AGTGTGGGAC AGTGTCTTCT CAGAAACAAC CAGCCTTGAA GGCTACAACT 
GACGAGGAAG ACTCTGTTTC GAATATAGCC ACAGAAATAA AGGATGGAGA AAAATCTGGG 
ACAGTGTCTT CTCAGAAGCA ACCAGCCTTG AAGGCTACAA CTGACGAGGA AGATTCTGTT 
TCGAATATAG CCACAGAAAT AAAGGATGGA GAAAAATCTG GGACAGTGTC TTCTCAGAAA 
CAACCAGCCT TGAAGGCTAC AACTGATGAG AAAGATTCTG TTTCGAACAT AGCCACAGAA 
ATAAAGGATG GAGAAAAATC TGGGACAGTG TCTTCTCAGA AACCACCAGC CTTGACGGCT 
ACAAGTGACG AGGAAGGTTC TGTTTTGAGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTCG GAAAAAACCA GCCTTGAAGG CTACAAGTGA TGAGAAGGAT 
TCTTTTTCGA ATATAACCAG AGGAAAAAAG GATGGAGAAA TATCTAGGAA AGTGTCTTCT 
CAGAAACCAC CAACCTTGAA GGGTACAAGT GACGAGGAAG ATTCTGTTTT GGGTATAGCC 
AGAGAAAACA AGGATGGAGA AAAATCTAGG ACAGTGTCTT CTGAGAAACC ACCAGGCTTG 
AAGGCTTCAA GTGCCGAGAA AGATTCTGTT TTGAATATAG CCAGAGGAAA AAAGGATGGA 
GAAAAAACTA AGAGAGTGTC TTCTCGGAAA AAACCATCCT TGGAGGCCAC AAGTGATGAG 
AAGGATTCTT TTTCGAATAT AACCAGAGAA AAAAAGGATG GAGAAATATC TAGGAAAGTG 
TCTTCTCAGA AACCACCAGC CTTGAAGGGT ACAAGTGACG AGGAAGATTC TGTTTTGGGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTGA GAAACCACCA 
GGCTTGAAGG CTACAAGTGA TGAGAAAGAT TCTGTTTTGA ATATAGCCAG AGGAAAAAAG 
GATGGAGAAA AAACTAGGAC AGTGTCTTCT CAGAAACCAC CAACCTTGAA GGCTACAAGT 
GATGAGGAAG ATTCTGTTTT GAGTATAGCC AGAGAAAACA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTGAGAAACC ATCAGGCTTG AAGGCTACAA GTGCCGAGAA AGATTCTGTT 
TTGAATATAG CCAGAGGAAA AAAGTATGGA GAAAAAACTA AGAGAGTGTC TTCTCGGAAA 
AAACCAGCCT TGAAGGCTAC AAGTGACGAG AAAGATTCTG TTTTGTATAT AGCCAGAGAA 
AAAAAGGATG GAGAAAAATC TAGGACAGTG TCTTCTCCGA AACAACCAGC ATTGAAGGCT 
ATCTGTGACA AGGAAGATTC TGTTCCGAAT ATGGCCACGG AAAAAAAGGA TGAACAAATA 
TCTGGGACAG TGTCTTGTCA GAAACAACCA GCCTTGAAGG CTACAAGTGA CAAGAAAGAT 
TCTGTTTCGA ATATACCCAC AGAAATAAAG GATGGACAAC AATCTGGAAC AGTGTCTTCT 
CAGAAACAAC CGGCCTGGAA GGCTACAAGT GTCAAGAAAG ATTCTGTTTC GAATATAGCC 
ACAGAAATAA AGGATGGACA AATACGTGGG ACAGTGTCTC CTCAGAAACA ATCGGCCCAG 
AAGGTTATAT TTAAAAAGAA AGTTTCTCTT TTGAATATTG CCACAAGAAT AACAGGCGGT 
TGGAAATCTG GAACAGAGTA TCCTGAGAAT CTGCCCACCT TGAAGGCTAC AATTGAAAAT 
AAAAATTCTG TTCTGAATAC AGCCACCAAA ATGAAGGATG TACAAACATC CACACCAGCA 
GAACAAGACT TAGAAATGGC ATCAGAGGGA GAGCAAAAGA GGCTTGAAGA ATATGAAAAT 
AACCAGCCAC AGGTGAAAAA CCAAATACAT TCTAGGGATG ACCTTGATGA CATAATTCAG 
TCATCTCAAA CAGTCTCAGA GGACGGTGAC TCGCTTTGCT GTAATTGTAA GAATGTCATA 
TTACTCATTG ATCAACATGA AATGAAGTGT AAAGATTGTG TTCACCTATT GAAAATTAAA 
AATACATTTT GTTTATGGAA AAGATTAATA AAACTTAAAG ATAACCACTG TGAGCAACTT 
AGAGTAAAAA TTCGAAAACT GAAAAATAAG GCTAGTGTAC TACAAAAGAG AATATCTGAA 
AAAGAAGAAA TAAAATCGCA GTTAAAGCAT GAAATACTTG AATTGGAAAA AGAACTCTGT 
AGTTTGAGAT TTGCCATACA GCAAGAAAAA AAGAAAAGAA GAAATGTTGA AGAGGTGCAC 
CAAAAAGTTA GGGAAAAGTT AAGAATAACA GAAGAGCAAT ATAGGATAGA AGCTGATGTG 
ACAAAACCAA TTAAACCGGC TCTCAAATCA GCAGAGGTGG AATTGAAGAC AGGAGGAAAT 
AATTCAAATC AGGTTTCTGA AACTGATGAA AAAGAAGACC TGCTGCATGA AAACCGCTTG 
ATGCAAGATG AAATTGCCAG GCTCAGGCTG GAAAAAGACA CAATAAAAAA CCAAAACCTG 
GAAAAGAAAT ACTTAAAAGA CTTTGAAATT GTGAAAAGAA AGCATGAAGA CCTTCAAAAG 
GCTCTAAAAC GGAATGGGGA AACATTAGCA AAAACGATAG CCTGTTATAG TGGACAGCTT 
GCTGCTCTGA CAGATGAAAA CACAACGCTC CGTTCCAAAC TGGAGAAGCA AAGAGAGAGC 
AGGCAAAGAC TGGAAACAGA AATGCAATCA TACCATTGTA GACTGAATGC TGCTCGATGT 
GATCATGATC AAAGTCACTC ATCAAAAAGA GACCAAGAGC TTGCTTTCCA GGGCACAGTA 
GATAAATGTC GTCACTTACA GGAAAATTTG AATTCTCATG TTCTGATTCT TTCTCTGCAA 
CTTTCTAAAG CTGAGAGTAA GTCCAGAGTC CTCAAAACTG AGCTCCATTA CACAGGAGAG 
GCTCTGAAAG AAAAGGCTTT GGTTTTTGAA CACGTGCAAA GTGAGCTAAA GCAAAAACAG 
AGTCAAATGA AGGACATTGA AAAAATGTAC AAAAGTGGAT ACAATACAAT GGAAAAATGC 
ATAGAAAAAC AGGAAAGATT TTGTCAACTA AAAAAACAAA ATATGTTGCT TCAACAGCAA 
CTGGATGATG CTCGCAACAA AGCTGACAAT CAAGAAAAAG CAATACTTAA TATTCAAGCC 
AGATGTGATG CTAGAGTACA AAACCTTCAA GCTGAGTGCA GAAAGCACCG TCTTTTACTA 
GAAGAAGACA ATAAAATGTT GGTCAATGAA CTGAATCATT CGAAAGAAAA AGAATGCCAA 
TATGAAAAAG AGAAAGCAGA AAGAGAAGTA GCTGTGAGAC AGCTTCAACA AAAACGAGAT 
GATGTCTTAA ACAAAGGATC AGCAACAAAA GCTCTGCTGG ATGCTTCATC GCGTCACTGC 
ACCTATTTAG AAAATGGGAT GCAGGATTCA AGGAAGAAAT TAGACCAGAT GAGAAGTCAA 
TTTCAAGAAA TACAGGATCA ACTTACAGCT ACTATAAGAT GTACTAAGGA GATGGAAGGC 
GACACACAAA AGCTTGAAGT AGAACATGTG ATGATGAGAA AAATTATTAA AAAACAGGAT 
GACCAAATTG AGCGGCTTGA GAAAATCCTG CAGCATTCAA GTTTGATGCT GCAGGTGTTT 
GAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859539.1
CDS	347..4495
Translation	MRRKDSPPPGKVSSQKQPAEKATSDDKDSVSNIATEIKEGPISGTVSSQKQPAEKATSDEKDSVSNIATEIKKGQQSGTVSPQKQSAWKVIFKKKVSLLNIATRIMGGGKSGTVSSQKQPASKATSDKTDSALNIATEIKDGLQCGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEEDSVSNIATEIKDGEKSGTVSSQKQPALKATTDEKDSVSNIATEIKDGEKSGTVSSQKPPALTATSDEEGSVLSIARENKDGEKSRTVSSRKKPALKATSDEKDSFSNITRGKKDGEISRKVSSQKPPTLKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKASSAEKDSVLNIARGKKDGEKTKRVSSRKKPSLEATSDEKDSFSNITREKKDGEISRKVSSQKPPALKGTSDEEDSVLGIARENKDGEKSRTVSSEKPPGLKATSDEKDSVLNIARGKKDGEKTRTVSSQKPPTLKATSDEEDSVLSIARENKDGEKSRTVSSEKPSGLKATSAEKDSVLNIARGKKYGEKTKRVSSRKKPALKATSDEKDSVLYIAREKKDGEKSRTVSSPKQPALKAICDKEDSVPNMATEKKDEQISGTVSCQKQPALKATSDKKDSVSNIPTEIKDGQQSGTVSSQKQPAWKATSVKKDSVSNIATEIKDGQIRGTVSPQKQSAQKVIFKKKVSLLNIATRITGGWKSGTEYPENLPTLKATIENKNSVLNTATKMKDVQTSTPAEQDLEMASEGEQKRLEEYENNQPQVKNQIHSRDDLDDIIQSSQTVSEDGDSLCCNCKNVILLIDQHEMKCKDCVHLLKIKNTFCLWKRLIKLKDNHCEQLRVKIRKLKNKASVLQKRISEKEEIKSQLKHEILELEKELCSLRFAIQQEKKKRRNVEEVHQKVREKLRITEEQYRIEADVTKPIKPALKSAEVELKTGGNNSNQVSETDEKEDLLHENRLMQDEIARLRLEKDTIKNQNLEKKYLKDFEIVKRKHEDLQKALKRNGETLAKTIACYSGQLAALTDENTTLRSKLEKQRESRQRLETEMQSYHCRLNAARCDHDQSHSSKRDQELAFQGTVDKCRHLQENLNSHVLILSLQLSKAESKSRVLKTELHYTGEALKEKALVFEHVQSELKQKQSQMKDIEKMYKSGYNTMEKCIEKQERFCQLKKQNMLLQQQLDDARNKADNQEKAILNIQARCDARVQNLQAECRKHRLLLEEDNKMLVNELNHSKEKECQYEKEKAEREVAVRQLQQKRDDVLNKGSATKALLDASSRHCTYLENGMQDSRKKLDQMRSQFQEIQDQLTATIRCTKEMEGDTQKLEVEHVMMRKIIKKQDDQIERLEKILQHSSLMLQVFES

Target ORF information:

RefSeq Version	XM_017004050.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 36 (ANKRD36), transcript variant X43, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004050.1

ORF Insert Sequence:

ATGAGAAGGA AGGATTCACC ACCTCCAGGA AAAGTGTCTT CTCAGAAACA ACCAGCTGAG 
AAGGCTACAA GTGACGACAA AGATTCTGTT TCAAATATAG CCACAGAAAT AAAGGAGGGA 
CCAATATCTG GGACAGTGTC TTCTCAGAAA CAACCAGCTG AGAAGGCTAC AAGTGACGAG 
AAAGATTCTG TTTCAAATAT AGCCACAGAA ATAAAGAAGG GACAACAATC TGGGACAGTG 
TCTCCTCAGA AACAATCGGC CTGGAAGGTT ATATTTAAAA AGAAAGTTTC TCTTTTGAAT 
ATTGCCACAA GAATAATGGG TGGTGGGAAA TCTGGAACAG TGTCTTCTCA GAAACAACCA 
GCCTCAAAGG CTACAAGTGA CAAGACAGAT TCTGCTTTGA ATATAGCTAC AGAAATAAAG 
GATGGACTAC AGTGTGGGAC AGTGTCTTCT CAGAAACAAC CAGCCTTGAA GGCTACAACT 
GACGAGGAAG ACTCTGTTTC GAATATAGCC ACAGAAATAA AGGATGGAGA AAAATCTGGG 
ACAGTGTCTT CTCAGAAGCA ACCAGCCTTG AAGGCTACAA CTGACGAGGA AGATTCTGTT 
TCGAATATAG CCACAGAAAT AAAGGATGGA GAAAAATCTG GGACAGTGTC TTCTCAGAAA 
CAACCAGCCT TGAAGGCTAC AACTGATGAG AAAGATTCTG TTTCGAACAT AGCCACAGAA 
ATAAAGGATG GAGAAAAATC TGGGACAGTG TCTTCTCAGA AACCACCAGC CTTGACGGCT 
ACAAGTGACG AGGAAGGTTC TGTTTTGAGT ATAGCCAGAG AAAACAAGGA TGGAGAAAAA 
TCTAGGACAG TGTCTTCTCG GAAAAAACCA GCCTTGAAGG CTACAAGTGA TGAGAAGGAT 
TCTTTTTCGA ATATAACCAG AGGAAAAAAG GATGGAGAAA TATCTAGGAA AGTGTCTTCT 
CAGAAACCAC CAACCTTGAA GGGTACAAGT GACGAGGAAG ATTCTGTTTT GGGTATAGCC 
AGAGAAAACA AGGATGGAGA AAAATCTAGG ACAGTGTCTT CTGAGAAACC ACCAGGCTTG 
AAGGCTTCAA GTGCCGAGAA AGATTCTGTT TTGAATATAG CCAGAGGAAA AAAGGATGGA 
GAAAAAACTA AGAGAGTGTC TTCTCGGAAA AAACCATCCT TGGAGGCCAC AAGTGATGAG 
AAGGATTCTT TTTCGAATAT AACCAGAGAA AAAAAGGATG GAGAAATATC TAGGAAAGTG 
TCTTCTCAGA AACCACCAGC CTTGAAGGGT ACAAGTGACG AGGAAGATTC TGTTTTGGGT 
ATAGCCAGAG AAAACAAGGA TGGAGAAAAA TCTAGGACAG TGTCTTCTGA GAAACCACCA 
GGCTTGAAGG CTACAAGTGA TGAGAAAGAT TCTGTTTTGA ATATAGCCAG AGGAAAAAAG 
GATGGAGAAA AAACTAGGAC AGTGTCTTCT CAGAAACCAC CAACCTTGAA GGCTACAAGT 
GATGAGGAAG ATTCTGTTTT GAGTATAGCC AGAGAAAACA AGGATGGAGA AAAATCTAGG 
ACAGTGTCTT CTGAGAAACC ATCAGGCTTG AAGGCTACAA GTGCCGAGAA AGATTCTGTT 
TTGAATATAG CCAGAGGAAA AAAGTATGGA GAAAAAACTA AGAGAGTGTC TTCTCGGAAA 
AAACCAGCCT TGAAGGCTAC AAGTGACGAG AAAGATTCTG TTTTGTATAT AGCCAGAGAA 
AAAAAGGATG GAGAAAAATC TAGGACAGTG TCTTCTCCGA AACAACCAGC ATTGAAGGCT 
ATCTGTGACA AGGAAGATTC TGTTCCGAAT ATGGCCACGG AAAAAAAGGA TGAACAAATA 
TCTGGGACAG TGTCTTGTCA GAAACAACCA GCCTTGAAGG CTACAAGTGA CAAGAAAGAT 
TCTGTTTCGA ATATACCCAC AGAAATAAAG GATGGACAAC AATCTGGAAC AGTGTCTTCT 
CAGAAACAAC CGGCCTGGAA GGCTACAAGT GTCAAGAAAG ATTCTGTTTC GAATATAGCC 
ACAGAAATAA AGGATGGACA AATACGTGGG ACAGTGTCTC CTCAGAAACA ATCGGCCCAG 
AAGGTTATAT TTAAAAAGAA AGTTTCTCTT TTGAATATTG CCACAAGAAT AACAGGCGGT 
TGGAAATCTG GAACAGAGTA TCCTGAGAAT CTGCCCACCT TGAAGGCTAC AATTGAAAAT 
AAAAATTCTG TTCTGAATAC AGCCACCAAA ATGAAGGATG TACAAACATC CACACCAGCA 
GAACAAGACT TAGAAATGGC ATCAGAGGGA GAGCAAAAGA GGCTTGAAGA ATATGAAAAT 
AACCAGCCAC AGGTGAAAAA CCAAATACAT TCTAGGGATG ACCTTGATGA CATAATTCAG 
TCATCTCAAA CAGTCTCAGA GGACGGTGAC TCGCTTTGCT GTAATTGTAA GAATGTCATA 
TTACTCATTG ATCAACATGA AATGAAGTGT AAAGATTGTG TTCACCTATT GAAAATTAAA 
AATACATTTT GTTTATGGAA AAGATTAATA AAACTTAAAG ATAACCACTG TGAGCAACTT 
AGAGTAAAAA TTCGAAAACT GAAAAATAAG GCTAGTGTAC TACAAAAGAG AATATCTGAA 
AAAGAAGAAA TAAAATCGCA GTTAAAGCAT GAAATACTTG AATTGGAAAA AGAACTCTGT 
AGTTTGAGAT TTGCCATACA GCAAGAAAAA AAGAAAAGAA GAAATGTTGA AGAGGTGCAC 
CAAAAAGTTA GGGAAAAGTT AAGAATAACA GAAGAGCAAT ATAGGATAGA AGCTGATGTG 
ACAAAACCAA TTAAACCGGC TCTCAAATCA GCAGAGGTGG AATTGAAGAC AGGAGGAAAT 
AATTCAAATC AGGTTTCTGA AACTGATGAA AAAGAAGACC TGCTGCATGA AAACCGCTTG 
ATGCAAGATG AAATTGCCAG GCTCAGGCTG GAAAAAGACA CAATAAAAAA CCAAAACCTG 
GAAAAGAAAT ACTTAAAAGA CTTTGAAATT GTGAAAAGAA AGCATGAAGA CCTTCAAAAG 
GCTCTAAAAC GGAATGGGGA AACATTAGCA AAAACGATAG CCTGTTATAG TGGACAGCTT 
GCTGCTCTGA CAGATGAAAA CACAACGCTC CGTTCCAAAC TGGAGAAGCA AAGAGAGAGC 
AGGCAAAGAC TGGAAACAGA AATGCAATCA TACCATTGTA GACTGAATGC TGCTCGATGT 
GATCATGATC AAAGTCACTC ATCAAAAAGA GACCAAGAGC TTGCTTTCCA GGGCACAGTA 
GATAAATGTC GTCACTTACA GGAAAATTTG AATTCTCATG TTCTGATTCT TTCTCTGCAA 
CTTTCTAAAG CTGAGAGTAA GTCCAGAGTC CTCAAAACTG AGCTCCATTA CACAGGAGAG 
GCTCTGAAAG AAAAGGCTTT GGTTTTTGAA CACGTGCAAA GTGAGCTAAA GCAAAAACAG 
AGTCAAATGA AGGACATTGA AAAAATGTAC AAAAGTGGAT ACAATACAAT GGAAAAATGC 
ATAGAAAAAC AGGAAAGATT TTGTCAACTA AAAAAACAAA ATATGTTGCT TCAACAGCAA 
CTGGATGATG CTCGCAACAA AGCTGACAAT CAAGAAAAAG CAATACTTAA TATTCAAGCC 
AGATGTGATG CTAGAGTACA AAACCTTCAA GCTGAGTGCA GAAAGCACCG TCTTTTACTA 
GAAGAAGACA ATAAAATGTT GGTCAATGAA CTGAATCATT CGAAAGAAAA AGAATGCCAA 
TATGAAAAAG AGAAAGCAGA AAGAGAAGTA GCTGTGAGAC AGCTTCAACA AAAACGAGAT 
GATGTCTTAA ACAAAGGATC AGCAACAAAA GCTCTGCTGG ATGCTTCATC GCGTCACTGC 
ACCTATTTAG AAAATGGGAT GCAGGATTCA AGGAAGAAAT TAGACCAGAT GAGAAGTCAA 
TTTCAAGAAA TACAGGATCA ACTTACAGCT ACTATAAGAT GTACTAAGGA GATGGAAGGC 
GACACACAAA AGCTTGAAGT AGAACATGTG ATGATGAGAA AAATTATTAA AAAACAGGAT 
GACCAAATTG AGCGGCTTGA GAAAATCCTG CAGCATTCAA GTTTGATGCT GCAGGTGTTT 
GAGAGCTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

The secreted protein discovery initiative (SPDI), a large-scale effort to identify novel human secreted and transmembrane proteins: a bioinformatics assessment.
Genome research13(10)2265-70(2003 Oct)
Clark HF,Gurney AL,Abaya E,Baker K,Baldwin D,Brush J,Chen J,Chow B,Chui C,Crowley C,Currell B,Deuel B,Dowd P,Eaton D,Foster J,Grimaldi C,Gu Q,Hass PE,Heldens S,Huang A,Kim HS,Klimowski L,Jin Y,Johnson S,Lee J,Lewis L,Liao D,Mark M,Robbie E,Sanchez C,Schoenfeld J,Seshagiri S,Simmons L,Singh J,Smith V,Stinson J,Vagts A,Vandlen R,Watanabe C,Wieand D,Woods K,Xie MH,Yansura D,Yi S,Yu G,Yuan J,Zhang M,Zhang Z,Goddard A,Wood WI,Godowski P,Gray A

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ANKRD36 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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