KIAA1217 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	KIAA1217
Entrez Gene ID	56243
Full Name	KIAA1217
Synonyms	ETL4,SKT
General protein information	Preferred Names KIAA1217 Names sickle tail protein homolog likely orthologue of Mus musculus enhancer trap locus 4
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 10 Map Location: 10p12.2-p12.1
Disorder MIM:	617367

mRNA and Protein(s)

mRNA	Protein	Name
NM_019590.4	NP_062536.2	sickle tail protein homolog isoform 1
XM_011519552.2	XP_011517854.2	sickle tail protein homolog isoform X1
XM_017016418.1	XP_016871907.1	sickle tail protein homolog isoform X7
XM_017016419.1	XP_016871908.1	sickle tail protein homolog isoform X8
NM_001282768.1	NP_001269697.1	sickle tail protein homolog isoform 5
NM_001282767.1	NP_001269696.1	sickle tail protein homolog isoform 4
XM_017016426.2	XP_016871915.1	sickle tail protein homolog isoform X16
NM_001321681.2	NP_001308610.1	sickle tail protein homolog isoform 8
NM_001098500.3	NP_001091970.1	sickle tail protein homolog isoform 2
XM_017016420.1	XP_016871909.1	sickle tail protein homolog isoform X10
XM_017016424.1	XP_016871913.1	sickle tail protein homolog isoform X12
XM_005252516.4	XP_005252573.1	sickle tail protein homolog isoform X13
XM_017016427.2	XP_016871916.1	sickle tail protein homolog isoform X17
NM_001282769.1	NP_001269698.1	sickle tail protein homolog isoform 6
XM_011519555.3	XP_011517857.2	sickle tail protein homolog isoform X2
XM_011519562.2	XP_011517864.2	sickle tail protein homolog isoform X14
XM_017016425.2	XP_016871914.1	sickle tail protein homolog isoform X15
XM_011519565.3	XP_011517867.2	sickle tail protein homolog isoform X19
XM_017016426.1	XP_016871915.1	sickle tail protein homolog isoform X15
XM_017016428.1	XP_016871917.1	sickle tail protein homolog isoform X20
NM_001282770.1	NP_001269699.1	sickle tail protein homolog isoform 7
NM_001282769.2	NP_001269698.1	sickle tail protein homolog isoform 6
XM_017016418.2	XP_016871907.1	sickle tail protein homolog isoform X7
XM_024448082.1	XP_024303850.1	sickle tail protein homolog isoform X8
XM_024448083.1	XP_024303851.1	sickle tail protein homolog isoform X8
XM_024448084.1	XP_024303852.1	sickle tail protein homolog isoform X8
XM_017016423.1	XP_016871912.1	sickle tail protein homolog isoform X12
XM_011519566.2	XP_011517868.2	sickle tail protein homolog isoform X20
XM_024448085.1	XP_024303853.1	sickle tail protein homolog isoform X21
XM_017016429.1	XP_016871918.1	sickle tail protein homolog isoform X22
NM_001098500.2	NP_001091970.1	sickle tail protein homolog isoform 2
XM_011519565.2	XP_011517867.2	sickle tail protein homolog isoform X18
XM_011519555.2	XP_011517857.2	sickle tail protein homolog isoform X2
XM_005252516.3	XP_005252573.1	sickle tail protein homolog isoform X12
XM_017016425.1	XP_016871914.1	sickle tail protein homolog isoform X14
XM_017016427.1	XP_016871916.1	sickle tail protein homolog isoform X16
NM_001321681.1	NP_001308610.1	sickle tail protein homolog isoform 8
NM_019590.5	NP_062536.2	sickle tail protein homolog isoform 1
NM_001282770.2	NP_001269699.1	sickle tail protein homolog isoform 7
XM_011519552.3	XP_011517854.2	sickle tail protein homolog isoform X1
XM_011519558.2	XP_011517860.2	sickle tail protein homolog isoform X3
XM_017016416.1	XP_016871905.1	sickle tail protein homolog isoform X4
XM_011519559.2	XP_011517861.2	sickle tail protein homolog isoform X5
XM_017016417.1	XP_016871906.1	sickle tail protein homolog isoform X6
XM_017016419.2	XP_016871908.1	sickle tail protein homolog isoform X9
XM_017016421.1	XP_016871910.1	sickle tail protein homolog isoform X10
XM_017016422.1	XP_016871911.1	sickle tail protein homolog isoform X11
XM_011519564.2	XP_011517866.1	sickle tail protein homolog isoform X18
XM_024448086.1	XP_024303854.1	sickle tail protein homolog isoform X22

Pathways from BioSystems

Homologies

	LOC705851	XP_001099259.1
Homo sapiens (human)	KIAA1217	NP_062536.2
Rattus norvegicus (Norway rat)	Etl4	XP_006254390.1
Gallus gallus (chicken)	KIAA1217	XP_004939283.1
Danio rerio (zebrafish)	si:ch211-285f17.1	XP_005162642.1
Mus musculus (house mouse)	Etl4	NP_001074475.1
Xenopus tropicalis (tropical clawed frog)	kiaa1217	XP_002933193.2
Pan troglodytes (chimpanzee)	KIAA1217	XP_003951649.1
Canis lupus familiaris (dog)	KIAA1217	XP_005617059.1
Bos taurus (cattle)	KIAA1217	XP_002692115.2

Gene Ontology
Bibliography

Related articles in PubMed

Identification of a novel partner gene, KIAA1217, fused to RET: Functional characterization and inhibitor sensitivity of two isoforms in lung adenocarcinoma.
Lee MS, Kim RN, I H, Oh DY, Song JY, Noh KW, Kim YJ, Yang JW, Lira ME, Lee CH, Lee MK, Kim YD, Mao M, Han J, Kim J, Choi YL
Oncotarget7(24)36101-36114(2016 Jun)

Genome-wide SNP and CNV analysis identifies common and low-frequency variants associated with severe early-onset obesity.
Wheeler E, Huang N, Bochukova EG, Keogh JM, Lindsay S, Garg S, Henning E, Blackburn H, Loos RJ, Wareham NJ, O'Rahilly S, Hurles ME, Barroso I, Farooqi IS
Nature genetics45(5)513-7(2013 May)

Genetic susceptibility of intervertebral disc degeneration among young Finnish adults.
Kelempisioti A, Eskola PJ, Okuloff A, Karjalainen U, Takatalo J, Daavittila I, Niinim?ki J, Sequeiros RB, Tervonen O, Solovieva S, Kao PY, Song YQ, Cheung KM, Chan D, Ala-Kokko L, J?rvelin MR, Karppinen J, M?nnikk? M
BMC medical genetics12153(2011 Nov)

Common genetic variation and performance on standardized cognitive tests.
Cirulli ET, Kasperavici?te D, Attix DK, Need AC, Ge D, Gibson G, Goldstein DB
European journal of human genetics : EJHG18(7)815-20(2010 Jul)

Web-based, participant-driven studies yield novel genetic associations for common traits.
Eriksson N, Macpherson JM, Tung JY, Hon LS, Naughton B, Saxonov S, Avey L, Wojcicki A, Pe'er I, Mountain J
PLoS genetics6(6)e1000993(2010 Jun)

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

Data suggest that the KIAA1217-RET-fusion gene is a promising target for lung cancer treatment.
Title: Identification of a novel partner gene, KIAA1217, fused to RET: Functional characterization and inhibitor sensitivity of two isoforms in lung adenocarcinoma.

SKT is involved in the etiology of intervertebral disc degeneration among young adults.
Title: Genetic susceptibility of intervertebral disc degeneration among young Finnish adults.

Clinical trial of gene-disease association and gene-environment interaction. (HuGE Navigator)
Title: Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.

Observational study and meta-analysis of gene-disease association. (HuGE Navigator)
Title: Association of the tag SNPs in the human SKT gene (KIAA1217) with lumbar disc herniation.

The following KIAA1217 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIAA1217 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)
OHu10064	NM_001282769.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant 6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$339.50-$475.30 $679.00
OHu14403	NM_001282770.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant 7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu102493	NM_001321681.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant 8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu106537	XM_024448085.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu91532	XM_011519562.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91533	XM_017016425.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91534	XM_017016426.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91535	XM_017016427.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91536	XM_011519565.3 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91537	XM_011519566.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91538	XM_017016428.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu14204	NM_001098500.3 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu14204	XM_017016429.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu14204	XM_024448086.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu70008	XM_011519564.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu69999	XM_024448084.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu69999	XM_024448083.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu69999	XM_024448082.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91522	XM_011519555.3 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91523	XM_011519558.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91524	XM_017016416.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91525	XM_011519559.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91526	XM_017016417.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91527	XM_017016418.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91528	XM_017016419.2 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91529	XM_017016421.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91529	XM_017016420.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91530	XM_017016422.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu91531	XM_017016423.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu91531	XM_017016424.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu10157	NM_001282767.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu14239	NM_019590.5 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu14264	NM_001282768.1 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant 5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu43800	XM_005252516.4 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu91521	XM_011519552.3 Latest version!	Homo sapiens KIAA1217 (KIAA1217), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
View Old Accession Versions >>
OHu91534	XM_017016426.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu10064	NM_001282769.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant 6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$339.50-$475.30 $679.00
OHu91527	XM_017016418.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu14204	NM_001098500.2	Homo sapiens KIAA1217 (KIAA1217), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu91536	XM_011519565.2	Homo sapiens KIAA1217 (KIAA1217), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91522	XM_011519555.2	Homo sapiens KIAA1217 (KIAA1217), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu43800	XM_005252516.3	Homo sapiens KIAA1217 (KIAA1217), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu91533	XM_017016425.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu91535	XM_017016427.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu102493	NM_001321681.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant 8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu14239	NM_019590.4	Homo sapiens KIAA1217 (KIAA1217), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu14403	NM_001282770.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant 7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu91521	XM_011519552.2	Homo sapiens KIAA1217 (KIAA1217), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OHu91528	XM_017016419.1	Homo sapiens KIAA1217 (KIAA1217), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
Hide Old Accession Versions >>

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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)

KIAA1217 ( NM_001282769.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001269698.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 6, mRNA.

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CloneID	OHu10064
Clone ID Related Accession (Same CDS sequence)	NM_001282769.1 , NM_001282769.2
Accession Version	NM_001282769.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2799bp) 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	2018-06-29
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 6
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from DA408335.1, BC018764.1 and BC098577.1. On Sep 19, 2013 this sequence version replaced XM_005252525.1. Transcript Variant: This variant (6) has multiple differences compared to variant 1. These differences result in distinct 5' and 3' UTRs, in addition to translation initiation at a downstream start codon, compared to variant 1. The encoded protein (isoform 6) is shorter and has a disctinct C-terminus compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BC018764.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2142680 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGTAGTT TTACCTTAA

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

RefSeq	NP_001269698.1
CDS	333..3131
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQVVLP

Target ORF information:

RefSeq Version	NM_001282769.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 6, mRNA.

Target ORF information:

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

NM_001282769.1

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGTAGTT TTACCTTAA

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

KIAA1217 ( NM_001282769.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001269698.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 6, mRNA.

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CloneID	OHu10064
Clone ID Related Accession (Same CDS sequence)	NM_001282769.1 , NM_001282769.2
Accession Version	NM_001282769.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2799bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 6
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL353583.15, DA408335.1, BC018764.1, BC098577.1 and AL392104.19. On May 31, 2019 this sequence version replaced NM_001282769.1. Transcript Variant: This variant (6) has multiple differences compared to variant 1. These differences result in distinct 5' and 3' UTRs, in addition to translation initiation at a downstream start codon, compared to variant 1. The encoded protein (isoform 6) is shorter and has a disctinct C-terminus compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BC018764.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2142680 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGTAGTT TTACCTTAA

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

RefSeq	NP_001269698.1
CDS	352..3150
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQVVLP

Target ORF information:

RefSeq Version	NM_001282769.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 6, mRNA.

Target ORF information:

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

NM_001282769.2

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGTAGTT TTACCTTAA

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

KIAA1217 ( NM_001282770.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001269699.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 7, mRNA.

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CloneID	OHu14403
Clone ID Related Accession (Same CDS sequence)	NM_001282770.1 , NM_001282770.2
Accession Version	NM_001282770.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2601bp) 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	2018-06-29
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 7
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from DC387942.1, BC098577.1 and AL833280.1. On Sep 19, 2013 this sequence version replaced XM_005252526.1. Transcript Variant: This variant (7) has multiple differences compared to variant 1. These differences result in distinct 5' and 3' UTRs, in addition to translation initiation at a downstream start codon, compared to variant 1. The encoded protein (isoform 7) is shorter and has a distinct C-terminus compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BC098577.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968832, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGGCTCCA GCGGGGCCCC ACAGACGAGC AGGATGCCTG TCCCCATGAG TGCCAAGAAC 
AGACCCGGAA CCCTGGACAA ACCCGGCAAG CAGTCCAAAC TGCAGGATCC CCGCCAATAT 
CGTCAGGTAG TTTTACCTTA A

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

RefSeq	NP_001269699.1
CDS	287..2887
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQVVLP

Target ORF information:

RefSeq Version	NM_001282770.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 7, mRNA.

Target ORF information:

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

NM_001282770.1

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGGCTCCA GCGGGGCCCC ACAGACGAGC AGGATGCCTG TCCCCATGAG TGCCAAGAAC 
AGACCCGGAA CCCTGGACAA ACCCGGCAAG CAGTCCAAAC TGCAGGATCC CCGCCAATAT 
CGTCAGGTAG TTTTACCTTA A

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

KIAA1217 ( NM_001282770.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001269699.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 7, mRNA.

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CloneID	OHu14403
Clone ID Related Accession (Same CDS sequence)	NM_001282770.1 , NM_001282770.2
Accession Version	NM_001282770.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2601bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 7
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from DC387942.1, BC098577.1, AL833280.1 and AL392104.19. On May 31, 2019 this sequence version replaced NM_001282770.1. Transcript Variant: This variant (7) has multiple differences compared to variant 1. These differences result in distinct 5' and 3' UTRs, in addition to translation initiation at a downstream start codon, compared to variant 1. The encoded protein (isoform 7) is shorter and has a distinct C-terminus compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BC098577.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968832, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGGCTCCA GCGGGGCCCC ACAGACGAGC AGGATGCCTG TCCCCATGAG TGCCAAGAAC 
AGACCCGGAA CCCTGGACAA ACCCGGCAAG CAGTCCAAAC TGCAGGATCC CCGCCAATAT 
CGTCAGGTAG TTTTACCTTA A

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

RefSeq	NP_001269699.1
CDS	261..2861
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQVVLP

Target ORF information:

RefSeq Version	NM_001282770.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 7, mRNA.

Target ORF information:

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

NM_001282770.2

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGGCTCCA GCGGGGCCCC ACAGACGAGC AGGATGCCTG TCCCCATGAG TGCCAAGAAC 
AGACCCGGAA CCCTGGACAA ACCCGGCAAG CAGTCCAAAC TGCAGGATCC CCGCCAATAT 
CGTCAGGTAG TTTTACCTTA A

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

KIAA1217 ( NM_001321681.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001308610.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 8, mRNA.

Price & Availability↑

CloneID	OHu102493
Clone ID Related Accession (Same CDS sequence)	NM_001321681.2 , NM_001321681.1
Accession Version	NM_001321681.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3186bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 8
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL353583.15 and AL392104.19. On May 31, 2019 this sequence version replaced NM_001321681.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## Transcript exon combination :: SRR1803614.207988.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968832, SAMEA2142680 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGATTC TCCAAATTCG GAACAGGACT TGGAAAAGCT GGGGGGAAAG 
TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT CGAAGCTACC TGCCAGGATC GGGACTCACC 
ACCACGAGGT CAGGCGATGT GGTCTACACC GGCAGAAAGG AGAACATCAC CGCTAAGGCA 
AGCAGTGAAG ATGCTGGACC AAGCCCACAG ACCAGAGCTA CAAAATATCC AGCAGAGGAG 
CCTGCTTCAG CCTGGACCCC ATCCCCACCG CCTGTCACCA CCTCCTCCTC AAAGGATGAG 
GAGGAAGAAG AAGAAGAAGG AGACAAAATA ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

RefSeq	NP_001308610.1
CDS	352..3537
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_001321681.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 8, mRNA.

Target ORF information:

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

NM_001321681.2

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGATTC TCCAAATTCG GAACAGGACT TGGAAAAGCT GGGGGGAAAG 
TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT CGAAGCTACC TGCCAGGATC GGGACTCACC 
ACCACGAGGT CAGGCGATGT GGTCTACACC GGCAGAAAGG AGAACATCAC CGCTAAGGCA 
AGCAGTGAAG ATGCTGGACC AAGCCCACAG ACCAGAGCTA CAAAATATCC AGCAGAGGAG 
CCTGCTTCAG CCTGGACCCC ATCCCCACCG CCTGTCACCA CCTCCTCCTC AAAGGATGAG 
GAGGAAGAAG AAGAAGAAGG AGACAAAATA ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

KIAA1217 ( NM_001321681.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001308610.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 8, mRNA.

Price & Availability↑

CloneID	OHu102493
Clone ID Related Accession (Same CDS sequence)	NM_001321681.2 , NM_001321681.1
Accession Version	NM_001321681.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3186bp) 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	2018-12-04
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 8
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL353583.15 and AL392104.19. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## Transcript exon combination :: SRR1803614.207988.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968832, SAMEA2142680 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGATTC TCCAAATTCG GAACAGGACT TGGAAAAGCT GGGGGGAAAG 
TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT CGAAGCTACC TGCCAGGATC GGGACTCACC 
ACCACGAGGT CAGGCGATGT GGTCTACACC GGCAGAAAGG AGAACATCAC CGCTAAGGCA 
AGCAGTGAAG ATGCTGGACC AAGCCCACAG ACCAGAGCTA CAAAATATCC AGCAGAGGAG 
CCTGCTTCAG CCTGGACCCC ATCCCCACCG CCTGTCACCA CCTCCTCCTC AAAGGATGAG 
GAGGAAGAAG AAGAAGAAGG AGACAAAATA ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

RefSeq	NP_001308610.1
CDS	333..3518
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_001321681.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 8, mRNA.

Target ORF information:

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

NM_001321681.1

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGATTC TCCAAATTCG GAACAGGACT TGGAAAAGCT GGGGGGAAAG 
TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT CGAAGCTACC TGCCAGGATC GGGACTCACC 
ACCACGAGGT CAGGCGATGT GGTCTACACC GGCAGAAAGG AGAACATCAC CGCTAAGGCA 
AGCAGTGAAG ATGCTGGACC AAGCCCACAG ACCAGAGCTA CAAAATATCC AGCAGAGGAG 
CCTGCTTCAG CCTGGACCCC ATCCCCACCG CCTGTCACCA CCTCCTCCTC AAAGGATGAG 
GAGGAAGAAG AAGAAGAAGG AGACAAAATA ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

KIAA1217 ( XM_024448085.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303853.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X25, mRNA.

Price & Availability↑

CloneID	OHu106537
Clone ID Related Accession (Same CDS sequence)	XM_024448085.1
Accession Version	XM_024448085.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	sickle tail protein homolog isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by 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##

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

RefSeq	XP_024303853.1
CDS	859..4731
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQNLEFFHEDVRKSDVEYENGPQMEFQKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_024448085.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X25, mRNA.

Target ORF information:

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

XM_024448085.1

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

KIAA1217 ( XM_011519562.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517864.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X18, mRNA.

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CloneID	OHu91532
Clone ID Related Accession (Same CDS sequence)	XM_011519562.2
Accession Version	XM_011519562.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4377bp) 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	sickle tail protein homolog isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519562.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGGCAT TCCAGAAGTG TTCCTTTATG 
GATGTAAATT CAAACAGTCA TGCTGAGCCA TCCCGGGCTG ACAGTCACGT TAAAGACACT 
AGGTCGGGCG CCACAGTGCC ACCCAAGGAG AAGAAGGGCT CCAGCGGGGC CCCACAGACG 
AGCAGGATGC CTGTCCCCAT GAGTGCCAAG AACAGACCCG GAACCCTGGA CAAACCCGGC 
AAGCAGTCCA AACTGCAGGA TCCCCGCCAA TATCGTCAGG CTAATGGAAG TGCTAAGAAA 
TCTGGTGGGG ACTTTAAGCC TACTTCCCCC TCCTTACCTG CTTCTAAGAT TCCAGCCCTT 
TCTCCCAGCT CTGGGAAAAG CAGTTCTCTG CCCTCTTCTA GTGGTGACAG CTCTAACCTC 
CCTAATCCAC CTGCTACTAA ACCATCGATT GCTTCTAACC CTCTCAGCCC CCAAACAGGA 
CCACCTGCTC ACTCTGCCTC CCTCATCCCT TCTGTCTCTA ATGGCTCTTT GAAGTTTCAG 
AGCCTCACTC ATACAGGTAA AGGTCACCAT CTTTCATTCT CACCGCAGAG TCAAAATGGC 
CGAGCACCCC CTCCTTTGTC ATTTTCCTCC TCCCCTCCTT CTCCTGCCTC CTCCGTCTCA 
CTGAATCAAG GTGCCAAGGG CACCAGGACC ATCCATACTC CCAGCCTCAC CAGCTACAAG 
GCACAGAATG GAAGTTCAAG CAAAGCCACC CCATCCACAG CAAAAGAAAC CTCTTAA

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

RefSeq	XP_011517864.2
CDS	237..4613
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519562.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X18, mRNA.

Target ORF information:

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

XM_011519562.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGGCAT TCCAGAAGTG TTCCTTTATG 
GATGTAAATT CAAACAGTCA TGCTGAGCCA TCCCGGGCTG ACAGTCACGT TAAAGACACT 
AGGTCGGGCG CCACAGTGCC ACCCAAGGAG AAGAAGGGCT CCAGCGGGGC CCCACAGACG 
AGCAGGATGC CTGTCCCCAT GAGTGCCAAG AACAGACCCG GAACCCTGGA CAAACCCGGC 
AAGCAGTCCA AACTGCAGGA TCCCCGCCAA TATCGTCAGG CTAATGGAAG TGCTAAGAAA 
TCTGGTGGGG ACTTTAAGCC TACTTCCCCC TCCTTACCTG CTTCTAAGAT TCCAGCCCTT 
TCTCCCAGCT CTGGGAAAAG CAGTTCTCTG CCCTCTTCTA GTGGTGACAG CTCTAACCTC 
CCTAATCCAC CTGCTACTAA ACCATCGATT GCTTCTAACC CTCTCAGCCC CCAAACAGGA 
CCACCTGCTC ACTCTGCCTC CCTCATCCCT TCTGTCTCTA ATGGCTCTTT GAAGTTTCAG 
AGCCTCACTC ATACAGGTAA AGGTCACCAT CTTTCATTCT CACCGCAGAG TCAAAATGGC 
CGAGCACCCC CTCCTTTGTC ATTTTCCTCC TCCCCTCCTT CTCCTGCCTC CTCCGTCTCA 
CTGAATCAAG GTGCCAAGGG CACCAGGACC ATCCATACTC CCAGCCTCAC CAGCTACAAG 
GCACAGAATG GAAGTTCAAG CAAAGCCACC CCATCCACAG CAAAAGAAAC CTCTTAA

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

KIAA1217 ( XM_017016425.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871914.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X19, mRNA.

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CloneID	OHu91533
Clone ID Related Accession (Same CDS sequence)	XM_017016425.2 , XM_017016425.1
Accession Version	XM_017016425.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4374bp) 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	sickle tail protein homolog isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017016425.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGGCATTCC AGAAGTGTTC CTTTATGGAT 
GTAAATTCAA ACAGTCATGC TGAGCCATCC CGGGCTGACA GTCACGTTAA AGACACTAGG 
TCGGGCGCCA CAGTGCCACC CAAGGAGAAG AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

RefSeq	XP_016871914.1
CDS	240..4613
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016425.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X19, mRNA.

Target ORF information:

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

XM_017016425.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGGCATTCC AGAAGTGTTC CTTTATGGAT 
GTAAATTCAA ACAGTCATGC TGAGCCATCC CGGGCTGACA GTCACGTTAA AGACACTAGG 
TCGGGCGCCA CAGTGCCACC CAAGGAGAAG AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

KIAA1217 ( XM_017016425.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871914.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X16, mRNA.

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CloneID	OHu91533
Clone ID Related Accession (Same CDS sequence)	XM_017016425.2 , XM_017016425.1
Accession Version	XM_017016425.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4374bp) 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	sickle tail protein homolog isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by 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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGGCATTCC AGAAGTGTTC CTTTATGGAT 
GTAAATTCAA ACAGTCATGC TGAGCCATCC CGGGCTGACA GTCACGTTAA AGACACTAGG 
TCGGGCGCCA CAGTGCCACC CAAGGAGAAG AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

RefSeq	XP_016871914.1
CDS	239..4612
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016425.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X16, mRNA.

Target ORF information:

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

XM_017016425.1

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGGCATTCC AGAAGTGTTC CTTTATGGAT 
GTAAATTCAA ACAGTCATGC TGAGCCATCC CGGGCTGACA GTCACGTTAA AGACACTAGG 
TCGGGCGCCA CAGTGCCACC CAAGGAGAAG AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

KIAA1217 ( XM_017016426.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871915.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu91534
Clone ID Related Accession (Same CDS sequence)	XM_017016426.2 , XM_017016426.1
Accession Version	XM_017016426.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4332bp) 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	sickle tail protein homolog isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017016426.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGAATTTGG AATTTTTCCA TGAAGATGTA 
CGGAAATCTG ATGTTGAATA TGAAAATGGC CCCCAAATGG AATTCCAAAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	XP_016871915.1
CDS	244..4575
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQNLEFFHEDVRKSDVEYENGPQMEFQKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016426.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X20, mRNA.

Target ORF information:

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

XM_017016426.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGAATTTGG AATTTTTCCA TGAAGATGTA 
CGGAAATCTG ATGTTGAATA TGAAAATGGC CCCCAAATGG AATTCCAAAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( XM_017016426.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871915.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X17, mRNA.

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CloneID	OHu91534
Clone ID Related Accession (Same CDS sequence)	XM_017016426.2 , XM_017016426.1
Accession Version	XM_017016426.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4332bp) 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	sickle tail protein homolog isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by 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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGAATTTGG AATTTTTCCA TGAAGATGTA 
CGGAAATCTG ATGTTGAATA TGAAAATGGC CCCCAAATGG AATTCCAAAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	XP_016871915.1
CDS	243..4574
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQNLEFFHEDVRKSDVEYENGPQMEFQKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016426.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X17, mRNA.

Target ORF information:

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

XM_017016426.1

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGATTCTC CAAATTCGGA ACAGGACTTG GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT 
CCTCCGCCAC CTCCTCGTCG AAGCTACCTG CCAGGATCGG GACTCACCAC CACGAGGTCA 
GGCGATGTGG TCTACACCGG CAGAAAGGAG AACATCACCG CTAAGGCAAG CAGTGAAGAT 
GCTGGACCAA GCCCACAGAC CAGAGCTACA AAATATCCAG CAGAGGAGCC TGCTTCAGCC 
TGGACCCCAT CCCCACCGCC TGTCACCACC TCCTCCTCAA AGGATGAGGA GGAAGAAGAA 
GAAGAAGGAG ACAAAATAAT GGCAGAACTC CAGAATTTGG AATTTTTCCA TGAAGATGTA 
CGGAAATCTG ATGTTGAATA TGAAAATGGC CCCCAAATGG AATTCCAAAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( XM_017016427.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871916.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X21, mRNA.

Price & Availability↑

CloneID	OHu91535
Clone ID Related Accession (Same CDS sequence)	XM_017016427.2 , XM_017016427.1
Accession Version	XM_017016427.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4272bp) 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	sickle tail protein homolog isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017016427.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GCGAGAAAAT GATGAAAACC 
ACAGCCAACA GGAACCACAC AGATAGTGCA GGAACGCCCC ATGTGTCTGG TGGGAAGATG 
CTCAGTGCTC TGGAGTCCAC GGTGCCTCCC AGCCAGCCTC CACCTGTGGG CACCTCAGCC 
ATCCACATGA GCCTGCTTGA GATGAGGCGG AGCGTGGCGG AACTCAGGCT CCAGCTCCAG 
CAGATGCGGC AGCTCCAGCT GCAGAACCAG GAGTTGCTGA GGGCAATGAT GAAGAAGGCC 
GAGCTGGAAA TCAGTGGCAA AGTGATGGAA ACAATGAAGA GACTGGAGGA TCCCGTGCAG 
CGACAGCGCG TCCTAGTGGA GCAAGAGAGA CAAAAATATC TTCATGAGGA AGAGAAGATC 
GTCAAGAAGT TGTGCGAGTT GGAAGACTTT GTTGAAGACT TGAAGAAGGA CTCCACGGCA 
GCCAGCCGAT TGGTTACTCT GAAAGACGTG GAAGACGGGG CTTTCCTCCT GCGTCAAGTG 
GGAGAGGCTG TAGCTACCCT GAAAGGAGAA TTTCCAACCT TACAAAACAA GATGCGAGCC 
ATCCTGCGCA TAGAAGTGGA GGCCGTGCGG TTTCTGAAGG AGGAGCCACA CAAGCTGGAC 
AGTCTCCTGA AGCGTGTGCG CAGCATGACA GACGTCCTGA CCATGCTGCG GAGACATGTC 
ACTGATGGGC TCCTGAAAGG CACGGACGCA GCCCAAGCCG CACAGTACAT GGCTATGGAA 
AAGGCCACAG CCGCAGAAGT CCTGAAGAGT CAGGAGGAGG CAGCCCACAC CTCCGGCCAG 
CCCTTCCACA GCACAGGTGC CCCTGGCGAT GCGAAGTCGG AAGTGGTGCC TTTGTCCGGC 
ATGATGGTTC GCCACGCGCA GAGCTCCCCT GTGGTCATCC AGCCCTCCCA GCACTCCGTG 
GCCCTGCTGA ACCCTGCTCA GAACTTGCCT CACGTGGCCA GCTCCCCAGC CGTCCCCCAG 
GAAGCAACCT CCACTCTGCA GATGTCGCAG GCTCCGCAGT CCCCACAGAT ACCCATGAAT 
GGGTCTGCCA TGCAGAGCTT GTTCATTGAA GAAATCCACA GTGTGAGTGC CAAGAACAGG 
GCAGTGTCTA TCGAGAAAGC AGAAAAGAAA TGGGAGGAAA AAAGGCAAAA TCTGGATCAC 
TATAATGGGA AAGAGTTTGA GAAGCTCCTA GAAGAAGCTC AGGCCAATAT CATGAAGTCA 
ATACCAAATC TGGAGATGCC GCCAGCCACA GGCCCACTGC CAAGGGGAGA TGCCCCAGTG 
GACAAGGTGG AACTTTCAGA AGATTCTCCA AATTCGGAAC AGGACTTGGA AAAGCTGGGG 
GGAAAGTCGC CCCCTCCTCC TCCGCCACCT CCTCGTCGAA GCTACCTGCC AGGATCGGGA 
CTCACCACCA CGAGGTCAGG CGATGTGGTC TACACCGGCA GAAAGGAGAA CATCACCGCT 
AAGGCAAGCA GTGAAGATGC TGGACCAAGC CCACAGACCA GAGCTACAAA ATATCCAGCA 
GAGGAGCCTG CTTCAGCCTG GACCCCATCC CCACCGCCTG TCACCACCTC CTCCTCAAAG 
GATGAGGAGG AAGAAGAAGA AGAAGGAGAC AAAATAATGG CAGAACTCCA GGCATTCCAG 
AAGTGTTCCT TTATGGATGT AAATTCAAAC AGTCATGCTG AGCCATCCCG GGCTGACAGT 
CACGTTAAAG ACACTAGGTC GGGCGCCACA GTGCCACCCA AGGAGAAGAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	XP_016871916.1
CDS	10..4281
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016427.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X21, mRNA.

Target ORF information:

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

XM_017016427.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GCGAGAAAAT GATGAAAACC 
ACAGCCAACA GGAACCACAC AGATAGTGCA GGAACGCCCC ATGTGTCTGG TGGGAAGATG 
CTCAGTGCTC TGGAGTCCAC GGTGCCTCCC AGCCAGCCTC CACCTGTGGG CACCTCAGCC 
ATCCACATGA GCCTGCTTGA GATGAGGCGG AGCGTGGCGG AACTCAGGCT CCAGCTCCAG 
CAGATGCGGC AGCTCCAGCT GCAGAACCAG GAGTTGCTGA GGGCAATGAT GAAGAAGGCC 
GAGCTGGAAA TCAGTGGCAA AGTGATGGAA ACAATGAAGA GACTGGAGGA TCCCGTGCAG 
CGACAGCGCG TCCTAGTGGA GCAAGAGAGA CAAAAATATC TTCATGAGGA AGAGAAGATC 
GTCAAGAAGT TGTGCGAGTT GGAAGACTTT GTTGAAGACT TGAAGAAGGA CTCCACGGCA 
GCCAGCCGAT TGGTTACTCT GAAAGACGTG GAAGACGGGG CTTTCCTCCT GCGTCAAGTG 
GGAGAGGCTG TAGCTACCCT GAAAGGAGAA TTTCCAACCT TACAAAACAA GATGCGAGCC 
ATCCTGCGCA TAGAAGTGGA GGCCGTGCGG TTTCTGAAGG AGGAGCCACA CAAGCTGGAC 
AGTCTCCTGA AGCGTGTGCG CAGCATGACA GACGTCCTGA CCATGCTGCG GAGACATGTC 
ACTGATGGGC TCCTGAAAGG CACGGACGCA GCCCAAGCCG CACAGTACAT GGCTATGGAA 
AAGGCCACAG CCGCAGAAGT CCTGAAGAGT CAGGAGGAGG CAGCCCACAC CTCCGGCCAG 
CCCTTCCACA GCACAGGTGC CCCTGGCGAT GCGAAGTCGG AAGTGGTGCC TTTGTCCGGC 
ATGATGGTTC GCCACGCGCA GAGCTCCCCT GTGGTCATCC AGCCCTCCCA GCACTCCGTG 
GCCCTGCTGA ACCCTGCTCA GAACTTGCCT CACGTGGCCA GCTCCCCAGC CGTCCCCCAG 
GAAGCAACCT CCACTCTGCA GATGTCGCAG GCTCCGCAGT CCCCACAGAT ACCCATGAAT 
GGGTCTGCCA TGCAGAGCTT GTTCATTGAA GAAATCCACA GTGTGAGTGC CAAGAACAGG 
GCAGTGTCTA TCGAGAAAGC AGAAAAGAAA TGGGAGGAAA AAAGGCAAAA TCTGGATCAC 
TATAATGGGA AAGAGTTTGA GAAGCTCCTA GAAGAAGCTC AGGCCAATAT CATGAAGTCA 
ATACCAAATC TGGAGATGCC GCCAGCCACA GGCCCACTGC CAAGGGGAGA TGCCCCAGTG 
GACAAGGTGG AACTTTCAGA AGATTCTCCA AATTCGGAAC AGGACTTGGA AAAGCTGGGG 
GGAAAGTCGC CCCCTCCTCC TCCGCCACCT CCTCGTCGAA GCTACCTGCC AGGATCGGGA 
CTCACCACCA CGAGGTCAGG CGATGTGGTC TACACCGGCA GAAAGGAGAA CATCACCGCT 
AAGGCAAGCA GTGAAGATGC TGGACCAAGC CCACAGACCA GAGCTACAAA ATATCCAGCA 
GAGGAGCCTG CTTCAGCCTG GACCCCATCC CCACCGCCTG TCACCACCTC CTCCTCAAAG 
GATGAGGAGG AAGAAGAAGA AGAAGGAGAC AAAATAATGG CAGAACTCCA GGCATTCCAG 
AAGTGTTCCT TTATGGATGT AAATTCAAAC AGTCATGCTG AGCCATCCCG GGCTGACAGT 
CACGTTAAAG ACACTAGGTC GGGCGCCACA GTGCCACCCA AGGAGAAGAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( XM_017016427.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871916.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu91535
Clone ID Related Accession (Same CDS sequence)	XM_017016427.2 , XM_017016427.1
Accession Version	XM_017016427.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4272bp) 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	sickle tail protein homolog isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by 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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GCGAGAAAAT GATGAAAACC 
ACAGCCAACA GGAACCACAC AGATAGTGCA GGAACGCCCC ATGTGTCTGG TGGGAAGATG 
CTCAGTGCTC TGGAGTCCAC GGTGCCTCCC AGCCAGCCTC CACCTGTGGG CACCTCAGCC 
ATCCACATGA GCCTGCTTGA GATGAGGCGG AGCGTGGCGG AACTCAGGCT CCAGCTCCAG 
CAGATGCGGC AGCTCCAGCT GCAGAACCAG GAGTTGCTGA GGGCAATGAT GAAGAAGGCC 
GAGCTGGAAA TCAGTGGCAA AGTGATGGAA ACAATGAAGA GACTGGAGGA TCCCGTGCAG 
CGACAGCGCG TCCTAGTGGA GCAAGAGAGA CAAAAATATC TTCATGAGGA AGAGAAGATC 
GTCAAGAAGT TGTGCGAGTT GGAAGACTTT GTTGAAGACT TGAAGAAGGA CTCCACGGCA 
GCCAGCCGAT TGGTTACTCT GAAAGACGTG GAAGACGGGG CTTTCCTCCT GCGTCAAGTG 
GGAGAGGCTG TAGCTACCCT GAAAGGAGAA TTTCCAACCT TACAAAACAA GATGCGAGCC 
ATCCTGCGCA TAGAAGTGGA GGCCGTGCGG TTTCTGAAGG AGGAGCCACA CAAGCTGGAC 
AGTCTCCTGA AGCGTGTGCG CAGCATGACA GACGTCCTGA CCATGCTGCG GAGACATGTC 
ACTGATGGGC TCCTGAAAGG CACGGACGCA GCCCAAGCCG CACAGTACAT GGCTATGGAA 
AAGGCCACAG CCGCAGAAGT CCTGAAGAGT CAGGAGGAGG CAGCCCACAC CTCCGGCCAG 
CCCTTCCACA GCACAGGTGC CCCTGGCGAT GCGAAGTCGG AAGTGGTGCC TTTGTCCGGC 
ATGATGGTTC GCCACGCGCA GAGCTCCCCT GTGGTCATCC AGCCCTCCCA GCACTCCGTG 
GCCCTGCTGA ACCCTGCTCA GAACTTGCCT CACGTGGCCA GCTCCCCAGC CGTCCCCCAG 
GAAGCAACCT CCACTCTGCA GATGTCGCAG GCTCCGCAGT CCCCACAGAT ACCCATGAAT 
GGGTCTGCCA TGCAGAGCTT GTTCATTGAA GAAATCCACA GTGTGAGTGC CAAGAACAGG 
GCAGTGTCTA TCGAGAAAGC AGAAAAGAAA TGGGAGGAAA AAAGGCAAAA TCTGGATCAC 
TATAATGGGA AAGAGTTTGA GAAGCTCCTA GAAGAAGCTC AGGCCAATAT CATGAAGTCA 
ATACCAAATC TGGAGATGCC GCCAGCCACA GGCCCACTGC CAAGGGGAGA TGCCCCAGTG 
GACAAGGTGG AACTTTCAGA AGATTCTCCA AATTCGGAAC AGGACTTGGA AAAGCTGGGG 
GGAAAGTCGC CCCCTCCTCC TCCGCCACCT CCTCGTCGAA GCTACCTGCC AGGATCGGGA 
CTCACCACCA CGAGGTCAGG CGATGTGGTC TACACCGGCA GAAAGGAGAA CATCACCGCT 
AAGGCAAGCA GTGAAGATGC TGGACCAAGC CCACAGACCA GAGCTACAAA ATATCCAGCA 
GAGGAGCCTG CTTCAGCCTG GACCCCATCC CCACCGCCTG TCACCACCTC CTCCTCAAAG 
GATGAGGAGG AAGAAGAAGA AGAAGGAGAC AAAATAATGG CAGAACTCCA GGCATTCCAG 
AAGTGTTCCT TTATGGATGT AAATTCAAAC AGTCATGCTG AGCCATCCCG GGCTGACAGT 
CACGTTAAAG ACACTAGGTC GGGCGCCACA GTGCCACCCA AGGAGAAGAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	XP_016871916.1
CDS	9..4280
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016427.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X18, mRNA.

Target ORF information:

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

XM_017016427.1

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GCGAGAAAAT GATGAAAACC 
ACAGCCAACA GGAACCACAC AGATAGTGCA GGAACGCCCC ATGTGTCTGG TGGGAAGATG 
CTCAGTGCTC TGGAGTCCAC GGTGCCTCCC AGCCAGCCTC CACCTGTGGG CACCTCAGCC 
ATCCACATGA GCCTGCTTGA GATGAGGCGG AGCGTGGCGG AACTCAGGCT CCAGCTCCAG 
CAGATGCGGC AGCTCCAGCT GCAGAACCAG GAGTTGCTGA GGGCAATGAT GAAGAAGGCC 
GAGCTGGAAA TCAGTGGCAA AGTGATGGAA ACAATGAAGA GACTGGAGGA TCCCGTGCAG 
CGACAGCGCG TCCTAGTGGA GCAAGAGAGA CAAAAATATC TTCATGAGGA AGAGAAGATC 
GTCAAGAAGT TGTGCGAGTT GGAAGACTTT GTTGAAGACT TGAAGAAGGA CTCCACGGCA 
GCCAGCCGAT TGGTTACTCT GAAAGACGTG GAAGACGGGG CTTTCCTCCT GCGTCAAGTG 
GGAGAGGCTG TAGCTACCCT GAAAGGAGAA TTTCCAACCT TACAAAACAA GATGCGAGCC 
ATCCTGCGCA TAGAAGTGGA GGCCGTGCGG TTTCTGAAGG AGGAGCCACA CAAGCTGGAC 
AGTCTCCTGA AGCGTGTGCG CAGCATGACA GACGTCCTGA CCATGCTGCG GAGACATGTC 
ACTGATGGGC TCCTGAAAGG CACGGACGCA GCCCAAGCCG CACAGTACAT GGCTATGGAA 
AAGGCCACAG CCGCAGAAGT CCTGAAGAGT CAGGAGGAGG CAGCCCACAC CTCCGGCCAG 
CCCTTCCACA GCACAGGTGC CCCTGGCGAT GCGAAGTCGG AAGTGGTGCC TTTGTCCGGC 
ATGATGGTTC GCCACGCGCA GAGCTCCCCT GTGGTCATCC AGCCCTCCCA GCACTCCGTG 
GCCCTGCTGA ACCCTGCTCA GAACTTGCCT CACGTGGCCA GCTCCCCAGC CGTCCCCCAG 
GAAGCAACCT CCACTCTGCA GATGTCGCAG GCTCCGCAGT CCCCACAGAT ACCCATGAAT 
GGGTCTGCCA TGCAGAGCTT GTTCATTGAA GAAATCCACA GTGTGAGTGC CAAGAACAGG 
GCAGTGTCTA TCGAGAAAGC AGAAAAGAAA TGGGAGGAAA AAAGGCAAAA TCTGGATCAC 
TATAATGGGA AAGAGTTTGA GAAGCTCCTA GAAGAAGCTC AGGCCAATAT CATGAAGTCA 
ATACCAAATC TGGAGATGCC GCCAGCCACA GGCCCACTGC CAAGGGGAGA TGCCCCAGTG 
GACAAGGTGG AACTTTCAGA AGATTCTCCA AATTCGGAAC AGGACTTGGA AAAGCTGGGG 
GGAAAGTCGC CCCCTCCTCC TCCGCCACCT CCTCGTCGAA GCTACCTGCC AGGATCGGGA 
CTCACCACCA CGAGGTCAGG CGATGTGGTC TACACCGGCA GAAAGGAGAA CATCACCGCT 
AAGGCAAGCA GTGAAGATGC TGGACCAAGC CCACAGACCA GAGCTACAAA ATATCCAGCA 
GAGGAGCCTG CTTCAGCCTG GACCCCATCC CCACCGCCTG TCACCACCTC CTCCTCAAAG 
GATGAGGAGG AAGAAGAAGA AGAAGGAGAC AAAATAATGG CAGAACTCCA GGCATTCCAG 
AAGTGTTCCT TTATGGATGT AAATTCAAAC AGTCATGCTG AGCCATCCCG GGCTGACAGT 
CACGTTAAAG ACACTAGGTC GGGCGCCACA GTGCCACCCA AGGAGAAGAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( XM_011519565.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517867.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X23, mRNA.

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CloneID	OHu91536
Clone ID Related Accession (Same CDS sequence)	XM_011519565.3 , XM_011519565.2
Accession Version	XM_011519565.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4176bp) 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	sickle tail protein homolog isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011519565.2. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC CCACAGACGA GCAGGATGCC TGTCCCCATG 
AGTGCCAAGA ACAGACCCGG AACCCTGGAC AAACCCGGCA AGCAGTCCAA ACTGCAGGAT 
CCCCGCCAAT ATCGTCAGGC TAATGGAAGT GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT 
ACTTCCCCCT CCTTACCTGC TTCTAAGATT CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC 
AGTTCTCTGC CCTCTTCTAG TGGTGACAGC TCTAACCTCC CTAATCCACC TGCTACTAAA 
CCATCGATTG CTTCTAACCC TCTCAGCCCC CAAACAGGAC CACCTGCTCA CTCTGCCTCC 
CTCATCCCTT CTGTCTCTAA TGGCTCTTTG AAGTTTCAGA GCCTCACTCA TACAGGTAAA 
GGTCACCATC TTTCATTCTC ACCGCAGAGT CAAAATGGCC GAGCACCCCC TCCTTTGTCA 
TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC TCCGTCTCAC TGAATCAAGG TGCCAAGGGC 
ACCAGGACCA TCCATACTCC CAGCCTCACC AGCTACAAGG CACAGAATGG AAGTTCAAGC 
AAAGCCACCC CATCCACAGC AAAAGAAACC TCTTAA

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

RefSeq	XP_011517867.2
CDS	10..4185
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519565.3
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X23, mRNA.

Target ORF information:

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

XM_011519565.3

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC CCACAGACGA GCAGGATGCC TGTCCCCATG 
AGTGCCAAGA ACAGACCCGG AACCCTGGAC AAACCCGGCA AGCAGTCCAA ACTGCAGGAT 
CCCCGCCAAT ATCGTCAGGC TAATGGAAGT GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT 
ACTTCCCCCT CCTTACCTGC TTCTAAGATT CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC 
AGTTCTCTGC CCTCTTCTAG TGGTGACAGC TCTAACCTCC CTAATCCACC TGCTACTAAA 
CCATCGATTG CTTCTAACCC TCTCAGCCCC CAAACAGGAC CACCTGCTCA CTCTGCCTCC 
CTCATCCCTT CTGTCTCTAA TGGCTCTTTG AAGTTTCAGA GCCTCACTCA TACAGGTAAA 
GGTCACCATC TTTCATTCTC ACCGCAGAGT CAAAATGGCC GAGCACCCCC TCCTTTGTCA 
TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC TCCGTCTCAC TGAATCAAGG TGCCAAGGGC 
ACCAGGACCA TCCATACTCC CAGCCTCACC AGCTACAAGG CACAGAATGG AAGTTCAAGC 
AAAGCCACCC CATCCACAGC AAAAGAAACC TCTTAA

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

KIAA1217 ( XM_011519565.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517867.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X20, mRNA.

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CloneID	OHu91536
Clone ID Related Accession (Same CDS sequence)	XM_011519565.3 , XM_011519565.2
Accession Version	XM_011519565.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4176bp) 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	sickle tail protein homolog isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519565.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC CCACAGACGA GCAGGATGCC TGTCCCCATG 
AGTGCCAAGA ACAGACCCGG AACCCTGGAC AAACCCGGCA AGCAGTCCAA ACTGCAGGAT 
CCCCGCCAAT ATCGTCAGGC TAATGGAAGT GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT 
ACTTCCCCCT CCTTACCTGC TTCTAAGATT CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC 
AGTTCTCTGC CCTCTTCTAG TGGTGACAGC TCTAACCTCC CTAATCCACC TGCTACTAAA 
CCATCGATTG CTTCTAACCC TCTCAGCCCC CAAACAGGAC CACCTGCTCA CTCTGCCTCC 
CTCATCCCTT CTGTCTCTAA TGGCTCTTTG AAGTTTCAGA GCCTCACTCA TACAGGTAAA 
GGTCACCATC TTTCATTCTC ACCGCAGAGT CAAAATGGCC GAGCACCCCC TCCTTTGTCA 
TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC TCCGTCTCAC TGAATCAAGG TGCCAAGGGC 
ACCAGGACCA TCCATACTCC CAGCCTCACC AGCTACAAGG CACAGAATGG AAGTTCAAGC 
AAAGCCACCC CATCCACAGC AAAAGAAACC TCTTAA

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

RefSeq	XP_011517867.2
CDS	9..4184
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519565.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X20, mRNA.

Target ORF information:

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

XM_011519565.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGGCTC CAGCGGGGCC CCACAGACGA GCAGGATGCC TGTCCCCATG 
AGTGCCAAGA ACAGACCCGG AACCCTGGAC AAACCCGGCA AGCAGTCCAA ACTGCAGGAT 
CCCCGCCAAT ATCGTCAGGC TAATGGAAGT GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT 
ACTTCCCCCT CCTTACCTGC TTCTAAGATT CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC 
AGTTCTCTGC CCTCTTCTAG TGGTGACAGC TCTAACCTCC CTAATCCACC TGCTACTAAA 
CCATCGATTG CTTCTAACCC TCTCAGCCCC CAAACAGGAC CACCTGCTCA CTCTGCCTCC 
CTCATCCCTT CTGTCTCTAA TGGCTCTTTG AAGTTTCAGA GCCTCACTCA TACAGGTAAA 
GGTCACCATC TTTCATTCTC ACCGCAGAGT CAAAATGGCC GAGCACCCCC TCCTTTGTCA 
TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC TCCGTCTCAC TGAATCAAGG TGCCAAGGGC 
ACCAGGACCA TCCATACTCC CAGCCTCACC AGCTACAAGG CACAGAATGG AAGTTCAAGC 
AAAGCCACCC CATCCACAGC AAAAGAAACC TCTTAA

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

KIAA1217 ( XM_011519566.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517868.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X24, mRNA.

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CloneID	OHu91537
Clone ID Related Accession (Same CDS sequence)	XM_011519566.2
Accession Version	XM_011519566.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4158bp) 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	sickle tail protein homolog isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519566.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG CGAGAAAATG ATGAAAACCA CAGCCAACAG GAACCACACA 
GATAGTGCAG GAACGCCCCA TGTGTCTGGT GGGAAGATGC TCAGTGCTCT GGAGTCCACG 
GTGCCTCCCA GCCAGCCTCC ACCTGTGGGC ACCTCAGCCA TCCACATGAG CCTGCTTGAG 
ATGAGGCGGA GCGTGGCGGA ACTCAGGCTC CAGCTCCAGC AGATGCGGCA GCTCCAGCTG 
CAGAACCAGG AGTTGCTGAG GGCAATGATG AAGAAGGCCG AGCTGGAAAT CAGTGGCAAA 
GTGATGGAAA CAATGAAGAG ACTGGAGGAT CCCGTGCAGC GACAGCGCGT CCTAGTGGAG 
CAAGAGAGAC AAAAATATCT TCATGAGGAA GAGAAGATCG TCAAGAAGTT GTGCGAGTTG 
GAAGACTTTG TTGAAGACTT GAAGAAGGAC TCCACGGCAG CCAGCCGATT GGTTACTCTG 
AAAGACGTGG AAGACGGGGC TTTCCTCCTG CGTCAAGTGG GAGAGGCTGT AGCTACCCTG 
AAAGGAGAAT TTCCAACCTT ACAAAACAAG ATGCGAGCCA TCCTGCGCAT AGAAGTGGAG 
GCCGTGCGGT TTCTGAAGGA GGAGCCACAC AAGCTGGACA GTCTCCTGAA GCGTGTGCGC 
AGCATGACAG ACGTCCTGAC CATGCTGCGG AGACATGTCA CTGATGGGCT CCTGAAAGGC 
ACGGACGCAG CCCAAGCCGC ACAGTACATG GCTATGGAAA AGGCCACAGC CGCAGAAGTC 
CTGAAGAGTC AGGAGGAGGC AGCCCACACC TCCGGCCAGC CCTTCCACAG CACAGGTGCC 
CCTGGCGATG CGAAGTCGGA AGTGGTGCCT TTGTCCGGCA TGATGGTTCG CCACGCGCAG 
AGCTCCCCTG TGGTCATCCA GCCCTCCCAG CACTCCGTGG CCCTGCTGAA CCCTGCTCAG 
AACTTGCCTC ACGTGGCCAG CTCCCCAGCC GTCCCCCAGG AAGCAACCTC CACTCTGCAG 
ATGTCGCAGG CTCCGCAGTC CCCACAGATA CCCATGAATG GGTCTGCCAT GCAGAGCTTG 
TTCATTGAAG AAATCCACAG TAAAGCAGAA AAGAAATGGG AGGAAAAAAG GCAAAATCTG 
GATCACTATA ATGGGAAAGA GTTTGAGAAG CTCCTAGAAG AAGCTCAGGC CAATATCATG 
AAGTCAATAC CAAATCTGGA GATGCCGCCA GCCACAGGCC CACTGCCAAG GGGAGATGCC 
CCAGTGGACA AGGTGGAACT TTCAGAAGAT TCTCCAAATT CGGAACAGGA CTTGGAAAAG 
CTGGGGGGAA AGTCGCCCCC TCCTCCTCCG CCACCTCCTC GTCGAAGCTA CCTGCCAGGA 
TCGGGACTCA CCACCACGAG GTCAGGCGAT GTGGTCTACA CCGGCAGAAA GGAGAACATC 
ACCGCTAAGG CAAGCAGTGA AGATGCTGGA CCAAGCCCAC AGACCAGAGC TACAAAATAT 
CCAGCAGAGG AGCCTGCTTC AGCCTGGACC CCATCCCCAC CGCCTGTCAC CACCTCCTCC 
TCAAAGGATG AGGAGGAAGA AGAAGAAGAA GGAGACAAAA TAATGGCAGA ACTCCAGGCA 
TTCCAGAAGT GTTCCTTTAT GGATGTAAAT TCAAACAGTC ATGCTGAGCC ATCCCGGGCT 
GACAGTCACG TTAAAGACAC TAGGTCGGGC GCCACAGTGC CACCCAAGGA GAAGAAGGGC 
TCCAGCGGGG CCCCACAGAC GAGCAGGATG CCTGTCCCCA TGAGTGCCAA GAACAGACCC 
GGAACCCTGG ACAAACCCGG CAAGCAGTCC AAACTGCAGG ATCCCCGCCA ATATCGTCAG 
GCTAATGGAA GTGCTAAGAA ATCTGGTGGG GACTTTAAGC CTACTTCCCC CTCCTTACCT 
GCTTCTAAGA TTCCAGCCCT TTCTCCCAGC TCTGGGAAAA GCAGTTCTCT GCCCTCTTCT 
AGTGGTGACA GCTCTAACCT CCCTAATCCA CCTGCTACTA AACCATCGAT TGCTTCTAAC 
CCTCTCAGCC CCCAAACAGG ACCACCTGCT CACTCTGCCT CCCTCATCCC TTCTGTCTCT 
AATGGCTCTT TGAAGTTTCA GAGCCTCACT CATACAGGTA AAGGTCACCA TCTTTCATTC 
TCACCGCAGA GTCAAAATGG CCGAGCACCC CCTCCTTTGT CATTTTCCTC CTCCCCTCCT 
TCTCCTGCCT CCTCCGTCTC ACTGAATCAA GGTGCCAAGG GCACCAGGAC CATCCATACT 
CCCAGCCTCA CCAGCTACAA GGCACAGAAT GGAAGTTCAA GCAAAGCCAC CCCATCCACA 
GCAAAAGAAA CCTCTTAA

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

RefSeq	XP_011517868.2
CDS	237..4394
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519566.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X24, mRNA.

Target ORF information:

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

XM_011519566.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG CGAGAAAATG ATGAAAACCA CAGCCAACAG GAACCACACA 
GATAGTGCAG GAACGCCCCA TGTGTCTGGT GGGAAGATGC TCAGTGCTCT GGAGTCCACG 
GTGCCTCCCA GCCAGCCTCC ACCTGTGGGC ACCTCAGCCA TCCACATGAG CCTGCTTGAG 
ATGAGGCGGA GCGTGGCGGA ACTCAGGCTC CAGCTCCAGC AGATGCGGCA GCTCCAGCTG 
CAGAACCAGG AGTTGCTGAG GGCAATGATG AAGAAGGCCG AGCTGGAAAT CAGTGGCAAA 
GTGATGGAAA CAATGAAGAG ACTGGAGGAT CCCGTGCAGC GACAGCGCGT CCTAGTGGAG 
CAAGAGAGAC AAAAATATCT TCATGAGGAA GAGAAGATCG TCAAGAAGTT GTGCGAGTTG 
GAAGACTTTG TTGAAGACTT GAAGAAGGAC TCCACGGCAG CCAGCCGATT GGTTACTCTG 
AAAGACGTGG AAGACGGGGC TTTCCTCCTG CGTCAAGTGG GAGAGGCTGT AGCTACCCTG 
AAAGGAGAAT TTCCAACCTT ACAAAACAAG ATGCGAGCCA TCCTGCGCAT AGAAGTGGAG 
GCCGTGCGGT TTCTGAAGGA GGAGCCACAC AAGCTGGACA GTCTCCTGAA GCGTGTGCGC 
AGCATGACAG ACGTCCTGAC CATGCTGCGG AGACATGTCA CTGATGGGCT CCTGAAAGGC 
ACGGACGCAG CCCAAGCCGC ACAGTACATG GCTATGGAAA AGGCCACAGC CGCAGAAGTC 
CTGAAGAGTC AGGAGGAGGC AGCCCACACC TCCGGCCAGC CCTTCCACAG CACAGGTGCC 
CCTGGCGATG CGAAGTCGGA AGTGGTGCCT TTGTCCGGCA TGATGGTTCG CCACGCGCAG 
AGCTCCCCTG TGGTCATCCA GCCCTCCCAG CACTCCGTGG CCCTGCTGAA CCCTGCTCAG 
AACTTGCCTC ACGTGGCCAG CTCCCCAGCC GTCCCCCAGG AAGCAACCTC CACTCTGCAG 
ATGTCGCAGG CTCCGCAGTC CCCACAGATA CCCATGAATG GGTCTGCCAT GCAGAGCTTG 
TTCATTGAAG AAATCCACAG TAAAGCAGAA AAGAAATGGG AGGAAAAAAG GCAAAATCTG 
GATCACTATA ATGGGAAAGA GTTTGAGAAG CTCCTAGAAG AAGCTCAGGC CAATATCATG 
AAGTCAATAC CAAATCTGGA GATGCCGCCA GCCACAGGCC CACTGCCAAG GGGAGATGCC 
CCAGTGGACA AGGTGGAACT TTCAGAAGAT TCTCCAAATT CGGAACAGGA CTTGGAAAAG 
CTGGGGGGAA AGTCGCCCCC TCCTCCTCCG CCACCTCCTC GTCGAAGCTA CCTGCCAGGA 
TCGGGACTCA CCACCACGAG GTCAGGCGAT GTGGTCTACA CCGGCAGAAA GGAGAACATC 
ACCGCTAAGG CAAGCAGTGA AGATGCTGGA CCAAGCCCAC AGACCAGAGC TACAAAATAT 
CCAGCAGAGG AGCCTGCTTC AGCCTGGACC CCATCCCCAC CGCCTGTCAC CACCTCCTCC 
TCAAAGGATG AGGAGGAAGA AGAAGAAGAA GGAGACAAAA TAATGGCAGA ACTCCAGGCA 
TTCCAGAAGT GTTCCTTTAT GGATGTAAAT TCAAACAGTC ATGCTGAGCC ATCCCGGGCT 
GACAGTCACG TTAAAGACAC TAGGTCGGGC GCCACAGTGC CACCCAAGGA GAAGAAGGGC 
TCCAGCGGGG CCCCACAGAC GAGCAGGATG CCTGTCCCCA TGAGTGCCAA GAACAGACCC 
GGAACCCTGG ACAAACCCGG CAAGCAGTCC AAACTGCAGG ATCCCCGCCA ATATCGTCAG 
GCTAATGGAA GTGCTAAGAA ATCTGGTGGG GACTTTAAGC CTACTTCCCC CTCCTTACCT 
GCTTCTAAGA TTCCAGCCCT TTCTCCCAGC TCTGGGAAAA GCAGTTCTCT GCCCTCTTCT 
AGTGGTGACA GCTCTAACCT CCCTAATCCA CCTGCTACTA AACCATCGAT TGCTTCTAAC 
CCTCTCAGCC CCCAAACAGG ACCACCTGCT CACTCTGCCT CCCTCATCCC TTCTGTCTCT 
AATGGCTCTT TGAAGTTTCA GAGCCTCACT CATACAGGTA AAGGTCACCA TCTTTCATTC 
TCACCGCAGA GTCAAAATGG CCGAGCACCC CCTCCTTTGT CATTTTCCTC CTCCCCTCCT 
TCTCCTGCCT CCTCCGTCTC ACTGAATCAA GGTGCCAAGG GCACCAGGAC CATCCATACT 
CCCAGCCTCA CCAGCTACAA GGCACAGAAT GGAAGTTCAA GCAAAGCCAC CCCATCCACA 
GCAAAAGAAA CCTCTTAA

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

KIAA1217 ( XM_017016428.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871917.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X22, mRNA.

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CloneID	OHu91538
Clone ID Related Accession (Same CDS sequence)	XM_017016428.1
Accession Version	XM_017016428.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3663bp) 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	sickle tail protein homolog isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by 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##

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGA GAGAGGATGC AAGCCATGGA GAAACAGATT 
GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG CTTTTTAAAG GGCCCATTAC AAGTTATAGC 
AAAGATGCGT CTAGCGAGAA AATGATGAAA ACCACAGCCA ACAGGAACCA CACAGATAGT 
GCAGGAACGC CCCATGTGTC TGGTGGGAAG ATGCTCAGTG CTCTGGAGTC CACGGTGCCT 
CCCAGCCAGC CTCCACCTGT GGGCACCTCA GCCATCCACA TGAGCCTGCT TGAGATGAGG 
CGGAGCGTGG CGGAACTCAG GCTCCAGCTC CAGCAGATGC GGCAGCTCCA GCTGCAGAAC 
CAGGAGTTGC TGAGGGCAAT GATGAAGAAG GCCGAGCTGG AAATCAGTGG CAAAGTGATG 
GAAACAATGA AGAGACTGGA GGATCCCGTG CAGCGACAGC GCGTCCTAGT GGAGCAAGAG 
AGACAAAAAT ATCTTCATGA GGAAGAGAAG ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC 
TTTGTTGAAG ACTTGAAGAA GGACTCCACG GCAGCCAGCC GATTGGTTAC TCTGAAAGAC 
GTGGAAGACG GGGCTTTCCT CCTGCGTCAA GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA 
GAATTTCCAA CCTTACAAAA CAAGATGCGA GCCATCCTGC GCATAGAAGT GGAGGCCGTG 
CGGTTTCTGA AGGAGGAGCC ACACAAGCTG GACAGTCTCC TGAAGCGTGT GCGCAGCATG 
ACAGACGTCC TGACCATGCT GCGGAGACAT GTCACTGATG GGCTCCTGAA AGGCACGGAC 
GCAGCCCAAG CCGCACAGTA CATGGCTATG GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG 
AGTCAGGAGG AGGCAGCCCA CACCTCCGGC CAGCCCTTCC ACAGCACAGG TGCCCCTGGC 
GATGCGAAGT CGGAAGTGGT GCCTTTGTCC GGCATGATGG TTCGCCACGC GCAGAGCTCC 
CCTGTGGTCA TCCAGCCCTC CCAGCACTCC GTGGCCCTGC TGAACCCTGC TCAGAACTTG 
CCTCACGTGG CCAGCTCCCC AGCCGTCCCC CAGGAAGCAA CCTCCACTCT GCAGATGTCG 
CAGGCTCCGC AGTCCCCACA GATACCCATG AATGGGTCTG CCATGCAGAG CTTGTTCATT 
GAAGAAATCC ACAGTGTGAG TGCCAAGAAC AGGGCAGTGT CTATCGAGAA AGCAGAAAAG 
AAATGGGAGG AAAAAAGGCA AAATCTGGAT CACTATAATG GGAAAGAGTT TGAGAAGCTC 
CTAGAAGAAG CTCAGGCCAA TATCATGAAG TCAATACCAA ATCTGGAGAT GCCGCCAGCC 
ACAGGCCCAC TGCCAAGGGG AGATGCCCCA GTGGACAAGG TGGAACTTTC AGAAGATTCT 
CCAAATTCGG AACAGGACTT GGAAAAGCTG GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA 
CCTCCTCGTC GAAGCTACCT GCCAGGATCG GGACTCACCA CCACGAGGTC AGGCGATGTG 
GTCTACACCG GCAGAAAGGA GAACATCACC GCTAAGGCAA GCAGTGAAGA TGCTGGACCA 
AGCCCACAGA CCAGAGCTAC AAAATATCCA GCAGAGGAGC CTGCTTCAGC CTGGACCCCA 
TCCCCACCGC CTGTCACCAC CTCCTCCTCA AAGGATGAGG AGGAAGAAGA AGAAGAAGGA 
GACAAAATAA TGGCAGAACT CCAGAATTTG GAATTTTTCC ATGAAGATGT ACGGAAATCT 
GATGTTGAAT ATGAAAATGG CCCCCAAATG GAATTCCAAA AGGGCTCCAG CGGGGCCCCA 
CAGACGAGCA GGATGCCTGT CCCCATGAGT GCCAAGAACA GACCCGGAAC CCTGGACAAA 
CCCGGCAAGC AGTCCAAACT GCAGGATCCC CGCCAATATC GTCAGGCTAA TGGAAGTGCT 
AAGAAATCTG GTGGGGACTT TAAGCCTACT TCCCCCTCCT TACCTGCTTC TAAGATTCCA 
GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT TCTCTGCCCT CTTCTAGTGG TGACAGCTCT 
AACCTCCCTA ATCCACCTGC TACTAAACCA TCGATTGCTT CTAACCCTCT CAGCCCCCAA 
ACAGGACCAC CTGCTCACTC TGCCTCCCTC ATCCCTTCTG TCTCTAATGG CTCTTTGAAG 
TTTCAGAGCC TCACTCATAC AGGTAAAGGT CACCATCTTT CATTCTCACC GCAGAGTCAA 
AATGGCCGAG CACCCCCTCC TTTGTCATTT TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC 
GTCTCACTGA ATCAAGGTGC CAAGGGCACC AGGACCATCC ATACTCCCAG CCTCACCAGC 
TACAAGGCAC AGAATGGAAG TTCAAGCAAA GCCACCCCAT CCACAGCAAA AGAAACCTCT 
TAA

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

RefSeq	XP_016871917.1
CDS	97..3759
Translation	MSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQNLEFFHEDVRKSDVEYENGPQMEFQKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016428.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X22, mRNA.

Target ORF information:

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

XM_017016428.1

ORF Insert Sequence:

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGA GAGAGGATGC AAGCCATGGA GAAACAGATT 
GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG CTTTTTAAAG GGCCCATTAC AAGTTATAGC 
AAAGATGCGT CTAGCGAGAA AATGATGAAA ACCACAGCCA ACAGGAACCA CACAGATAGT 
GCAGGAACGC CCCATGTGTC TGGTGGGAAG ATGCTCAGTG CTCTGGAGTC CACGGTGCCT 
CCCAGCCAGC CTCCACCTGT GGGCACCTCA GCCATCCACA TGAGCCTGCT TGAGATGAGG 
CGGAGCGTGG CGGAACTCAG GCTCCAGCTC CAGCAGATGC GGCAGCTCCA GCTGCAGAAC 
CAGGAGTTGC TGAGGGCAAT GATGAAGAAG GCCGAGCTGG AAATCAGTGG CAAAGTGATG 
GAAACAATGA AGAGACTGGA GGATCCCGTG CAGCGACAGC GCGTCCTAGT GGAGCAAGAG 
AGACAAAAAT ATCTTCATGA GGAAGAGAAG ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC 
TTTGTTGAAG ACTTGAAGAA GGACTCCACG GCAGCCAGCC GATTGGTTAC TCTGAAAGAC 
GTGGAAGACG GGGCTTTCCT CCTGCGTCAA GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA 
GAATTTCCAA CCTTACAAAA CAAGATGCGA GCCATCCTGC GCATAGAAGT GGAGGCCGTG 
CGGTTTCTGA AGGAGGAGCC ACACAAGCTG GACAGTCTCC TGAAGCGTGT GCGCAGCATG 
ACAGACGTCC TGACCATGCT GCGGAGACAT GTCACTGATG GGCTCCTGAA AGGCACGGAC 
GCAGCCCAAG CCGCACAGTA CATGGCTATG GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG 
AGTCAGGAGG AGGCAGCCCA CACCTCCGGC CAGCCCTTCC ACAGCACAGG TGCCCCTGGC 
GATGCGAAGT CGGAAGTGGT GCCTTTGTCC GGCATGATGG TTCGCCACGC GCAGAGCTCC 
CCTGTGGTCA TCCAGCCCTC CCAGCACTCC GTGGCCCTGC TGAACCCTGC TCAGAACTTG 
CCTCACGTGG CCAGCTCCCC AGCCGTCCCC CAGGAAGCAA CCTCCACTCT GCAGATGTCG 
CAGGCTCCGC AGTCCCCACA GATACCCATG AATGGGTCTG CCATGCAGAG CTTGTTCATT 
GAAGAAATCC ACAGTGTGAG TGCCAAGAAC AGGGCAGTGT CTATCGAGAA AGCAGAAAAG 
AAATGGGAGG AAAAAAGGCA AAATCTGGAT CACTATAATG GGAAAGAGTT TGAGAAGCTC 
CTAGAAGAAG CTCAGGCCAA TATCATGAAG TCAATACCAA ATCTGGAGAT GCCGCCAGCC 
ACAGGCCCAC TGCCAAGGGG AGATGCCCCA GTGGACAAGG TGGAACTTTC AGAAGATTCT 
CCAAATTCGG AACAGGACTT GGAAAAGCTG GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA 
CCTCCTCGTC GAAGCTACCT GCCAGGATCG GGACTCACCA CCACGAGGTC AGGCGATGTG 
GTCTACACCG GCAGAAAGGA GAACATCACC GCTAAGGCAA GCAGTGAAGA TGCTGGACCA 
AGCCCACAGA CCAGAGCTAC AAAATATCCA GCAGAGGAGC CTGCTTCAGC CTGGACCCCA 
TCCCCACCGC CTGTCACCAC CTCCTCCTCA AAGGATGAGG AGGAAGAAGA AGAAGAAGGA 
GACAAAATAA TGGCAGAACT CCAGAATTTG GAATTTTTCC ATGAAGATGT ACGGAAATCT 
GATGTTGAAT ATGAAAATGG CCCCCAAATG GAATTCCAAA AGGGCTCCAG CGGGGCCCCA 
CAGACGAGCA GGATGCCTGT CCCCATGAGT GCCAAGAACA GACCCGGAAC CCTGGACAAA 
CCCGGCAAGC AGTCCAAACT GCAGGATCCC CGCCAATATC GTCAGGCTAA TGGAAGTGCT 
AAGAAATCTG GTGGGGACTT TAAGCCTACT TCCCCCTCCT TACCTGCTTC TAAGATTCCA 
GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT TCTCTGCCCT CTTCTAGTGG TGACAGCTCT 
AACCTCCCTA ATCCACCTGC TACTAAACCA TCGATTGCTT CTAACCCTCT CAGCCCCCAA 
ACAGGACCAC CTGCTCACTC TGCCTCCCTC ATCCCTTCTG TCTCTAATGG CTCTTTGAAG 
TTTCAGAGCC TCACTCATAC AGGTAAAGGT CACCATCTTT CATTCTCACC GCAGAGTCAA 
AATGGCCGAG CACCCCCTCC TTTGTCATTT TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC 
GTCTCACTGA ATCAAGGTGC CAAGGGCACC AGGACCATCC ATACTCCCAG CCTCACCAGC 
TACAAGGCAC AGAATGGAAG TTCAAGCAAA GCCACCCCAT CCACAGCAAA AGAAACCTCT 
TAA

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

KIAA1217 ( NM_001098500.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001091970.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 2, mRNA.

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CloneID	OHu14204
Clone ID Related Accession (Same CDS sequence)	NM_001098500.3 , XM_017016429.1 , NM_001098500.2 , XM_024448086.1
Accession Version	NM_001098500.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3795bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL353650.5, AB033043.2 and AB291616.1. On May 31, 2019 this sequence version replaced NM_001098500.2. Transcript Variant: This variant (2) differs in the 5' UTR, lacks a portion of the 5' coding region, and initiates translation at a downstream start codon, compared to variant 1. It also lacks three in-frame exons at the 3' end of the coding region compared to variant 1. The encoded isoform (2) is shorter than isoform 1. ##Evidence-Data-START## Transcript exon combination :: AB033043.2, SRR1803615.167221.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2154665, SAMEA2157437 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

RefSeq	NP_001091970.1
CDS	829..4623
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_001098500.3
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 2, mRNA.

Target ORF information:

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

NM_001098500.3

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

KIAA1217 ( NM_001098500.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001091970.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 2, mRNA.

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CloneID	OHu14204
Clone ID Related Accession (Same CDS sequence)	NM_001098500.3 , XM_017016429.1 , NM_001098500.2 , XM_024448086.1
Accession Version	NM_001098500.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3795bp) 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	2018-06-29
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AB033043.2 and AB291616.1. On Sep 19, 2013 this sequence version replaced NM_001098500.1. Transcript Variant: This variant (2) differs in the 5' UTR, lacks a portion of the 5' coding region, and initiates translation at a downstream start codon, compared to variant 1. It also lacks three in-frame exons at the 3' end of the coding region compared to variant 1. The encoded isoform (2) is shorter than isoform 1. ##Evidence-Data-START## Transcript exon combination :: AB033043.2, SRR1803615.167221.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2154665, SAMEA2157437 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

RefSeq	NP_001091970.1
CDS	810..4604
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_001098500.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 2, mRNA.

Target ORF information:

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

NM_001098500.2

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

KIAA1217 ( XM_017016429.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871918.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X26, mRNA.

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CloneID	OHu14204
Clone ID Related Accession (Same CDS sequence)	NM_001098500.3 , XM_017016429.1 , NM_001098500.2 , XM_024448086.1
Accession Version	XM_017016429.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3795bp) 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	sickle tail protein homolog isoform X22
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by 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##

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

RefSeq	XP_016871918.1
CDS	859..4653
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016429.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X26, mRNA.

Target ORF information:

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

XM_017016429.1

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

KIAA1217 ( XM_024448086.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303854.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X27, mRNA.

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CloneID	OHu14204
Clone ID Related Accession (Same CDS sequence)	NM_001098500.3 , XM_017016429.1 , NM_001098500.2 , XM_024448086.1
Accession Version	XM_024448086.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3795bp) 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	sickle tail protein homolog isoform X22
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by 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##

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

RefSeq	XP_024303854.1
CDS	561..4355
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_024448086.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X27, mRNA.

Target ORF information:

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

XM_024448086.1

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

KIAA1217 ( XM_011519564.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517866.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X22, mRNA.

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CloneID	OHu70008
Clone ID Related Accession (Same CDS sequence)	XM_011519564.2
Accession Version	XM_011519564.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3810bp) 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	sickle tail protein homolog isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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_011519564.1. ##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##

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGAAG ATTCTCCAAA TTCGGAACAG 
GACTTGGAAA AGCTGGGGGG AAAGTCGCCC CCTCCTCCTC CGCCACCTCC TCGTCGAAGC 
TACCTGCCAG GATCGGGACT CACCACCACG AGGTCAGGCG ATGTGGTCTA CACCGGCAGA 
AAGGAGAACA TCACCGCTAA GGCAAGCAGT GAAGATGCTG GACCAAGCCC ACAGACCAGA 
GCTACAAAAT ATCCAGCAGA GGAGCCTGCT TCAGCCTGGA CCCCATCCCC ACCGCCTGTC 
ACCACCTCCT CCTCAAAGGA TGAGGAGGAA GAAGAAGAAG AAGGAGACAA AATAATGGCA 
GAACTCCAGG CATTCCAGAA GTGTTCCTTT ATGGATGTAA ATTCAAACAG TCATGCTGAG 
CCATCCCGGG CTGACAGTCA CGTTAAAGAC ACTAGGTCGG GCGCCACAGT GCCACCCAAG 
GAGAAGAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

RefSeq	XP_011517866.1
CDS	371..4180
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519564.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X22, mRNA.

Target ORF information:

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

XM_011519564.2

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGAAG ATTCTCCAAA TTCGGAACAG 
GACTTGGAAA AGCTGGGGGG AAAGTCGCCC CCTCCTCCTC CGCCACCTCC TCGTCGAAGC 
TACCTGCCAG GATCGGGACT CACCACCACG AGGTCAGGCG ATGTGGTCTA CACCGGCAGA 
AAGGAGAACA TCACCGCTAA GGCAAGCAGT GAAGATGCTG GACCAAGCCC ACAGACCAGA 
GCTACAAAAT ATCCAGCAGA GGAGCCTGCT TCAGCCTGGA CCCCATCCCC ACCGCCTGTC 
ACCACCTCCT CCTCAAAGGA TGAGGAGGAA GAAGAAGAAG AAGGAGACAA AATAATGGCA 
GAACTCCAGG CATTCCAGAA GTGTTCCTTT ATGGATGTAA ATTCAAACAG TCATGCTGAG 
CCATCCCGGG CTGACAGTCA CGTTAAAGAC ACTAGGTCGG GCGCCACAGT GCCACCCAAG 
GAGAAGAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

KIAA1217 ( XM_024448082.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303850.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu69999
Clone ID Related Accession (Same CDS sequence)	XM_024448082.1 , XM_024448083.1 , XM_024448084.1
Accession Version	XM_024448082.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5592bp) 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	sickle tail protein homolog isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	XP_024303850.1
CDS	500..6091
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_024448082.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X8, mRNA.

Target ORF information:

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

XM_024448082.1

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( XM_024448083.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303851.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X9, mRNA.

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CloneID	OHu69999
Clone ID Related Accession (Same CDS sequence)	XM_024448082.1 , XM_024448083.1 , XM_024448084.1
Accession Version	XM_024448083.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5592bp) 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	sickle tail protein homolog isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	XP_024303851.1
CDS	859..6450
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_024448083.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X9, mRNA.

Target ORF information:

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

XM_024448083.1

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( XM_024448084.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303852.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X10, mRNA.

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CloneID	OHu69999
Clone ID Related Accession (Same CDS sequence)	XM_024448082.1 , XM_024448083.1 , XM_024448084.1
Accession Version	XM_024448084.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5592bp) 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	sickle tail protein homolog isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	XP_024303852.1
CDS	424..6015
Translation	MQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_024448084.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X10, mRNA.

Target ORF information:

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

XM_024448084.1

ORF Insert Sequence:

ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( XM_011519555.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517857.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X2, mRNA.

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CloneID	OHu91522
Clone ID Related Accession (Same CDS sequence)	XM_011519555.3 , XM_011519555.2
Accession Version	XM_011519555.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5973bp) 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	sickle tail protein homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011519555.2. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGCATT CCAGAAGTGT TCCTTTATGG ATGTAAATTC AAACAGTCAT 
GCTGAGCCAT CCCGGGCTGA CAGTCACGTT AAAGACACTA GGTCGGGCGC CACAGTGCCA 
CCCAAGGAGA AGAAGAATTT GGAATTTTTC CATGAAGATG TACGGAAATC TGATGTTGAA 
TATGAAAATG GCCCCCAAAT GGAATTCCAA AAGGTTACCA CAGGGGCTGT AAGACCTAGT 
GACCCTCCTA AGTGGGAAAG AGGAATGGAG AATAGTATTT CTGATGCATC AAGAACATCA 
GAATATAAAA CTGAGATCAT AATGAAGGAA AATTCCATAT CCAATATGAG TTTACTCAGA 
GACAGTAGAA ACTATTCCCA GGAAACTGTG CCTAAGGCCA GTTTCGGTTT CTCTGGCATT 
AGTCCATTAG AAGATGAAAT AAACAAAGGG TCTAAAATCT CAGGCCTGCA ATACTCTATA 
CCTGACACCG AGAACCAGAC GCTGAATTAC GGAAAGACAA AGGAGATGGA AAAGCAAAAT 
ACGGATAAGT GTCACGTTTC CTCTCACACT AGACTAACAG AATCAAGCGT GCATGATTTT 
AAAACAGAAG ATCAAGAGGT TATCACGACA GATTTTGGCC AAGTTGTTCT AAGACCCAAG 
GAGGCAAGGC ATGCTAACGT GAACCCTAAT GAGGATGGAG AATCAAGTTC AAGTTCTCCC 
ACTGAAGAAA ATGCAGCCAC TGACAATATT GCCTTCATGA TTACCGAAAC CACTGTCCAG 
GTTCTTTCCA GTGGGGAGGT GCATGATATT GTTAGCCAAA AGGGAGAAGA CATACAGACG 
GTTAATATCG ATGCCAGAAA AGAGATGACC CCCCGACAAG AAGGGACTGA CAATGAGGAT 
CCAGTCGTGT GCCTGGACAA GAAACCAGTG ATCATCATTT TCGATGAGCC CATGGACATC 
CGGTCTGCCT ATAAGAGACT TTCAACTATC TTTGAGGAAT GTGATGAGGA ATTAGAGAGA 
ATGATGATGG AGGAAAAGAT AGAGGAGGAG GAAGAGGAGG AAAATGGGGA TTCTGTAGTC 
CAGAATAATA ACACTTCCCA GATGTCTCAT AAGAAGGTGG CCCCAGGCAA TCTTAGAACC 
GGACAACAGG TGGAAACAAA GTCACAGCCA CACTCCCTGG CCACAGAGAC CAGAAACCCA 
GGAGGACAGG AAATGAACAG AACGGAGCTG AACAAGTTCA GCCACGTGGA TTCTCCAAAT 
TCGGAATGCA AGGGTGAGGA CGCGACCGAT GACCAGTTTG AAAGCCCCAA GAAAAAGTTT 
AAATTCAAAT TCCCTAAGAA GCAACTCGCC GCTCTCACTC AAGCCATTCG CACCGGAACT 
AAAACAGGGA AGAAGACTTT GCAAGTGGTA GTCTATGAAG AAGAGGAAGA GGATGGCACC 
CTGAAACAGC ACAAAGAAGC CAAGCGCTTC GAAATCGCTA GGTCTCAACC TGAAGACACC 
CCTGAAAACA CAGTGAGGAG GCAAGAGCAG CCCAGCATCG AGAGTACATC TCCGATTTCA 
AGAACTGATG AAATTAGAAA AAACACCTAC AGAACATTGG ATAGCCTGGA GCAGACCATT 
AAACAGCTCG AAAATACAAT CAGTGAAATG AGTCCCAAAG CCCTAGTTGA TACCTCATGT 
TCTTCCAACA GAGATTCTGT TGCAAGTTCA TCCCACATAG CCCAAGAGGC CTCTCCCCGA 
CCCTTGCTAG TTCCGGATGA AGGTCCCACT GCCCTAGAGC CCCCTACGTC GATACCTTCA 
GCTTCACGTA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

RefSeq	XP_011517857.2
CDS	237..6209
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519555.3
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X2, mRNA.

Target ORF information:

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

XM_011519555.3

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGCATT CCAGAAGTGT TCCTTTATGG ATGTAAATTC AAACAGTCAT 
GCTGAGCCAT CCCGGGCTGA CAGTCACGTT AAAGACACTA GGTCGGGCGC CACAGTGCCA 
CCCAAGGAGA AGAAGAATTT GGAATTTTTC CATGAAGATG TACGGAAATC TGATGTTGAA 
TATGAAAATG GCCCCCAAAT GGAATTCCAA AAGGTTACCA CAGGGGCTGT AAGACCTAGT 
GACCCTCCTA AGTGGGAAAG AGGAATGGAG AATAGTATTT CTGATGCATC AAGAACATCA 
GAATATAAAA CTGAGATCAT AATGAAGGAA AATTCCATAT CCAATATGAG TTTACTCAGA 
GACAGTAGAA ACTATTCCCA GGAAACTGTG CCTAAGGCCA GTTTCGGTTT CTCTGGCATT 
AGTCCATTAG AAGATGAAAT AAACAAAGGG TCTAAAATCT CAGGCCTGCA ATACTCTATA 
CCTGACACCG AGAACCAGAC GCTGAATTAC GGAAAGACAA AGGAGATGGA AAAGCAAAAT 
ACGGATAAGT GTCACGTTTC CTCTCACACT AGACTAACAG AATCAAGCGT GCATGATTTT 
AAAACAGAAG ATCAAGAGGT TATCACGACA GATTTTGGCC AAGTTGTTCT AAGACCCAAG 
GAGGCAAGGC ATGCTAACGT GAACCCTAAT GAGGATGGAG AATCAAGTTC AAGTTCTCCC 
ACTGAAGAAA ATGCAGCCAC TGACAATATT GCCTTCATGA TTACCGAAAC CACTGTCCAG 
GTTCTTTCCA GTGGGGAGGT GCATGATATT GTTAGCCAAA AGGGAGAAGA CATACAGACG 
GTTAATATCG ATGCCAGAAA AGAGATGACC CCCCGACAAG AAGGGACTGA CAATGAGGAT 
CCAGTCGTGT GCCTGGACAA GAAACCAGTG ATCATCATTT TCGATGAGCC CATGGACATC 
CGGTCTGCCT ATAAGAGACT TTCAACTATC TTTGAGGAAT GTGATGAGGA ATTAGAGAGA 
ATGATGATGG AGGAAAAGAT AGAGGAGGAG GAAGAGGAGG AAAATGGGGA TTCTGTAGTC 
CAGAATAATA ACACTTCCCA GATGTCTCAT AAGAAGGTGG CCCCAGGCAA TCTTAGAACC 
GGACAACAGG TGGAAACAAA GTCACAGCCA CACTCCCTGG CCACAGAGAC CAGAAACCCA 
GGAGGACAGG AAATGAACAG AACGGAGCTG AACAAGTTCA GCCACGTGGA TTCTCCAAAT 
TCGGAATGCA AGGGTGAGGA CGCGACCGAT GACCAGTTTG AAAGCCCCAA GAAAAAGTTT 
AAATTCAAAT TCCCTAAGAA GCAACTCGCC GCTCTCACTC AAGCCATTCG CACCGGAACT 
AAAACAGGGA AGAAGACTTT GCAAGTGGTA GTCTATGAAG AAGAGGAAGA GGATGGCACC 
CTGAAACAGC ACAAAGAAGC CAAGCGCTTC GAAATCGCTA GGTCTCAACC TGAAGACACC 
CCTGAAAACA CAGTGAGGAG GCAAGAGCAG CCCAGCATCG AGAGTACATC TCCGATTTCA 
AGAACTGATG AAATTAGAAA AAACACCTAC AGAACATTGG ATAGCCTGGA GCAGACCATT 
AAACAGCTCG AAAATACAAT CAGTGAAATG AGTCCCAAAG CCCTAGTTGA TACCTCATGT 
TCTTCCAACA GAGATTCTGT TGCAAGTTCA TCCCACATAG CCCAAGAGGC CTCTCCCCGA 
CCCTTGCTAG TTCCGGATGA AGGTCCCACT GCCCTAGAGC CCCCTACGTC GATACCTTCA 
GCTTCACGTA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

KIAA1217 ( XM_011519555.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517857.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X2, mRNA.

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CloneID	OHu91522
Clone ID Related Accession (Same CDS sequence)	XM_011519555.3 , XM_011519555.2
Accession Version	XM_011519555.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5973bp) 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	sickle tail protein homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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_011519555.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGCATT CCAGAAGTGT TCCTTTATGG ATGTAAATTC AAACAGTCAT 
GCTGAGCCAT CCCGGGCTGA CAGTCACGTT AAAGACACTA GGTCGGGCGC CACAGTGCCA 
CCCAAGGAGA AGAAGAATTT GGAATTTTTC CATGAAGATG TACGGAAATC TGATGTTGAA 
TATGAAAATG GCCCCCAAAT GGAATTCCAA AAGGTTACCA CAGGGGCTGT AAGACCTAGT 
GACCCTCCTA AGTGGGAAAG AGGAATGGAG AATAGTATTT CTGATGCATC AAGAACATCA 
GAATATAAAA CTGAGATCAT AATGAAGGAA AATTCCATAT CCAATATGAG TTTACTCAGA 
GACAGTAGAA ACTATTCCCA GGAAACTGTG CCTAAGGCCA GTTTCGGTTT CTCTGGCATT 
AGTCCATTAG AAGATGAAAT AAACAAAGGG TCTAAAATCT CAGGCCTGCA ATACTCTATA 
CCTGACACCG AGAACCAGAC GCTGAATTAC GGAAAGACAA AGGAGATGGA AAAGCAAAAT 
ACGGATAAGT GTCACGTTTC CTCTCACACT AGACTAACAG AATCAAGCGT GCATGATTTT 
AAAACAGAAG ATCAAGAGGT TATCACGACA GATTTTGGCC AAGTTGTTCT AAGACCCAAG 
GAGGCAAGGC ATGCTAACGT GAACCCTAAT GAGGATGGAG AATCAAGTTC AAGTTCTCCC 
ACTGAAGAAA ATGCAGCCAC TGACAATATT GCCTTCATGA TTACCGAAAC CACTGTCCAG 
GTTCTTTCCA GTGGGGAGGT GCATGATATT GTTAGCCAAA AGGGAGAAGA CATACAGACG 
GTTAATATCG ATGCCAGAAA AGAGATGACC CCCCGACAAG AAGGGACTGA CAATGAGGAT 
CCAGTCGTGT GCCTGGACAA GAAACCAGTG ATCATCATTT TCGATGAGCC CATGGACATC 
CGGTCTGCCT ATAAGAGACT TTCAACTATC TTTGAGGAAT GTGATGAGGA ATTAGAGAGA 
ATGATGATGG AGGAAAAGAT AGAGGAGGAG GAAGAGGAGG AAAATGGGGA TTCTGTAGTC 
CAGAATAATA ACACTTCCCA GATGTCTCAT AAGAAGGTGG CCCCAGGCAA TCTTAGAACC 
GGACAACAGG TGGAAACAAA GTCACAGCCA CACTCCCTGG CCACAGAGAC CAGAAACCCA 
GGAGGACAGG AAATGAACAG AACGGAGCTG AACAAGTTCA GCCACGTGGA TTCTCCAAAT 
TCGGAATGCA AGGGTGAGGA CGCGACCGAT GACCAGTTTG AAAGCCCCAA GAAAAAGTTT 
AAATTCAAAT TCCCTAAGAA GCAACTCGCC GCTCTCACTC AAGCCATTCG CACCGGAACT 
AAAACAGGGA AGAAGACTTT GCAAGTGGTA GTCTATGAAG AAGAGGAAGA GGATGGCACC 
CTGAAACAGC ACAAAGAAGC CAAGCGCTTC GAAATCGCTA GGTCTCAACC TGAAGACACC 
CCTGAAAACA CAGTGAGGAG GCAAGAGCAG CCCAGCATCG AGAGTACATC TCCGATTTCA 
AGAACTGATG AAATTAGAAA AAACACCTAC AGAACATTGG ATAGCCTGGA GCAGACCATT 
AAACAGCTCG AAAATACAAT CAGTGAAATG AGTCCCAAAG CCCTAGTTGA TACCTCATGT 
TCTTCCAACA GAGATTCTGT TGCAAGTTCA TCCCACATAG CCCAAGAGGC CTCTCCCCGA 
CCCTTGCTAG TTCCGGATGA AGGTCCCACT GCCCTAGAGC CCCCTACGTC GATACCTTCA 
GCTTCACGTA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

RefSeq	XP_011517857.2
CDS	236..6208
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519555.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X2, mRNA.

Target ORF information:

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

XM_011519555.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGCATT CCAGAAGTGT TCCTTTATGG ATGTAAATTC AAACAGTCAT 
GCTGAGCCAT CCCGGGCTGA CAGTCACGTT AAAGACACTA GGTCGGGCGC CACAGTGCCA 
CCCAAGGAGA AGAAGAATTT GGAATTTTTC CATGAAGATG TACGGAAATC TGATGTTGAA 
TATGAAAATG GCCCCCAAAT GGAATTCCAA AAGGTTACCA CAGGGGCTGT AAGACCTAGT 
GACCCTCCTA AGTGGGAAAG AGGAATGGAG AATAGTATTT CTGATGCATC AAGAACATCA 
GAATATAAAA CTGAGATCAT AATGAAGGAA AATTCCATAT CCAATATGAG TTTACTCAGA 
GACAGTAGAA ACTATTCCCA GGAAACTGTG CCTAAGGCCA GTTTCGGTTT CTCTGGCATT 
AGTCCATTAG AAGATGAAAT AAACAAAGGG TCTAAAATCT CAGGCCTGCA ATACTCTATA 
CCTGACACCG AGAACCAGAC GCTGAATTAC GGAAAGACAA AGGAGATGGA AAAGCAAAAT 
ACGGATAAGT GTCACGTTTC CTCTCACACT AGACTAACAG AATCAAGCGT GCATGATTTT 
AAAACAGAAG ATCAAGAGGT TATCACGACA GATTTTGGCC AAGTTGTTCT AAGACCCAAG 
GAGGCAAGGC ATGCTAACGT GAACCCTAAT GAGGATGGAG AATCAAGTTC AAGTTCTCCC 
ACTGAAGAAA ATGCAGCCAC TGACAATATT GCCTTCATGA TTACCGAAAC CACTGTCCAG 
GTTCTTTCCA GTGGGGAGGT GCATGATATT GTTAGCCAAA AGGGAGAAGA CATACAGACG 
GTTAATATCG ATGCCAGAAA AGAGATGACC CCCCGACAAG AAGGGACTGA CAATGAGGAT 
CCAGTCGTGT GCCTGGACAA GAAACCAGTG ATCATCATTT TCGATGAGCC CATGGACATC 
CGGTCTGCCT ATAAGAGACT TTCAACTATC TTTGAGGAAT GTGATGAGGA ATTAGAGAGA 
ATGATGATGG AGGAAAAGAT AGAGGAGGAG GAAGAGGAGG AAAATGGGGA TTCTGTAGTC 
CAGAATAATA ACACTTCCCA GATGTCTCAT AAGAAGGTGG CCCCAGGCAA TCTTAGAACC 
GGACAACAGG TGGAAACAAA GTCACAGCCA CACTCCCTGG CCACAGAGAC CAGAAACCCA 
GGAGGACAGG AAATGAACAG AACGGAGCTG AACAAGTTCA GCCACGTGGA TTCTCCAAAT 
TCGGAATGCA AGGGTGAGGA CGCGACCGAT GACCAGTTTG AAAGCCCCAA GAAAAAGTTT 
AAATTCAAAT TCCCTAAGAA GCAACTCGCC GCTCTCACTC AAGCCATTCG CACCGGAACT 
AAAACAGGGA AGAAGACTTT GCAAGTGGTA GTCTATGAAG AAGAGGAAGA GGATGGCACC 
CTGAAACAGC ACAAAGAAGC CAAGCGCTTC GAAATCGCTA GGTCTCAACC TGAAGACACC 
CCTGAAAACA CAGTGAGGAG GCAAGAGCAG CCCAGCATCG AGAGTACATC TCCGATTTCA 
AGAACTGATG AAATTAGAAA AAACACCTAC AGAACATTGG ATAGCCTGGA GCAGACCATT 
AAACAGCTCG AAAATACAAT CAGTGAAATG AGTCCCAAAG CCCTAGTTGA TACCTCATGT 
TCTTCCAACA GAGATTCTGT TGCAAGTTCA TCCCACATAG CCCAAGAGGC CTCTCCCCGA 
CCCTTGCTAG TTCCGGATGA AGGTCCCACT GCCCTAGAGC CCCCTACGTC GATACCTTCA 
GCTTCACGTA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

KIAA1217 ( XM_011519558.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517860.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X3, mRNA.

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CloneID	OHu91523
Clone ID Related Accession (Same CDS sequence)	XM_011519558.2
Accession Version	XM_011519558.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5934bp) 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	sickle tail protein homolog isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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_011519558.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGAATT TGGAATTTTT CCATGAAGAT 
GTACGGAAAT CTGATGTTGA ATATGAAAAT GGCCCCCAAA TGGAATTCCA AAAGGTTACC 
ACAGGGGCTG TAAGACCTAG TGACCCTCCT AAGTGGGAAA GAGGAATGGA GAATAGTATT 
TCTGATGCAT CAAGAACATC AGAATATAAA ACTGAGATCA TAATGAAGGA AAATTCCATA 
TCCAATATGA GTTTACTCAG AGACAGTAGA AACTATTCCC AGGAAACTGT GCCTAAGGCC 
AGTTTCGGTT TCTCTGGCAT TAGTCCATTA GAAGATGAAA TAAACAAAGG GTCTAAAATC 
TCAGGCCTGC AATACTCTAT ACCTGACACC GAGAACCAGA CGCTGAATTA CGGAAAGACA 
AAGGAGATGG AAAAGCAAAA TACGGATAAG TGTCACGTTT CCTCTCACAC TAGACTAACA 
GAATCAAGCG TGCATGATTT TAAAACAGAA GATCAAGAGG TTATCACGAC AGATTTTGGC 
CAAGTTGTTC TAAGACCCAA GGAGGCAAGG CATGCTAACG TGAACCCTAA TGAGGATGGA 
GAATCAAGTT CAAGTTCTCC CACTGAAGAA AATGCAGCCA CTGACAATAT TGCCTTCATG 
ATTACCGAAA CCACTGTCCA GGTTCTTTCC AGTGGGGAGG TGCATGATAT TGTTAGCCAA 
AAGGGAGAAG ACATACAGAC GGTTAATATC GATGCCAGAA AAGAGATGAC CCCCCGACAA 
GAAGGGACTG ACAATGAGGA TCCAGTCGTG TGCCTGGACA AGAAACCAGT GATCATCATT 
TTCGATGAGC CCATGGACAT CCGGTCTGCC TATAAGAGAC TTTCAACTAT CTTTGAGGAA 
TGTGATGAGG AATTAGAGAG AATGATGATG GAGGAAAAGA TAGAGGAGGA GGAAGAGGAG 
GAAAATGGGG ATTCTGTAGT CCAGAATAAT AACACTTCCC AGATGTCTCA TAAGAAGGTG 
GCCCCAGGCA ATCTTAGAAC CGGACAACAG GTGGAAACAA AGTCACAGCC ACACTCCCTG 
GCCACAGAGA CCAGAAACCC AGGAGGACAG GAAATGAACA GAACGGAGCT GAACAAGTTC 
AGCCACGTGG ATTCTCCAAA TTCGGAATGC AAGGGTGAGG ACGCGACCGA TGACCAGTTT 
GAAAGCCCCA AGAAAAAGTT TAAATTCAAA TTCCCTAAGA AGCAACTCGC CGCTCTCACT 
CAAGCCATTC GCACCGGAAC TAAAACAGGG AAGAAGACTT TGCAAGTGGT AGTCTATGAA 
GAAGAGGAAG AGGATGGCAC CCTGAAACAG CACAAAGAAG CCAAGCGCTT CGAAATCGCT 
AGGTCTCAAC CTGAAGACAC CCCTGAAAAC ACAGTGAGGA GGCAAGAGCA GCCCAGCATC 
GAGAGTACAT CTCCGATTTC AAGAACTGAT GAAATTAGAA AAAACACCTA CAGAACATTG 
GATAGCCTGG AGCAGACCAT TAAACAGCTC GAAAATACAA TCAGTGAAAT GAGTCCCAAA 
GCCCTAGTTG ATACCTCATG TTCTTCCAAC AGAGATTCTG TTGCAAGTTC ATCCCACATA 
GCCCAAGAGG CCTCTCCCCG ACCCTTGCTA GTTCCGGATG AAGGTCCCAC TGCCCTAGAG 
CCCCCTACGT CGATACCTTC AGCTTCACGT AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

RefSeq	XP_011517860.2
CDS	239..6172
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519558.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X3, mRNA.

Target ORF information:

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

XM_011519558.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGAATT TGGAATTTTT CCATGAAGAT 
GTACGGAAAT CTGATGTTGA ATATGAAAAT GGCCCCCAAA TGGAATTCCA AAAGGTTACC 
ACAGGGGCTG TAAGACCTAG TGACCCTCCT AAGTGGGAAA GAGGAATGGA GAATAGTATT 
TCTGATGCAT CAAGAACATC AGAATATAAA ACTGAGATCA TAATGAAGGA AAATTCCATA 
TCCAATATGA GTTTACTCAG AGACAGTAGA AACTATTCCC AGGAAACTGT GCCTAAGGCC 
AGTTTCGGTT TCTCTGGCAT TAGTCCATTA GAAGATGAAA TAAACAAAGG GTCTAAAATC 
TCAGGCCTGC AATACTCTAT ACCTGACACC GAGAACCAGA CGCTGAATTA CGGAAAGACA 
AAGGAGATGG AAAAGCAAAA TACGGATAAG TGTCACGTTT CCTCTCACAC TAGACTAACA 
GAATCAAGCG TGCATGATTT TAAAACAGAA GATCAAGAGG TTATCACGAC AGATTTTGGC 
CAAGTTGTTC TAAGACCCAA GGAGGCAAGG CATGCTAACG TGAACCCTAA TGAGGATGGA 
GAATCAAGTT CAAGTTCTCC CACTGAAGAA AATGCAGCCA CTGACAATAT TGCCTTCATG 
ATTACCGAAA CCACTGTCCA GGTTCTTTCC AGTGGGGAGG TGCATGATAT TGTTAGCCAA 
AAGGGAGAAG ACATACAGAC GGTTAATATC GATGCCAGAA AAGAGATGAC CCCCCGACAA 
GAAGGGACTG ACAATGAGGA TCCAGTCGTG TGCCTGGACA AGAAACCAGT GATCATCATT 
TTCGATGAGC CCATGGACAT CCGGTCTGCC TATAAGAGAC TTTCAACTAT CTTTGAGGAA 
TGTGATGAGG AATTAGAGAG AATGATGATG GAGGAAAAGA TAGAGGAGGA GGAAGAGGAG 
GAAAATGGGG ATTCTGTAGT CCAGAATAAT AACACTTCCC AGATGTCTCA TAAGAAGGTG 
GCCCCAGGCA ATCTTAGAAC CGGACAACAG GTGGAAACAA AGTCACAGCC ACACTCCCTG 
GCCACAGAGA CCAGAAACCC AGGAGGACAG GAAATGAACA GAACGGAGCT GAACAAGTTC 
AGCCACGTGG ATTCTCCAAA TTCGGAATGC AAGGGTGAGG ACGCGACCGA TGACCAGTTT 
GAAAGCCCCA AGAAAAAGTT TAAATTCAAA TTCCCTAAGA AGCAACTCGC CGCTCTCACT 
CAAGCCATTC GCACCGGAAC TAAAACAGGG AAGAAGACTT TGCAAGTGGT AGTCTATGAA 
GAAGAGGAAG AGGATGGCAC CCTGAAACAG CACAAAGAAG CCAAGCGCTT CGAAATCGCT 
AGGTCTCAAC CTGAAGACAC CCCTGAAAAC ACAGTGAGGA GGCAAGAGCA GCCCAGCATC 
GAGAGTACAT CTCCGATTTC AAGAACTGAT GAAATTAGAA AAAACACCTA CAGAACATTG 
GATAGCCTGG AGCAGACCAT TAAACAGCTC GAAAATACAA TCAGTGAAAT GAGTCCCAAA 
GCCCTAGTTG ATACCTCATG TTCTTCCAAC AGAGATTCTG TTGCAAGTTC ATCCCACATA 
GCCCAAGAGG CCTCTCCCCG ACCCTTGCTA GTTCCGGATG AAGGTCCCAC TGCCCTAGAG 
CCCCCTACGT CGATACCTTC AGCTTCACGT AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

KIAA1217 ( XM_017016416.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871905.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X4, mRNA.

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CloneID	OHu91524
Clone ID Related Accession (Same CDS sequence)	XM_017016416.1
Accession Version	XM_017016416.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5913bp) 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	sickle tail protein homolog isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGGCTTTG 
AAGGGCATGC TGATCTCTCT TCAGGCAGAA CTTGACATTC AAAGGTACTT GATGAAAATT 
GAATCGTCTC AGCGAACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGCATT CCAGAAGTGT TCCTTTATGG ATGTAAATTC AAACAGTCAT 
GCTGAGCCAT CCCGGGCTGA CAGTCACGTT AAAGACACTA GGTCGGGCGC CACAGTGCCA 
CCCAAGGAGA AGAAGAATTT GGAATTTTTC CATGAAGATG TACGGAAATC TGATGTTGAA 
TATGAAAATG GCCCCCAAAT GGAATTCCAA AAGGTTACCA CAGGGGCTGT AAGACCTAGT 
GACCCTCCTA AGTGGGAAAG AGGAATGGAG AATAGTATTT CTGATGCATC AAGAACATCA 
GAATATAAAA CTGAGATCAT AATGAAGGAA AATTCCATAT CCAATATGAG TTTACTCAGA 
GACAGTAGAA ACTATTCCCA GGAAACTGTG CCTAAGGCCA GTTTCGGTTT CTCTGGCATT 
AGTCCATTAG AAGATGAAAT AAACAAAGGG TCTAAAATCT CAGGCCTGCA ATACTCTATA 
CCTGACACCG AGAACCAGAC GCTGAATTAC GGAAAGACAA AGGAGATGGA AAAGCAAAAT 
ACGGATAAGT GTCACGTTTC CTCTCACACT AGACTAACAG AATCAAGCGT GCATGATTTT 
AAAACAGAAG ATCAAGAGGT TATCACGACA GATTTTGGCC AAGTTGTTCT AAGACCCAAG 
GAGGCAAGGC ATGCTAACGT GAACCCTAAT GAGGATGGAG AATCAAGTTC AAGTTCTCCC 
ACTGAAGAAA ATGCAGCCAC TGACAATATT GCCTTCATGA TTACCGAAAC CACTGTCCAG 
GTTCTTTCCA GTGGGGAGGT GCATGATATT GTTAGCCAAA AGGGAGAAGA CATACAGACG 
GTTAATATCG ATGCCAGAAA AGAGATGACC CCCCGACAAG AAGGGACTGA CAATGAGGAT 
CCAGTCGTGT GCCTGGACAA GAAACCAGTG ATCATCATTT TCGATGAGCC CATGGACATC 
CGGTCTGCCT ATAAGAGACT TTCAACTATC TTTGAGGAAT GTGATGAGGA ATTAGAGAGA 
ATGATGATGG AGGAAAAGAT AGAGGAGGAG GAAGAGGAGG AAAATGGGGA TTCTGTAGTC 
CAGAATAATA ACACTTCCCA GATGTCTCAT AAGAAGGTGG CCCCAGGCAA TCTTAGAACC 
GGACAACAGG TGGAAACAAA GTCACAGCCA CACTCCCTGG CCACAGAGAC CAGAAACCCA 
GGAGGACAGG AAATGAACAG AACGGAGCTG AACAAGTTCA GCCACGTGGA TTCTCCAAAT 
TCGGAATGCA AGGGTGAGGA CGCGACCGAT GACCAGTTTG AAAGCCCCAA GAAAAAGTTT 
AAATTCAAAT TCCCTAAGAA GCAACTCGCC GCTCTCACTC AAGCCATTCG CACCGGAACT 
AAAACAGGGA AGAAGACTTT GCAAGTGGTA GTCTATGAAG AAGAGGAAGA GGATGGCACC 
CTGAAACAGC ACAAAGAAGC CAAGCGCTTC GAAATCGCTA GGTCTCAACC TGAAGACACC 
CCTGAAAACA CAGTGAGGAG GCAAGAGCAG CCCAGCATCG AGAGTACATC TCCGATTTCA 
AGAACTGATG AAATTAGAAA AAACACCTAC AGAACATTGG ATAGCCTGGA GCAGACCATT 
AAACAGCTCG AAAATACAAT CAGTGAAATG AGTCCCAAAG CCCTAGTTGA TACCTCATGT 
TCTTCCAACA GAGATTCTGT TGCAAGTTCA TCCCACATAG CCCAAGAGGC CTCTCCCCGA 
CCCTTGCTAG TTCCGGATGA AGGTCCCACT GCCCTAGAGC CCCCTACGTC GATACCTTCA 
GCTTCACGTA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

RefSeq	XP_016871905.1
CDS	404..6316
Translation	MEENESQKCEPCLPYSADRRQMQEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016416.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X4, mRNA.

Target ORF information:

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

XM_017016416.1

ORF Insert Sequence:

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGGCTTTG 
AAGGGCATGC TGATCTCTCT TCAGGCAGAA CTTGACATTC AAAGGTACTT GATGAAAATT 
GAATCGTCTC AGCGAACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG AGAGAGGATG CAAGCCATGG AGAAACAGAT TGCCAGTTTA 
ACTGGCCTTG TTCAGTCTGC GCTTTTTAAA GGGCCCATTA CAAGTTATAG CAAAGATGCG 
TCTAGCGAGA AAATGATGAA AACCACAGCC AACAGGAACC ACACAGATAG TGCAGGAACG 
CCCCATGTGT CTGGTGGGAA GATGCTCAGT GCTCTGGAGT CCACGGTGCC TCCCAGCCAG 
CCTCCACCTG TGGGCACCTC AGCCATCCAC ATGAGCCTGC TTGAGATGAG GCGGAGCGTG 
GCGGAACTCA GGCTCCAGCT CCAGCAGATG CGGCAGCTCC AGCTGCAGAA CCAGGAGTTG 
CTGAGGGCAA TGATGAAGAA GGCCGAGCTG GAAATCAGTG GCAAAGTGAT GGAAACAATG 
AAGAGACTGG AGGATCCCGT GCAGCGACAG CGCGTCCTAG TGGAGCAAGA GAGACAAAAA 
TATCTTCATG AGGAAGAGAA GATCGTCAAG AAGTTGTGCG AGTTGGAAGA CTTTGTTGAA 
GACTTGAAGA AGGACTCCAC GGCAGCCAGC CGATTGGTTA CTCTGAAAGA CGTGGAAGAC 
GGGGCTTTCC TCCTGCGTCA AGTGGGAGAG GCTGTAGCTA CCCTGAAAGG AGAATTTCCA 
ACCTTACAAA ACAAGATGCG AGCCATCCTG CGCATAGAAG TGGAGGCCGT GCGGTTTCTG 
AAGGAGGAGC CACACAAGCT GGACAGTCTC CTGAAGCGTG TGCGCAGCAT GACAGACGTC 
CTGACCATGC TGCGGAGACA TGTCACTGAT GGGCTCCTGA AAGGCACGGA CGCAGCCCAA 
GCCGCACAGT ACATGGCTAT GGAAAAGGCC ACAGCCGCAG AAGTCCTGAA GAGTCAGGAG 
GAGGCAGCCC ACACCTCCGG CCAGCCCTTC CACAGCACAG GTGCCCCTGG CGATGCGAAG 
TCGGAAGTGG TGCCTTTGTC CGGCATGATG GTTCGCCACG CGCAGAGCTC CCCTGTGGTC 
ATCCAGCCCT CCCAGCACTC CGTGGCCCTG CTGAACCCTG CTCAGAACTT GCCTCACGTG 
GCCAGCTCCC CAGCCGTCCC CCAGGAAGCA ACCTCCACTC TGCAGATGTC GCAGGCTCCG 
CAGTCCCCAC AGATACCCAT GAATGGGTCT GCCATGCAGA GCTTGTTCAT TGAAGAAATC 
CACAGTGTGA GTGCCAAGAA CAGGGCAGTG TCTATCGAGA AAGCAGAAAA GAAATGGGAG 
GAAAAAAGGC AAAATCTGGA TCACTATAAT GGGAAAGAGT TTGAGAAGCT CCTAGAAGAA 
GCTCAGGCCA ATATCATGAA GTCAATACCA AATCTGGAGA TGCCGCCAGC CACAGGCCCA 
CTGCCAAGGG GAGATGCCCC AGTGGACAAG GTGGAACTTT CAGAAGATTC TCCAAATTCG 
GAACAGGACT TGGAAAAGCT GGGGGGAAAG TCGCCCCCTC CTCCTCCGCC ACCTCCTCGT 
CGAAGCTACC TGCCAGGATC GGGACTCACC ACCACGAGGT CAGGCGATGT GGTCTACACC 
GGCAGAAAGG AGAACATCAC CGCTAAGGCA AGCAGTGAAG ATGCTGGACC AAGCCCACAG 
ACCAGAGCTA CAAAATATCC AGCAGAGGAG CCTGCTTCAG CCTGGACCCC ATCCCCACCG 
CCTGTCACCA CCTCCTCCTC AAAGGATGAG GAGGAAGAAG AAGAAGAAGG AGACAAAATA 
ATGGCAGAAC TCCAGGCATT CCAGAAGTGT TCCTTTATGG ATGTAAATTC AAACAGTCAT 
GCTGAGCCAT CCCGGGCTGA CAGTCACGTT AAAGACACTA GGTCGGGCGC CACAGTGCCA 
CCCAAGGAGA AGAAGAATTT GGAATTTTTC CATGAAGATG TACGGAAATC TGATGTTGAA 
TATGAAAATG GCCCCCAAAT GGAATTCCAA AAGGTTACCA CAGGGGCTGT AAGACCTAGT 
GACCCTCCTA AGTGGGAAAG AGGAATGGAG AATAGTATTT CTGATGCATC AAGAACATCA 
GAATATAAAA CTGAGATCAT AATGAAGGAA AATTCCATAT CCAATATGAG TTTACTCAGA 
GACAGTAGAA ACTATTCCCA GGAAACTGTG CCTAAGGCCA GTTTCGGTTT CTCTGGCATT 
AGTCCATTAG AAGATGAAAT AAACAAAGGG TCTAAAATCT CAGGCCTGCA ATACTCTATA 
CCTGACACCG AGAACCAGAC GCTGAATTAC GGAAAGACAA AGGAGATGGA AAAGCAAAAT 
ACGGATAAGT GTCACGTTTC CTCTCACACT AGACTAACAG AATCAAGCGT GCATGATTTT 
AAAACAGAAG ATCAAGAGGT TATCACGACA GATTTTGGCC AAGTTGTTCT AAGACCCAAG 
GAGGCAAGGC ATGCTAACGT GAACCCTAAT GAGGATGGAG AATCAAGTTC AAGTTCTCCC 
ACTGAAGAAA ATGCAGCCAC TGACAATATT GCCTTCATGA TTACCGAAAC CACTGTCCAG 
GTTCTTTCCA GTGGGGAGGT GCATGATATT GTTAGCCAAA AGGGAGAAGA CATACAGACG 
GTTAATATCG ATGCCAGAAA AGAGATGACC CCCCGACAAG AAGGGACTGA CAATGAGGAT 
CCAGTCGTGT GCCTGGACAA GAAACCAGTG ATCATCATTT TCGATGAGCC CATGGACATC 
CGGTCTGCCT ATAAGAGACT TTCAACTATC TTTGAGGAAT GTGATGAGGA ATTAGAGAGA 
ATGATGATGG AGGAAAAGAT AGAGGAGGAG GAAGAGGAGG AAAATGGGGA TTCTGTAGTC 
CAGAATAATA ACACTTCCCA GATGTCTCAT AAGAAGGTGG CCCCAGGCAA TCTTAGAACC 
GGACAACAGG TGGAAACAAA GTCACAGCCA CACTCCCTGG CCACAGAGAC CAGAAACCCA 
GGAGGACAGG AAATGAACAG AACGGAGCTG AACAAGTTCA GCCACGTGGA TTCTCCAAAT 
TCGGAATGCA AGGGTGAGGA CGCGACCGAT GACCAGTTTG AAAGCCCCAA GAAAAAGTTT 
AAATTCAAAT TCCCTAAGAA GCAACTCGCC GCTCTCACTC AAGCCATTCG CACCGGAACT 
AAAACAGGGA AGAAGACTTT GCAAGTGGTA GTCTATGAAG AAGAGGAAGA GGATGGCACC 
CTGAAACAGC ACAAAGAAGC CAAGCGCTTC GAAATCGCTA GGTCTCAACC TGAAGACACC 
CCTGAAAACA CAGTGAGGAG GCAAGAGCAG CCCAGCATCG AGAGTACATC TCCGATTTCA 
AGAACTGATG AAATTAGAAA AAACACCTAC AGAACATTGG ATAGCCTGGA GCAGACCATT 
AAACAGCTCG AAAATACAAT CAGTGAAATG AGTCCCAAAG CCCTAGTTGA TACCTCATGT 
TCTTCCAACA GAGATTCTGT TGCAAGTTCA TCCCACATAG CCCAAGAGGC CTCTCCCCGA 
CCCTTGCTAG TTCCGGATGA AGGTCCCACT GCCCTAGAGC CCCCTACGTC GATACCTTCA 
GCTTCACGTA AGGGCTCCAG CGGGGCCCCA CAGACGAGCA GGATGCCTGT CCCCATGAGT 
GCCAAGAACA GACCCGGAAC CCTGGACAAA CCCGGCAAGC AGTCCAAACT GCAGGATCCC 
CGCCAATATC GTCAGGCTAA TGGAAGTGCT AAGAAATCTG GTGGGGACTT TAAGCCTACT 
TCCCCCTCCT TACCTGCTTC TAAGATTCCA GCCCTTTCTC CCAGCTCTGG GAAAAGCAGT 
TCTCTGCCCT CTTCTAGTGG TGACAGCTCT AACCTCCCTA ATCCACCTGC TACTAAACCA 
TCGATTGCTT CTAACCCTCT CAGCCCCCAA ACAGGACCAC CTGCTCACTC TGCCTCCCTC 
ATCCCTTCTG TCTCTAATGG CTCTTTGAAG TTTCAGAGCC TCACTCATAC AGGTAAAGGT 
CACCATCTTT CATTCTCACC GCAGAGTCAA AATGGCCGAG CACCCCCTCC TTTGTCATTT 
TCCTCCTCCC CTCCTTCTCC TGCCTCCTCC GTCTCACTGA ATCAAGGTGC CAAGGGCACC 
AGGACCATCC ATACTCCCAG CCTCACCAGC TACAAGGCAC AGAATGGAAG TTCAAGCAAA 
GCCACCCCAT CCACAGCAAA AGAAACCTCT TAA

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

KIAA1217 ( XM_011519559.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517861.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X5, mRNA.

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CloneID	OHu91525
Clone ID Related Accession (Same CDS sequence)	XM_011519559.2
Accession Version	XM_011519559.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5868bp) 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	sickle tail protein homolog isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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_011519559.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG CGAGAAAATG ATGAAAACCA CAGCCAACAG GAACCACACA 
GATAGTGCAG GAACGCCCCA TGTGTCTGGT GGGAAGATGC TCAGTGCTCT GGAGTCCACG 
GTGCCTCCCA GCCAGCCTCC ACCTGTGGGC ACCTCAGCCA TCCACATGAG CCTGCTTGAG 
ATGAGGCGGA GCGTGGCGGA ACTCAGGCTC CAGCTCCAGC AGATGCGGCA GCTCCAGCTG 
CAGAACCAGG AGTTGCTGAG GGCAATGATG AAGAAGGCCG AGCTGGAAAT CAGTGGCAAA 
GTGATGGAAA CAATGAAGAG ACTGGAGGAT CCCGTGCAGC GACAGCGCGT CCTAGTGGAG 
CAAGAGAGAC AAAAATATCT TCATGAGGAA GAGAAGATCG TCAAGAAGTT GTGCGAGTTG 
GAAGACTTTG TTGAAGACTT GAAGAAGGAC TCCACGGCAG CCAGCCGATT GGTTACTCTG 
AAAGACGTGG AAGACGGGGC TTTCCTCCTG CGTCAAGTGG GAGAGGCTGT AGCTACCCTG 
AAAGGAGAAT TTCCAACCTT ACAAAACAAG ATGCGAGCCA TCCTGCGCAT AGAAGTGGAG 
GCCGTGCGGT TTCTGAAGGA GGAGCCACAC AAGCTGGACA GTCTCCTGAA GCGTGTGCGC 
AGCATGACAG ACGTCCTGAC CATGCTGCGG AGACATGTCA CTGATGGGCT CCTGAAAGGC 
ACGGACGCAG CCCAAGCCGC ACAGTACATG GCTATGGAAA AGGCCACAGC CGCAGAAGTC 
CTGAAGAGTC AGGAGGAGGC AGCCCACACC TCCGGCCAGC CCTTCCACAG CACAGGTGCC 
CCTGGCGATG CGAAGTCGGA AGTGGTGCCT TTGTCCGGCA TGATGGTTCG CCACGCGCAG 
AGCTCCCCTG TGGTCATCCA GCCCTCCCAG CACTCCGTGG CCCTGCTGAA CCCTGCTCAG 
AACTTGCCTC ACGTGGCCAG CTCCCCAGCC GTCCCCCAGG AAGCAACCTC CACTCTGCAG 
ATGTCGCAGG CTCCGCAGTC CCCACAGATA CCCATGAATG GGTCTGCCAT GCAGAGCTTG 
TTCATTGAAG AAATCCACAG TGTGAGTGCC AAGAACAGGG CAGTGTCTAT CGAGAAAGCA 
GAAAAGAAAT GGGAGGAAAA AAGGCAAAAT CTGGATCACT ATAATGGGAA AGAGTTTGAG 
AAGCTCCTAG AAGAAGCTCA GGCCAATATC ATGAAGTCAA TACCAAATCT GGAGATGCCG 
CCAGCCACAG GCCCACTGCC AAGGGGAGAT GCCCCAGTGG ACAAGGTGGA ACTTTCAGAA 
GATTCTCCAA ATTCGGAACA GGACTTGGAA AAGCTGGGGG GAAAGTCGCC CCCTCCTCCT 
CCGCCACCTC CTCGTCGAAG CTACCTGCCA GGATCGGGAC TCACCACCAC GAGGTCAGGC 
GATGTGGTCT ACACCGGCAG AAAGGAGAAC ATCACCGCTA AGGCAAGCAG TGAAGATGCT 
GGACCAAGCC CACAGACCAG AGCTACAAAA TATCCAGCAG AGGAGCCTGC TTCAGCCTGG 
ACCCCATCCC CACCGCCTGT CACCACCTCC TCCTCAAAGG ATGAGGAGGA AGAAGAAGAA 
GAAGGAGACA AAATAATGGC AGAACTCCAG GCATTCCAGA AGTGTTCCTT TATGGATGTA 
AATTCAAACA GTCATGCTGA GCCATCCCGG GCTGACAGTC ACGTTAAAGA CACTAGGTCG 
GGCGCCACAG TGCCACCCAA GGAGAAGAAG AATTTGGAAT TTTTCCATGA AGATGTACGG 
AAATCTGATG TTGAATATGA AAATGGCCCC CAAATGGAAT TCCAAAAGGT TACCACAGGG 
GCTGTAAGAC CTAGTGACCC TCCTAAGTGG GAAAGAGGAA TGGAGAATAG TATTTCTGAT 
GCATCAAGAA CATCAGAATA TAAAACTGAG ATCATAATGA AGGAAAATTC CATATCCAAT 
ATGAGTTTAC TCAGAGACAG TAGAAACTAT TCCCAGGAAA CTGTGCCTAA GGCCAGTTTC 
GGTTTCTCTG GCATTAGTCC ATTAGAAGAT GAAATAAACA AAGGGTCTAA AATCTCAGGC 
CTGCAATACT CTATACCTGA CACCGAGAAC CAGACGCTGA ATTACGGAAA GACAAAGGAG 
ATGGAAAAGC AAAATACGGA TAAGTGTCAC GTTTCCTCTC ACACTAGACT AACAGAATCA 
AGCGTGCATG ATTTTAAAAC AGAAGATCAA GAGGTTATCA CGACAGATTT TGGCCAAGTT 
GTTCTAAGAC CCAAGGAGGC AAGGCATGCT AACGTGAACC CTAATGAGGA TGGAGAATCA 
AGTTCAAGTT CTCCCACTGA AGAAAATGCA GCCACTGACA ATATTGCCTT CATGATTACC 
GAAACCACTG TCCAGGTTCT TTCCAGTGGG GAGGTGCATG ATATTGTTAG CCAAAAGGGA 
GAAGACATAC AGACGGTTAA TATCGATGCC AGAAAAGAGA TGACCCCCCG ACAAGAAGGG 
ACTGACAATG AGGATCCAGT CGTGTGCCTG GACAAGAAAC CAGTGATCAT CATTTTCGAT 
GAGCCCATGG ACATCCGGTC TGCCTATAAG AGACTTTCAA CTATCTTTGA GGAATGTGAT 
GAGGAATTAG AGAGAATGAT GATGGAGGAA AAGATAGAGG AGGAGGAAGA GGAGGAAAAT 
GGGGATTCTG TAGTCCAGAA TAATAACACT TCCCAGATGT CTCATAAGAA GGTGGCCCCA 
GGCAATCTTA GAACCGGACA ACAGGTGGAA ACAAAGTCAC AGCCACACTC CCTGGCCACA 
GAGACCAGAA ACCCAGGAGG ACAGGAAATG AACAGAACGG AGCTGAACAA GTTCAGCCAC 
GTGGATTCTC CAAATTCGGA ATGCAAGGGT GAGGACGCGA CCGATGACCA GTTTGAAAGC 
CCCAAGAAAA AGTTTAAATT CAAATTCCCT AAGAAGCAAC TCGCCGCTCT CACTCAAGCC 
ATTCGCACCG GAACTAAAAC AGGGAAGAAG ACTTTGCAAG TGGTAGTCTA TGAAGAAGAG 
GAAGAGGATG GCACCCTGAA ACAGCACAAA GAAGCCAAGC GCTTCGAAAT CGCTAGGTCT 
CAACCTGAAG ACACCCCTGA AAACACAGTG AGGAGGCAAG AGCAGCCCAG CATCGAGAGT 
ACATCTCCGA TTTCAAGAAC TGATGAAATT AGAAAAAACA CCTACAGAAC ATTGGATAGC 
CTGGAGCAGA CCATTAAACA GCTCGAAAAT ACAATCAGTG AAATGAGTCC CAAAGCCCTA 
GTTGATACCT CATGTTCTTC CAACAGAGAT TCTGTTGCAA GTTCATCCCA CATAGCCCAA 
GAGGCCTCTC CCCGACCCTT GCTAGTTCCG GATGAAGGTC CCACTGCCCT AGAGCCCCCT 
ACGTCGATAC CTTCAGCTTC ACGTAAGGGC TCCAGCGGGG CCCCACAGAC GAGCAGGATG 
CCTGTCCCCA TGAGTGCCAA GAACAGACCC GGAACCCTGG ACAAACCCGG CAAGCAGTCC 
AAACTGCAGG ATCCCCGCCA ATATCGTCAG GCTAATGGAA GTGCTAAGAA ATCTGGTGGG 
GACTTTAAGC CTACTTCCCC CTCCTTACCT GCTTCTAAGA TTCCAGCCCT TTCTCCCAGC 
TCTGGGAAAA GCAGTTCTCT GCCCTCTTCT AGTGGTGACA GCTCTAACCT CCCTAATCCA 
CCTGCTACTA AACCATCGAT TGCTTCTAAC CCTCTCAGCC CCCAAACAGG ACCACCTGCT 
CACTCTGCCT CCCTCATCCC TTCTGTCTCT AATGGCTCTT TGAAGTTTCA GAGCCTCACT 
CATACAGGTA AAGGTCACCA TCTTTCATTC TCACCGCAGA GTCAAAATGG CCGAGCACCC 
CCTCCTTTGT CATTTTCCTC CTCCCCTCCT TCTCCTGCCT CCTCCGTCTC ACTGAATCAA 
GGTGCCAAGG GCACCAGGAC CATCCATACT CCCAGCCTCA CCAGCTACAA GGCACAGAAT 
GGAAGTTCAA GCAAAGCCAC CCCATCCACA GCAAAAGAAA CCTCTTAA

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

RefSeq	XP_011517861.2
CDS	10..5877
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519559.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X5, mRNA.

Target ORF information:

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

XM_011519559.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGACAAG GAGCCCCAAA CTGTCTCACA GTCCTCAACC ACCCAGTCTG 
GGTGACCCGG TCGAGCATTT ATCAGAGACG TCCGCTGATT CTTTGGAAGC CATGTCTGAG 
GGGGATGCTC CAACCCCTTT TTCCAGAGGC AGCCGGACTC GTGCGAGCCT TCCTGTGGTG 
AGGTCAACCA ACCAGACGAA AGAAAGATCT CTGGGGGTTC TCTATCTCCA GTATGGAGAT 
GAAACCAAGC AGCTCAGGAT GCCGAATGAA ATCACAAGTG CAGACACAAT CCGTGCTCTC 
TTCGTAAGTG CCTTTCCACA GCAGCTCACC ATGAAAATGC TGGAATCGCC CAGTGTCGCC 
ATTTACATCA AAGATGAAAG CAGAAATGTC TATTATGAAT TAAATGATGT AAGGAACATT 
CAAGACAGAT CACTCCTCAA AGTGTACAAC AAGGATCCTG CACATGCGTT TAATCACACA 
CCAAAAACTA TGAATGGAGA CATGAGGATG CAGAGAGAAC TTGTTTATGC AAGAGGAGAT 
GGCCCTGGGG CCCCTCGCCC CGGATCTACT GCTCATCCAC CCCATGCGAT TCCAAATTCC 
CCACCGTCTA CTCCAGTGCC CCATTCCATG CCCCCCTCCC CGTCCAGAAT TCCTTATGGG 
GGCACCCGCT CCATGGTTGT TCCTGGCAAT GCCACCATCC CCAGGGACAG AATCTCCAGC 
CTGCCAGTCT CCAGACCCAT CTCTCCAAGC CCAAGCGCCA TTTTAGAAAG AAGAGATGTC 
AAGCCTGATG AAGACATGAG TGGCAAAAAC ATTGCAATGT ACAGAAATGA GGGTTTCTAT 
GCTGATCCTT ACCTTTATCA CGAGGGACGG ATGAGCATAG CCTCATCCCA TGGTGGACAC 
CCACTGGATG TCCCCGACCA CATCATTGCA TATCACCGCA CCGCCATCCG GTCAGCGAGT 
GCTTATTGTA ACCCCTCAAT GCAAGCGGAA ATGCATATGG AACAATCACT GTACAGACAG 
AAATCAAGGA AATATCCGGA TAGCCATTTG CCTACACTGG GCTCCAAAAC ACCCCCTGCC 
TCTCCTCACA GAGTCAGTGA CCTGAGGATG ATAGACATGC ACGCTCACTA TAATGCCCAC 
GGCCCCCCTC ACACCATGCA GCCAGACCGG GCCTCTCCGA GCCGCCAGGC CTTTAAAAAG 
GAGCCAGGCA CCTTGGTGTA TATAGAAAAG CCACGGAGCG CTGCAGGATT ATCCAGCCTT 
GTAGACCTCG GCCCTCCTCT AATGGAGAAG CAAGTTTTTG CCTACAGCAC GGCGACAATA 
CCCAAAGACA GAGAGACCAG CGAGAAAATG ATGAAAACCA CAGCCAACAG GAACCACACA 
GATAGTGCAG GAACGCCCCA TGTGTCTGGT GGGAAGATGC TCAGTGCTCT GGAGTCCACG 
GTGCCTCCCA GCCAGCCTCC ACCTGTGGGC ACCTCAGCCA TCCACATGAG CCTGCTTGAG 
ATGAGGCGGA GCGTGGCGGA ACTCAGGCTC CAGCTCCAGC AGATGCGGCA GCTCCAGCTG 
CAGAACCAGG AGTTGCTGAG GGCAATGATG AAGAAGGCCG AGCTGGAAAT CAGTGGCAAA 
GTGATGGAAA CAATGAAGAG ACTGGAGGAT CCCGTGCAGC GACAGCGCGT CCTAGTGGAG 
CAAGAGAGAC AAAAATATCT TCATGAGGAA GAGAAGATCG TCAAGAAGTT GTGCGAGTTG 
GAAGACTTTG TTGAAGACTT GAAGAAGGAC TCCACGGCAG CCAGCCGATT GGTTACTCTG 
AAAGACGTGG AAGACGGGGC TTTCCTCCTG CGTCAAGTGG GAGAGGCTGT AGCTACCCTG 
AAAGGAGAAT TTCCAACCTT ACAAAACAAG ATGCGAGCCA TCCTGCGCAT AGAAGTGGAG 
GCCGTGCGGT TTCTGAAGGA GGAGCCACAC AAGCTGGACA GTCTCCTGAA GCGTGTGCGC 
AGCATGACAG ACGTCCTGAC CATGCTGCGG AGACATGTCA CTGATGGGCT CCTGAAAGGC 
ACGGACGCAG CCCAAGCCGC ACAGTACATG GCTATGGAAA AGGCCACAGC CGCAGAAGTC 
CTGAAGAGTC AGGAGGAGGC AGCCCACACC TCCGGCCAGC CCTTCCACAG CACAGGTGCC 
CCTGGCGATG CGAAGTCGGA AGTGGTGCCT TTGTCCGGCA TGATGGTTCG CCACGCGCAG 
AGCTCCCCTG TGGTCATCCA GCCCTCCCAG CACTCCGTGG CCCTGCTGAA CCCTGCTCAG 
AACTTGCCTC ACGTGGCCAG CTCCCCAGCC GTCCCCCAGG AAGCAACCTC CACTCTGCAG 
ATGTCGCAGG CTCCGCAGTC CCCACAGATA CCCATGAATG GGTCTGCCAT GCAGAGCTTG 
TTCATTGAAG AAATCCACAG TGTGAGTGCC AAGAACAGGG CAGTGTCTAT CGAGAAAGCA 
GAAAAGAAAT GGGAGGAAAA AAGGCAAAAT CTGGATCACT ATAATGGGAA AGAGTTTGAG 
AAGCTCCTAG AAGAAGCTCA GGCCAATATC ATGAAGTCAA TACCAAATCT GGAGATGCCG 
CCAGCCACAG GCCCACTGCC AAGGGGAGAT GCCCCAGTGG ACAAGGTGGA ACTTTCAGAA 
GATTCTCCAA ATTCGGAACA GGACTTGGAA AAGCTGGGGG GAAAGTCGCC CCCTCCTCCT 
CCGCCACCTC CTCGTCGAAG CTACCTGCCA GGATCGGGAC TCACCACCAC GAGGTCAGGC 
GATGTGGTCT ACACCGGCAG AAAGGAGAAC ATCACCGCTA AGGCAAGCAG TGAAGATGCT 
GGACCAAGCC CACAGACCAG AGCTACAAAA TATCCAGCAG AGGAGCCTGC TTCAGCCTGG 
ACCCCATCCC CACCGCCTGT CACCACCTCC TCCTCAAAGG ATGAGGAGGA AGAAGAAGAA 
GAAGGAGACA AAATAATGGC AGAACTCCAG GCATTCCAGA AGTGTTCCTT TATGGATGTA 
AATTCAAACA GTCATGCTGA GCCATCCCGG GCTGACAGTC ACGTTAAAGA CACTAGGTCG 
GGCGCCACAG TGCCACCCAA GGAGAAGAAG AATTTGGAAT TTTTCCATGA AGATGTACGG 
AAATCTGATG TTGAATATGA AAATGGCCCC CAAATGGAAT TCCAAAAGGT TACCACAGGG 
GCTGTAAGAC CTAGTGACCC TCCTAAGTGG GAAAGAGGAA TGGAGAATAG TATTTCTGAT 
GCATCAAGAA CATCAGAATA TAAAACTGAG ATCATAATGA AGGAAAATTC CATATCCAAT 
ATGAGTTTAC TCAGAGACAG TAGAAACTAT TCCCAGGAAA CTGTGCCTAA GGCCAGTTTC 
GGTTTCTCTG GCATTAGTCC ATTAGAAGAT GAAATAAACA AAGGGTCTAA AATCTCAGGC 
CTGCAATACT CTATACCTGA CACCGAGAAC CAGACGCTGA ATTACGGAAA GACAAAGGAG 
ATGGAAAAGC AAAATACGGA TAAGTGTCAC GTTTCCTCTC ACACTAGACT AACAGAATCA 
AGCGTGCATG ATTTTAAAAC AGAAGATCAA GAGGTTATCA CGACAGATTT TGGCCAAGTT 
GTTCTAAGAC CCAAGGAGGC AAGGCATGCT AACGTGAACC CTAATGAGGA TGGAGAATCA 
AGTTCAAGTT CTCCCACTGA AGAAAATGCA GCCACTGACA ATATTGCCTT CATGATTACC 
GAAACCACTG TCCAGGTTCT TTCCAGTGGG GAGGTGCATG ATATTGTTAG CCAAAAGGGA 
GAAGACATAC AGACGGTTAA TATCGATGCC AGAAAAGAGA TGACCCCCCG ACAAGAAGGG 
ACTGACAATG AGGATCCAGT CGTGTGCCTG GACAAGAAAC CAGTGATCAT CATTTTCGAT 
GAGCCCATGG ACATCCGGTC TGCCTATAAG AGACTTTCAA CTATCTTTGA GGAATGTGAT 
GAGGAATTAG AGAGAATGAT GATGGAGGAA AAGATAGAGG AGGAGGAAGA GGAGGAAAAT 
GGGGATTCTG TAGTCCAGAA TAATAACACT TCCCAGATGT CTCATAAGAA GGTGGCCCCA 
GGCAATCTTA GAACCGGACA ACAGGTGGAA ACAAAGTCAC AGCCACACTC CCTGGCCACA 
GAGACCAGAA ACCCAGGAGG ACAGGAAATG AACAGAACGG AGCTGAACAA GTTCAGCCAC 
GTGGATTCTC CAAATTCGGA ATGCAAGGGT GAGGACGCGA CCGATGACCA GTTTGAAAGC 
CCCAAGAAAA AGTTTAAATT CAAATTCCCT AAGAAGCAAC TCGCCGCTCT CACTCAAGCC 
ATTCGCACCG GAACTAAAAC AGGGAAGAAG ACTTTGCAAG TGGTAGTCTA TGAAGAAGAG 
GAAGAGGATG GCACCCTGAA ACAGCACAAA GAAGCCAAGC GCTTCGAAAT CGCTAGGTCT 
CAACCTGAAG ACACCCCTGA AAACACAGTG AGGAGGCAAG AGCAGCCCAG CATCGAGAGT 
ACATCTCCGA TTTCAAGAAC TGATGAAATT AGAAAAAACA CCTACAGAAC ATTGGATAGC 
CTGGAGCAGA CCATTAAACA GCTCGAAAAT ACAATCAGTG AAATGAGTCC CAAAGCCCTA 
GTTGATACCT CATGTTCTTC CAACAGAGAT TCTGTTGCAA GTTCATCCCA CATAGCCCAA 
GAGGCCTCTC CCCGACCCTT GCTAGTTCCG GATGAAGGTC CCACTGCCCT AGAGCCCCCT 
ACGTCGATAC CTTCAGCTTC ACGTAAGGGC TCCAGCGGGG CCCCACAGAC GAGCAGGATG 
CCTGTCCCCA TGAGTGCCAA GAACAGACCC GGAACCCTGG ACAAACCCGG CAAGCAGTCC 
AAACTGCAGG ATCCCCGCCA ATATCGTCAG GCTAATGGAA GTGCTAAGAA ATCTGGTGGG 
GACTTTAAGC CTACTTCCCC CTCCTTACCT GCTTCTAAGA TTCCAGCCCT TTCTCCCAGC 
TCTGGGAAAA GCAGTTCTCT GCCCTCTTCT AGTGGTGACA GCTCTAACCT CCCTAATCCA 
CCTGCTACTA AACCATCGAT TGCTTCTAAC CCTCTCAGCC CCCAAACAGG ACCACCTGCT 
CACTCTGCCT CCCTCATCCC TTCTGTCTCT AATGGCTCTT TGAAGTTTCA GAGCCTCACT 
CATACAGGTA AAGGTCACCA TCTTTCATTC TCACCGCAGA GTCAAAATGG CCGAGCACCC 
CCTCCTTTGT CATTTTCCTC CTCCCCTCCT TCTCCTGCCT CCTCCGTCTC ACTGAATCAA 
GGTGCCAAGG GCACCAGGAC CATCCATACT CCCAGCCTCA CCAGCTACAA GGCACAGAAT 
GGAAGTTCAA GCAAAGCCAC CCCATCCACA GCAAAAGAAA CCTCTTAA

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

KIAA1217 ( XM_017016417.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871906.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X6, mRNA.

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CloneID	OHu91526
Clone ID Related Accession (Same CDS sequence)	XM_017016417.1
Accession Version	XM_017016417.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5727bp) 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	sickle tail protein homolog isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGAAG ATTCTCCAAA TTCGGAACAG 
GACTTGGAAA AGCTGGGGGG AAAGTCGCCC CCTCCTCCTC CGCCACCTCC TCGTCGAAGC 
TACCTGCCAG GATCGGGACT CACCACCACG AGGTCAGGCG ATGTGGTCTA CACCGGCAGA 
AAGGAGAACA TCACCGCTAA GGCAAGCAGT GAAGATGCTG GACCAAGCCC ACAGACCAGA 
GCTACAAAAT ATCCAGCAGA GGAGCCTGCT TCAGCCTGGA CCCCATCCCC ACCGCCTGTC 
ACCACCTCCT CCTCAAAGGA TGAGGAGGAA GAAGAAGAAG AAGGAGACAA AATAATGGCA 
GAACTCCAGG CATTCCAGAA GTGTTCCTTT ATGGATGTAA ATTCAAACAG TCATGCTGAG 
CCATCCCGGG CTGACAGTCA CGTTAAAGAC ACTAGGTCGG GCGCCACAGT GCCACCCAAG 
GAGAAGAAGA ATTTGGAATT TTTCCATGAA GATGTACGGA AATCTGATGT TGAATATGAA 
AATGGCCCCC AAATGGAATT CCAAAAGGTT ACCACAGGGG CTGTAAGACC TAGTGACCCT 
CCTAAGTGGG AAAGAGGAAT GGAGAATAGT ATTTCTGATG CATCAAGAAC ATCAGAATAT 
AAAACTGAGA TCATAATGAA GGAAAATTCC ATATCCAATA TGAGTTTACT CAGAGACAGT 
AGAAACTATT CCCAGGAAAC TGTGCCTAAG GCCAGTTTCG GTTTCTCTGG CATTAGTCCA 
TTAGAAGATG AAATAAACAA AGGGTCTAAA ATCTCAGGCC TGCAATACTC TATACCTGAC 
ACCGAGAACC AGACGCTGAA TTACGGAAAG ACAAAGGAGA TGGAAAAGCA AAATACGGAT 
AAGTGTCACG TTTCCTCTCA CACTAGACTA ACAGAATCAA GCGTGCATGA TTTTAAAACA 
GAAGATCAAG AGGTTATCAC GACAGATTTT GGCCAAGTTG TTCTAAGACC CAAGGAGGCA 
AGGCATGCTA ACGTGAACCC TAATGAGGAT GGAGAATCAA GTTCAAGTTC TCCCACTGAA 
GAAAATGCAG CCACTGACAA TATTGCCTTC ATGATTACCG AAACCACTGT CCAGGTTCTT 
TCCAGTGGGG AGGTGCATGA TATTGTTAGC CAAAAGGGAG AAGACATACA GACGGTTAAT 
ATCGATGCCA GAAAAGAGAT GACCCCCCGA CAAGAAGGGA CTGACAATGA GGATCCAGTC 
GTGTGCCTGG ACAAGAAACC AGTGATCATC ATTTTCGATG AGCCCATGGA CATCCGGTCT 
GCCTATAAGA GACTTTCAAC TATCTTTGAG GAATGTGATG AGGAATTAGA GAGAATGATG 
ATGGAGGAAA AGATAGAGGA GGAGGAAGAG GAGGAAAATG GGGATTCTGT AGTCCAGAAT 
AATAACACTT CCCAGATGTC TCATAAGAAG GTGGCCCCAG GCAATCTTAG AACCGGACAA 
CAGGTGGAAA CAAAGTCACA GCCACACTCC CTGGCCACAG AGACCAGAAA CCCAGGAGGA 
CAGGAAATGA ACAGAACGGA GCTGAACAAG TTCAGCCACG TGGATTCTCC AAATTCGGAA 
TGCAAGGGTG AGGACGCGAC CGATGACCAG TTTGAAAGCC CCAAGAAAAA GTTTAAATTC 
AAATTCCCTA AGAAGCAACT CGCCGCTCTC ACTCAAGCCA TTCGCACCGG AACTAAAACA 
GGGAAGAAGA CTTTGCAAGT GGTAGTCTAT GAAGAAGAGG AAGAGGATGG CACCCTGAAA 
CAGCACAAAG AAGCCAAGCG CTTCGAAATC GCTAGGTCTC AACCTGAAGA CACCCCTGAA 
AACACAGTGA GGAGGCAAGA GCAGCCCAGC ATCGAGAGTA CATCTCCGAT TTCAAGAACT 
GATGAAATTA GAAAAAACAC CTACAGAACA TTGGATAGCC TGGAGCAGAC CATTAAACAG 
CTCGAAAATA CAATCAGTGA AATGAGTCCC AAAGCCCTAG TTGATACCTC ATGTTCTTCC 
AACAGAGATT CTGTTGCAAG TTCATCCCAC ATAGCCCAAG AGGCCTCTCC CCGACCCTTG 
CTAGTTCCGG ATGAAGGTCC CACTGCCCTA GAGCCCCCTA CGTCGATACC TTCAGCTTCA 
CGTAAGGGCT CCAGCGGGGC CCCACAGACG AGCAGGATGC CTGTCCCCAT GAGTGCCAAG 
AACAGACCCG GAACCCTGGA CAAACCCGGC AAGCAGTCCA AACTGCAGGA TCCCCGCCAA 
TATCGTCAGG CTAATGGAAG TGCTAAGAAA TCTGGTGGGG ACTTTAAGCC TACTTCCCCC 
TCCTTACCTG CTTCTAAGAT TCCAGCCCTT TCTCCCAGCT CTGGGAAAAG CAGTTCTCTG 
CCCTCTTCTA GTGGTGACAG CTCTAACCTC CCTAATCCAC CTGCTACTAA ACCATCGATT 
GCTTCTAACC CTCTCAGCCC CCAAACAGGA CCACCTGCTC ACTCTGCCTC CCTCATCCCT 
TCTGTCTCTA ATGGCTCTTT GAAGTTTCAG AGCCTCACTC ATACAGGTAA AGGTCACCAT 
CTTTCATTCT CACCGCAGAG TCAAAATGGC CGAGCACCCC CTCCTTTGTC ATTTTCCTCC 
TCCCCTCCTT CTCCTGCCTC CTCCGTCTCA CTGAATCAAG GTGCCAAGGG CACCAGGACC 
ATCCATACTC CCAGCCTCAC CAGCTACAAG GCACAGAATG GAAGTTCAAG CAAAGCCACC 
CCATCCACAG CAAAAGAAAC CTCTTAA

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

RefSeq	XP_016871906.1
CDS	404..6130
Translation	MEENESQKCEPCLPYSADRRQMQEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016417.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X6, mRNA.

Target ORF information:

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

XM_017016417.1

ORF Insert Sequence:

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGAAG ATTCTCCAAA TTCGGAACAG 
GACTTGGAAA AGCTGGGGGG AAAGTCGCCC CCTCCTCCTC CGCCACCTCC TCGTCGAAGC 
TACCTGCCAG GATCGGGACT CACCACCACG AGGTCAGGCG ATGTGGTCTA CACCGGCAGA 
AAGGAGAACA TCACCGCTAA GGCAAGCAGT GAAGATGCTG GACCAAGCCC ACAGACCAGA 
GCTACAAAAT ATCCAGCAGA GGAGCCTGCT TCAGCCTGGA CCCCATCCCC ACCGCCTGTC 
ACCACCTCCT CCTCAAAGGA TGAGGAGGAA GAAGAAGAAG AAGGAGACAA AATAATGGCA 
GAACTCCAGG CATTCCAGAA GTGTTCCTTT ATGGATGTAA ATTCAAACAG TCATGCTGAG 
CCATCCCGGG CTGACAGTCA CGTTAAAGAC ACTAGGTCGG GCGCCACAGT GCCACCCAAG 
GAGAAGAAGA ATTTGGAATT TTTCCATGAA GATGTACGGA AATCTGATGT TGAATATGAA 
AATGGCCCCC AAATGGAATT CCAAAAGGTT ACCACAGGGG CTGTAAGACC TAGTGACCCT 
CCTAAGTGGG AAAGAGGAAT GGAGAATAGT ATTTCTGATG CATCAAGAAC ATCAGAATAT 
AAAACTGAGA TCATAATGAA GGAAAATTCC ATATCCAATA TGAGTTTACT CAGAGACAGT 
AGAAACTATT CCCAGGAAAC TGTGCCTAAG GCCAGTTTCG GTTTCTCTGG CATTAGTCCA 
TTAGAAGATG AAATAAACAA AGGGTCTAAA ATCTCAGGCC TGCAATACTC TATACCTGAC 
ACCGAGAACC AGACGCTGAA TTACGGAAAG ACAAAGGAGA TGGAAAAGCA AAATACGGAT 
AAGTGTCACG TTTCCTCTCA CACTAGACTA ACAGAATCAA GCGTGCATGA TTTTAAAACA 
GAAGATCAAG AGGTTATCAC GACAGATTTT GGCCAAGTTG TTCTAAGACC CAAGGAGGCA 
AGGCATGCTA ACGTGAACCC TAATGAGGAT GGAGAATCAA GTTCAAGTTC TCCCACTGAA 
GAAAATGCAG CCACTGACAA TATTGCCTTC ATGATTACCG AAACCACTGT CCAGGTTCTT 
TCCAGTGGGG AGGTGCATGA TATTGTTAGC CAAAAGGGAG AAGACATACA GACGGTTAAT 
ATCGATGCCA GAAAAGAGAT GACCCCCCGA CAAGAAGGGA CTGACAATGA GGATCCAGTC 
GTGTGCCTGG ACAAGAAACC AGTGATCATC ATTTTCGATG AGCCCATGGA CATCCGGTCT 
GCCTATAAGA GACTTTCAAC TATCTTTGAG GAATGTGATG AGGAATTAGA GAGAATGATG 
ATGGAGGAAA AGATAGAGGA GGAGGAAGAG GAGGAAAATG GGGATTCTGT AGTCCAGAAT 
AATAACACTT CCCAGATGTC TCATAAGAAG GTGGCCCCAG GCAATCTTAG AACCGGACAA 
CAGGTGGAAA CAAAGTCACA GCCACACTCC CTGGCCACAG AGACCAGAAA CCCAGGAGGA 
CAGGAAATGA ACAGAACGGA GCTGAACAAG TTCAGCCACG TGGATTCTCC AAATTCGGAA 
TGCAAGGGTG AGGACGCGAC CGATGACCAG TTTGAAAGCC CCAAGAAAAA GTTTAAATTC 
AAATTCCCTA AGAAGCAACT CGCCGCTCTC ACTCAAGCCA TTCGCACCGG AACTAAAACA 
GGGAAGAAGA CTTTGCAAGT GGTAGTCTAT GAAGAAGAGG AAGAGGATGG CACCCTGAAA 
CAGCACAAAG AAGCCAAGCG CTTCGAAATC GCTAGGTCTC AACCTGAAGA CACCCCTGAA 
AACACAGTGA GGAGGCAAGA GCAGCCCAGC ATCGAGAGTA CATCTCCGAT TTCAAGAACT 
GATGAAATTA GAAAAAACAC CTACAGAACA TTGGATAGCC TGGAGCAGAC CATTAAACAG 
CTCGAAAATA CAATCAGTGA AATGAGTCCC AAAGCCCTAG TTGATACCTC ATGTTCTTCC 
AACAGAGATT CTGTTGCAAG TTCATCCCAC ATAGCCCAAG AGGCCTCTCC CCGACCCTTG 
CTAGTTCCGG ATGAAGGTCC CACTGCCCTA GAGCCCCCTA CGTCGATACC TTCAGCTTCA 
CGTAAGGGCT CCAGCGGGGC CCCACAGACG AGCAGGATGC CTGTCCCCAT GAGTGCCAAG 
AACAGACCCG GAACCCTGGA CAAACCCGGC AAGCAGTCCA AACTGCAGGA TCCCCGCCAA 
TATCGTCAGG CTAATGGAAG TGCTAAGAAA TCTGGTGGGG ACTTTAAGCC TACTTCCCCC 
TCCTTACCTG CTTCTAAGAT TCCAGCCCTT TCTCCCAGCT CTGGGAAAAG CAGTTCTCTG 
CCCTCTTCTA GTGGTGACAG CTCTAACCTC CCTAATCCAC CTGCTACTAA ACCATCGATT 
GCTTCTAACC CTCTCAGCCC CCAAACAGGA CCACCTGCTC ACTCTGCCTC CCTCATCCCT 
TCTGTCTCTA ATGGCTCTTT GAAGTTTCAG AGCCTCACTC ATACAGGTAA AGGTCACCAT 
CTTTCATTCT CACCGCAGAG TCAAAATGGC CGAGCACCCC CTCCTTTGTC ATTTTCCTCC 
TCCCCTCCTT CTCCTGCCTC CTCCGTCTCA CTGAATCAAG GTGCCAAGGG CACCAGGACC 
ATCCATACTC CCAGCCTCAC CAGCTACAAG GCACAGAATG GAAGTTCAAG CAAAGCCACC 
CCATCCACAG CAAAAGAAAC CTCTTAA

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

KIAA1217 ( XM_017016418.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871907.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X7, mRNA.

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CloneID	OHu91527
Clone ID Related Accession (Same CDS sequence)	XM_017016418.1 , XM_017016418.2
Accession Version	XM_017016418.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5595bp) 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	sickle tail protein homolog isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGAGAGAGGA TGCAAGCCAT GGAGAAACAG ATTGCCAGTT TAACTGGCCT TGTTCAGTCT 
GCGCTTTTTA AAGGGCCCAT TACAAGTTAT AGCAAAGATG CGTCTAGCGA GAAAATGATG 
AAAACCACAG CCAACAGGAA CCACACAGAT AGTGCAGGAA CGCCCCATGT GTCTGGTGGG 
AAGATGCTCA GTGCTCTGGA GTCCACGGTG CCTCCCAGCC AGCCTCCACC TGTGGGCACC 
TCAGCCATCC ACATGAGCCT GCTTGAGATG AGGCGGAGCG TGGCGGAACT CAGGCTCCAG 
CTCCAGCAGA TGCGGCAGCT CCAGCTGCAG AACCAGGAGT TGCTGAGGGC AATGATGAAG 
AAGGCCGAGC TGGAAATCAG TGGCAAAGTG ATGGAAACAA TGAAGAGACT GGAGGATCCC 
GTGCAGCGAC AGCGCGTCCT AGTGGAGCAA GAGAGACAAA AATATCTTCA TGAGGAAGAG 
AAGATCGTCA AGAAGTTGTG CGAGTTGGAA GACTTTGTTG AAGACTTGAA GAAGGACTCC 
ACGGCAGCCA GCCGATTGGT TACTCTGAAA GACGTGGAAG ACGGGGCTTT CCTCCTGCGT 
CAAGTGGGAG AGGCTGTAGC TACCCTGAAA GGAGAATTTC CAACCTTACA AAACAAGATG 
CGAGCCATCC TGCGCATAGA AGTGGAGGCC GTGCGGTTTC TGAAGGAGGA GCCACACAAG 
CTGGACAGTC TCCTGAAGCG TGTGCGCAGC ATGACAGACG TCCTGACCAT GCTGCGGAGA 
CATGTCACTG ATGGGCTCCT GAAAGGCACG GACGCAGCCC AAGCCGCACA GTACATGGCT 
ATGGAAAAGG CCACAGCCGC AGAAGTCCTG AAGAGTCAGG AGGAGGCAGC CCACACCTCC 
GGCCAGCCCT TCCACAGCAC AGGTGCCCCT GGCGATGCGA AGTCGGAAGT GGTGCCTTTG 
TCCGGCATGA TGGTTCGCCA CGCGCAGAGC TCCCCTGTGG TCATCCAGCC CTCCCAGCAC 
TCCGTGGCCC TGCTGAACCC TGCTCAGAAC TTGCCTCACG TGGCCAGCTC CCCAGCCGTC 
CCCCAGGAAG CAACCTCCAC TCTGCAGATG TCGCAGGCTC CGCAGTCCCC ACAGATACCC 
ATGAATGGGT CTGCCATGCA GAGCTTGTTC ATTGAAGAAA TCCACAGTGT GAGTGCCAAG 
AACAGGGCAG TGTCTATCGA GAAAGCAGAA AAGAAATGGG AGGAAAAAAG GCAAAATCTG 
GATCACTATA ATGGGAAAGA GTTTGAGAAG CTCCTAGAAG AAGCTCAGGC CAATATCATG 
AAGTCAATAC CAAATCTGGA GATGCCGCCA GCCACAGGCC CACTGCCAAG GGGAGATGCC 
CCAGTGGACA AGGTGGAACT TTCAGAAGAT TCTCCAAATT CGGAACAGGA CTTGGAAAAG 
CTGGGGGGAA AGTCGCCCCC TCCTCCTCCG CCACCTCCTC GTCGAAGCTA CCTGCCAGGA 
TCGGGACTCA CCACCACGAG GTCAGGCGAT GTGGTCTACA CCGGCAGAAA GGAGAACATC 
ACCGCTAAGG CAAGCAGTGA AGATGCTGGA CCAAGCCCAC AGACCAGAGC TACAAAATAT 
CCAGCAGAGG AGCCTGCTTC AGCCTGGACC CCATCCCCAC CGCCTGTCAC CACCTCCTCC 
TCAAAGGATG AGGAGGAAGA AGAAGAAGAA GGAGACAAAA TAATGGCAGA ACTCCAGGCA 
TTCCAGAAGT GTTCCTTTAT GGATGTAAAT TCAAACAGTC ATGCTGAGCC ATCCCGGGCT 
GACAGTCACG TTAAAGACAC TAGGTCGGGC GCCACAGTGC CACCCAAGGA GAAGAAGAAT 
TTGGAATTTT TCCATGAAGA TGTACGGAAA TCTGATGTTG AATATGAAAA TGGCCCCCAA 
ATGGAATTCC AAAAGGTTAC CACAGGGGCT GTAAGACCTA GTGACCCTCC TAAGTGGGAA 
AGAGGAATGG AGAATAGTAT TTCTGATGCA TCAAGAACAT CAGAATATAA AACTGAGATC 
ATAATGAAGG AAAATTCCAT ATCCAATATG AGTTTACTCA GAGACAGTAG AAACTATTCC 
CAGGAAACTG TGCCTAAGGC CAGTTTCGGT TTCTCTGGCA TTAGTCCATT AGAAGATGAA 
ATAAACAAAG GGTCTAAAAT CTCAGGCCTG CAATACTCTA TACCTGACAC CGAGAACCAG 
ACGCTGAATT ACGGAAAGAC AAAGGAGATG GAAAAGCAAA ATACGGATAA GTGTCACGTT 
TCCTCTCACA CTAGACTAAC AGAATCAAGC GTGCATGATT TTAAAACAGA AGATCAAGAG 
GTTATCACGA CAGATTTTGG CCAAGTTGTT CTAAGACCCA AGGAGGCAAG GCATGCTAAC 
GTGAACCCTA ATGAGGATGG AGAATCAAGT TCAAGTTCTC CCACTGAAGA AAATGCAGCC 
ACTGACAATA TTGCCTTCAT GATTACCGAA ACCACTGTCC AGGTTCTTTC CAGTGGGGAG 
GTGCATGATA TTGTTAGCCA AAAGGGAGAA GACATACAGA CGGTTAATAT CGATGCCAGA 
AAAGAGATGA CCCCCCGACA AGAAGGGACT GACAATGAGG ATCCAGTCGT GTGCCTGGAC 
AAGAAACCAG TGATCATCAT TTTCGATGAG CCCATGGACA TCCGGTCTGC CTATAAGAGA 
CTTTCAACTA TCTTTGAGGA ATGTGATGAG GAATTAGAGA GAATGATGAT GGAGGAAAAG 
ATAGAGGAGG AGGAAGAGGA GGAAAATGGG GATTCTGTAG TCCAGAATAA TAACACTTCC 
CAGATGTCTC ATAAGAAGGT GGCCCCAGGC AATCTTAGAA CCGGACAACA GGTGGAAACA 
AAGTCACAGC CACACTCCCT GGCCACAGAG ACCAGAAACC CAGGAGGACA GGAAATGAAC 
AGAACGGAGC TGAACAAGTT CAGCCACGTG GATTCTCCAA ATTCGGAATG CAAGGGTGAG 
GACGCGACCG ATGACCAGTT TGAAAGCCCC AAGAAAAAGT TTAAATTCAA ATTCCCTAAG 
AAGCAACTCG CCGCTCTCAC TCAAGCCATT CGCACCGGAA CTAAAACAGG GAAGAAGACT 
TTGCAAGTGG TAGTCTATGA AGAAGAGGAA GAGGATGGCA CCCTGAAACA GCACAAAGAA 
GCCAAGCGCT TCGAAATCGC TAGGTCTCAA CCTGAAGACA CCCCTGAAAA CACAGTGAGG 
AGGCAAGAGC AGCCCAGCAT CGAGAGTACA TCTCCGATTT CAAGAACTGA TGAAATTAGA 
AAAAACACCT ACAGAACATT GGATAGCCTG GAGCAGACCA TTAAACAGCT CGAAAATACA 
ATCAGTGAAA TGAGTCCCAA AGCCCTAGTT GATACCTCAT GTTCTTCCAA CAGAGATTCT 
GTTGCAAGTT CATCCCACAT AGCCCAAGAG GCCTCTCCCC GACCCTTGCT AGTTCCGGAT 
GAAGGTCCCA CTGCCCTAGA GCCCCCTACG TCGATACCTT CAGCTTCACG TAAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

RefSeq	XP_016871907.1
CDS	1358..6952
Translation	MPHLDMKTHVCPSVEGPKKKGGITCFCCGGPFRAADRSKTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016418.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X7, mRNA.

Target ORF information:

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

XM_017016418.1

ORF Insert Sequence:

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGAGAGAGGA TGCAAGCCAT GGAGAAACAG ATTGCCAGTT TAACTGGCCT TGTTCAGTCT 
GCGCTTTTTA AAGGGCCCAT TACAAGTTAT AGCAAAGATG CGTCTAGCGA GAAAATGATG 
AAAACCACAG CCAACAGGAA CCACACAGAT AGTGCAGGAA CGCCCCATGT GTCTGGTGGG 
AAGATGCTCA GTGCTCTGGA GTCCACGGTG CCTCCCAGCC AGCCTCCACC TGTGGGCACC 
TCAGCCATCC ACATGAGCCT GCTTGAGATG AGGCGGAGCG TGGCGGAACT CAGGCTCCAG 
CTCCAGCAGA TGCGGCAGCT CCAGCTGCAG AACCAGGAGT TGCTGAGGGC AATGATGAAG 
AAGGCCGAGC TGGAAATCAG TGGCAAAGTG ATGGAAACAA TGAAGAGACT GGAGGATCCC 
GTGCAGCGAC AGCGCGTCCT AGTGGAGCAA GAGAGACAAA AATATCTTCA TGAGGAAGAG 
AAGATCGTCA AGAAGTTGTG CGAGTTGGAA GACTTTGTTG AAGACTTGAA GAAGGACTCC 
ACGGCAGCCA GCCGATTGGT TACTCTGAAA GACGTGGAAG ACGGGGCTTT CCTCCTGCGT 
CAAGTGGGAG AGGCTGTAGC TACCCTGAAA GGAGAATTTC CAACCTTACA AAACAAGATG 
CGAGCCATCC TGCGCATAGA AGTGGAGGCC GTGCGGTTTC TGAAGGAGGA GCCACACAAG 
CTGGACAGTC TCCTGAAGCG TGTGCGCAGC ATGACAGACG TCCTGACCAT GCTGCGGAGA 
CATGTCACTG ATGGGCTCCT GAAAGGCACG GACGCAGCCC AAGCCGCACA GTACATGGCT 
ATGGAAAAGG CCACAGCCGC AGAAGTCCTG AAGAGTCAGG AGGAGGCAGC CCACACCTCC 
GGCCAGCCCT TCCACAGCAC AGGTGCCCCT GGCGATGCGA AGTCGGAAGT GGTGCCTTTG 
TCCGGCATGA TGGTTCGCCA CGCGCAGAGC TCCCCTGTGG TCATCCAGCC CTCCCAGCAC 
TCCGTGGCCC TGCTGAACCC TGCTCAGAAC TTGCCTCACG TGGCCAGCTC CCCAGCCGTC 
CCCCAGGAAG CAACCTCCAC TCTGCAGATG TCGCAGGCTC CGCAGTCCCC ACAGATACCC 
ATGAATGGGT CTGCCATGCA GAGCTTGTTC ATTGAAGAAA TCCACAGTGT GAGTGCCAAG 
AACAGGGCAG TGTCTATCGA GAAAGCAGAA AAGAAATGGG AGGAAAAAAG GCAAAATCTG 
GATCACTATA ATGGGAAAGA GTTTGAGAAG CTCCTAGAAG AAGCTCAGGC CAATATCATG 
AAGTCAATAC CAAATCTGGA GATGCCGCCA GCCACAGGCC CACTGCCAAG GGGAGATGCC 
CCAGTGGACA AGGTGGAACT TTCAGAAGAT TCTCCAAATT CGGAACAGGA CTTGGAAAAG 
CTGGGGGGAA AGTCGCCCCC TCCTCCTCCG CCACCTCCTC GTCGAAGCTA CCTGCCAGGA 
TCGGGACTCA CCACCACGAG GTCAGGCGAT GTGGTCTACA CCGGCAGAAA GGAGAACATC 
ACCGCTAAGG CAAGCAGTGA AGATGCTGGA CCAAGCCCAC AGACCAGAGC TACAAAATAT 
CCAGCAGAGG AGCCTGCTTC AGCCTGGACC CCATCCCCAC CGCCTGTCAC CACCTCCTCC 
TCAAAGGATG AGGAGGAAGA AGAAGAAGAA GGAGACAAAA TAATGGCAGA ACTCCAGGCA 
TTCCAGAAGT GTTCCTTTAT GGATGTAAAT TCAAACAGTC ATGCTGAGCC ATCCCGGGCT 
GACAGTCACG TTAAAGACAC TAGGTCGGGC GCCACAGTGC CACCCAAGGA GAAGAAGAAT 
TTGGAATTTT TCCATGAAGA TGTACGGAAA TCTGATGTTG AATATGAAAA TGGCCCCCAA 
ATGGAATTCC AAAAGGTTAC CACAGGGGCT GTAAGACCTA GTGACCCTCC TAAGTGGGAA 
AGAGGAATGG AGAATAGTAT TTCTGATGCA TCAAGAACAT CAGAATATAA AACTGAGATC 
ATAATGAAGG AAAATTCCAT ATCCAATATG AGTTTACTCA GAGACAGTAG AAACTATTCC 
CAGGAAACTG TGCCTAAGGC CAGTTTCGGT TTCTCTGGCA TTAGTCCATT AGAAGATGAA 
ATAAACAAAG GGTCTAAAAT CTCAGGCCTG CAATACTCTA TACCTGACAC CGAGAACCAG 
ACGCTGAATT ACGGAAAGAC AAAGGAGATG GAAAAGCAAA ATACGGATAA GTGTCACGTT 
TCCTCTCACA CTAGACTAAC AGAATCAAGC GTGCATGATT TTAAAACAGA AGATCAAGAG 
GTTATCACGA CAGATTTTGG CCAAGTTGTT CTAAGACCCA AGGAGGCAAG GCATGCTAAC 
GTGAACCCTA ATGAGGATGG AGAATCAAGT TCAAGTTCTC CCACTGAAGA AAATGCAGCC 
ACTGACAATA TTGCCTTCAT GATTACCGAA ACCACTGTCC AGGTTCTTTC CAGTGGGGAG 
GTGCATGATA TTGTTAGCCA AAAGGGAGAA GACATACAGA CGGTTAATAT CGATGCCAGA 
AAAGAGATGA CCCCCCGACA AGAAGGGACT GACAATGAGG ATCCAGTCGT GTGCCTGGAC 
AAGAAACCAG TGATCATCAT TTTCGATGAG CCCATGGACA TCCGGTCTGC CTATAAGAGA 
CTTTCAACTA TCTTTGAGGA ATGTGATGAG GAATTAGAGA GAATGATGAT GGAGGAAAAG 
ATAGAGGAGG AGGAAGAGGA GGAAAATGGG GATTCTGTAG TCCAGAATAA TAACACTTCC 
CAGATGTCTC ATAAGAAGGT GGCCCCAGGC AATCTTAGAA CCGGACAACA GGTGGAAACA 
AAGTCACAGC CACACTCCCT GGCCACAGAG ACCAGAAACC CAGGAGGACA GGAAATGAAC 
AGAACGGAGC TGAACAAGTT CAGCCACGTG GATTCTCCAA ATTCGGAATG CAAGGGTGAG 
GACGCGACCG ATGACCAGTT TGAAAGCCCC AAGAAAAAGT TTAAATTCAA ATTCCCTAAG 
AAGCAACTCG CCGCTCTCAC TCAAGCCATT CGCACCGGAA CTAAAACAGG GAAGAAGACT 
TTGCAAGTGG TAGTCTATGA AGAAGAGGAA GAGGATGGCA CCCTGAAACA GCACAAAGAA 
GCCAAGCGCT TCGAAATCGC TAGGTCTCAA CCTGAAGACA CCCCTGAAAA CACAGTGAGG 
AGGCAAGAGC AGCCCAGCAT CGAGAGTACA TCTCCGATTT CAAGAACTGA TGAAATTAGA 
AAAAACACCT ACAGAACATT GGATAGCCTG GAGCAGACCA TTAAACAGCT CGAAAATACA 
ATCAGTGAAA TGAGTCCCAA AGCCCTAGTT GATACCTCAT GTTCTTCCAA CAGAGATTCT 
GTTGCAAGTT CATCCCACAT AGCCCAAGAG GCCTCTCCCC GACCCTTGCT AGTTCCGGAT 
GAAGGTCCCA CTGCCCTAGA GCCCCCTACG TCGATACCTT CAGCTTCACG TAAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

KIAA1217 ( XM_017016418.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871907.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X7, mRNA.

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CloneID	OHu91527
Clone ID Related Accession (Same CDS sequence)	XM_017016418.1 , XM_017016418.2
Accession Version	XM_017016418.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5595bp) 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	sickle tail protein homolog isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017016418.1. ##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##

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGAGAGAGGA TGCAAGCCAT GGAGAAACAG ATTGCCAGTT TAACTGGCCT TGTTCAGTCT 
GCGCTTTTTA AAGGGCCCAT TACAAGTTAT AGCAAAGATG CGTCTAGCGA GAAAATGATG 
AAAACCACAG CCAACAGGAA CCACACAGAT AGTGCAGGAA CGCCCCATGT GTCTGGTGGG 
AAGATGCTCA GTGCTCTGGA GTCCACGGTG CCTCCCAGCC AGCCTCCACC TGTGGGCACC 
TCAGCCATCC ACATGAGCCT GCTTGAGATG AGGCGGAGCG TGGCGGAACT CAGGCTCCAG 
CTCCAGCAGA TGCGGCAGCT CCAGCTGCAG AACCAGGAGT TGCTGAGGGC AATGATGAAG 
AAGGCCGAGC TGGAAATCAG TGGCAAAGTG ATGGAAACAA TGAAGAGACT GGAGGATCCC 
GTGCAGCGAC AGCGCGTCCT AGTGGAGCAA GAGAGACAAA AATATCTTCA TGAGGAAGAG 
AAGATCGTCA AGAAGTTGTG CGAGTTGGAA GACTTTGTTG AAGACTTGAA GAAGGACTCC 
ACGGCAGCCA GCCGATTGGT TACTCTGAAA GACGTGGAAG ACGGGGCTTT CCTCCTGCGT 
CAAGTGGGAG AGGCTGTAGC TACCCTGAAA GGAGAATTTC CAACCTTACA AAACAAGATG 
CGAGCCATCC TGCGCATAGA AGTGGAGGCC GTGCGGTTTC TGAAGGAGGA GCCACACAAG 
CTGGACAGTC TCCTGAAGCG TGTGCGCAGC ATGACAGACG TCCTGACCAT GCTGCGGAGA 
CATGTCACTG ATGGGCTCCT GAAAGGCACG GACGCAGCCC AAGCCGCACA GTACATGGCT 
ATGGAAAAGG CCACAGCCGC AGAAGTCCTG AAGAGTCAGG AGGAGGCAGC CCACACCTCC 
GGCCAGCCCT TCCACAGCAC AGGTGCCCCT GGCGATGCGA AGTCGGAAGT GGTGCCTTTG 
TCCGGCATGA TGGTTCGCCA CGCGCAGAGC TCCCCTGTGG TCATCCAGCC CTCCCAGCAC 
TCCGTGGCCC TGCTGAACCC TGCTCAGAAC TTGCCTCACG TGGCCAGCTC CCCAGCCGTC 
CCCCAGGAAG CAACCTCCAC TCTGCAGATG TCGCAGGCTC CGCAGTCCCC ACAGATACCC 
ATGAATGGGT CTGCCATGCA GAGCTTGTTC ATTGAAGAAA TCCACAGTGT GAGTGCCAAG 
AACAGGGCAG TGTCTATCGA GAAAGCAGAA AAGAAATGGG AGGAAAAAAG GCAAAATCTG 
GATCACTATA ATGGGAAAGA GTTTGAGAAG CTCCTAGAAG AAGCTCAGGC CAATATCATG 
AAGTCAATAC CAAATCTGGA GATGCCGCCA GCCACAGGCC CACTGCCAAG GGGAGATGCC 
CCAGTGGACA AGGTGGAACT TTCAGAAGAT TCTCCAAATT CGGAACAGGA CTTGGAAAAG 
CTGGGGGGAA AGTCGCCCCC TCCTCCTCCG CCACCTCCTC GTCGAAGCTA CCTGCCAGGA 
TCGGGACTCA CCACCACGAG GTCAGGCGAT GTGGTCTACA CCGGCAGAAA GGAGAACATC 
ACCGCTAAGG CAAGCAGTGA AGATGCTGGA CCAAGCCCAC AGACCAGAGC TACAAAATAT 
CCAGCAGAGG AGCCTGCTTC AGCCTGGACC CCATCCCCAC CGCCTGTCAC CACCTCCTCC 
TCAAAGGATG AGGAGGAAGA AGAAGAAGAA GGAGACAAAA TAATGGCAGA ACTCCAGGCA 
TTCCAGAAGT GTTCCTTTAT GGATGTAAAT TCAAACAGTC ATGCTGAGCC ATCCCGGGCT 
GACAGTCACG TTAAAGACAC TAGGTCGGGC GCCACAGTGC CACCCAAGGA GAAGAAGAAT 
TTGGAATTTT TCCATGAAGA TGTACGGAAA TCTGATGTTG AATATGAAAA TGGCCCCCAA 
ATGGAATTCC AAAAGGTTAC CACAGGGGCT GTAAGACCTA GTGACCCTCC TAAGTGGGAA 
AGAGGAATGG AGAATAGTAT TTCTGATGCA TCAAGAACAT CAGAATATAA AACTGAGATC 
ATAATGAAGG AAAATTCCAT ATCCAATATG AGTTTACTCA GAGACAGTAG AAACTATTCC 
CAGGAAACTG TGCCTAAGGC CAGTTTCGGT TTCTCTGGCA TTAGTCCATT AGAAGATGAA 
ATAAACAAAG GGTCTAAAAT CTCAGGCCTG CAATACTCTA TACCTGACAC CGAGAACCAG 
ACGCTGAATT ACGGAAAGAC AAAGGAGATG GAAAAGCAAA ATACGGATAA GTGTCACGTT 
TCCTCTCACA CTAGACTAAC AGAATCAAGC GTGCATGATT TTAAAACAGA AGATCAAGAG 
GTTATCACGA CAGATTTTGG CCAAGTTGTT CTAAGACCCA AGGAGGCAAG GCATGCTAAC 
GTGAACCCTA ATGAGGATGG AGAATCAAGT TCAAGTTCTC CCACTGAAGA AAATGCAGCC 
ACTGACAATA TTGCCTTCAT GATTACCGAA ACCACTGTCC AGGTTCTTTC CAGTGGGGAG 
GTGCATGATA TTGTTAGCCA AAAGGGAGAA GACATACAGA CGGTTAATAT CGATGCCAGA 
AAAGAGATGA CCCCCCGACA AGAAGGGACT GACAATGAGG ATCCAGTCGT GTGCCTGGAC 
AAGAAACCAG TGATCATCAT TTTCGATGAG CCCATGGACA TCCGGTCTGC CTATAAGAGA 
CTTTCAACTA TCTTTGAGGA ATGTGATGAG GAATTAGAGA GAATGATGAT GGAGGAAAAG 
ATAGAGGAGG AGGAAGAGGA GGAAAATGGG GATTCTGTAG TCCAGAATAA TAACACTTCC 
CAGATGTCTC ATAAGAAGGT GGCCCCAGGC AATCTTAGAA CCGGACAACA GGTGGAAACA 
AAGTCACAGC CACACTCCCT GGCCACAGAG ACCAGAAACC CAGGAGGACA GGAAATGAAC 
AGAACGGAGC TGAACAAGTT CAGCCACGTG GATTCTCCAA ATTCGGAATG CAAGGGTGAG 
GACGCGACCG ATGACCAGTT TGAAAGCCCC AAGAAAAAGT TTAAATTCAA ATTCCCTAAG 
AAGCAACTCG CCGCTCTCAC TCAAGCCATT CGCACCGGAA CTAAAACAGG GAAGAAGACT 
TTGCAAGTGG TAGTCTATGA AGAAGAGGAA GAGGATGGCA CCCTGAAACA GCACAAAGAA 
GCCAAGCGCT TCGAAATCGC TAGGTCTCAA CCTGAAGACA CCCCTGAAAA CACAGTGAGG 
AGGCAAGAGC AGCCCAGCAT CGAGAGTACA TCTCCGATTT CAAGAACTGA TGAAATTAGA 
AAAAACACCT ACAGAACATT GGATAGCCTG GAGCAGACCA TTAAACAGCT CGAAAATACA 
ATCAGTGAAA TGAGTCCCAA AGCCCTAGTT GATACCTCAT GTTCTTCCAA CAGAGATTCT 
GTTGCAAGTT CATCCCACAT AGCCCAAGAG GCCTCTCCCC GACCCTTGCT AGTTCCGGAT 
GAAGGTCCCA CTGCCCTAGA GCCCCCTACG TCGATACCTT CAGCTTCACG TAAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

RefSeq	XP_016871907.1
CDS	373..5967
Translation	MPHLDMKTHVCPSVEGPKKKGGITCFCCGGPFRAADRSKTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016418.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X7, mRNA.

Target ORF information:

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

XM_017016418.2

ORF Insert Sequence:

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGAGAGAGGA TGCAAGCCAT GGAGAAACAG ATTGCCAGTT TAACTGGCCT TGTTCAGTCT 
GCGCTTTTTA AAGGGCCCAT TACAAGTTAT AGCAAAGATG CGTCTAGCGA GAAAATGATG 
AAAACCACAG CCAACAGGAA CCACACAGAT AGTGCAGGAA CGCCCCATGT GTCTGGTGGG 
AAGATGCTCA GTGCTCTGGA GTCCACGGTG CCTCCCAGCC AGCCTCCACC TGTGGGCACC 
TCAGCCATCC ACATGAGCCT GCTTGAGATG AGGCGGAGCG TGGCGGAACT CAGGCTCCAG 
CTCCAGCAGA TGCGGCAGCT CCAGCTGCAG AACCAGGAGT TGCTGAGGGC AATGATGAAG 
AAGGCCGAGC TGGAAATCAG TGGCAAAGTG ATGGAAACAA TGAAGAGACT GGAGGATCCC 
GTGCAGCGAC AGCGCGTCCT AGTGGAGCAA GAGAGACAAA AATATCTTCA TGAGGAAGAG 
AAGATCGTCA AGAAGTTGTG CGAGTTGGAA GACTTTGTTG AAGACTTGAA GAAGGACTCC 
ACGGCAGCCA GCCGATTGGT TACTCTGAAA GACGTGGAAG ACGGGGCTTT CCTCCTGCGT 
CAAGTGGGAG AGGCTGTAGC TACCCTGAAA GGAGAATTTC CAACCTTACA AAACAAGATG 
CGAGCCATCC TGCGCATAGA AGTGGAGGCC GTGCGGTTTC TGAAGGAGGA GCCACACAAG 
CTGGACAGTC TCCTGAAGCG TGTGCGCAGC ATGACAGACG TCCTGACCAT GCTGCGGAGA 
CATGTCACTG ATGGGCTCCT GAAAGGCACG GACGCAGCCC AAGCCGCACA GTACATGGCT 
ATGGAAAAGG CCACAGCCGC AGAAGTCCTG AAGAGTCAGG AGGAGGCAGC CCACACCTCC 
GGCCAGCCCT TCCACAGCAC AGGTGCCCCT GGCGATGCGA AGTCGGAAGT GGTGCCTTTG 
TCCGGCATGA TGGTTCGCCA CGCGCAGAGC TCCCCTGTGG TCATCCAGCC CTCCCAGCAC 
TCCGTGGCCC TGCTGAACCC TGCTCAGAAC TTGCCTCACG TGGCCAGCTC CCCAGCCGTC 
CCCCAGGAAG CAACCTCCAC TCTGCAGATG TCGCAGGCTC CGCAGTCCCC ACAGATACCC 
ATGAATGGGT CTGCCATGCA GAGCTTGTTC ATTGAAGAAA TCCACAGTGT GAGTGCCAAG 
AACAGGGCAG TGTCTATCGA GAAAGCAGAA AAGAAATGGG AGGAAAAAAG GCAAAATCTG 
GATCACTATA ATGGGAAAGA GTTTGAGAAG CTCCTAGAAG AAGCTCAGGC CAATATCATG 
AAGTCAATAC CAAATCTGGA GATGCCGCCA GCCACAGGCC CACTGCCAAG GGGAGATGCC 
CCAGTGGACA AGGTGGAACT TTCAGAAGAT TCTCCAAATT CGGAACAGGA CTTGGAAAAG 
CTGGGGGGAA AGTCGCCCCC TCCTCCTCCG CCACCTCCTC GTCGAAGCTA CCTGCCAGGA 
TCGGGACTCA CCACCACGAG GTCAGGCGAT GTGGTCTACA CCGGCAGAAA GGAGAACATC 
ACCGCTAAGG CAAGCAGTGA AGATGCTGGA CCAAGCCCAC AGACCAGAGC TACAAAATAT 
CCAGCAGAGG AGCCTGCTTC AGCCTGGACC CCATCCCCAC CGCCTGTCAC CACCTCCTCC 
TCAAAGGATG AGGAGGAAGA AGAAGAAGAA GGAGACAAAA TAATGGCAGA ACTCCAGGCA 
TTCCAGAAGT GTTCCTTTAT GGATGTAAAT TCAAACAGTC ATGCTGAGCC ATCCCGGGCT 
GACAGTCACG TTAAAGACAC TAGGTCGGGC GCCACAGTGC CACCCAAGGA GAAGAAGAAT 
TTGGAATTTT TCCATGAAGA TGTACGGAAA TCTGATGTTG AATATGAAAA TGGCCCCCAA 
ATGGAATTCC AAAAGGTTAC CACAGGGGCT GTAAGACCTA GTGACCCTCC TAAGTGGGAA 
AGAGGAATGG AGAATAGTAT TTCTGATGCA TCAAGAACAT CAGAATATAA AACTGAGATC 
ATAATGAAGG AAAATTCCAT ATCCAATATG AGTTTACTCA GAGACAGTAG AAACTATTCC 
CAGGAAACTG TGCCTAAGGC CAGTTTCGGT TTCTCTGGCA TTAGTCCATT AGAAGATGAA 
ATAAACAAAG GGTCTAAAAT CTCAGGCCTG CAATACTCTA TACCTGACAC CGAGAACCAG 
ACGCTGAATT ACGGAAAGAC AAAGGAGATG GAAAAGCAAA ATACGGATAA GTGTCACGTT 
TCCTCTCACA CTAGACTAAC AGAATCAAGC GTGCATGATT TTAAAACAGA AGATCAAGAG 
GTTATCACGA CAGATTTTGG CCAAGTTGTT CTAAGACCCA AGGAGGCAAG GCATGCTAAC 
GTGAACCCTA ATGAGGATGG AGAATCAAGT TCAAGTTCTC CCACTGAAGA AAATGCAGCC 
ACTGACAATA TTGCCTTCAT GATTACCGAA ACCACTGTCC AGGTTCTTTC CAGTGGGGAG 
GTGCATGATA TTGTTAGCCA AAAGGGAGAA GACATACAGA CGGTTAATAT CGATGCCAGA 
AAAGAGATGA CCCCCCGACA AGAAGGGACT GACAATGAGG ATCCAGTCGT GTGCCTGGAC 
AAGAAACCAG TGATCATCAT TTTCGATGAG CCCATGGACA TCCGGTCTGC CTATAAGAGA 
CTTTCAACTA TCTTTGAGGA ATGTGATGAG GAATTAGAGA GAATGATGAT GGAGGAAAAG 
ATAGAGGAGG AGGAAGAGGA GGAAAATGGG GATTCTGTAG TCCAGAATAA TAACACTTCC 
CAGATGTCTC ATAAGAAGGT GGCCCCAGGC AATCTTAGAA CCGGACAACA GGTGGAAACA 
AAGTCACAGC CACACTCCCT GGCCACAGAG ACCAGAAACC CAGGAGGACA GGAAATGAAC 
AGAACGGAGC TGAACAAGTT CAGCCACGTG GATTCTCCAA ATTCGGAATG CAAGGGTGAG 
GACGCGACCG ATGACCAGTT TGAAAGCCCC AAGAAAAAGT TTAAATTCAA ATTCCCTAAG 
AAGCAACTCG CCGCTCTCAC TCAAGCCATT CGCACCGGAA CTAAAACAGG GAAGAAGACT 
TTGCAAGTGG TAGTCTATGA AGAAGAGGAA GAGGATGGCA CCCTGAAACA GCACAAAGAA 
GCCAAGCGCT TCGAAATCGC TAGGTCTCAA CCTGAAGACA CCCCTGAAAA CACAGTGAGG 
AGGCAAGAGC AGCCCAGCAT CGAGAGTACA TCTCCGATTT CAAGAACTGA TGAAATTAGA 
AAAAACACCT ACAGAACATT GGATAGCCTG GAGCAGACCA TTAAACAGCT CGAAAATACA 
ATCAGTGAAA TGAGTCCCAA AGCCCTAGTT GATACCTCAT GTTCTTCCAA CAGAGATTCT 
GTTGCAAGTT CATCCCACAT AGCCCAAGAG GCCTCTCCCC GACCCTTGCT AGTTCCGGAT 
GAAGGTCCCA CTGCCCTAGA GCCCCCTACG TCGATACCTT CAGCTTCACG TAAGGGCTCC 
AGCGGGGCCC CACAGACGAG CAGGATGCCT GTCCCCATGA GTGCCAAGAA CAGACCCGGA 
ACCCTGGACA AACCCGGCAA GCAGTCCAAA CTGCAGGATC CCCGCCAATA TCGTCAGGCT 
AATGGAAGTG CTAAGAAATC TGGTGGGGAC TTTAAGCCTA CTTCCCCCTC CTTACCTGCT 
TCTAAGATTC CAGCCCTTTC TCCCAGCTCT GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT 
GGTGACAGCT CTAACCTCCC TAATCCACCT GCTACTAAAC CATCGATTGC TTCTAACCCT 
CTCAGCCCCC AAACAGGACC ACCTGCTCAC TCTGCCTCCC TCATCCCTTC TGTCTCTAAT 
GGCTCTTTGA AGTTTCAGAG CCTCACTCAT ACAGGTAAAG GTCACCATCT TTCATTCTCA 
CCGCAGAGTC AAAATGGCCG AGCACCCCCT CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT 
CCTGCCTCCT CCGTCTCACT GAATCAAGGT GCCAAGGGCA CCAGGACCAT CCATACTCCC 
AGCCTCACCA GCTACAAGGC ACAGAATGGA AGTTCAAGCA AAGCCACCCC ATCCACAGCA 
AAAGAAACCT CTTAA

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

KIAA1217 ( XM_017016419.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871908.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X8, mRNA.

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CloneID	OHu91528
Clone ID Related Accession (Same CDS sequence)	XM_017016419.1 , XM_017016419.2
Accession Version	XM_017016419.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5490bp) 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	sickle tail protein homolog isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGCGAGAAAA TGATGAAAAC CACAGCCAAC AGGAACCACA CAGATAGTGC AGGAACGCCC 
CATGTGTCTG GTGGGAAGAT GCTCAGTGCT CTGGAGTCCA CGGTGCCTCC CAGCCAGCCT 
CCACCTGTGG GCACCTCAGC CATCCACATG AGCCTGCTTG AGATGAGGCG GAGCGTGGCG 
GAACTCAGGC TCCAGCTCCA GCAGATGCGG CAGCTCCAGC TGCAGAACCA GGAGTTGCTG 
AGGGCAATGA TGAAGAAGGC CGAGCTGGAA ATCAGTGGCA AAGTGATGGA AACAATGAAG 
AGACTGGAGG ATCCCGTGCA GCGACAGCGC GTCCTAGTGG AGCAAGAGAG ACAAAAATAT 
CTTCATGAGG AAGAGAAGAT CGTCAAGAAG TTGTGCGAGT TGGAAGACTT TGTTGAAGAC 
TTGAAGAAGG ACTCCACGGC AGCCAGCCGA TTGGTTACTC TGAAAGACGT GGAAGACGGG 
GCTTTCCTCC TGCGTCAAGT GGGAGAGGCT GTAGCTACCC TGAAAGGAGA ATTTCCAACC 
TTACAAAACA AGATGCGAGC CATCCTGCGC ATAGAAGTGG AGGCCGTGCG GTTTCTGAAG 
GAGGAGCCAC ACAAGCTGGA CAGTCTCCTG AAGCGTGTGC GCAGCATGAC AGACGTCCTG 
ACCATGCTGC GGAGACATGT CACTGATGGG CTCCTGAAAG GCACGGACGC AGCCCAAGCC 
GCACAGTACA TGGCTATGGA AAAGGCCACA GCCGCAGAAG TCCTGAAGAG TCAGGAGGAG 
GCAGCCCACA CCTCCGGCCA GCCCTTCCAC AGCACAGGTG CCCCTGGCGA TGCGAAGTCG 
GAAGTGGTGC CTTTGTCCGG CATGATGGTT CGCCACGCGC AGAGCTCCCC TGTGGTCATC 
CAGCCCTCCC AGCACTCCGT GGCCCTGCTG AACCCTGCTC AGAACTTGCC TCACGTGGCC 
AGCTCCCCAG CCGTCCCCCA GGAAGCAACC TCCACTCTGC AGATGTCGCA GGCTCCGCAG 
TCCCCACAGA TACCCATGAA TGGGTCTGCC ATGCAGAGCT TGTTCATTGA AGAAATCCAC 
AGTGTGAGTG CCAAGAACAG GGCAGTGTCT ATCGAGAAAG CAGAAAAGAA ATGGGAGGAA 
AAAAGGCAAA ATCTGGATCA CTATAATGGG AAAGAGTTTG AGAAGCTCCT AGAAGAAGCT 
CAGGCCAATA TCATGAAGTC AATACCAAAT CTGGAGATGC CGCCAGCCAC AGGCCCACTG 
CCAAGGGGAG ATGCCCCAGT GGACAAGGTG GAACTTTCAG AAGATTCTCC AAATTCGGAA 
CAGGACTTGG AAAAGCTGGG GGGAAAGTCG CCCCCTCCTC CTCCGCCACC TCCTCGTCGA 
AGCTACCTGC CAGGATCGGG ACTCACCACC ACGAGGTCAG GCGATGTGGT CTACACCGGC 
AGAAAGGAGA ACATCACCGC TAAGGCAAGC AGTGAAGATG CTGGACCAAG CCCACAGACC 
AGAGCTACAA AATATCCAGC AGAGGAGCCT GCTTCAGCCT GGACCCCATC CCCACCGCCT 
GTCACCACCT CCTCCTCAAA GGATGAGGAG GAAGAAGAAG AAGAAGGAGA CAAAATAATG 
GCAGAACTCC AGGCATTCCA GAAGTGTTCC TTTATGGATG TAAATTCAAA CAGTCATGCT 
GAGCCATCCC GGGCTGACAG TCACGTTAAA GACACTAGGT CGGGCGCCAC AGTGCCACCC 
AAGGAGAAGA AGAATTTGGA ATTTTTCCAT GAAGATGTAC GGAAATCTGA TGTTGAATAT 
GAAAATGGCC CCCAAATGGA ATTCCAAAAG GTTACCACAG GGGCTGTAAG ACCTAGTGAC 
CCTCCTAAGT GGGAAAGAGG AATGGAGAAT AGTATTTCTG ATGCATCAAG AACATCAGAA 
TATAAAACTG AGATCATAAT GAAGGAAAAT TCCATATCCA ATATGAGTTT ACTCAGAGAC 
AGTAGAAACT ATTCCCAGGA AACTGTGCCT AAGGCCAGTT TCGGTTTCTC TGGCATTAGT 
CCATTAGAAG ATGAAATAAA CAAAGGGTCT AAAATCTCAG GCCTGCAATA CTCTATACCT 
GACACCGAGA ACCAGACGCT GAATTACGGA AAGACAAAGG AGATGGAAAA GCAAAATACG 
GATAAGTGTC ACGTTTCCTC TCACACTAGA CTAACAGAAT CAAGCGTGCA TGATTTTAAA 
ACAGAAGATC AAGAGGTTAT CACGACAGAT TTTGGCCAAG TTGTTCTAAG ACCCAAGGAG 
GCAAGGCATG CTAACGTGAA CCCTAATGAG GATGGAGAAT CAAGTTCAAG TTCTCCCACT 
GAAGAAAATG CAGCCACTGA CAATATTGCC TTCATGATTA CCGAAACCAC TGTCCAGGTT 
CTTTCCAGTG GGGAGGTGCA TGATATTGTT AGCCAAAAGG GAGAAGACAT ACAGACGGTT 
AATATCGATG CCAGAAAAGA GATGACCCCC CGACAAGAAG GGACTGACAA TGAGGATCCA 
GTCGTGTGCC TGGACAAGAA ACCAGTGATC ATCATTTTCG ATGAGCCCAT GGACATCCGG 
TCTGCCTATA AGAGACTTTC AACTATCTTT GAGGAATGTG ATGAGGAATT AGAGAGAATG 
ATGATGGAGG AAAAGATAGA GGAGGAGGAA GAGGAGGAAA ATGGGGATTC TGTAGTCCAG 
AATAATAACA CTTCCCAGAT GTCTCATAAG AAGGTGGCCC CAGGCAATCT TAGAACCGGA 
CAACAGGTGG AAACAAAGTC ACAGCCACAC TCCCTGGCCA CAGAGACCAG AAACCCAGGA 
GGACAGGAAA TGAACAGAAC GGAGCTGAAC AAGTTCAGCC ACGTGGATTC TCCAAATTCG 
GAATGCAAGG GTGAGGACGC GACCGATGAC CAGTTTGAAA GCCCCAAGAA AAAGTTTAAA 
TTCAAATTCC CTAAGAAGCA ACTCGCCGCT CTCACTCAAG CCATTCGCAC CGGAACTAAA 
ACAGGGAAGA AGACTTTGCA AGTGGTAGTC TATGAAGAAG AGGAAGAGGA TGGCACCCTG 
AAACAGCACA AAGAAGCCAA GCGCTTCGAA ATCGCTAGGT CTCAACCTGA AGACACCCCT 
GAAAACACAG TGAGGAGGCA AGAGCAGCCC AGCATCGAGA GTACATCTCC GATTTCAAGA 
ACTGATGAAA TTAGAAAAAA CACCTACAGA ACATTGGATA GCCTGGAGCA GACCATTAAA 
CAGCTCGAAA ATACAATCAG TGAAATGAGT CCCAAAGCCC TAGTTGATAC CTCATGTTCT 
TCCAACAGAG ATTCTGTTGC AAGTTCATCC CACATAGCCC AAGAGGCCTC TCCCCGACCC 
TTGCTAGTTC CGGATGAAGG TCCCACTGCC CTAGAGCCCC CTACGTCGAT ACCTTCAGCT 
TCACGTAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

RefSeq	XP_016871908.1
CDS	1358..6847
Translation	MPHLDMKTHVCPSVEGPKKKGGITCFCCGGPFRAADRSKTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016419.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X8, mRNA.

Target ORF information:

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

XM_017016419.1

ORF Insert Sequence:

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGCGAGAAAA TGATGAAAAC CACAGCCAAC AGGAACCACA CAGATAGTGC AGGAACGCCC 
CATGTGTCTG GTGGGAAGAT GCTCAGTGCT CTGGAGTCCA CGGTGCCTCC CAGCCAGCCT 
CCACCTGTGG GCACCTCAGC CATCCACATG AGCCTGCTTG AGATGAGGCG GAGCGTGGCG 
GAACTCAGGC TCCAGCTCCA GCAGATGCGG CAGCTCCAGC TGCAGAACCA GGAGTTGCTG 
AGGGCAATGA TGAAGAAGGC CGAGCTGGAA ATCAGTGGCA AAGTGATGGA AACAATGAAG 
AGACTGGAGG ATCCCGTGCA GCGACAGCGC GTCCTAGTGG AGCAAGAGAG ACAAAAATAT 
CTTCATGAGG AAGAGAAGAT CGTCAAGAAG TTGTGCGAGT TGGAAGACTT TGTTGAAGAC 
TTGAAGAAGG ACTCCACGGC AGCCAGCCGA TTGGTTACTC TGAAAGACGT GGAAGACGGG 
GCTTTCCTCC TGCGTCAAGT GGGAGAGGCT GTAGCTACCC TGAAAGGAGA ATTTCCAACC 
TTACAAAACA AGATGCGAGC CATCCTGCGC ATAGAAGTGG AGGCCGTGCG GTTTCTGAAG 
GAGGAGCCAC ACAAGCTGGA CAGTCTCCTG AAGCGTGTGC GCAGCATGAC AGACGTCCTG 
ACCATGCTGC GGAGACATGT CACTGATGGG CTCCTGAAAG GCACGGACGC AGCCCAAGCC 
GCACAGTACA TGGCTATGGA AAAGGCCACA GCCGCAGAAG TCCTGAAGAG TCAGGAGGAG 
GCAGCCCACA CCTCCGGCCA GCCCTTCCAC AGCACAGGTG CCCCTGGCGA TGCGAAGTCG 
GAAGTGGTGC CTTTGTCCGG CATGATGGTT CGCCACGCGC AGAGCTCCCC TGTGGTCATC 
CAGCCCTCCC AGCACTCCGT GGCCCTGCTG AACCCTGCTC AGAACTTGCC TCACGTGGCC 
AGCTCCCCAG CCGTCCCCCA GGAAGCAACC TCCACTCTGC AGATGTCGCA GGCTCCGCAG 
TCCCCACAGA TACCCATGAA TGGGTCTGCC ATGCAGAGCT TGTTCATTGA AGAAATCCAC 
AGTGTGAGTG CCAAGAACAG GGCAGTGTCT ATCGAGAAAG CAGAAAAGAA ATGGGAGGAA 
AAAAGGCAAA ATCTGGATCA CTATAATGGG AAAGAGTTTG AGAAGCTCCT AGAAGAAGCT 
CAGGCCAATA TCATGAAGTC AATACCAAAT CTGGAGATGC CGCCAGCCAC AGGCCCACTG 
CCAAGGGGAG ATGCCCCAGT GGACAAGGTG GAACTTTCAG AAGATTCTCC AAATTCGGAA 
CAGGACTTGG AAAAGCTGGG GGGAAAGTCG CCCCCTCCTC CTCCGCCACC TCCTCGTCGA 
AGCTACCTGC CAGGATCGGG ACTCACCACC ACGAGGTCAG GCGATGTGGT CTACACCGGC 
AGAAAGGAGA ACATCACCGC TAAGGCAAGC AGTGAAGATG CTGGACCAAG CCCACAGACC 
AGAGCTACAA AATATCCAGC AGAGGAGCCT GCTTCAGCCT GGACCCCATC CCCACCGCCT 
GTCACCACCT CCTCCTCAAA GGATGAGGAG GAAGAAGAAG AAGAAGGAGA CAAAATAATG 
GCAGAACTCC AGGCATTCCA GAAGTGTTCC TTTATGGATG TAAATTCAAA CAGTCATGCT 
GAGCCATCCC GGGCTGACAG TCACGTTAAA GACACTAGGT CGGGCGCCAC AGTGCCACCC 
AAGGAGAAGA AGAATTTGGA ATTTTTCCAT GAAGATGTAC GGAAATCTGA TGTTGAATAT 
GAAAATGGCC CCCAAATGGA ATTCCAAAAG GTTACCACAG GGGCTGTAAG ACCTAGTGAC 
CCTCCTAAGT GGGAAAGAGG AATGGAGAAT AGTATTTCTG ATGCATCAAG AACATCAGAA 
TATAAAACTG AGATCATAAT GAAGGAAAAT TCCATATCCA ATATGAGTTT ACTCAGAGAC 
AGTAGAAACT ATTCCCAGGA AACTGTGCCT AAGGCCAGTT TCGGTTTCTC TGGCATTAGT 
CCATTAGAAG ATGAAATAAA CAAAGGGTCT AAAATCTCAG GCCTGCAATA CTCTATACCT 
GACACCGAGA ACCAGACGCT GAATTACGGA AAGACAAAGG AGATGGAAAA GCAAAATACG 
GATAAGTGTC ACGTTTCCTC TCACACTAGA CTAACAGAAT CAAGCGTGCA TGATTTTAAA 
ACAGAAGATC AAGAGGTTAT CACGACAGAT TTTGGCCAAG TTGTTCTAAG ACCCAAGGAG 
GCAAGGCATG CTAACGTGAA CCCTAATGAG GATGGAGAAT CAAGTTCAAG TTCTCCCACT 
GAAGAAAATG CAGCCACTGA CAATATTGCC TTCATGATTA CCGAAACCAC TGTCCAGGTT 
CTTTCCAGTG GGGAGGTGCA TGATATTGTT AGCCAAAAGG GAGAAGACAT ACAGACGGTT 
AATATCGATG CCAGAAAAGA GATGACCCCC CGACAAGAAG GGACTGACAA TGAGGATCCA 
GTCGTGTGCC TGGACAAGAA ACCAGTGATC ATCATTTTCG ATGAGCCCAT GGACATCCGG 
TCTGCCTATA AGAGACTTTC AACTATCTTT GAGGAATGTG ATGAGGAATT AGAGAGAATG 
ATGATGGAGG AAAAGATAGA GGAGGAGGAA GAGGAGGAAA ATGGGGATTC TGTAGTCCAG 
AATAATAACA CTTCCCAGAT GTCTCATAAG AAGGTGGCCC CAGGCAATCT TAGAACCGGA 
CAACAGGTGG AAACAAAGTC ACAGCCACAC TCCCTGGCCA CAGAGACCAG AAACCCAGGA 
GGACAGGAAA TGAACAGAAC GGAGCTGAAC AAGTTCAGCC ACGTGGATTC TCCAAATTCG 
GAATGCAAGG GTGAGGACGC GACCGATGAC CAGTTTGAAA GCCCCAAGAA AAAGTTTAAA 
TTCAAATTCC CTAAGAAGCA ACTCGCCGCT CTCACTCAAG CCATTCGCAC CGGAACTAAA 
ACAGGGAAGA AGACTTTGCA AGTGGTAGTC TATGAAGAAG AGGAAGAGGA TGGCACCCTG 
AAACAGCACA AAGAAGCCAA GCGCTTCGAA ATCGCTAGGT CTCAACCTGA AGACACCCCT 
GAAAACACAG TGAGGAGGCA AGAGCAGCCC AGCATCGAGA GTACATCTCC GATTTCAAGA 
ACTGATGAAA TTAGAAAAAA CACCTACAGA ACATTGGATA GCCTGGAGCA GACCATTAAA 
CAGCTCGAAA ATACAATCAG TGAAATGAGT CCCAAAGCCC TAGTTGATAC CTCATGTTCT 
TCCAACAGAG ATTCTGTTGC AAGTTCATCC CACATAGCCC AAGAGGCCTC TCCCCGACCC 
TTGCTAGTTC CGGATGAAGG TCCCACTGCC CTAGAGCCCC CTACGTCGAT ACCTTCAGCT 
TCACGTAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

KIAA1217 ( XM_017016419.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871908.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X11, mRNA.

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CloneID	OHu91528
Clone ID Related Accession (Same CDS sequence)	XM_017016419.1 , XM_017016419.2
Accession Version	XM_017016419.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5490bp) 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	sickle tail protein homolog isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017016419.1. ##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##

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGCGAGAAAA TGATGAAAAC CACAGCCAAC AGGAACCACA CAGATAGTGC AGGAACGCCC 
CATGTGTCTG GTGGGAAGAT GCTCAGTGCT CTGGAGTCCA CGGTGCCTCC CAGCCAGCCT 
CCACCTGTGG GCACCTCAGC CATCCACATG AGCCTGCTTG AGATGAGGCG GAGCGTGGCG 
GAACTCAGGC TCCAGCTCCA GCAGATGCGG CAGCTCCAGC TGCAGAACCA GGAGTTGCTG 
AGGGCAATGA TGAAGAAGGC CGAGCTGGAA ATCAGTGGCA AAGTGATGGA AACAATGAAG 
AGACTGGAGG ATCCCGTGCA GCGACAGCGC GTCCTAGTGG AGCAAGAGAG ACAAAAATAT 
CTTCATGAGG AAGAGAAGAT CGTCAAGAAG TTGTGCGAGT TGGAAGACTT TGTTGAAGAC 
TTGAAGAAGG ACTCCACGGC AGCCAGCCGA TTGGTTACTC TGAAAGACGT GGAAGACGGG 
GCTTTCCTCC TGCGTCAAGT GGGAGAGGCT GTAGCTACCC TGAAAGGAGA ATTTCCAACC 
TTACAAAACA AGATGCGAGC CATCCTGCGC ATAGAAGTGG AGGCCGTGCG GTTTCTGAAG 
GAGGAGCCAC ACAAGCTGGA CAGTCTCCTG AAGCGTGTGC GCAGCATGAC AGACGTCCTG 
ACCATGCTGC GGAGACATGT CACTGATGGG CTCCTGAAAG GCACGGACGC AGCCCAAGCC 
GCACAGTACA TGGCTATGGA AAAGGCCACA GCCGCAGAAG TCCTGAAGAG TCAGGAGGAG 
GCAGCCCACA CCTCCGGCCA GCCCTTCCAC AGCACAGGTG CCCCTGGCGA TGCGAAGTCG 
GAAGTGGTGC CTTTGTCCGG CATGATGGTT CGCCACGCGC AGAGCTCCCC TGTGGTCATC 
CAGCCCTCCC AGCACTCCGT GGCCCTGCTG AACCCTGCTC AGAACTTGCC TCACGTGGCC 
AGCTCCCCAG CCGTCCCCCA GGAAGCAACC TCCACTCTGC AGATGTCGCA GGCTCCGCAG 
TCCCCACAGA TACCCATGAA TGGGTCTGCC ATGCAGAGCT TGTTCATTGA AGAAATCCAC 
AGTGTGAGTG CCAAGAACAG GGCAGTGTCT ATCGAGAAAG CAGAAAAGAA ATGGGAGGAA 
AAAAGGCAAA ATCTGGATCA CTATAATGGG AAAGAGTTTG AGAAGCTCCT AGAAGAAGCT 
CAGGCCAATA TCATGAAGTC AATACCAAAT CTGGAGATGC CGCCAGCCAC AGGCCCACTG 
CCAAGGGGAG ATGCCCCAGT GGACAAGGTG GAACTTTCAG AAGATTCTCC AAATTCGGAA 
CAGGACTTGG AAAAGCTGGG GGGAAAGTCG CCCCCTCCTC CTCCGCCACC TCCTCGTCGA 
AGCTACCTGC CAGGATCGGG ACTCACCACC ACGAGGTCAG GCGATGTGGT CTACACCGGC 
AGAAAGGAGA ACATCACCGC TAAGGCAAGC AGTGAAGATG CTGGACCAAG CCCACAGACC 
AGAGCTACAA AATATCCAGC AGAGGAGCCT GCTTCAGCCT GGACCCCATC CCCACCGCCT 
GTCACCACCT CCTCCTCAAA GGATGAGGAG GAAGAAGAAG AAGAAGGAGA CAAAATAATG 
GCAGAACTCC AGGCATTCCA GAAGTGTTCC TTTATGGATG TAAATTCAAA CAGTCATGCT 
GAGCCATCCC GGGCTGACAG TCACGTTAAA GACACTAGGT CGGGCGCCAC AGTGCCACCC 
AAGGAGAAGA AGAATTTGGA ATTTTTCCAT GAAGATGTAC GGAAATCTGA TGTTGAATAT 
GAAAATGGCC CCCAAATGGA ATTCCAAAAG GTTACCACAG GGGCTGTAAG ACCTAGTGAC 
CCTCCTAAGT GGGAAAGAGG AATGGAGAAT AGTATTTCTG ATGCATCAAG AACATCAGAA 
TATAAAACTG AGATCATAAT GAAGGAAAAT TCCATATCCA ATATGAGTTT ACTCAGAGAC 
AGTAGAAACT ATTCCCAGGA AACTGTGCCT AAGGCCAGTT TCGGTTTCTC TGGCATTAGT 
CCATTAGAAG ATGAAATAAA CAAAGGGTCT AAAATCTCAG GCCTGCAATA CTCTATACCT 
GACACCGAGA ACCAGACGCT GAATTACGGA AAGACAAAGG AGATGGAAAA GCAAAATACG 
GATAAGTGTC ACGTTTCCTC TCACACTAGA CTAACAGAAT CAAGCGTGCA TGATTTTAAA 
ACAGAAGATC AAGAGGTTAT CACGACAGAT TTTGGCCAAG TTGTTCTAAG ACCCAAGGAG 
GCAAGGCATG CTAACGTGAA CCCTAATGAG GATGGAGAAT CAAGTTCAAG TTCTCCCACT 
GAAGAAAATG CAGCCACTGA CAATATTGCC TTCATGATTA CCGAAACCAC TGTCCAGGTT 
CTTTCCAGTG GGGAGGTGCA TGATATTGTT AGCCAAAAGG GAGAAGACAT ACAGACGGTT 
AATATCGATG CCAGAAAAGA GATGACCCCC CGACAAGAAG GGACTGACAA TGAGGATCCA 
GTCGTGTGCC TGGACAAGAA ACCAGTGATC ATCATTTTCG ATGAGCCCAT GGACATCCGG 
TCTGCCTATA AGAGACTTTC AACTATCTTT GAGGAATGTG ATGAGGAATT AGAGAGAATG 
ATGATGGAGG AAAAGATAGA GGAGGAGGAA GAGGAGGAAA ATGGGGATTC TGTAGTCCAG 
AATAATAACA CTTCCCAGAT GTCTCATAAG AAGGTGGCCC CAGGCAATCT TAGAACCGGA 
CAACAGGTGG AAACAAAGTC ACAGCCACAC TCCCTGGCCA CAGAGACCAG AAACCCAGGA 
GGACAGGAAA TGAACAGAAC GGAGCTGAAC AAGTTCAGCC ACGTGGATTC TCCAAATTCG 
GAATGCAAGG GTGAGGACGC GACCGATGAC CAGTTTGAAA GCCCCAAGAA AAAGTTTAAA 
TTCAAATTCC CTAAGAAGCA ACTCGCCGCT CTCACTCAAG CCATTCGCAC CGGAACTAAA 
ACAGGGAAGA AGACTTTGCA AGTGGTAGTC TATGAAGAAG AGGAAGAGGA TGGCACCCTG 
AAACAGCACA AAGAAGCCAA GCGCTTCGAA ATCGCTAGGT CTCAACCTGA AGACACCCCT 
GAAAACACAG TGAGGAGGCA AGAGCAGCCC AGCATCGAGA GTACATCTCC GATTTCAAGA 
ACTGATGAAA TTAGAAAAAA CACCTACAGA ACATTGGATA GCCTGGAGCA GACCATTAAA 
CAGCTCGAAA ATACAATCAG TGAAATGAGT CCCAAAGCCC TAGTTGATAC CTCATGTTCT 
TCCAACAGAG ATTCTGTTGC AAGTTCATCC CACATAGCCC AAGAGGCCTC TCCCCGACCC 
TTGCTAGTTC CGGATGAAGG TCCCACTGCC CTAGAGCCCC CTACGTCGAT ACCTTCAGCT 
TCACGTAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

RefSeq	XP_016871908.1
CDS	373..5862
Translation	MPHLDMKTHVCPSVEGPKKKGGITCFCCGGPFRAADRSKTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016419.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X11, mRNA.

Target ORF information:

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

XM_017016419.2

ORF Insert Sequence:

ATGCCACATC TGGACATGAA GACCCATGTC TGCCCTTCTG TAGAAGGGCC AAAGAAGAAA 
GGAGGCATCA CATGTTTCTG CTGTGGGGGG CCCTTCCGAG CAGCAGACAG GAGCAAGACA 
AGGAGCCCCA AACTGTCTCA CAGTCCTCAA CCACCCAGTC TGGGTGACCC GGTCGAGCAT 
TTATCAGAGA CGTCCGCTGA TTCTTTGGAA GCCATGTCTG AGGGGGATGC TCCAACCCCT 
TTTTCCAGAG GCAGCCGGAC TCGTGCGAGC CTTCCTGTGG TGAGGTCAAC CAACCAGACG 
AAAGAAAGAT CTCTGGGGGT TCTCTATCTC CAGTATGGAG ATGAAACCAA GCAGCTCAGG 
ATGCCGAATG AAATCACAAG TGCAGACACA ATCCGTGCTC TCTTCGTAAG TGCCTTTCCA 
CAGCAGCTCA CCATGAAAAT GCTGGAATCG CCCAGTGTCG CCATTTACAT CAAAGATGAA 
AGCAGAAATG TCTATTATGA ATTAAATGAT GTAAGGAACA TTCAAGACAG ATCACTCCTC 
AAAGTGTACA ACAAGGATCC TGCACATGCG TTTAATCACA CACCAAAAAC TATGAATGGA 
GACATGAGGA TGCAGAGAGA ACTTGTTTAT GCAAGAGGAG ATGGCCCTGG GGCCCCTCGC 
CCCGGATCTA CTGCTCATCC ACCCCATGCG ATTCCAAATT CCCCACCGTC TACTCCAGTG 
CCCCATTCCA TGCCCCCCTC CCCGTCCAGA ATTCCTTATG GGGGCACCCG CTCCATGGTT 
GTTCCTGGCA ATGCCACCAT CCCCAGGGAC AGAATCTCCA GCCTGCCAGT CTCCAGACCC 
ATCTCTCCAA GCCCAAGCGC CATTTTAGAA AGAAGAGATG TCAAGCCTGA TGAAGACATG 
AGTGGCAAAA ACATTGCAAT GTACAGAAAT GAGGGTTTCT ATGCTGATCC TTACCTTTAT 
CACGAGGGAC GGATGAGCAT AGCCTCATCC CATGGTGGAC ACCCACTGGA TGTCCCCGAC 
CACATCATTG CATATCACCG CACCGCCATC CGGTCAGCGA GTGCTTATTG TAACCCCTCA 
ATGCAAGCGG AAATGCATAT GGAACAATCA CTGTACAGAC AGAAATCAAG GAAATATCCG 
GATAGCCATT TGCCTACACT GGGCTCCAAA ACACCCCCTG CCTCTCCTCA CAGAGTCAGT 
GACCTGAGGA TGATAGACAT GCACGCTCAC TATAATGCCC ACGGCCCCCC TCACACCATG 
CAGCCAGACC GGGCCTCTCC GAGCCGCCAG GCCTTTAAAA AGGAGCCAGG CACCTTGGTG 
TATATAGAAA AGCCACGGAG CGCTGCAGGA TTATCCAGCC TTGTAGACCT CGGCCCTCCT 
CTAATGGAGA AGCAAGTTTT TGCCTACAGC ACGGCGACAA TACCCAAAGA CAGAGAGACC 
AGCGAGAAAA TGATGAAAAC CACAGCCAAC AGGAACCACA CAGATAGTGC AGGAACGCCC 
CATGTGTCTG GTGGGAAGAT GCTCAGTGCT CTGGAGTCCA CGGTGCCTCC CAGCCAGCCT 
CCACCTGTGG GCACCTCAGC CATCCACATG AGCCTGCTTG AGATGAGGCG GAGCGTGGCG 
GAACTCAGGC TCCAGCTCCA GCAGATGCGG CAGCTCCAGC TGCAGAACCA GGAGTTGCTG 
AGGGCAATGA TGAAGAAGGC CGAGCTGGAA ATCAGTGGCA AAGTGATGGA AACAATGAAG 
AGACTGGAGG ATCCCGTGCA GCGACAGCGC GTCCTAGTGG AGCAAGAGAG ACAAAAATAT 
CTTCATGAGG AAGAGAAGAT CGTCAAGAAG TTGTGCGAGT TGGAAGACTT TGTTGAAGAC 
TTGAAGAAGG ACTCCACGGC AGCCAGCCGA TTGGTTACTC TGAAAGACGT GGAAGACGGG 
GCTTTCCTCC TGCGTCAAGT GGGAGAGGCT GTAGCTACCC TGAAAGGAGA ATTTCCAACC 
TTACAAAACA AGATGCGAGC CATCCTGCGC ATAGAAGTGG AGGCCGTGCG GTTTCTGAAG 
GAGGAGCCAC ACAAGCTGGA CAGTCTCCTG AAGCGTGTGC GCAGCATGAC AGACGTCCTG 
ACCATGCTGC GGAGACATGT CACTGATGGG CTCCTGAAAG GCACGGACGC AGCCCAAGCC 
GCACAGTACA TGGCTATGGA AAAGGCCACA GCCGCAGAAG TCCTGAAGAG TCAGGAGGAG 
GCAGCCCACA CCTCCGGCCA GCCCTTCCAC AGCACAGGTG CCCCTGGCGA TGCGAAGTCG 
GAAGTGGTGC CTTTGTCCGG CATGATGGTT CGCCACGCGC AGAGCTCCCC TGTGGTCATC 
CAGCCCTCCC AGCACTCCGT GGCCCTGCTG AACCCTGCTC AGAACTTGCC TCACGTGGCC 
AGCTCCCCAG CCGTCCCCCA GGAAGCAACC TCCACTCTGC AGATGTCGCA GGCTCCGCAG 
TCCCCACAGA TACCCATGAA TGGGTCTGCC ATGCAGAGCT TGTTCATTGA AGAAATCCAC 
AGTGTGAGTG CCAAGAACAG GGCAGTGTCT ATCGAGAAAG CAGAAAAGAA ATGGGAGGAA 
AAAAGGCAAA ATCTGGATCA CTATAATGGG AAAGAGTTTG AGAAGCTCCT AGAAGAAGCT 
CAGGCCAATA TCATGAAGTC AATACCAAAT CTGGAGATGC CGCCAGCCAC AGGCCCACTG 
CCAAGGGGAG ATGCCCCAGT GGACAAGGTG GAACTTTCAG AAGATTCTCC AAATTCGGAA 
CAGGACTTGG AAAAGCTGGG GGGAAAGTCG CCCCCTCCTC CTCCGCCACC TCCTCGTCGA 
AGCTACCTGC CAGGATCGGG ACTCACCACC ACGAGGTCAG GCGATGTGGT CTACACCGGC 
AGAAAGGAGA ACATCACCGC TAAGGCAAGC AGTGAAGATG CTGGACCAAG CCCACAGACC 
AGAGCTACAA AATATCCAGC AGAGGAGCCT GCTTCAGCCT GGACCCCATC CCCACCGCCT 
GTCACCACCT CCTCCTCAAA GGATGAGGAG GAAGAAGAAG AAGAAGGAGA CAAAATAATG 
GCAGAACTCC AGGCATTCCA GAAGTGTTCC TTTATGGATG TAAATTCAAA CAGTCATGCT 
GAGCCATCCC GGGCTGACAG TCACGTTAAA GACACTAGGT CGGGCGCCAC AGTGCCACCC 
AAGGAGAAGA AGAATTTGGA ATTTTTCCAT GAAGATGTAC GGAAATCTGA TGTTGAATAT 
GAAAATGGCC CCCAAATGGA ATTCCAAAAG GTTACCACAG GGGCTGTAAG ACCTAGTGAC 
CCTCCTAAGT GGGAAAGAGG AATGGAGAAT AGTATTTCTG ATGCATCAAG AACATCAGAA 
TATAAAACTG AGATCATAAT GAAGGAAAAT TCCATATCCA ATATGAGTTT ACTCAGAGAC 
AGTAGAAACT ATTCCCAGGA AACTGTGCCT AAGGCCAGTT TCGGTTTCTC TGGCATTAGT 
CCATTAGAAG ATGAAATAAA CAAAGGGTCT AAAATCTCAG GCCTGCAATA CTCTATACCT 
GACACCGAGA ACCAGACGCT GAATTACGGA AAGACAAAGG AGATGGAAAA GCAAAATACG 
GATAAGTGTC ACGTTTCCTC TCACACTAGA CTAACAGAAT CAAGCGTGCA TGATTTTAAA 
ACAGAAGATC AAGAGGTTAT CACGACAGAT TTTGGCCAAG TTGTTCTAAG ACCCAAGGAG 
GCAAGGCATG CTAACGTGAA CCCTAATGAG GATGGAGAAT CAAGTTCAAG TTCTCCCACT 
GAAGAAAATG CAGCCACTGA CAATATTGCC TTCATGATTA CCGAAACCAC TGTCCAGGTT 
CTTTCCAGTG GGGAGGTGCA TGATATTGTT AGCCAAAAGG GAGAAGACAT ACAGACGGTT 
AATATCGATG CCAGAAAAGA GATGACCCCC CGACAAGAAG GGACTGACAA TGAGGATCCA 
GTCGTGTGCC TGGACAAGAA ACCAGTGATC ATCATTTTCG ATGAGCCCAT GGACATCCGG 
TCTGCCTATA AGAGACTTTC AACTATCTTT GAGGAATGTG ATGAGGAATT AGAGAGAATG 
ATGATGGAGG AAAAGATAGA GGAGGAGGAA GAGGAGGAAA ATGGGGATTC TGTAGTCCAG 
AATAATAACA CTTCCCAGAT GTCTCATAAG AAGGTGGCCC CAGGCAATCT TAGAACCGGA 
CAACAGGTGG AAACAAAGTC ACAGCCACAC TCCCTGGCCA CAGAGACCAG AAACCCAGGA 
GGACAGGAAA TGAACAGAAC GGAGCTGAAC AAGTTCAGCC ACGTGGATTC TCCAAATTCG 
GAATGCAAGG GTGAGGACGC GACCGATGAC CAGTTTGAAA GCCCCAAGAA AAAGTTTAAA 
TTCAAATTCC CTAAGAAGCA ACTCGCCGCT CTCACTCAAG CCATTCGCAC CGGAACTAAA 
ACAGGGAAGA AGACTTTGCA AGTGGTAGTC TATGAAGAAG AGGAAGAGGA TGGCACCCTG 
AAACAGCACA AAGAAGCCAA GCGCTTCGAA ATCGCTAGGT CTCAACCTGA AGACACCCCT 
GAAAACACAG TGAGGAGGCA AGAGCAGCCC AGCATCGAGA GTACATCTCC GATTTCAAGA 
ACTGATGAAA TTAGAAAAAA CACCTACAGA ACATTGGATA GCCTGGAGCA GACCATTAAA 
CAGCTCGAAA ATACAATCAG TGAAATGAGT CCCAAAGCCC TAGTTGATAC CTCATGTTCT 
TCCAACAGAG ATTCTGTTGC AAGTTCATCC CACATAGCCC AAGAGGCCTC TCCCCGACCC 
TTGCTAGTTC CGGATGAAGG TCCCACTGCC CTAGAGCCCC CTACGTCGAT ACCTTCAGCT 
TCACGTAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

KIAA1217 ( XM_017016420.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871909.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X12, mRNA.

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CloneID	OHu91529
Clone ID Related Accession (Same CDS sequence)	XM_017016420.1 , XM_017016421.1
Accession Version	XM_017016420.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5382bp) 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	sickle tail protein homolog isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGA GAGAGGATGC AAGCCATGGA GAAACAGATT 
GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG CTTTTTAAAG GGCCCATTAC AAGTTATAGC 
AAAGATGCGT CTAGCGAGAA AATGATGAAA ACCACAGCCA ACAGGAACCA CACAGATAGT 
GCAGGAACGC CCCATGTGTC TGGTGGGAAG ATGCTCAGTG CTCTGGAGTC CACGGTGCCT 
CCCAGCCAGC CTCCACCTGT GGGCACCTCA GCCATCCACA TGAGCCTGCT TGAGATGAGG 
CGGAGCGTGG CGGAACTCAG GCTCCAGCTC CAGCAGATGC GGCAGCTCCA GCTGCAGAAC 
CAGGAGTTGC TGAGGGCAAT GATGAAGAAG GCCGAGCTGG AAATCAGTGG CAAAGTGATG 
GAAACAATGA AGAGACTGGA GGATCCCGTG CAGCGACAGC GCGTCCTAGT GGAGCAAGAG 
AGACAAAAAT ATCTTCATGA GGAAGAGAAG ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC 
TTTGTTGAAG ACTTGAAGAA GGACTCCACG GCAGCCAGCC GATTGGTTAC TCTGAAAGAC 
GTGGAAGACG GGGCTTTCCT CCTGCGTCAA GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA 
GAATTTCCAA CCTTACAAAA CAAGATGCGA GCCATCCTGC GCATAGAAGT GGAGGCCGTG 
CGGTTTCTGA AGGAGGAGCC ACACAAGCTG GACAGTCTCC TGAAGCGTGT GCGCAGCATG 
ACAGACGTCC TGACCATGCT GCGGAGACAT GTCACTGATG GGCTCCTGAA AGGCACGGAC 
GCAGCCCAAG CCGCACAGTA CATGGCTATG GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG 
AGTCAGGAGG AGGCAGCCCA CACCTCCGGC CAGCCCTTCC ACAGCACAGG TGCCCCTGGC 
GATGCGAAGT CGGAAGTGGT GCCTTTGTCC GGCATGATGG TTCGCCACGC GCAGAGCTCC 
CCTGTGGTCA TCCAGCCCTC CCAGCACTCC GTGGCCCTGC TGAACCCTGC TCAGAACTTG 
CCTCACGTGG CCAGCTCCCC AGCCGTCCCC CAGGAAGCAA CCTCCACTCT GCAGATGTCG 
CAGGCTCCGC AGTCCCCACA GATACCCATG AATGGGTCTG CCATGCAGAG CTTGTTCATT 
GAAGAAATCC ACAGTGTGAG TGCCAAGAAC AGGGCAGTGT CTATCGAGAA AGCAGAAAAG 
AAATGGGAGG AAAAAAGGCA AAATCTGGAT CACTATAATG GGAAAGAGTT TGAGAAGCTC 
CTAGAAGAAG CTCAGGCCAA TATCATGAAG TCAATACCAA ATCTGGAGAT GCCGCCAGCC 
ACAGGCCCAC TGCCAAGGGG AGATGCCCCA GTGGACAAGG TGGAACTTTC AGAAGATTCT 
CCAAATTCGG AACAGGACTT GGAAAAGCTG GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA 
CCTCCTCGTC GAAGCTACCT GCCAGGATCG GGACTCACCA CCACGAGGTC AGGCGATGTG 
GTCTACACCG GCAGAAAGGA GAACATCACC GCTAAGGCAA GCAGTGAAGA TGCTGGACCA 
AGCCCACAGA CCAGAGCTAC AAAATATCCA GCAGAGGAGC CTGCTTCAGC CTGGACCCCA 
TCCCCACCGC CTGTCACCAC CTCCTCCTCA AAGGATGAGG AGGAAGAAGA AGAAGAAGGA 
GACAAAATAA TGGCAGAACT CCAGGCATTC CAGAAGTGTT CCTTTATGGA TGTAAATTCA 
AACAGTCATG CTGAGCCATC CCGGGCTGAC AGTCACGTTA AAGACACTAG GTCGGGCGCC 
ACAGTGCCAC CCAAGGAGAA GAAGAATTTG GAATTTTTCC ATGAAGATGT ACGGAAATCT 
GATGTTGAAT ATGAAAATGG CCCCCAAATG GAATTCCAAA AGGTTACCAC AGGGGCTGTA 
AGACCTAGTG ACCCTCCTAA GTGGGAAAGA GGAATGGAGA ATAGTATTTC TGATGCATCA 
AGAACATCAG AATATAAAAC TGAGATCATA ATGAAGGAAA ATTCCATATC CAATATGAGT 
TTACTCAGAG ACAGTAGAAA CTATTCCCAG GAAACTGTGC CTAAGGCCAG TTTCGGTTTC 
TCTGGCATTA GTCCATTAGA AGATGAAATA AACAAAGGGT CTAAAATCTC AGGCCTGCAA 
TACTCTATAC CTGACACCGA GAACCAGACG CTGAATTACG GAAAGACAAA GGAGATGGAA 
AAGCAAAATA CGGATAAGTG TCACGTTTCC TCTCACACTA GACTAACAGA ATCAAGCGTG 
CATGATTTTA AAACAGAAGA TCAAGAGGTT ATCACGACAG ATTTTGGCCA AGTTGTTCTA 
AGACCCAAGG AGGCAAGGCA TGCTAACGTG AACCCTAATG AGGATGGAGA ATCAAGTTCA 
AGTTCTCCCA CTGAAGAAAA TGCAGCCACT GACAATATTG CCTTCATGAT TACCGAAACC 
ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG CATGATATTG TTAGCCAAAA GGGAGAAGAC 
ATACAGACGG TTAATATCGA TGCCAGAAAA GAGATGACCC CCCGACAAGA AGGGACTGAC 
AATGAGGATC CAGTCGTGTG CCTGGACAAG AAACCAGTGA TCATCATTTT CGATGAGCCC 
ATGGACATCC GGTCTGCCTA TAAGAGACTT TCAACTATCT TTGAGGAATG TGATGAGGAA 
TTAGAGAGAA TGATGATGGA GGAAAAGATA GAGGAGGAGG AAGAGGAGGA AAATGGGGAT 
TCTGTAGTCC AGAATAATAA CACTTCCCAG ATGTCTCATA AGAAGGTGGC CCCAGGCAAT 
CTTAGAACCG GACAACAGGT GGAAACAAAG TCACAGCCAC ACTCCCTGGC CACAGAGACC 
AGAAACCCAG GAGGACAGGA AATGAACAGA ACGGAGCTGA ACAAGTTCAG CCACGTGGAT 
TCTCCAAATT CGGAATGCAA GGGTGAGGAC GCGACCGATG ACCAGTTTGA AAGCCCCAAG 
AAAAAGTTTA AATTCAAATT CCCTAAGAAG CAACTCGCCG CTCTCACTCA AGCCATTCGC 
ACCGGAACTA AAACAGGGAA GAAGACTTTG CAAGTGGTAG TCTATGAAGA AGAGGAAGAG 
GATGGCACCC TGAAACAGCA CAAAGAAGCC AAGCGCTTCG AAATCGCTAG GTCTCAACCT 
GAAGACACCC CTGAAAACAC AGTGAGGAGG CAAGAGCAGC CCAGCATCGA GAGTACATCT 
CCGATTTCAA GAACTGATGA AATTAGAAAA AACACCTACA GAACATTGGA TAGCCTGGAG 
CAGACCATTA AACAGCTCGA AAATACAATC AGTGAAATGA GTCCCAAAGC CCTAGTTGAT 
ACCTCATGTT CTTCCAACAG AGATTCTGTT GCAAGTTCAT CCCACATAGC CCAAGAGGCC 
TCTCCCCGAC CCTTGCTAGT TCCGGATGAA GGTCCCACTG CCCTAGAGCC CCCTACGTCG 
ATACCTTCAG CTTCACGTAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGCTAAT GGAAGTGCTA AGAAATCTGG TGGGGACTTT 
AAGCCTACTT CCCCCTCCTT ACCTGCTTCT AAGATTCCAG CCCTTTCTCC CAGCTCTGGG 
AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT GACAGCTCTA ACCTCCCTAA TCCACCTGCT 
ACTAAACCAT CGATTGCTTC TAACCCTCTC AGCCCCCAAA CAGGACCACC TGCTCACTCT 
GCCTCCCTCA TCCCTTCTGT CTCTAATGGC TCTTTGAAGT TTCAGAGCCT CACTCATACA 
GGTAAAGGTC ACCATCTTTC ATTCTCACCG CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT 
TTGTCATTTT CCTCCTCCCC TCCTTCTCCT GCCTCCTCCG TCTCACTGAA TCAAGGTGCC 
AAGGGCACCA GGACCATCCA TACTCCCAGC CTCACCAGCT ACAAGGCACA GAATGGAAGT 
TCAAGCAAAG CCACCCCATC CACAGCAAAA GAAACCTCTT AA

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

RefSeq	XP_016871909.1
CDS	318..5699
Translation	MSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016420.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X12, mRNA.

Target ORF information:

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

XM_017016420.1

ORF Insert Sequence:

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGA GAGAGGATGC AAGCCATGGA GAAACAGATT 
GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG CTTTTTAAAG GGCCCATTAC AAGTTATAGC 
AAAGATGCGT CTAGCGAGAA AATGATGAAA ACCACAGCCA ACAGGAACCA CACAGATAGT 
GCAGGAACGC CCCATGTGTC TGGTGGGAAG ATGCTCAGTG CTCTGGAGTC CACGGTGCCT 
CCCAGCCAGC CTCCACCTGT GGGCACCTCA GCCATCCACA TGAGCCTGCT TGAGATGAGG 
CGGAGCGTGG CGGAACTCAG GCTCCAGCTC CAGCAGATGC GGCAGCTCCA GCTGCAGAAC 
CAGGAGTTGC TGAGGGCAAT GATGAAGAAG GCCGAGCTGG AAATCAGTGG CAAAGTGATG 
GAAACAATGA AGAGACTGGA GGATCCCGTG CAGCGACAGC GCGTCCTAGT GGAGCAAGAG 
AGACAAAAAT ATCTTCATGA GGAAGAGAAG ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC 
TTTGTTGAAG ACTTGAAGAA GGACTCCACG GCAGCCAGCC GATTGGTTAC TCTGAAAGAC 
GTGGAAGACG GGGCTTTCCT CCTGCGTCAA GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA 
GAATTTCCAA CCTTACAAAA CAAGATGCGA GCCATCCTGC GCATAGAAGT GGAGGCCGTG 
CGGTTTCTGA AGGAGGAGCC ACACAAGCTG GACAGTCTCC TGAAGCGTGT GCGCAGCATG 
ACAGACGTCC TGACCATGCT GCGGAGACAT GTCACTGATG GGCTCCTGAA AGGCACGGAC 
GCAGCCCAAG CCGCACAGTA CATGGCTATG GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG 
AGTCAGGAGG AGGCAGCCCA CACCTCCGGC CAGCCCTTCC ACAGCACAGG TGCCCCTGGC 
GATGCGAAGT CGGAAGTGGT GCCTTTGTCC GGCATGATGG TTCGCCACGC GCAGAGCTCC 
CCTGTGGTCA TCCAGCCCTC CCAGCACTCC GTGGCCCTGC TGAACCCTGC TCAGAACTTG 
CCTCACGTGG CCAGCTCCCC AGCCGTCCCC CAGGAAGCAA CCTCCACTCT GCAGATGTCG 
CAGGCTCCGC AGTCCCCACA GATACCCATG AATGGGTCTG CCATGCAGAG CTTGTTCATT 
GAAGAAATCC ACAGTGTGAG TGCCAAGAAC AGGGCAGTGT CTATCGAGAA AGCAGAAAAG 
AAATGGGAGG AAAAAAGGCA AAATCTGGAT CACTATAATG GGAAAGAGTT TGAGAAGCTC 
CTAGAAGAAG CTCAGGCCAA TATCATGAAG TCAATACCAA ATCTGGAGAT GCCGCCAGCC 
ACAGGCCCAC TGCCAAGGGG AGATGCCCCA GTGGACAAGG TGGAACTTTC AGAAGATTCT 
CCAAATTCGG AACAGGACTT GGAAAAGCTG GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA 
CCTCCTCGTC GAAGCTACCT GCCAGGATCG GGACTCACCA CCACGAGGTC AGGCGATGTG 
GTCTACACCG GCAGAAAGGA GAACATCACC GCTAAGGCAA GCAGTGAAGA TGCTGGACCA 
AGCCCACAGA CCAGAGCTAC AAAATATCCA GCAGAGGAGC CTGCTTCAGC CTGGACCCCA 
TCCCCACCGC CTGTCACCAC CTCCTCCTCA AAGGATGAGG AGGAAGAAGA AGAAGAAGGA 
GACAAAATAA TGGCAGAACT CCAGGCATTC CAGAAGTGTT CCTTTATGGA TGTAAATTCA 
AACAGTCATG CTGAGCCATC CCGGGCTGAC AGTCACGTTA AAGACACTAG GTCGGGCGCC 
ACAGTGCCAC CCAAGGAGAA GAAGAATTTG GAATTTTTCC ATGAAGATGT ACGGAAATCT 
GATGTTGAAT ATGAAAATGG CCCCCAAATG GAATTCCAAA AGGTTACCAC AGGGGCTGTA 
AGACCTAGTG ACCCTCCTAA GTGGGAAAGA GGAATGGAGA ATAGTATTTC TGATGCATCA 
AGAACATCAG AATATAAAAC TGAGATCATA ATGAAGGAAA ATTCCATATC CAATATGAGT 
TTACTCAGAG ACAGTAGAAA CTATTCCCAG GAAACTGTGC CTAAGGCCAG TTTCGGTTTC 
TCTGGCATTA GTCCATTAGA AGATGAAATA AACAAAGGGT CTAAAATCTC AGGCCTGCAA 
TACTCTATAC CTGACACCGA GAACCAGACG CTGAATTACG GAAAGACAAA GGAGATGGAA 
AAGCAAAATA CGGATAAGTG TCACGTTTCC TCTCACACTA GACTAACAGA ATCAAGCGTG 
CATGATTTTA AAACAGAAGA TCAAGAGGTT ATCACGACAG ATTTTGGCCA AGTTGTTCTA 
AGACCCAAGG AGGCAAGGCA TGCTAACGTG AACCCTAATG AGGATGGAGA ATCAAGTTCA 
AGTTCTCCCA CTGAAGAAAA TGCAGCCACT GACAATATTG CCTTCATGAT TACCGAAACC 
ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG CATGATATTG TTAGCCAAAA GGGAGAAGAC 
ATACAGACGG TTAATATCGA TGCCAGAAAA GAGATGACCC CCCGACAAGA AGGGACTGAC 
AATGAGGATC CAGTCGTGTG CCTGGACAAG AAACCAGTGA TCATCATTTT CGATGAGCCC 
ATGGACATCC GGTCTGCCTA TAAGAGACTT TCAACTATCT TTGAGGAATG TGATGAGGAA 
TTAGAGAGAA TGATGATGGA GGAAAAGATA GAGGAGGAGG AAGAGGAGGA AAATGGGGAT 
TCTGTAGTCC AGAATAATAA CACTTCCCAG ATGTCTCATA AGAAGGTGGC CCCAGGCAAT 
CTTAGAACCG GACAACAGGT GGAAACAAAG TCACAGCCAC ACTCCCTGGC CACAGAGACC 
AGAAACCCAG GAGGACAGGA AATGAACAGA ACGGAGCTGA ACAAGTTCAG CCACGTGGAT 
TCTCCAAATT CGGAATGCAA GGGTGAGGAC GCGACCGATG ACCAGTTTGA AAGCCCCAAG 
AAAAAGTTTA AATTCAAATT CCCTAAGAAG CAACTCGCCG CTCTCACTCA AGCCATTCGC 
ACCGGAACTA AAACAGGGAA GAAGACTTTG CAAGTGGTAG TCTATGAAGA AGAGGAAGAG 
GATGGCACCC TGAAACAGCA CAAAGAAGCC AAGCGCTTCG AAATCGCTAG GTCTCAACCT 
GAAGACACCC CTGAAAACAC AGTGAGGAGG CAAGAGCAGC CCAGCATCGA GAGTACATCT 
CCGATTTCAA GAACTGATGA AATTAGAAAA AACACCTACA GAACATTGGA TAGCCTGGAG 
CAGACCATTA AACAGCTCGA AAATACAATC AGTGAAATGA GTCCCAAAGC CCTAGTTGAT 
ACCTCATGTT CTTCCAACAG AGATTCTGTT GCAAGTTCAT CCCACATAGC CCAAGAGGCC 
TCTCCCCGAC CCTTGCTAGT TCCGGATGAA GGTCCCACTG CCCTAGAGCC CCCTACGTCG 
ATACCTTCAG CTTCACGTAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGCTAAT GGAAGTGCTA AGAAATCTGG TGGGGACTTT 
AAGCCTACTT CCCCCTCCTT ACCTGCTTCT AAGATTCCAG CCCTTTCTCC CAGCTCTGGG 
AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT GACAGCTCTA ACCTCCCTAA TCCACCTGCT 
ACTAAACCAT CGATTGCTTC TAACCCTCTC AGCCCCCAAA CAGGACCACC TGCTCACTCT 
GCCTCCCTCA TCCCTTCTGT CTCTAATGGC TCTTTGAAGT TTCAGAGCCT CACTCATACA 
GGTAAAGGTC ACCATCTTTC ATTCTCACCG CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT 
TTGTCATTTT CCTCCTCCCC TCCTTCTCCT GCCTCCTCCG TCTCACTGAA TCAAGGTGCC 
AAGGGCACCA GGACCATCCA TACTCCCAGC CTCACCAGCT ACAAGGCACA GAATGGAAGT 
TCAAGCAAAG CCACCCCATC CACAGCAAAA GAAACCTCTT AA

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

KIAA1217 ( XM_017016421.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871910.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X13, mRNA.

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CloneID	OHu91529
Clone ID Related Accession (Same CDS sequence)	XM_017016420.1 , XM_017016421.1
Accession Version	XM_017016421.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5382bp) 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	sickle tail protein homolog isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGA GAGAGGATGC AAGCCATGGA GAAACAGATT 
GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG CTTTTTAAAG GGCCCATTAC AAGTTATAGC 
AAAGATGCGT CTAGCGAGAA AATGATGAAA ACCACAGCCA ACAGGAACCA CACAGATAGT 
GCAGGAACGC CCCATGTGTC TGGTGGGAAG ATGCTCAGTG CTCTGGAGTC CACGGTGCCT 
CCCAGCCAGC CTCCACCTGT GGGCACCTCA GCCATCCACA TGAGCCTGCT TGAGATGAGG 
CGGAGCGTGG CGGAACTCAG GCTCCAGCTC CAGCAGATGC GGCAGCTCCA GCTGCAGAAC 
CAGGAGTTGC TGAGGGCAAT GATGAAGAAG GCCGAGCTGG AAATCAGTGG CAAAGTGATG 
GAAACAATGA AGAGACTGGA GGATCCCGTG CAGCGACAGC GCGTCCTAGT GGAGCAAGAG 
AGACAAAAAT ATCTTCATGA GGAAGAGAAG ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC 
TTTGTTGAAG ACTTGAAGAA GGACTCCACG GCAGCCAGCC GATTGGTTAC TCTGAAAGAC 
GTGGAAGACG GGGCTTTCCT CCTGCGTCAA GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA 
GAATTTCCAA CCTTACAAAA CAAGATGCGA GCCATCCTGC GCATAGAAGT GGAGGCCGTG 
CGGTTTCTGA AGGAGGAGCC ACACAAGCTG GACAGTCTCC TGAAGCGTGT GCGCAGCATG 
ACAGACGTCC TGACCATGCT GCGGAGACAT GTCACTGATG GGCTCCTGAA AGGCACGGAC 
GCAGCCCAAG CCGCACAGTA CATGGCTATG GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG 
AGTCAGGAGG AGGCAGCCCA CACCTCCGGC CAGCCCTTCC ACAGCACAGG TGCCCCTGGC 
GATGCGAAGT CGGAAGTGGT GCCTTTGTCC GGCATGATGG TTCGCCACGC GCAGAGCTCC 
CCTGTGGTCA TCCAGCCCTC CCAGCACTCC GTGGCCCTGC TGAACCCTGC TCAGAACTTG 
CCTCACGTGG CCAGCTCCCC AGCCGTCCCC CAGGAAGCAA CCTCCACTCT GCAGATGTCG 
CAGGCTCCGC AGTCCCCACA GATACCCATG AATGGGTCTG CCATGCAGAG CTTGTTCATT 
GAAGAAATCC ACAGTGTGAG TGCCAAGAAC AGGGCAGTGT CTATCGAGAA AGCAGAAAAG 
AAATGGGAGG AAAAAAGGCA AAATCTGGAT CACTATAATG GGAAAGAGTT TGAGAAGCTC 
CTAGAAGAAG CTCAGGCCAA TATCATGAAG TCAATACCAA ATCTGGAGAT GCCGCCAGCC 
ACAGGCCCAC TGCCAAGGGG AGATGCCCCA GTGGACAAGG TGGAACTTTC AGAAGATTCT 
CCAAATTCGG AACAGGACTT GGAAAAGCTG GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA 
CCTCCTCGTC GAAGCTACCT GCCAGGATCG GGACTCACCA CCACGAGGTC AGGCGATGTG 
GTCTACACCG GCAGAAAGGA GAACATCACC GCTAAGGCAA GCAGTGAAGA TGCTGGACCA 
AGCCCACAGA CCAGAGCTAC AAAATATCCA GCAGAGGAGC CTGCTTCAGC CTGGACCCCA 
TCCCCACCGC CTGTCACCAC CTCCTCCTCA AAGGATGAGG AGGAAGAAGA AGAAGAAGGA 
GACAAAATAA TGGCAGAACT CCAGGCATTC CAGAAGTGTT CCTTTATGGA TGTAAATTCA 
AACAGTCATG CTGAGCCATC CCGGGCTGAC AGTCACGTTA AAGACACTAG GTCGGGCGCC 
ACAGTGCCAC CCAAGGAGAA GAAGAATTTG GAATTTTTCC ATGAAGATGT ACGGAAATCT 
GATGTTGAAT ATGAAAATGG CCCCCAAATG GAATTCCAAA AGGTTACCAC AGGGGCTGTA 
AGACCTAGTG ACCCTCCTAA GTGGGAAAGA GGAATGGAGA ATAGTATTTC TGATGCATCA 
AGAACATCAG AATATAAAAC TGAGATCATA ATGAAGGAAA ATTCCATATC CAATATGAGT 
TTACTCAGAG ACAGTAGAAA CTATTCCCAG GAAACTGTGC CTAAGGCCAG TTTCGGTTTC 
TCTGGCATTA GTCCATTAGA AGATGAAATA AACAAAGGGT CTAAAATCTC AGGCCTGCAA 
TACTCTATAC CTGACACCGA GAACCAGACG CTGAATTACG GAAAGACAAA GGAGATGGAA 
AAGCAAAATA CGGATAAGTG TCACGTTTCC TCTCACACTA GACTAACAGA ATCAAGCGTG 
CATGATTTTA AAACAGAAGA TCAAGAGGTT ATCACGACAG ATTTTGGCCA AGTTGTTCTA 
AGACCCAAGG AGGCAAGGCA TGCTAACGTG AACCCTAATG AGGATGGAGA ATCAAGTTCA 
AGTTCTCCCA CTGAAGAAAA TGCAGCCACT GACAATATTG CCTTCATGAT TACCGAAACC 
ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG CATGATATTG TTAGCCAAAA GGGAGAAGAC 
ATACAGACGG TTAATATCGA TGCCAGAAAA GAGATGACCC CCCGACAAGA AGGGACTGAC 
AATGAGGATC CAGTCGTGTG CCTGGACAAG AAACCAGTGA TCATCATTTT CGATGAGCCC 
ATGGACATCC GGTCTGCCTA TAAGAGACTT TCAACTATCT TTGAGGAATG TGATGAGGAA 
TTAGAGAGAA TGATGATGGA GGAAAAGATA GAGGAGGAGG AAGAGGAGGA AAATGGGGAT 
TCTGTAGTCC AGAATAATAA CACTTCCCAG ATGTCTCATA AGAAGGTGGC CCCAGGCAAT 
CTTAGAACCG GACAACAGGT GGAAACAAAG TCACAGCCAC ACTCCCTGGC CACAGAGACC 
AGAAACCCAG GAGGACAGGA AATGAACAGA ACGGAGCTGA ACAAGTTCAG CCACGTGGAT 
TCTCCAAATT CGGAATGCAA GGGTGAGGAC GCGACCGATG ACCAGTTTGA AAGCCCCAAG 
AAAAAGTTTA AATTCAAATT CCCTAAGAAG CAACTCGCCG CTCTCACTCA AGCCATTCGC 
ACCGGAACTA AAACAGGGAA GAAGACTTTG CAAGTGGTAG TCTATGAAGA AGAGGAAGAG 
GATGGCACCC TGAAACAGCA CAAAGAAGCC AAGCGCTTCG AAATCGCTAG GTCTCAACCT 
GAAGACACCC CTGAAAACAC AGTGAGGAGG CAAGAGCAGC CCAGCATCGA GAGTACATCT 
CCGATTTCAA GAACTGATGA AATTAGAAAA AACACCTACA GAACATTGGA TAGCCTGGAG 
CAGACCATTA AACAGCTCGA AAATACAATC AGTGAAATGA GTCCCAAAGC CCTAGTTGAT 
ACCTCATGTT CTTCCAACAG AGATTCTGTT GCAAGTTCAT CCCACATAGC CCAAGAGGCC 
TCTCCCCGAC CCTTGCTAGT TCCGGATGAA GGTCCCACTG CCCTAGAGCC CCCTACGTCG 
ATACCTTCAG CTTCACGTAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGCTAAT GGAAGTGCTA AGAAATCTGG TGGGGACTTT 
AAGCCTACTT CCCCCTCCTT ACCTGCTTCT AAGATTCCAG CCCTTTCTCC CAGCTCTGGG 
AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT GACAGCTCTA ACCTCCCTAA TCCACCTGCT 
ACTAAACCAT CGATTGCTTC TAACCCTCTC AGCCCCCAAA CAGGACCACC TGCTCACTCT 
GCCTCCCTCA TCCCTTCTGT CTCTAATGGC TCTTTGAAGT TTCAGAGCCT CACTCATACA 
GGTAAAGGTC ACCATCTTTC ATTCTCACCG CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT 
TTGTCATTTT CCTCCTCCCC TCCTTCTCCT GCCTCCTCCG TCTCACTGAA TCAAGGTGCC 
AAGGGCACCA GGACCATCCA TACTCCCAGC CTCACCAGCT ACAAGGCACA GAATGGAAGT 
TCAAGCAAAG CCACCCCATC CACAGCAAAA GAAACCTCTT AA

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

RefSeq	XP_016871910.1
CDS	528..5909
Translation	MSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016421.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X13, mRNA.

Target ORF information:

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

XM_017016421.1

ORF Insert Sequence:

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGA GAGAGGATGC AAGCCATGGA GAAACAGATT 
GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG CTTTTTAAAG GGCCCATTAC AAGTTATAGC 
AAAGATGCGT CTAGCGAGAA AATGATGAAA ACCACAGCCA ACAGGAACCA CACAGATAGT 
GCAGGAACGC CCCATGTGTC TGGTGGGAAG ATGCTCAGTG CTCTGGAGTC CACGGTGCCT 
CCCAGCCAGC CTCCACCTGT GGGCACCTCA GCCATCCACA TGAGCCTGCT TGAGATGAGG 
CGGAGCGTGG CGGAACTCAG GCTCCAGCTC CAGCAGATGC GGCAGCTCCA GCTGCAGAAC 
CAGGAGTTGC TGAGGGCAAT GATGAAGAAG GCCGAGCTGG AAATCAGTGG CAAAGTGATG 
GAAACAATGA AGAGACTGGA GGATCCCGTG CAGCGACAGC GCGTCCTAGT GGAGCAAGAG 
AGACAAAAAT ATCTTCATGA GGAAGAGAAG ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC 
TTTGTTGAAG ACTTGAAGAA GGACTCCACG GCAGCCAGCC GATTGGTTAC TCTGAAAGAC 
GTGGAAGACG GGGCTTTCCT CCTGCGTCAA GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA 
GAATTTCCAA CCTTACAAAA CAAGATGCGA GCCATCCTGC GCATAGAAGT GGAGGCCGTG 
CGGTTTCTGA AGGAGGAGCC ACACAAGCTG GACAGTCTCC TGAAGCGTGT GCGCAGCATG 
ACAGACGTCC TGACCATGCT GCGGAGACAT GTCACTGATG GGCTCCTGAA AGGCACGGAC 
GCAGCCCAAG CCGCACAGTA CATGGCTATG GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG 
AGTCAGGAGG AGGCAGCCCA CACCTCCGGC CAGCCCTTCC ACAGCACAGG TGCCCCTGGC 
GATGCGAAGT CGGAAGTGGT GCCTTTGTCC GGCATGATGG TTCGCCACGC GCAGAGCTCC 
CCTGTGGTCA TCCAGCCCTC CCAGCACTCC GTGGCCCTGC TGAACCCTGC TCAGAACTTG 
CCTCACGTGG CCAGCTCCCC AGCCGTCCCC CAGGAAGCAA CCTCCACTCT GCAGATGTCG 
CAGGCTCCGC AGTCCCCACA GATACCCATG AATGGGTCTG CCATGCAGAG CTTGTTCATT 
GAAGAAATCC ACAGTGTGAG TGCCAAGAAC AGGGCAGTGT CTATCGAGAA AGCAGAAAAG 
AAATGGGAGG AAAAAAGGCA AAATCTGGAT CACTATAATG GGAAAGAGTT TGAGAAGCTC 
CTAGAAGAAG CTCAGGCCAA TATCATGAAG TCAATACCAA ATCTGGAGAT GCCGCCAGCC 
ACAGGCCCAC TGCCAAGGGG AGATGCCCCA GTGGACAAGG TGGAACTTTC AGAAGATTCT 
CCAAATTCGG AACAGGACTT GGAAAAGCTG GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA 
CCTCCTCGTC GAAGCTACCT GCCAGGATCG GGACTCACCA CCACGAGGTC AGGCGATGTG 
GTCTACACCG GCAGAAAGGA GAACATCACC GCTAAGGCAA GCAGTGAAGA TGCTGGACCA 
AGCCCACAGA CCAGAGCTAC AAAATATCCA GCAGAGGAGC CTGCTTCAGC CTGGACCCCA 
TCCCCACCGC CTGTCACCAC CTCCTCCTCA AAGGATGAGG AGGAAGAAGA AGAAGAAGGA 
GACAAAATAA TGGCAGAACT CCAGGCATTC CAGAAGTGTT CCTTTATGGA TGTAAATTCA 
AACAGTCATG CTGAGCCATC CCGGGCTGAC AGTCACGTTA AAGACACTAG GTCGGGCGCC 
ACAGTGCCAC CCAAGGAGAA GAAGAATTTG GAATTTTTCC ATGAAGATGT ACGGAAATCT 
GATGTTGAAT ATGAAAATGG CCCCCAAATG GAATTCCAAA AGGTTACCAC AGGGGCTGTA 
AGACCTAGTG ACCCTCCTAA GTGGGAAAGA GGAATGGAGA ATAGTATTTC TGATGCATCA 
AGAACATCAG AATATAAAAC TGAGATCATA ATGAAGGAAA ATTCCATATC CAATATGAGT 
TTACTCAGAG ACAGTAGAAA CTATTCCCAG GAAACTGTGC CTAAGGCCAG TTTCGGTTTC 
TCTGGCATTA GTCCATTAGA AGATGAAATA AACAAAGGGT CTAAAATCTC AGGCCTGCAA 
TACTCTATAC CTGACACCGA GAACCAGACG CTGAATTACG GAAAGACAAA GGAGATGGAA 
AAGCAAAATA CGGATAAGTG TCACGTTTCC TCTCACACTA GACTAACAGA ATCAAGCGTG 
CATGATTTTA AAACAGAAGA TCAAGAGGTT ATCACGACAG ATTTTGGCCA AGTTGTTCTA 
AGACCCAAGG AGGCAAGGCA TGCTAACGTG AACCCTAATG AGGATGGAGA ATCAAGTTCA 
AGTTCTCCCA CTGAAGAAAA TGCAGCCACT GACAATATTG CCTTCATGAT TACCGAAACC 
ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG CATGATATTG TTAGCCAAAA GGGAGAAGAC 
ATACAGACGG TTAATATCGA TGCCAGAAAA GAGATGACCC CCCGACAAGA AGGGACTGAC 
AATGAGGATC CAGTCGTGTG CCTGGACAAG AAACCAGTGA TCATCATTTT CGATGAGCCC 
ATGGACATCC GGTCTGCCTA TAAGAGACTT TCAACTATCT TTGAGGAATG TGATGAGGAA 
TTAGAGAGAA TGATGATGGA GGAAAAGATA GAGGAGGAGG AAGAGGAGGA AAATGGGGAT 
TCTGTAGTCC AGAATAATAA CACTTCCCAG ATGTCTCATA AGAAGGTGGC CCCAGGCAAT 
CTTAGAACCG GACAACAGGT GGAAACAAAG TCACAGCCAC ACTCCCTGGC CACAGAGACC 
AGAAACCCAG GAGGACAGGA AATGAACAGA ACGGAGCTGA ACAAGTTCAG CCACGTGGAT 
TCTCCAAATT CGGAATGCAA GGGTGAGGAC GCGACCGATG ACCAGTTTGA AAGCCCCAAG 
AAAAAGTTTA AATTCAAATT CCCTAAGAAG CAACTCGCCG CTCTCACTCA AGCCATTCGC 
ACCGGAACTA AAACAGGGAA GAAGACTTTG CAAGTGGTAG TCTATGAAGA AGAGGAAGAG 
GATGGCACCC TGAAACAGCA CAAAGAAGCC AAGCGCTTCG AAATCGCTAG GTCTCAACCT 
GAAGACACCC CTGAAAACAC AGTGAGGAGG CAAGAGCAGC CCAGCATCGA GAGTACATCT 
CCGATTTCAA GAACTGATGA AATTAGAAAA AACACCTACA GAACATTGGA TAGCCTGGAG 
CAGACCATTA AACAGCTCGA AAATACAATC AGTGAAATGA GTCCCAAAGC CCTAGTTGAT 
ACCTCATGTT CTTCCAACAG AGATTCTGTT GCAAGTTCAT CCCACATAGC CCAAGAGGCC 
TCTCCCCGAC CCTTGCTAGT TCCGGATGAA GGTCCCACTG CCCTAGAGCC CCCTACGTCG 
ATACCTTCAG CTTCACGTAA GGGCTCCAGC GGGGCCCCAC AGACGAGCAG GATGCCTGTC 
CCCATGAGTG CCAAGAACAG ACCCGGAACC CTGGACAAAC CCGGCAAGCA GTCCAAACTG 
CAGGATCCCC GCCAATATCG TCAGGCTAAT GGAAGTGCTA AGAAATCTGG TGGGGACTTT 
AAGCCTACTT CCCCCTCCTT ACCTGCTTCT AAGATTCCAG CCCTTTCTCC CAGCTCTGGG 
AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT GACAGCTCTA ACCTCCCTAA TCCACCTGCT 
ACTAAACCAT CGATTGCTTC TAACCCTCTC AGCCCCCAAA CAGGACCACC TGCTCACTCT 
GCCTCCCTCA TCCCTTCTGT CTCTAATGGC TCTTTGAAGT TTCAGAGCCT CACTCATACA 
GGTAAAGGTC ACCATCTTTC ATTCTCACCG CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT 
TTGTCATTTT CCTCCTCCCC TCCTTCTCCT GCCTCCTCCG TCTCACTGAA TCAAGGTGCC 
AAGGGCACCA GGACCATCCA TACTCCCAGC CTCACCAGCT ACAAGGCACA GAATGGAAGT 
TCAAGCAAAG CCACCCCATC CACAGCAAAA GAAACCTCTT AA

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

KIAA1217 ( XM_017016422.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871911.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X14, mRNA.

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CloneID	OHu91530
Clone ID Related Accession (Same CDS sequence)	XM_017016422.1
Accession Version	XM_017016422.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5277bp) 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	sickle tail protein homolog isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGC GAGAAAATGA TGAAAACCAC AGCCAACAGG 
AACCACACAG ATAGTGCAGG AACGCCCCAT GTGTCTGGTG GGAAGATGCT CAGTGCTCTG 
GAGTCCACGG TGCCTCCCAG CCAGCCTCCA CCTGTGGGCA CCTCAGCCAT CCACATGAGC 
CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA CTCAGGCTCC AGCTCCAGCA GATGCGGCAG 
CTCCAGCTGC AGAACCAGGA GTTGCTGAGG GCAATGATGA AGAAGGCCGA GCTGGAAATC 
AGTGGCAAAG TGATGGAAAC AATGAAGAGA CTGGAGGATC CCGTGCAGCG ACAGCGCGTC 
CTAGTGGAGC AAGAGAGACA AAAATATCTT CATGAGGAAG AGAAGATCGT CAAGAAGTTG 
TGCGAGTTGG AAGACTTTGT TGAAGACTTG AAGAAGGACT CCACGGCAGC CAGCCGATTG 
GTTACTCTGA AAGACGTGGA AGACGGGGCT TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA 
GCTACCCTGA AAGGAGAATT TCCAACCTTA CAAAACAAGA TGCGAGCCAT CCTGCGCATA 
GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG GAGCCACACA AGCTGGACAG TCTCCTGAAG 
CGTGTGCGCA GCATGACAGA CGTCCTGACC ATGCTGCGGA GACATGTCAC TGATGGGCTC 
CTGAAAGGCA CGGACGCAGC CCAAGCCGCA CAGTACATGG CTATGGAAAA GGCCACAGCC 
GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA GCCCACACCT CCGGCCAGCC CTTCCACAGC 
ACAGGTGCCC CTGGCGATGC GAAGTCGGAA GTGGTGCCTT TGTCCGGCAT GATGGTTCGC 
CACGCGCAGA GCTCCCCTGT GGTCATCCAG CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC 
CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC TCCCCAGCCG TCCCCCAGGA AGCAACCTCC 
ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC CCACAGATAC CCATGAATGG GTCTGCCATG 
CAGAGCTTGT TCATTGAAGA AATCCACAGT GTGAGTGCCA AGAACAGGGC AGTGTCTATC 
GAGAAAGCAG AAAAGAAATG GGAGGAAAAA AGGCAAAATC TGGATCACTA TAATGGGAAA 
GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG GCCAATATCA TGAAGTCAAT ACCAAATCTG 
GAGATGCCGC CAGCCACAGG CCCACTGCCA AGGGGAGATG CCCCAGTGGA CAAGGTGGAA 
CTTTCAGAAG ATTCTCCAAA TTCGGAACAG GACTTGGAAA AGCTGGGGGG AAAGTCGCCC 
CCTCCTCCTC CGCCACCTCC TCGTCGAAGC TACCTGCCAG GATCGGGACT CACCACCACG 
AGGTCAGGCG ATGTGGTCTA CACCGGCAGA AAGGAGAACA TCACCGCTAA GGCAAGCAGT 
GAAGATGCTG GACCAAGCCC ACAGACCAGA GCTACAAAAT ATCCAGCAGA GGAGCCTGCT 
TCAGCCTGGA CCCCATCCCC ACCGCCTGTC ACCACCTCCT CCTCAAAGGA TGAGGAGGAA 
GAAGAAGAAG AAGGAGACAA AATAATGGCA GAACTCCAGG CATTCCAGAA GTGTTCCTTT 
ATGGATGTAA ATTCAAACAG TCATGCTGAG CCATCCCGGG CTGACAGTCA CGTTAAAGAC 
ACTAGGTCGG GCGCCACAGT GCCACCCAAG GAGAAGAAGA ATTTGGAATT TTTCCATGAA 
GATGTACGGA AATCTGATGT TGAATATGAA AATGGCCCCC AAATGGAATT CCAAAAGGTT 
ACCACAGGGG CTGTAAGACC TAGTGACCCT CCTAAGTGGG AAAGAGGAAT GGAGAATAGT 
ATTTCTGATG CATCAAGAAC ATCAGAATAT AAAACTGAGA TCATAATGAA GGAAAATTCC 
ATATCCAATA TGAGTTTACT CAGAGACAGT AGAAACTATT CCCAGGAAAC TGTGCCTAAG 
GCCAGTTTCG GTTTCTCTGG CATTAGTCCA TTAGAAGATG AAATAAACAA AGGGTCTAAA 
ATCTCAGGCC TGCAATACTC TATACCTGAC ACCGAGAACC AGACGCTGAA TTACGGAAAG 
ACAAAGGAGA TGGAAAAGCA AAATACGGAT AAGTGTCACG TTTCCTCTCA CACTAGACTA 
ACAGAATCAA GCGTGCATGA TTTTAAAACA GAAGATCAAG AGGTTATCAC GACAGATTTT 
GGCCAAGTTG TTCTAAGACC CAAGGAGGCA AGGCATGCTA ACGTGAACCC TAATGAGGAT 
GGAGAATCAA GTTCAAGTTC TCCCACTGAA GAAAATGCAG CCACTGACAA TATTGCCTTC 
ATGATTACCG AAACCACTGT CCAGGTTCTT TCCAGTGGGG AGGTGCATGA TATTGTTAGC 
CAAAAGGGAG AAGACATACA GACGGTTAAT ATCGATGCCA GAAAAGAGAT GACCCCCCGA 
CAAGAAGGGA CTGACAATGA GGATCCAGTC GTGTGCCTGG ACAAGAAACC AGTGATCATC 
ATTTTCGATG AGCCCATGGA CATCCGGTCT GCCTATAAGA GACTTTCAAC TATCTTTGAG 
GAATGTGATG AGGAATTAGA GAGAATGATG ATGGAGGAAA AGATAGAGGA GGAGGAAGAG 
GAGGAAAATG GGGATTCTGT AGTCCAGAAT AATAACACTT CCCAGATGTC TCATAAGAAG 
GTGGCCCCAG GCAATCTTAG AACCGGACAA CAGGTGGAAA CAAAGTCACA GCCACACTCC 
CTGGCCACAG AGACCAGAAA CCCAGGAGGA CAGGAAATGA ACAGAACGGA GCTGAACAAG 
TTCAGCCACG TGGATTCTCC AAATTCGGAA TGCAAGGGTG AGGACGCGAC CGATGACCAG 
TTTGAAAGCC CCAAGAAAAA GTTTAAATTC AAATTCCCTA AGAAGCAACT CGCCGCTCTC 
ACTCAAGCCA TTCGCACCGG AACTAAAACA GGGAAGAAGA CTTTGCAAGT GGTAGTCTAT 
GAAGAAGAGG AAGAGGATGG CACCCTGAAA CAGCACAAAG AAGCCAAGCG CTTCGAAATC 
GCTAGGTCTC AACCTGAAGA CACCCCTGAA AACACAGTGA GGAGGCAAGA GCAGCCCAGC 
ATCGAGAGTA CATCTCCGAT TTCAAGAACT GATGAAATTA GAAAAAACAC CTACAGAACA 
TTGGATAGCC TGGAGCAGAC CATTAAACAG CTCGAAAATA CAATCAGTGA AATGAGTCCC 
AAAGCCCTAG TTGATACCTC ATGTTCTTCC AACAGAGATT CTGTTGCAAG TTCATCCCAC 
ATAGCCCAAG AGGCCTCTCC CCGACCCTTG CTAGTTCCGG ATGAAGGTCC CACTGCCCTA 
GAGCCCCCTA CGTCGATACC TTCAGCTTCA CGTAAGGGCT CCAGCGGGGC CCCACAGACG 
AGCAGGATGC CTGTCCCCAT GAGTGCCAAG AACAGACCCG GAACCCTGGA CAAACCCGGC 
AAGCAGTCCA AACTGCAGGA TCCCCGCCAA TATCGTCAGG CTAATGGAAG TGCTAAGAAA 
TCTGGTGGGG ACTTTAAGCC TACTTCCCCC TCCTTACCTG CTTCTAAGAT TCCAGCCCTT 
TCTCCCAGCT CTGGGAAAAG CAGTTCTCTG CCCTCTTCTA GTGGTGACAG CTCTAACCTC 
CCTAATCCAC CTGCTACTAA ACCATCGATT GCTTCTAACC CTCTCAGCCC CCAAACAGGA 
CCACCTGCTC ACTCTGCCTC CCTCATCCCT TCTGTCTCTA ATGGCTCTTT GAAGTTTCAG 
AGCCTCACTC ATACAGGTAA AGGTCACCAT CTTTCATTCT CACCGCAGAG TCAAAATGGC 
CGAGCACCCC CTCCTTTGTC ATTTTCCTCC TCCCCTCCTT CTCCTGCCTC CTCCGTCTCA 
CTGAATCAAG GTGCCAAGGG CACCAGGACC ATCCATACTC CCAGCCTCAC CAGCTACAAG 
GCACAGAATG GAAGTTCAAG CAAAGCCACC CCATCCACAG CAAAAGAAAC CTCTTAA

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

RefSeq	XP_016871911.1
CDS	318..5594
Translation	MSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016422.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X14, mRNA.

Target ORF information:

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

XM_017016422.1

ORF Insert Sequence:

ATGTCTGAGG GGGATGCTCC AACCCCTTTT TCCAGAGGCA GCCGGACTCG TGCGAGCCTT 
CCTGTGGTGA GGTCAACCAA CCAGACGAAA GAAAGATCTC TGGGGGTTCT CTATCTCCAG 
TATGGAGATG AAACCAAGCA GCTCAGGATG CCGAATGAAA TCACAAGTGC AGACACAATC 
CGTGCTCTCT TCGTAAGTGC CTTTCCACAG CAGCTCACCA TGAAAATGCT GGAATCGCCC 
AGTGTCGCCA TTTACATCAA AGATGAAAGC AGAAATGTCT ATTATGAATT AAATGATGTA 
AGGAACATTC AAGACAGATC ACTCCTCAAA GTGTACAACA AGGATCCTGC ACATGCGTTT 
AATCACACAC CAAAAACTAT GAATGGAGAC ATGAGGATGC AGAGAGAACT TGTTTATGCA 
AGAGGAGATG GCCCTGGGGC CCCTCGCCCC GGATCTACTG CTCATCCACC CCATGCGATT 
CCAAATTCCC CACCGTCTAC TCCAGTGCCC CATTCCATGC CCCCCTCCCC GTCCAGAATT 
CCTTATGGGG GCACCCGCTC CATGGTTGTT CCTGGCAATG CCACCATCCC CAGGGACAGA 
ATCTCCAGCC TGCCAGTCTC CAGACCCATC TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA 
AGAGATGTCA AGCCTGATGA AGACATGAGT GGCAAAAACA TTGCAATGTA CAGAAATGAG 
GGTTTCTATG CTGATCCTTA CCTTTATCAC GAGGGACGGA TGAGCATAGC CTCATCCCAT 
GGTGGACACC CACTGGATGT CCCCGACCAC ATCATTGCAT ATCACCGCAC CGCCATCCGG 
TCAGCGAGTG CTTATTGTAA CCCCTCAATG CAAGCGGAAA TGCATATGGA ACAATCACTG 
TACAGACAGA AATCAAGGAA ATATCCGGAT AGCCATTTGC CTACACTGGG CTCCAAAACA 
CCCCCTGCCT CTCCTCACAG AGTCAGTGAC CTGAGGATGA TAGACATGCA CGCTCACTAT 
AATGCCCACG GCCCCCCTCA CACCATGCAG CCAGACCGGG CCTCTCCGAG CCGCCAGGCC 
TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT ATAGAAAAGC CACGGAGCGC TGCAGGATTA 
TCCAGCCTTG TAGACCTCGG CCCTCCTCTA ATGGAGAAGC AAGTTTTTGC CTACAGCACG 
GCGACAATAC CCAAAGACAG AGAGACCAGC GAGAAAATGA TGAAAACCAC AGCCAACAGG 
AACCACACAG ATAGTGCAGG AACGCCCCAT GTGTCTGGTG GGAAGATGCT CAGTGCTCTG 
GAGTCCACGG TGCCTCCCAG CCAGCCTCCA CCTGTGGGCA CCTCAGCCAT CCACATGAGC 
CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA CTCAGGCTCC AGCTCCAGCA GATGCGGCAG 
CTCCAGCTGC AGAACCAGGA GTTGCTGAGG GCAATGATGA AGAAGGCCGA GCTGGAAATC 
AGTGGCAAAG TGATGGAAAC AATGAAGAGA CTGGAGGATC CCGTGCAGCG ACAGCGCGTC 
CTAGTGGAGC AAGAGAGACA AAAATATCTT CATGAGGAAG AGAAGATCGT CAAGAAGTTG 
TGCGAGTTGG AAGACTTTGT TGAAGACTTG AAGAAGGACT CCACGGCAGC CAGCCGATTG 
GTTACTCTGA AAGACGTGGA AGACGGGGCT TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA 
GCTACCCTGA AAGGAGAATT TCCAACCTTA CAAAACAAGA TGCGAGCCAT CCTGCGCATA 
GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG GAGCCACACA AGCTGGACAG TCTCCTGAAG 
CGTGTGCGCA GCATGACAGA CGTCCTGACC ATGCTGCGGA GACATGTCAC TGATGGGCTC 
CTGAAAGGCA CGGACGCAGC CCAAGCCGCA CAGTACATGG CTATGGAAAA GGCCACAGCC 
GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA GCCCACACCT CCGGCCAGCC CTTCCACAGC 
ACAGGTGCCC CTGGCGATGC GAAGTCGGAA GTGGTGCCTT TGTCCGGCAT GATGGTTCGC 
CACGCGCAGA GCTCCCCTGT GGTCATCCAG CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC 
CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC TCCCCAGCCG TCCCCCAGGA AGCAACCTCC 
ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC CCACAGATAC CCATGAATGG GTCTGCCATG 
CAGAGCTTGT TCATTGAAGA AATCCACAGT GTGAGTGCCA AGAACAGGGC AGTGTCTATC 
GAGAAAGCAG AAAAGAAATG GGAGGAAAAA AGGCAAAATC TGGATCACTA TAATGGGAAA 
GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG GCCAATATCA TGAAGTCAAT ACCAAATCTG 
GAGATGCCGC CAGCCACAGG CCCACTGCCA AGGGGAGATG CCCCAGTGGA CAAGGTGGAA 
CTTTCAGAAG ATTCTCCAAA TTCGGAACAG GACTTGGAAA AGCTGGGGGG AAAGTCGCCC 
CCTCCTCCTC CGCCACCTCC TCGTCGAAGC TACCTGCCAG GATCGGGACT CACCACCACG 
AGGTCAGGCG ATGTGGTCTA CACCGGCAGA AAGGAGAACA TCACCGCTAA GGCAAGCAGT 
GAAGATGCTG GACCAAGCCC ACAGACCAGA GCTACAAAAT ATCCAGCAGA GGAGCCTGCT 
TCAGCCTGGA CCCCATCCCC ACCGCCTGTC ACCACCTCCT CCTCAAAGGA TGAGGAGGAA 
GAAGAAGAAG AAGGAGACAA AATAATGGCA GAACTCCAGG CATTCCAGAA GTGTTCCTTT 
ATGGATGTAA ATTCAAACAG TCATGCTGAG CCATCCCGGG CTGACAGTCA CGTTAAAGAC 
ACTAGGTCGG GCGCCACAGT GCCACCCAAG GAGAAGAAGA ATTTGGAATT TTTCCATGAA 
GATGTACGGA AATCTGATGT TGAATATGAA AATGGCCCCC AAATGGAATT CCAAAAGGTT 
ACCACAGGGG CTGTAAGACC TAGTGACCCT CCTAAGTGGG AAAGAGGAAT GGAGAATAGT 
ATTTCTGATG CATCAAGAAC ATCAGAATAT AAAACTGAGA TCATAATGAA GGAAAATTCC 
ATATCCAATA TGAGTTTACT CAGAGACAGT AGAAACTATT CCCAGGAAAC TGTGCCTAAG 
GCCAGTTTCG GTTTCTCTGG CATTAGTCCA TTAGAAGATG AAATAAACAA AGGGTCTAAA 
ATCTCAGGCC TGCAATACTC TATACCTGAC ACCGAGAACC AGACGCTGAA TTACGGAAAG 
ACAAAGGAGA TGGAAAAGCA AAATACGGAT AAGTGTCACG TTTCCTCTCA CACTAGACTA 
ACAGAATCAA GCGTGCATGA TTTTAAAACA GAAGATCAAG AGGTTATCAC GACAGATTTT 
GGCCAAGTTG TTCTAAGACC CAAGGAGGCA AGGCATGCTA ACGTGAACCC TAATGAGGAT 
GGAGAATCAA GTTCAAGTTC TCCCACTGAA GAAAATGCAG CCACTGACAA TATTGCCTTC 
ATGATTACCG AAACCACTGT CCAGGTTCTT TCCAGTGGGG AGGTGCATGA TATTGTTAGC 
CAAAAGGGAG AAGACATACA GACGGTTAAT ATCGATGCCA GAAAAGAGAT GACCCCCCGA 
CAAGAAGGGA CTGACAATGA GGATCCAGTC GTGTGCCTGG ACAAGAAACC AGTGATCATC 
ATTTTCGATG AGCCCATGGA CATCCGGTCT GCCTATAAGA GACTTTCAAC TATCTTTGAG 
GAATGTGATG AGGAATTAGA GAGAATGATG ATGGAGGAAA AGATAGAGGA GGAGGAAGAG 
GAGGAAAATG GGGATTCTGT AGTCCAGAAT AATAACACTT CCCAGATGTC TCATAAGAAG 
GTGGCCCCAG GCAATCTTAG AACCGGACAA CAGGTGGAAA CAAAGTCACA GCCACACTCC 
CTGGCCACAG AGACCAGAAA CCCAGGAGGA CAGGAAATGA ACAGAACGGA GCTGAACAAG 
TTCAGCCACG TGGATTCTCC AAATTCGGAA TGCAAGGGTG AGGACGCGAC CGATGACCAG 
TTTGAAAGCC CCAAGAAAAA GTTTAAATTC AAATTCCCTA AGAAGCAACT CGCCGCTCTC 
ACTCAAGCCA TTCGCACCGG AACTAAAACA GGGAAGAAGA CTTTGCAAGT GGTAGTCTAT 
GAAGAAGAGG AAGAGGATGG CACCCTGAAA CAGCACAAAG AAGCCAAGCG CTTCGAAATC 
GCTAGGTCTC AACCTGAAGA CACCCCTGAA AACACAGTGA GGAGGCAAGA GCAGCCCAGC 
ATCGAGAGTA CATCTCCGAT TTCAAGAACT GATGAAATTA GAAAAAACAC CTACAGAACA 
TTGGATAGCC TGGAGCAGAC CATTAAACAG CTCGAAAATA CAATCAGTGA AATGAGTCCC 
AAAGCCCTAG TTGATACCTC ATGTTCTTCC AACAGAGATT CTGTTGCAAG TTCATCCCAC 
ATAGCCCAAG AGGCCTCTCC CCGACCCTTG CTAGTTCCGG ATGAAGGTCC CACTGCCCTA 
GAGCCCCCTA CGTCGATACC TTCAGCTTCA CGTAAGGGCT CCAGCGGGGC CCCACAGACG 
AGCAGGATGC CTGTCCCCAT GAGTGCCAAG AACAGACCCG GAACCCTGGA CAAACCCGGC 
AAGCAGTCCA AACTGCAGGA TCCCCGCCAA TATCGTCAGG CTAATGGAAG TGCTAAGAAA 
TCTGGTGGGG ACTTTAAGCC TACTTCCCCC TCCTTACCTG CTTCTAAGAT TCCAGCCCTT 
TCTCCCAGCT CTGGGAAAAG CAGTTCTCTG CCCTCTTCTA GTGGTGACAG CTCTAACCTC 
CCTAATCCAC CTGCTACTAA ACCATCGATT GCTTCTAACC CTCTCAGCCC CCAAACAGGA 
CCACCTGCTC ACTCTGCCTC CCTCATCCCT TCTGTCTCTA ATGGCTCTTT GAAGTTTCAG 
AGCCTCACTC ATACAGGTAA AGGTCACCAT CTTTCATTCT CACCGCAGAG TCAAAATGGC 
CGAGCACCCC CTCCTTTGTC ATTTTCCTCC TCCCCTCCTT CTCCTGCCTC CTCCGTCTCA 
CTGAATCAAG GTGCCAAGGG CACCAGGACC ATCCATACTC CCAGCCTCAC CAGCTACAAG 
GCACAGAATG GAAGTTCAAG CAAAGCCACC CCATCCACAG CAAAAGAAAC CTCTTAA

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

KIAA1217 ( XM_017016424.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871913.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X16, mRNA.

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CloneID	OHu91531
Clone ID Related Accession (Same CDS sequence)	XM_017016424.1 , XM_017016423.1
Accession Version	XM_017016424.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4986bp) 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	sickle tail protein homolog isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGAAGA TTCTCCAAAT TCGGAACAGG ACTTGGAAAA GCTGGGGGGA 
AAGTCGCCCC CTCCTCCTCC GCCACCTCCT CGTCGAAGCT ACCTGCCAGG ATCGGGACTC 
ACCACCACGA GGTCAGGCGA TGTGGTCTAC ACCGGCAGAA AGGAGAACAT CACCGCTAAG 
GCAAGCAGTG AAGATGCTGG ACCAAGCCCA CAGACCAGAG CTACAAAATA TCCAGCAGAG 
GAGCCTGCTT CAGCCTGGAC CCCATCCCCA CCGCCTGTCA CCACCTCCTC CTCAAAGGAT 
GAGGAGGAAG AAGAAGAAGA AGGAGACAAA ATAATGGCAG AACTCCAGGC ATTCCAGAAG 
TGTTCCTTTA TGGATGTAAA TTCAAACAGT CATGCTGAGC CATCCCGGGC TGACAGTCAC 
GTTAAAGACA CTAGGTCGGG CGCCACAGTG CCACCCAAGG AGAAGAAGAA TTTGGAATTT 
TTCCATGAAG ATGTACGGAA ATCTGATGTT GAATATGAAA ATGGCCCCCA AATGGAATTC 
CAAAAGGTTA CCACAGGGGC TGTAAGACCT AGTGACCCTC CTAAGTGGGA AAGAGGAATG 
GAGAATAGTA TTTCTGATGC ATCAAGAACA TCAGAATATA AAACTGAGAT CATAATGAAG 
GAAAATTCCA TATCCAATAT GAGTTTACTC AGAGACAGTA GAAACTATTC CCAGGAAACT 
GTGCCTAAGG CCAGTTTCGG TTTCTCTGGC ATTAGTCCAT TAGAAGATGA AATAAACAAA 
GGGTCTAAAA TCTCAGGCCT GCAATACTCT ATACCTGACA CCGAGAACCA GACGCTGAAT 
TACGGAAAGA CAAAGGAGAT GGAAAAGCAA AATACGGATA AGTGTCACGT TTCCTCTCAC 
ACTAGACTAA CAGAATCAAG CGTGCATGAT TTTAAAACAG AAGATCAAGA GGTTATCACG 
ACAGATTTTG GCCAAGTTGT TCTAAGACCC AAGGAGGCAA GGCATGCTAA CGTGAACCCT 
AATGAGGATG GAGAATCAAG TTCAAGTTCT CCCACTGAAG AAAATGCAGC CACTGACAAT 
ATTGCCTTCA TGATTACCGA AACCACTGTC CAGGTTCTTT CCAGTGGGGA GGTGCATGAT 
ATTGTTAGCC AAAAGGGAGA AGACATACAG ACGGTTAATA TCGATGCCAG AAAAGAGATG 
ACCCCCCGAC AAGAAGGGAC TGACAATGAG GATCCAGTCG TGTGCCTGGA CAAGAAACCA 
GTGATCATCA TTTTCGATGA GCCCATGGAC ATCCGGTCTG CCTATAAGAG ACTTTCAACT 
ATCTTTGAGG AATGTGATGA GGAATTAGAG AGAATGATGA TGGAGGAAAA GATAGAGGAG 
GAGGAAGAGG AGGAAAATGG GGATTCTGTA GTCCAGAATA ATAACACTTC CCAGATGTCT 
CATAAGAAGG TGGCCCCAGG CAATCTTAGA ACCGGACAAC AGGTGGAAAC AAAGTCACAG 
CCACACTCCC TGGCCACAGA GACCAGAAAC CCAGGAGGAC AGGAAATGAA CAGAACGGAG 
CTGAACAAGT TCAGCCACGT GGATTCTCCA AATTCGGAAT GCAAGGGTGA GGACGCGACC 
GATGACCAGT TTGAAAGCCC CAAGAAAAAG TTTAAATTCA AATTCCCTAA GAAGCAACTC 
GCCGCTCTCA CTCAAGCCAT TCGCACCGGA ACTAAAACAG GGAAGAAGAC TTTGCAAGTG 
GTAGTCTATG AAGAAGAGGA AGAGGATGGC ACCCTGAAAC AGCACAAAGA AGCCAAGCGC 
TTCGAAATCG CTAGGTCTCA ACCTGAAGAC ACCCCTGAAA ACACAGTGAG GAGGCAAGAG 
CAGCCCAGCA TCGAGAGTAC ATCTCCGATT TCAAGAACTG ATGAAATTAG AAAAAACACC 
TACAGAACAT TGGATAGCCT GGAGCAGACC ATTAAACAGC TCGAAAATAC AATCAGTGAA 
ATGAGTCCCA AAGCCCTAGT TGATACCTCA TGTTCTTCCA ACAGAGATTC TGTTGCAAGT 
TCATCCCACA TAGCCCAAGA GGCCTCTCCC CGACCCTTGC TAGTTCCGGA TGAAGGTCCC 
ACTGCCCTAG AGCCCCCTAC GTCGATACCT TCAGCTTCAC GTAAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

RefSeq	XP_016871913.1
CDS	333..5318
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016424.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X16, mRNA.

Target ORF information:

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

XM_017016424.1

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGAAGA TTCTCCAAAT TCGGAACAGG ACTTGGAAAA GCTGGGGGGA 
AAGTCGCCCC CTCCTCCTCC GCCACCTCCT CGTCGAAGCT ACCTGCCAGG ATCGGGACTC 
ACCACCACGA GGTCAGGCGA TGTGGTCTAC ACCGGCAGAA AGGAGAACAT CACCGCTAAG 
GCAAGCAGTG AAGATGCTGG ACCAAGCCCA CAGACCAGAG CTACAAAATA TCCAGCAGAG 
GAGCCTGCTT CAGCCTGGAC CCCATCCCCA CCGCCTGTCA CCACCTCCTC CTCAAAGGAT 
GAGGAGGAAG AAGAAGAAGA AGGAGACAAA ATAATGGCAG AACTCCAGGC ATTCCAGAAG 
TGTTCCTTTA TGGATGTAAA TTCAAACAGT CATGCTGAGC CATCCCGGGC TGACAGTCAC 
GTTAAAGACA CTAGGTCGGG CGCCACAGTG CCACCCAAGG AGAAGAAGAA TTTGGAATTT 
TTCCATGAAG ATGTACGGAA ATCTGATGTT GAATATGAAA ATGGCCCCCA AATGGAATTC 
CAAAAGGTTA CCACAGGGGC TGTAAGACCT AGTGACCCTC CTAAGTGGGA AAGAGGAATG 
GAGAATAGTA TTTCTGATGC ATCAAGAACA TCAGAATATA AAACTGAGAT CATAATGAAG 
GAAAATTCCA TATCCAATAT GAGTTTACTC AGAGACAGTA GAAACTATTC CCAGGAAACT 
GTGCCTAAGG CCAGTTTCGG TTTCTCTGGC ATTAGTCCAT TAGAAGATGA AATAAACAAA 
GGGTCTAAAA TCTCAGGCCT GCAATACTCT ATACCTGACA CCGAGAACCA GACGCTGAAT 
TACGGAAAGA CAAAGGAGAT GGAAAAGCAA AATACGGATA AGTGTCACGT TTCCTCTCAC 
ACTAGACTAA CAGAATCAAG CGTGCATGAT TTTAAAACAG AAGATCAAGA GGTTATCACG 
ACAGATTTTG GCCAAGTTGT TCTAAGACCC AAGGAGGCAA GGCATGCTAA CGTGAACCCT 
AATGAGGATG GAGAATCAAG TTCAAGTTCT CCCACTGAAG AAAATGCAGC CACTGACAAT 
ATTGCCTTCA TGATTACCGA AACCACTGTC CAGGTTCTTT CCAGTGGGGA GGTGCATGAT 
ATTGTTAGCC AAAAGGGAGA AGACATACAG ACGGTTAATA TCGATGCCAG AAAAGAGATG 
ACCCCCCGAC AAGAAGGGAC TGACAATGAG GATCCAGTCG TGTGCCTGGA CAAGAAACCA 
GTGATCATCA TTTTCGATGA GCCCATGGAC ATCCGGTCTG CCTATAAGAG ACTTTCAACT 
ATCTTTGAGG AATGTGATGA GGAATTAGAG AGAATGATGA TGGAGGAAAA GATAGAGGAG 
GAGGAAGAGG AGGAAAATGG GGATTCTGTA GTCCAGAATA ATAACACTTC CCAGATGTCT 
CATAAGAAGG TGGCCCCAGG CAATCTTAGA ACCGGACAAC AGGTGGAAAC AAAGTCACAG 
CCACACTCCC TGGCCACAGA GACCAGAAAC CCAGGAGGAC AGGAAATGAA CAGAACGGAG 
CTGAACAAGT TCAGCCACGT GGATTCTCCA AATTCGGAAT GCAAGGGTGA GGACGCGACC 
GATGACCAGT TTGAAAGCCC CAAGAAAAAG TTTAAATTCA AATTCCCTAA GAAGCAACTC 
GCCGCTCTCA CTCAAGCCAT TCGCACCGGA ACTAAAACAG GGAAGAAGAC TTTGCAAGTG 
GTAGTCTATG AAGAAGAGGA AGAGGATGGC ACCCTGAAAC AGCACAAAGA AGCCAAGCGC 
TTCGAAATCG CTAGGTCTCA ACCTGAAGAC ACCCCTGAAA ACACAGTGAG GAGGCAAGAG 
CAGCCCAGCA TCGAGAGTAC ATCTCCGATT TCAAGAACTG ATGAAATTAG AAAAAACACC 
TACAGAACAT TGGATAGCCT GGAGCAGACC ATTAAACAGC TCGAAAATAC AATCAGTGAA 
ATGAGTCCCA AAGCCCTAGT TGATACCTCA TGTTCTTCCA ACAGAGATTC TGTTGCAAGT 
TCATCCCACA TAGCCCAAGA GGCCTCTCCC CGACCCTTGC TAGTTCCGGA TGAAGGTCCC 
ACTGCCCTAG AGCCCCCTAC GTCGATACCT TCAGCTTCAC GTAAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

KIAA1217 ( XM_017016423.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016871912.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X15, mRNA.

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CloneID	OHu91531
Clone ID Related Accession (Same CDS sequence)	XM_017016424.1 , XM_017016423.1
Accession Version	XM_017016423.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4986bp) 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	sickle tail protein homolog isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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##

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGAAGA TTCTCCAAAT TCGGAACAGG ACTTGGAAAA GCTGGGGGGA 
AAGTCGCCCC CTCCTCCTCC GCCACCTCCT CGTCGAAGCT ACCTGCCAGG ATCGGGACTC 
ACCACCACGA GGTCAGGCGA TGTGGTCTAC ACCGGCAGAA AGGAGAACAT CACCGCTAAG 
GCAAGCAGTG AAGATGCTGG ACCAAGCCCA CAGACCAGAG CTACAAAATA TCCAGCAGAG 
GAGCCTGCTT CAGCCTGGAC CCCATCCCCA CCGCCTGTCA CCACCTCCTC CTCAAAGGAT 
GAGGAGGAAG AAGAAGAAGA AGGAGACAAA ATAATGGCAG AACTCCAGGC ATTCCAGAAG 
TGTTCCTTTA TGGATGTAAA TTCAAACAGT CATGCTGAGC CATCCCGGGC TGACAGTCAC 
GTTAAAGACA CTAGGTCGGG CGCCACAGTG CCACCCAAGG AGAAGAAGAA TTTGGAATTT 
TTCCATGAAG ATGTACGGAA ATCTGATGTT GAATATGAAA ATGGCCCCCA AATGGAATTC 
CAAAAGGTTA CCACAGGGGC TGTAAGACCT AGTGACCCTC CTAAGTGGGA AAGAGGAATG 
GAGAATAGTA TTTCTGATGC ATCAAGAACA TCAGAATATA AAACTGAGAT CATAATGAAG 
GAAAATTCCA TATCCAATAT GAGTTTACTC AGAGACAGTA GAAACTATTC CCAGGAAACT 
GTGCCTAAGG CCAGTTTCGG TTTCTCTGGC ATTAGTCCAT TAGAAGATGA AATAAACAAA 
GGGTCTAAAA TCTCAGGCCT GCAATACTCT ATACCTGACA CCGAGAACCA GACGCTGAAT 
TACGGAAAGA CAAAGGAGAT GGAAAAGCAA AATACGGATA AGTGTCACGT TTCCTCTCAC 
ACTAGACTAA CAGAATCAAG CGTGCATGAT TTTAAAACAG AAGATCAAGA GGTTATCACG 
ACAGATTTTG GCCAAGTTGT TCTAAGACCC AAGGAGGCAA GGCATGCTAA CGTGAACCCT 
AATGAGGATG GAGAATCAAG TTCAAGTTCT CCCACTGAAG AAAATGCAGC CACTGACAAT 
ATTGCCTTCA TGATTACCGA AACCACTGTC CAGGTTCTTT CCAGTGGGGA GGTGCATGAT 
ATTGTTAGCC AAAAGGGAGA AGACATACAG ACGGTTAATA TCGATGCCAG AAAAGAGATG 
ACCCCCCGAC AAGAAGGGAC TGACAATGAG GATCCAGTCG TGTGCCTGGA CAAGAAACCA 
GTGATCATCA TTTTCGATGA GCCCATGGAC ATCCGGTCTG CCTATAAGAG ACTTTCAACT 
ATCTTTGAGG AATGTGATGA GGAATTAGAG AGAATGATGA TGGAGGAAAA GATAGAGGAG 
GAGGAAGAGG AGGAAAATGG GGATTCTGTA GTCCAGAATA ATAACACTTC CCAGATGTCT 
CATAAGAAGG TGGCCCCAGG CAATCTTAGA ACCGGACAAC AGGTGGAAAC AAAGTCACAG 
CCACACTCCC TGGCCACAGA GACCAGAAAC CCAGGAGGAC AGGAAATGAA CAGAACGGAG 
CTGAACAAGT TCAGCCACGT GGATTCTCCA AATTCGGAAT GCAAGGGTGA GGACGCGACC 
GATGACCAGT TTGAAAGCCC CAAGAAAAAG TTTAAATTCA AATTCCCTAA GAAGCAACTC 
GCCGCTCTCA CTCAAGCCAT TCGCACCGGA ACTAAAACAG GGAAGAAGAC TTTGCAAGTG 
GTAGTCTATG AAGAAGAGGA AGAGGATGGC ACCCTGAAAC AGCACAAAGA AGCCAAGCGC 
TTCGAAATCG CTAGGTCTCA ACCTGAAGAC ACCCCTGAAA ACACAGTGAG GAGGCAAGAG 
CAGCCCAGCA TCGAGAGTAC ATCTCCGATT TCAAGAACTG ATGAAATTAG AAAAAACACC 
TACAGAACAT TGGATAGCCT GGAGCAGACC ATTAAACAGC TCGAAAATAC AATCAGTGAA 
ATGAGTCCCA AAGCCCTAGT TGATACCTCA TGTTCTTCCA ACAGAGATTC TGTTGCAAGT 
TCATCCCACA TAGCCCAAGA GGCCTCTCCC CGACCCTTGC TAGTTCCGGA TGAAGGTCCC 
ACTGCCCTAG AGCCCCCTAC GTCGATACCT TCAGCTTCAC GTAAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

RefSeq	XP_016871912.1
CDS	261..5246
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_017016423.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X15, mRNA.

Target ORF information:

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

XM_017016423.1

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGAGAGAGG 
ATGCAAGCCA TGGAGAAACA GATTGCCAGT TTAACTGGCC TTGTTCAGTC TGCGCTTTTT 
AAAGGGCCCA TTACAAGTTA TAGCAAAGAT GCGTCTAGCG AGAAAATGAT GAAAACCACA 
GCCAACAGGA ACCACACAGA TAGTGCAGGA ACGCCCCATG TGTCTGGTGG GAAGATGCTC 
AGTGCTCTGG AGTCCACGGT GCCTCCCAGC CAGCCTCCAC CTGTGGGCAC CTCAGCCATC 
CACATGAGCC TGCTTGAGAT GAGGCGGAGC GTGGCGGAAC TCAGGCTCCA GCTCCAGCAG 
ATGCGGCAGC TCCAGCTGCA GAACCAGGAG TTGCTGAGGG CAATGATGAA GAAGGCCGAG 
CTGGAAATCA GTGGCAAAGT GATGGAAACA ATGAAGAGAC TGGAGGATCC CGTGCAGCGA 
CAGCGCGTCC TAGTGGAGCA AGAGAGACAA AAATATCTTC ATGAGGAAGA GAAGATCGTC 
AAGAAGTTGT GCGAGTTGGA AGACTTTGTT GAAGACTTGA AGAAGGACTC CACGGCAGCC 
AGCCGATTGG TTACTCTGAA AGACGTGGAA GACGGGGCTT TCCTCCTGCG TCAAGTGGGA 
GAGGCTGTAG CTACCCTGAA AGGAGAATTT CCAACCTTAC AAAACAAGAT GCGAGCCATC 
CTGCGCATAG AAGTGGAGGC CGTGCGGTTT CTGAAGGAGG AGCCACACAA GCTGGACAGT 
CTCCTGAAGC GTGTGCGCAG CATGACAGAC GTCCTGACCA TGCTGCGGAG ACATGTCACT 
GATGGGCTCC TGAAAGGCAC GGACGCAGCC CAAGCCGCAC AGTACATGGC TATGGAAAAG 
GCCACAGCCG CAGAAGTCCT GAAGAGTCAG GAGGAGGCAG CCCACACCTC CGGCCAGCCC 
TTCCACAGCA CAGGTGCCCC TGGCGATGCG AAGTCGGAAG TGGTGCCTTT GTCCGGCATG 
ATGGTTCGCC ACGCGCAGAG CTCCCCTGTG GTCATCCAGC CCTCCCAGCA CTCCGTGGCC 
CTGCTGAACC CTGCTCAGAA CTTGCCTCAC GTGGCCAGCT CCCCAGCCGT CCCCCAGGAA 
GCAACCTCCA CTCTGCAGAT GTCGCAGGCT CCGCAGTCCC CACAGATACC CATGAATGGG 
TCTGCCATGC AGAGCTTGTT CATTGAAGAA ATCCACAGTG TGAGTGCCAA GAACAGGGCA 
GTGTCTATCG AGAAAGCAGA AAAGAAATGG GAGGAAAAAA GGCAAAATCT GGATCACTAT 
AATGGGAAAG AGTTTGAGAA GCTCCTAGAA GAAGCTCAGG CCAATATCAT GAAGTCAATA 
CCAAATCTGG AGATGCCGCC AGCCACAGGC CCACTGCCAA GGGGAGATGC CCCAGTGGAC 
AAGGTGGAAC TTTCAGAAGA TTCTCCAAAT TCGGAACAGG ACTTGGAAAA GCTGGGGGGA 
AAGTCGCCCC CTCCTCCTCC GCCACCTCCT CGTCGAAGCT ACCTGCCAGG ATCGGGACTC 
ACCACCACGA GGTCAGGCGA TGTGGTCTAC ACCGGCAGAA AGGAGAACAT CACCGCTAAG 
GCAAGCAGTG AAGATGCTGG ACCAAGCCCA CAGACCAGAG CTACAAAATA TCCAGCAGAG 
GAGCCTGCTT CAGCCTGGAC CCCATCCCCA CCGCCTGTCA CCACCTCCTC CTCAAAGGAT 
GAGGAGGAAG AAGAAGAAGA AGGAGACAAA ATAATGGCAG AACTCCAGGC ATTCCAGAAG 
TGTTCCTTTA TGGATGTAAA TTCAAACAGT CATGCTGAGC CATCCCGGGC TGACAGTCAC 
GTTAAAGACA CTAGGTCGGG CGCCACAGTG CCACCCAAGG AGAAGAAGAA TTTGGAATTT 
TTCCATGAAG ATGTACGGAA ATCTGATGTT GAATATGAAA ATGGCCCCCA AATGGAATTC 
CAAAAGGTTA CCACAGGGGC TGTAAGACCT AGTGACCCTC CTAAGTGGGA AAGAGGAATG 
GAGAATAGTA TTTCTGATGC ATCAAGAACA TCAGAATATA AAACTGAGAT CATAATGAAG 
GAAAATTCCA TATCCAATAT GAGTTTACTC AGAGACAGTA GAAACTATTC CCAGGAAACT 
GTGCCTAAGG CCAGTTTCGG TTTCTCTGGC ATTAGTCCAT TAGAAGATGA AATAAACAAA 
GGGTCTAAAA TCTCAGGCCT GCAATACTCT ATACCTGACA CCGAGAACCA GACGCTGAAT 
TACGGAAAGA CAAAGGAGAT GGAAAAGCAA AATACGGATA AGTGTCACGT TTCCTCTCAC 
ACTAGACTAA CAGAATCAAG CGTGCATGAT TTTAAAACAG AAGATCAAGA GGTTATCACG 
ACAGATTTTG GCCAAGTTGT TCTAAGACCC AAGGAGGCAA GGCATGCTAA CGTGAACCCT 
AATGAGGATG GAGAATCAAG TTCAAGTTCT CCCACTGAAG AAAATGCAGC CACTGACAAT 
ATTGCCTTCA TGATTACCGA AACCACTGTC CAGGTTCTTT CCAGTGGGGA GGTGCATGAT 
ATTGTTAGCC AAAAGGGAGA AGACATACAG ACGGTTAATA TCGATGCCAG AAAAGAGATG 
ACCCCCCGAC AAGAAGGGAC TGACAATGAG GATCCAGTCG TGTGCCTGGA CAAGAAACCA 
GTGATCATCA TTTTCGATGA GCCCATGGAC ATCCGGTCTG CCTATAAGAG ACTTTCAACT 
ATCTTTGAGG AATGTGATGA GGAATTAGAG AGAATGATGA TGGAGGAAAA GATAGAGGAG 
GAGGAAGAGG AGGAAAATGG GGATTCTGTA GTCCAGAATA ATAACACTTC CCAGATGTCT 
CATAAGAAGG TGGCCCCAGG CAATCTTAGA ACCGGACAAC AGGTGGAAAC AAAGTCACAG 
CCACACTCCC TGGCCACAGA GACCAGAAAC CCAGGAGGAC AGGAAATGAA CAGAACGGAG 
CTGAACAAGT TCAGCCACGT GGATTCTCCA AATTCGGAAT GCAAGGGTGA GGACGCGACC 
GATGACCAGT TTGAAAGCCC CAAGAAAAAG TTTAAATTCA AATTCCCTAA GAAGCAACTC 
GCCGCTCTCA CTCAAGCCAT TCGCACCGGA ACTAAAACAG GGAAGAAGAC TTTGCAAGTG 
GTAGTCTATG AAGAAGAGGA AGAGGATGGC ACCCTGAAAC AGCACAAAGA AGCCAAGCGC 
TTCGAAATCG CTAGGTCTCA ACCTGAAGAC ACCCCTGAAA ACACAGTGAG GAGGCAAGAG 
CAGCCCAGCA TCGAGAGTAC ATCTCCGATT TCAAGAACTG ATGAAATTAG AAAAAACACC 
TACAGAACAT TGGATAGCCT GGAGCAGACC ATTAAACAGC TCGAAAATAC AATCAGTGAA 
ATGAGTCCCA AAGCCCTAGT TGATACCTCA TGTTCTTCCA ACAGAGATTC TGTTGCAAGT 
TCATCCCACA TAGCCCAAGA GGCCTCTCCC CGACCCTTGC TAGTTCCGGA TGAAGGTCCC 
ACTGCCCTAG AGCCCCCTAC GTCGATACCT TCAGCTTCAC GTAAGGGCTC CAGCGGGGCC 
CCACAGACGA GCAGGATGCC TGTCCCCATG AGTGCCAAGA ACAGACCCGG AACCCTGGAC 
AAACCCGGCA AGCAGTCCAA ACTGCAGGAT CCCCGCCAAT ATCGTCAGGC TAATGGAAGT 
GCTAAGAAAT CTGGTGGGGA CTTTAAGCCT ACTTCCCCCT CCTTACCTGC TTCTAAGATT 
CCAGCCCTTT CTCCCAGCTC TGGGAAAAGC AGTTCTCTGC CCTCTTCTAG TGGTGACAGC 
TCTAACCTCC CTAATCCACC TGCTACTAAA CCATCGATTG CTTCTAACCC TCTCAGCCCC 
CAAACAGGAC CACCTGCTCA CTCTGCCTCC CTCATCCCTT CTGTCTCTAA TGGCTCTTTG 
AAGTTTCAGA GCCTCACTCA TACAGGTAAA GGTCACCATC TTTCATTCTC ACCGCAGAGT 
CAAAATGGCC GAGCACCCCC TCCTTTGTCA TTTTCCTCCT CCCCTCCTTC TCCTGCCTCC 
TCCGTCTCAC TGAATCAAGG TGCCAAGGGC ACCAGGACCA TCCATACTCC CAGCCTCACC 
AGCTACAAGG CACAGAATGG AAGTTCAAGC AAAGCCACCC CATCCACAGC AAAAGAAACC 
TCTTAA

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

KIAA1217 ( NM_001282767.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001269696.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 4, mRNA.

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CloneID	OHu10157
Clone ID Related Accession (Same CDS sequence)	NM_001282767.1
Accession Version	NM_001282767.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4125bp) 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	2018-06-29
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 4
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK091142.1, BC136521.1, AB033043.2, AL833280.1 and AB291616.1. On Sep 19, 2013 this sequence version replaced XM_005252519.1. Transcript Variant: This variant (4) lacks two in-frame exons and uses an alternate in-frame splice site in the 3' coding region, compared to variant 1. This results in a shorter protein (isoform 4), compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BC136521.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGATT CTCCAAATTC GGAACAGGAC 
TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT CCTCCTCCGC CACCTCCTCG TCGAAGCTAC 
CTGCCAGGAT CGGGACTCAC CACCACGAGG TCAGGCGATG TGGTCTACAC CGGCAGAAAG 
GAGAACATCA CCGCTAAGGC AAGCAGTGAA GATGCTGGAC CAAGCCCACA GACCAGAGCT 
ACAAAATATC CAGCAGAGGA GCCTGCTTCA GCCTGGACCC CATCCCCACC GCCTGTCACC 
ACCTCCTCCT CAAAGGATGA GGAGGAAGAA GAAGAAGAAG GAGACAAAAT AATGGCAGAA 
CTCCAGGCAT TCCAGAAGTG TTCCTTTATG GATGTAAATT CAAACAGTCA TGCTGAGCCA 
TCCCGGGCTG ACAGTCACGT TAAAGACACT AGGTCGGGCG CCACAGTGCC ACCCAAGGAG 
AAGAAGAATT TGGAATTTTT CCATGAAGAT GTACGGAAAT CTGATGTTGA ATATGAAAAT 
GGCCCCCAAA TGGAATTCCA AAAGGGCTCC AGCGGGGCCC CACAGACGAG CAGGATGCCT 
GTCCCCATGA GTGCCAAGAA CAGACCCGGA ACCCTGGACA AACCCGGCAA GCAGTCCAAA 
CTGCAGGATC CCCGCCAATA TCGTCAGGCT AATGGAAGTG CTAAGAAATC TGGTGGGGAC 
TTTAAGCCTA CTTCCCCCTC CTTACCTGCT TCTAAGATTC CAGCCCTTTC TCCCAGCTCT 
GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT GGTGACAGCT CTAACCTCCC TAATCCACCT 
GCTACTAAAC CATCGATTGC TTCTAACCCT CTCAGCCCCC AAACAGGACC ACCTGCTCAC 
TCTGCCTCCC TCATCCCTTC TGTCTCTAAT GGCTCTTTGA AGTTTCAGAG CCTCACTCAT 
ACAGGTAAAG GTCACCATCT TTCATTCTCA CCGCAGAGTC AAAATGGCCG AGCACCCCCT 
CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT CCTGCCTCCT CCGTCTCACT GAATCAAGGT 
GCCAAGGGCA CCAGGACCAT CCATACTCCC AGCCTCACCA GCTACAAGGC ACAGAATGGA 
AGTTCAAGCA AAGCCACCCC ATCCACAGCA AAAGAAACCT CTTAA

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

RefSeq	NP_001269696.1
CDS	404..4528
Translation	MEENESQKCEPCLPYSADRRQMQEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_001282767.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 4, mRNA.

Target ORF information:

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

NM_001282767.1

ORF Insert Sequence:

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGATT CTCCAAATTC GGAACAGGAC 
TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT CCTCCTCCGC CACCTCCTCG TCGAAGCTAC 
CTGCCAGGAT CGGGACTCAC CACCACGAGG TCAGGCGATG TGGTCTACAC CGGCAGAAAG 
GAGAACATCA CCGCTAAGGC AAGCAGTGAA GATGCTGGAC CAAGCCCACA GACCAGAGCT 
ACAAAATATC CAGCAGAGGA GCCTGCTTCA GCCTGGACCC CATCCCCACC GCCTGTCACC 
ACCTCCTCCT CAAAGGATGA GGAGGAAGAA GAAGAAGAAG GAGACAAAAT AATGGCAGAA 
CTCCAGGCAT TCCAGAAGTG TTCCTTTATG GATGTAAATT CAAACAGTCA TGCTGAGCCA 
TCCCGGGCTG ACAGTCACGT TAAAGACACT AGGTCGGGCG CCACAGTGCC ACCCAAGGAG 
AAGAAGAATT TGGAATTTTT CCATGAAGAT GTACGGAAAT CTGATGTTGA ATATGAAAAT 
GGCCCCCAAA TGGAATTCCA AAAGGGCTCC AGCGGGGCCC CACAGACGAG CAGGATGCCT 
GTCCCCATGA GTGCCAAGAA CAGACCCGGA ACCCTGGACA AACCCGGCAA GCAGTCCAAA 
CTGCAGGATC CCCGCCAATA TCGTCAGGCT AATGGAAGTG CTAAGAAATC TGGTGGGGAC 
TTTAAGCCTA CTTCCCCCTC CTTACCTGCT TCTAAGATTC CAGCCCTTTC TCCCAGCTCT 
GGGAAAAGCA GTTCTCTGCC CTCTTCTAGT GGTGACAGCT CTAACCTCCC TAATCCACCT 
GCTACTAAAC CATCGATTGC TTCTAACCCT CTCAGCCCCC AAACAGGACC ACCTGCTCAC 
TCTGCCTCCC TCATCCCTTC TGTCTCTAAT GGCTCTTTGA AGTTTCAGAG CCTCACTCAT 
ACAGGTAAAG GTCACCATCT TTCATTCTCA CCGCAGAGTC AAAATGGCCG AGCACCCCCT 
CCTTTGTCAT TTTCCTCCTC CCCTCCTTCT CCTGCCTCCT CCGTCTCACT GAATCAAGGT 
GCCAAGGGCA CCAGGACCAT CCATACTCCC AGCCTCACCA GCTACAAGGC ACAGAATGGA 
AGTTCAAGCA AAGCCACCCC ATCCACAGCA AAAGAAACCT CTTAA

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

KIAA1217 ( NM_019590.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_062536.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant 1, mRNA.

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CloneID	OHu14239
Clone ID Related Accession (Same CDS sequence)	NM_019590.4 , NM_019590.5
Accession Version	NM_019590.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5832bp) 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	2017-12-31
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK091142.1, AL833280.1, AB033043.2, DB164876.1 and AB291616.1. On Sep 19, 2013 this sequence version replaced NM_019590.3. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (1). ##Evidence-Data-START## Transcript exon combination :: AL833280.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968540 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	NP_062536.2
CDS	404..6235
Translation	MEENESQKCEPCLPYSADRRQMQEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_019590.4
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 1, mRNA.

Target ORF information:

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

NM_019590.4

ORF Insert Sequence:

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( NM_019590.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_062536.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant 1, mRNA.

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CloneID	OHu14239
Clone ID Related Accession (Same CDS sequence)	NM_019590.4 , NM_019590.5
Accession Version	NM_019590.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5832bp) 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	2019-05-01
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK091142.1, AL833280.1, AB033043.2, DB164876.1 and AB291616.1. On Nov 22, 2018 this sequence version replaced NM_019590.4. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (1). ##Evidence-Data-START## Transcript exon combination :: AL833280.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968540 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000376454.8/ ENSP00000365637.3 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

RefSeq	NP_062536.2
CDS	57..5888
Translation	MEENESQKCEPCLPYSADRRQMQEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_019590.5
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 1, mRNA.

Target ORF information:

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

NM_019590.5

ORF Insert Sequence:

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGA 
GAGAGGATGC AAGCCATGGA GAAACAGATT GCCAGTTTAA CTGGCCTTGT TCAGTCTGCG 
CTTTTTAAAG GGCCCATTAC AAGTTATAGC AAAGATGCGT CTAGCGAGAA AATGATGAAA 
ACCACAGCCA ACAGGAACCA CACAGATAGT GCAGGAACGC CCCATGTGTC TGGTGGGAAG 
ATGCTCAGTG CTCTGGAGTC CACGGTGCCT CCCAGCCAGC CTCCACCTGT GGGCACCTCA 
GCCATCCACA TGAGCCTGCT TGAGATGAGG CGGAGCGTGG CGGAACTCAG GCTCCAGCTC 
CAGCAGATGC GGCAGCTCCA GCTGCAGAAC CAGGAGTTGC TGAGGGCAAT GATGAAGAAG 
GCCGAGCTGG AAATCAGTGG CAAAGTGATG GAAACAATGA AGAGACTGGA GGATCCCGTG 
CAGCGACAGC GCGTCCTAGT GGAGCAAGAG AGACAAAAAT ATCTTCATGA GGAAGAGAAG 
ATCGTCAAGA AGTTGTGCGA GTTGGAAGAC TTTGTTGAAG ACTTGAAGAA GGACTCCACG 
GCAGCCAGCC GATTGGTTAC TCTGAAAGAC GTGGAAGACG GGGCTTTCCT CCTGCGTCAA 
GTGGGAGAGG CTGTAGCTAC CCTGAAAGGA GAATTTCCAA CCTTACAAAA CAAGATGCGA 
GCCATCCTGC GCATAGAAGT GGAGGCCGTG CGGTTTCTGA AGGAGGAGCC ACACAAGCTG 
GACAGTCTCC TGAAGCGTGT GCGCAGCATG ACAGACGTCC TGACCATGCT GCGGAGACAT 
GTCACTGATG GGCTCCTGAA AGGCACGGAC GCAGCCCAAG CCGCACAGTA CATGGCTATG 
GAAAAGGCCA CAGCCGCAGA AGTCCTGAAG AGTCAGGAGG AGGCAGCCCA CACCTCCGGC 
CAGCCCTTCC ACAGCACAGG TGCCCCTGGC GATGCGAAGT CGGAAGTGGT GCCTTTGTCC 
GGCATGATGG TTCGCCACGC GCAGAGCTCC CCTGTGGTCA TCCAGCCCTC CCAGCACTCC 
GTGGCCCTGC TGAACCCTGC TCAGAACTTG CCTCACGTGG CCAGCTCCCC AGCCGTCCCC 
CAGGAAGCAA CCTCCACTCT GCAGATGTCG CAGGCTCCGC AGTCCCCACA GATACCCATG 
AATGGGTCTG CCATGCAGAG CTTGTTCATT GAAGAAATCC ACAGTGTGAG TGCCAAGAAC 
AGGGCAGTGT CTATCGAGAA AGCAGAAAAG AAATGGGAGG AAAAAAGGCA AAATCTGGAT 
CACTATAATG GGAAAGAGTT TGAGAAGCTC CTAGAAGAAG CTCAGGCCAA TATCATGAAG 
TCAATACCAA ATCTGGAGAT GCCGCCAGCC ACAGGCCCAC TGCCAAGGGG AGATGCCCCA 
GTGGACAAGG TGGAACTTTC AGAAGATTCT CCAAATTCGG AACAGGACTT GGAAAAGCTG 
GGGGGAAAGT CGCCCCCTCC TCCTCCGCCA CCTCCTCGTC GAAGCTACCT GCCAGGATCG 
GGACTCACCA CCACGAGGTC AGGCGATGTG GTCTACACCG GCAGAAAGGA GAACATCACC 
GCTAAGGCAA GCAGTGAAGA TGCTGGACCA AGCCCACAGA CCAGAGCTAC AAAATATCCA 
GCAGAGGAGC CTGCTTCAGC CTGGACCCCA TCCCCACCGC CTGTCACCAC CTCCTCCTCA 
AAGGATGAGG AGGAAGAAGA AGAAGAAGGA GACAAAATAA TGGCAGAACT CCAGGCATTC 
CAGAAGTGTT CCTTTATGGA TGTAAATTCA AACAGTCATG CTGAGCCATC CCGGGCTGAC 
AGTCACGTTA AAGACACTAG GTCGGGCGCC ACAGTGCCAC CCAAGGAGAA GAAGAATTTG 
GAATTTTTCC ATGAAGATGT ACGGAAATCT GATGTTGAAT ATGAAAATGG CCCCCAAATG 
GAATTCCAAA AGGTTACCAC AGGGGCTGTA AGACCTAGTG ACCCTCCTAA GTGGGAAAGA 
GGAATGGAGA ATAGTATTTC TGATGCATCA AGAACATCAG AATATAAAAC TGAGATCATA 
ATGAAGGAAA ATTCCATATC CAATATGAGT TTACTCAGAG ACAGTAGAAA CTATTCCCAG 
GAAACTGTGC CTAAGGCCAG TTTCGGTTTC TCTGGCATTA GTCCATTAGA AGATGAAATA 
AACAAAGGGT CTAAAATCTC AGGCCTGCAA TACTCTATAC CTGACACCGA GAACCAGACG 
CTGAATTACG GAAAGACAAA GGAGATGGAA AAGCAAAATA CGGATAAGTG TCACGTTTCC 
TCTCACACTA GACTAACAGA ATCAAGCGTG CATGATTTTA AAACAGAAGA TCAAGAGGTT 
ATCACGACAG ATTTTGGCCA AGTTGTTCTA AGACCCAAGG AGGCAAGGCA TGCTAACGTG 
AACCCTAATG AGGATGGAGA ATCAAGTTCA AGTTCTCCCA CTGAAGAAAA TGCAGCCACT 
GACAATATTG CCTTCATGAT TACCGAAACC ACTGTCCAGG TTCTTTCCAG TGGGGAGGTG 
CATGATATTG TTAGCCAAAA GGGAGAAGAC ATACAGACGG TTAATATCGA TGCCAGAAAA 
GAGATGACCC CCCGACAAGA AGGGACTGAC AATGAGGATC CAGTCGTGTG CCTGGACAAG 
AAACCAGTGA TCATCATTTT CGATGAGCCC ATGGACATCC GGTCTGCCTA TAAGAGACTT 
TCAACTATCT TTGAGGAATG TGATGAGGAA TTAGAGAGAA TGATGATGGA GGAAAAGATA 
GAGGAGGAGG AAGAGGAGGA AAATGGGGAT TCTGTAGTCC AGAATAATAA CACTTCCCAG 
ATGTCTCATA AGAAGGTGGC CCCAGGCAAT CTTAGAACCG GACAACAGGT GGAAACAAAG 
TCACAGCCAC ACTCCCTGGC CACAGAGACC AGAAACCCAG GAGGACAGGA AATGAACAGA 
ACGGAGCTGA ACAAGTTCAG CCACGTGGAT TCTCCAAATT CGGAATGCAA GGGTGAGGAC 
GCGACCGATG ACCAGTTTGA AAGCCCCAAG AAAAAGTTTA AATTCAAATT CCCTAAGAAG 
CAACTCGCCG CTCTCACTCA AGCCATTCGC ACCGGAACTA AAACAGGGAA GAAGACTTTG 
CAAGTGGTAG TCTATGAAGA AGAGGAAGAG GATGGCACCC TGAAACAGCA CAAAGAAGCC 
AAGCGCTTCG AAATCGCTAG GTCTCAACCT GAAGACACCC CTGAAAACAC AGTGAGGAGG 
CAAGAGCAGC CCAGCATCGA GAGTACATCT CCGATTTCAA GAACTGATGA AATTAGAAAA 
AACACCTACA GAACATTGGA TAGCCTGGAG CAGACCATTA AACAGCTCGA AAATACAATC 
AGTGAAATGA GTCCCAAAGC CCTAGTTGAT ACCTCATGTT CTTCCAACAG AGATTCTGTT 
GCAAGTTCAT CCCACATAGC CCAAGAGGCC TCTCCCCGAC CCTTGCTAGT TCCGGATGAA 
GGTCCCACTG CCCTAGAGCC CCCTACGTCG ATACCTTCAG CTTCACGTAA GGGCTCCAGC 
GGGGCCCCAC AGACGAGCAG GATGCCTGTC CCCATGAGTG CCAAGAACAG ACCCGGAACC 
CTGGACAAAC CCGGCAAGCA GTCCAAACTG CAGGATCCCC GCCAATATCG TCAGGCTAAT 
GGAAGTGCTA AGAAATCTGG TGGGGACTTT AAGCCTACTT CCCCCTCCTT ACCTGCTTCT 
AAGATTCCAG CCCTTTCTCC CAGCTCTGGG AAAAGCAGTT CTCTGCCCTC TTCTAGTGGT 
GACAGCTCTA ACCTCCCTAA TCCACCTGCT ACTAAACCAT CGATTGCTTC TAACCCTCTC 
AGCCCCCAAA CAGGACCACC TGCTCACTCT GCCTCCCTCA TCCCTTCTGT CTCTAATGGC 
TCTTTGAAGT TTCAGAGCCT CACTCATACA GGTAAAGGTC ACCATCTTTC ATTCTCACCG 
CAGAGTCAAA ATGGCCGAGC ACCCCCTCCT TTGTCATTTT CCTCCTCCCC TCCTTCTCCT 
GCCTCCTCCG TCTCACTGAA TCAAGGTGCC AAGGGCACCA GGACCATCCA TACTCCCAGC 
CTCACCAGCT ACAAGGCACA GAATGGAAGT TCAAGCAAAG CCACCCCATC CACAGCAAAA 
GAAACCTCTT AA

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

KIAA1217 ( NM_001282768.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001269697.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant 5, mRNA.

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CloneID	OHu14264
Clone ID Related Accession (Same CDS sequence)	NM_001282768.1
Accession Version	NM_001282768.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4050bp) 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	2018-06-29
Organism	Homo sapiens(human)
Product	sickle tail protein homolog isoform 5
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK091142.1, BC144227.1, AL833280.1 and AB291616.1. On Sep 19, 2013 this sequence version replaced XM_005252521.1. Transcript Variant: This variant (5) lacks three in-frame exons in the coding region, compared to variant 1. This results in a shorter protein (isoform 5), compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BC144227.1, SRR1803612.2446.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968540 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGAAG ATTCTCCAAA TTCGGAACAG 
GACTTGGAAA AGCTGGGGGG AAAGTCGCCC CCTCCTCCTC CGCCACCTCC TCGTCGAAGC 
TACCTGCCAG GATCGGGACT CACCACCACG AGGTCAGGCG ATGTGGTCTA CACCGGCAGA 
AAGGAGAACA TCACCGCTAA GGCAAGCAGT GAAGATGCTG GACCAAGCCC ACAGACCAGA 
GCTACAAAAT ATCCAGCAGA GGAGCCTGCT TCAGCCTGGA CCCCATCCCC ACCGCCTGTC 
ACCACCTCCT CCTCAAAGGA TGAGGAGGAA GAAGAAGAAG AAGGAGACAA AATAATGGCA 
GAACTCCAGG CATTCCAGAA GTGTTCCTTT ATGGATGTAA ATTCAAACAG TCATGCTGAG 
CCATCCCGGG CTGACAGTCA CGTTAAAGAC ACTAGGTCGG GCGCCACAGT GCCACCCAAG 
GAGAAGAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

RefSeq	NP_001269697.1
CDS	404..4453
Translation	MEENESQKCEPCLPYSADRRQMQEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	NM_001282768.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant 5, mRNA.

Target ORF information:

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

NM_001282768.1

ORF Insert Sequence:

ATGGAAGAAA ATGAAAGCCA GAAATGTGAG CCGTGCCTTC CTTACTCAGC AGACAGAAGA 
CAGATGCAGG AACAAGGCAA AGGCAATCTG CATGTAACAT CACCAGAAGA TGCAGAATGC 
CGCAGAACCA AGGAACGCCT TTCTAATGGA AACAGTCGTG GTTCAGTTTC CAAGTCTTCC 
CGCAATATCC CAAGGAGACA CACCCTAGGG GGGCCCCGAA GTTCCAAGGA AATACTGGGA 
ATGCAAACAT CTGAGATGGA TCGGAAGAGA GAAGCGTTCC TAGAACATCT GAAGCAGAAG 
TACCCCCACC ACGCCTCTGC AATCATGGGT CACCAAGAGA GGCTGAGAGA CCAGACAAGG 
AGCCCCAAAC TGTCTCACAG TCCTCAACCA CCCAGTCTGG GTGACCCGGT CGAGCATTTA 
TCAGAGACGT CCGCTGATTC TTTGGAAGCC ATGTCTGAGG GGGATGCTCC AACCCCTTTT 
TCCAGAGGCA GCCGGACTCG TGCGAGCCTT CCTGTGGTGA GGTCAACCAA CCAGACGAAA 
GAAAGATCTC TGGGGGTTCT CTATCTCCAG TATGGAGATG AAACCAAGCA GCTCAGGATG 
CCGAATGAAA TCACAAGTGC AGACACAATC CGTGCTCTCT TCGTAAGTGC CTTTCCACAG 
CAGCTCACCA TGAAAATGCT GGAATCGCCC AGTGTCGCCA TTTACATCAA AGATGAAAGC 
AGAAATGTCT ATTATGAATT AAATGATGTA AGGAACATTC AAGACAGATC ACTCCTCAAA 
GTGTACAACA AGGATCCTGC ACATGCGTTT AATCACACAC CAAAAACTAT GAATGGAGAC 
ATGAGGATGC AGAGAGAACT TGTTTATGCA AGAGGAGATG GCCCTGGGGC CCCTCGCCCC 
GGATCTACTG CTCATCCACC CCATGCGATT CCAAATTCCC CACCGTCTAC TCCAGTGCCC 
CATTCCATGC CCCCCTCCCC GTCCAGAATT CCTTATGGGG GCACCCGCTC CATGGTTGTT 
CCTGGCAATG CCACCATCCC CAGGGACAGA ATCTCCAGCC TGCCAGTCTC CAGACCCATC 
TCTCCAAGCC CAAGCGCCAT TTTAGAAAGA AGAGATGTCA AGCCTGATGA AGACATGAGT 
GGCAAAAACA TTGCAATGTA CAGAAATGAG GGTTTCTATG CTGATCCTTA CCTTTATCAC 
GAGGGACGGA TGAGCATAGC CTCATCCCAT GGTGGACACC CACTGGATGT CCCCGACCAC 
ATCATTGCAT ATCACCGCAC CGCCATCCGG TCAGCGAGTG CTTATTGTAA CCCCTCAATG 
CAAGCGGAAA TGCATATGGA ACAATCACTG TACAGACAGA AATCAAGGAA ATATCCGGAT 
AGCCATTTGC CTACACTGGG CTCCAAAACA CCCCCTGCCT CTCCTCACAG AGTCAGTGAC 
CTGAGGATGA TAGACATGCA CGCTCACTAT AATGCCCACG GCCCCCCTCA CACCATGCAG 
CCAGACCGGG CCTCTCCGAG CCGCCAGGCC TTTAAAAAGG AGCCAGGCAC CTTGGTGTAT 
ATAGAAAAGC CACGGAGCGC TGCAGGATTA TCCAGCCTTG TAGACCTCGG CCCTCCTCTA 
ATGGAGAAGC AAGTTTTTGC CTACAGCACG GCGACAATAC CCAAAGACAG AGAGACCAGC 
GAGAAAATGA TGAAAACCAC AGCCAACAGG AACCACACAG ATAGTGCAGG AACGCCCCAT 
GTGTCTGGTG GGAAGATGCT CAGTGCTCTG GAGTCCACGG TGCCTCCCAG CCAGCCTCCA 
CCTGTGGGCA CCTCAGCCAT CCACATGAGC CTGCTTGAGA TGAGGCGGAG CGTGGCGGAA 
CTCAGGCTCC AGCTCCAGCA GATGCGGCAG CTCCAGCTGC AGAACCAGGA GTTGCTGAGG 
GCAATGATGA AGAAGGCCGA GCTGGAAATC AGTGGCAAAG TGATGGAAAC AATGAAGAGA 
CTGGAGGATC CCGTGCAGCG ACAGCGCGTC CTAGTGGAGC AAGAGAGACA AAAATATCTT 
CATGAGGAAG AGAAGATCGT CAAGAAGTTG TGCGAGTTGG AAGACTTTGT TGAAGACTTG 
AAGAAGGACT CCACGGCAGC CAGCCGATTG GTTACTCTGA AAGACGTGGA AGACGGGGCT 
TTCCTCCTGC GTCAAGTGGG AGAGGCTGTA GCTACCCTGA AAGGAGAATT TCCAACCTTA 
CAAAACAAGA TGCGAGCCAT CCTGCGCATA GAAGTGGAGG CCGTGCGGTT TCTGAAGGAG 
GAGCCACACA AGCTGGACAG TCTCCTGAAG CGTGTGCGCA GCATGACAGA CGTCCTGACC 
ATGCTGCGGA GACATGTCAC TGATGGGCTC CTGAAAGGCA CGGACGCAGC CCAAGCCGCA 
CAGTACATGG CTATGGAAAA GGCCACAGCC GCAGAAGTCC TGAAGAGTCA GGAGGAGGCA 
GCCCACACCT CCGGCCAGCC CTTCCACAGC ACAGGTGCCC CTGGCGATGC GAAGTCGGAA 
GTGGTGCCTT TGTCCGGCAT GATGGTTCGC CACGCGCAGA GCTCCCCTGT GGTCATCCAG 
CCCTCCCAGC ACTCCGTGGC CCTGCTGAAC CCTGCTCAGA ACTTGCCTCA CGTGGCCAGC 
TCCCCAGCCG TCCCCCAGGA AGCAACCTCC ACTCTGCAGA TGTCGCAGGC TCCGCAGTCC 
CCACAGATAC CCATGAATGG GTCTGCCATG CAGAGCTTGT TCATTGAAGA AATCCACAGT 
GTGAGTGCCA AGAACAGGGC AGTGTCTATC GAGAAAGCAG AAAAGAAATG GGAGGAAAAA 
AGGCAAAATC TGGATCACTA TAATGGGAAA GAGTTTGAGA AGCTCCTAGA AGAAGCTCAG 
GCCAATATCA TGAAGTCAAT ACCAAATCTG GAGATGCCGC CAGCCACAGG CCCACTGCCA 
AGGGGAGATG CCCCAGTGGA CAAGGTGGAA CTTTCAGAAG ATTCTCCAAA TTCGGAACAG 
GACTTGGAAA AGCTGGGGGG AAAGTCGCCC CCTCCTCCTC CGCCACCTCC TCGTCGAAGC 
TACCTGCCAG GATCGGGACT CACCACCACG AGGTCAGGCG ATGTGGTCTA CACCGGCAGA 
AAGGAGAACA TCACCGCTAA GGCAAGCAGT GAAGATGCTG GACCAAGCCC ACAGACCAGA 
GCTACAAAAT ATCCAGCAGA GGAGCCTGCT TCAGCCTGGA CCCCATCCCC ACCGCCTGTC 
ACCACCTCCT CCTCAAAGGA TGAGGAGGAA GAAGAAGAAG AAGGAGACAA AATAATGGCA 
GAACTCCAGG CATTCCAGAA GTGTTCCTTT ATGGATGTAA ATTCAAACAG TCATGCTGAG 
CCATCCCGGG CTGACAGTCA CGTTAAAGAC ACTAGGTCGG GCGCCACAGT GCCACCCAAG 
GAGAAGAAGG GCTCCAGCGG GGCCCCACAG ACGAGCAGGA TGCCTGTCCC CATGAGTGCC 
AAGAACAGAC CCGGAACCCT GGACAAACCC GGCAAGCAGT CCAAACTGCA GGATCCCCGC 
CAATATCGTC AGGCTAATGG AAGTGCTAAG AAATCTGGTG GGGACTTTAA GCCTACTTCC 
CCCTCCTTAC CTGCTTCTAA GATTCCAGCC CTTTCTCCCA GCTCTGGGAA AAGCAGTTCT 
CTGCCCTCTT CTAGTGGTGA CAGCTCTAAC CTCCCTAATC CACCTGCTAC TAAACCATCG 
ATTGCTTCTA ACCCTCTCAG CCCCCAAACA GGACCACCTG CTCACTCTGC CTCCCTCATC 
CCTTCTGTCT CTAATGGCTC TTTGAAGTTT CAGAGCCTCA CTCATACAGG TAAAGGTCAC 
CATCTTTCAT TCTCACCGCA GAGTCAAAAT GGCCGAGCAC CCCCTCCTTT GTCATTTTCC 
TCCTCCCCTC CTTCTCCTGC CTCCTCCGTC TCACTGAATC AAGGTGCCAA GGGCACCAGG 
ACCATCCATA CTCCCAGCCT CACCAGCTAC AAGGCACAGA ATGGAAGTTC AAGCAAAGCC 
ACCCCATCCA CAGCAAAAGA AACCTCTTAA

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

KIAA1217 ( XM_005252516.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005252573.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X17, mRNA.

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CloneID	OHu43800
Clone ID Related Accession (Same CDS sequence)	XM_005252516.4 , XM_005252516.3
Accession Version	XM_005252516.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4398bp) 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	sickle tail protein homolog isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005252516.3. ##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##

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGTTACCACA GGGGCTGTAA GACCTAGTGA CCCTCCTAAG 
TGGGAAAGAG GAATGGAGAA TAGTATTTCT GATGCATCAA GAACATCAGA ATATAAAACT 
GAGATCATAA TGAAGGAAAA TTCCATATCC AATATGAGTT TACTCAGAGA CAGTAGAAAC 
TATTCCCAGG AAACTGTGCC TAAGGCCAGT TTCGGTTTCT CTGGCATTAG TCCATTAGAA 
GATGAAATAA ACAAAGGGTC TAAAATCTCA GGCCTGCAAT ACTCTATACC TGACACCGAG 
AACCAGACGC TGAATTACGG AAAGACAAAG GAGATGGAAA AGCAAAATAC GGATAAGTGT 
CACGTTTCCT CTCACACTAG ACTAACAGAA TCAAGCGTGC ATGATTTTAA AACAGAAGAT 
CAAGAGGTTA TCACGACAGA TTTTGGCCAA GTTGTTCTAA GACCCAAGGA GGCAAGGCAT 
GCTAACGTGA ACCCTAATGA GGATGGAGAA TCAAGTTCAA GTTCTCCCAC TGAAGAAAAT 
GCAGCCACTG ACAATATTGC CTTCATGATT ACCGAAACCA CTGTCCAGGT TCTTTCCAGT 
GGGGAGGTGC ATGATATTGT TAGCCAAAAG GGAGAAGACA TACAGACGGT TAATATCGAT 
GCCAGAAAAG AGATGACCCC CCGACAAGAA GGGACTGACA ATGAGGATCC AGTCGTGTGC 
CTGGACAAGA AACCAGTGAT CATCATTTTC GATGAGCCCA TGGACATCCG GTCTGCCTAT 
AAGAGACTTT CAACTATCTT TGAGGAATGT GATGAGGAAT TAGAGAGAAT GATGATGGAG 
GAAAAGATAG AGGAGGAGGA AGAGGAGGAA AATGGGGATT CTGTAGTCCA GAATAATAAC 
ACTTCCCAGA TGTCTCATAA GAAGGTGGCC CCAGGCAATC TTAGAACCGG ACAACAGGTG 
GAAACAAAGT CACAGCCACA CTCCCTGGCC ACAGAGACCA GAAACCCAGG AGGACAGGAA 
ATGAACAGAA CGGAGCTGAA CAAGTTCAGC CACGTGGATT CTCCAAATTC GGAATGCAAG 
GGTGAGGACG CGACCGATGA CCAGTTTGAA AGCCCCAAGA AAAAGTTTAA ATTCAAATTC 
CCTAAGAAGC AACTCGCCGC TCTCACTCAA GCCATTCGCA CCGGAACTAA AACAGGGAAG 
AAGACTTTGC AAGTGGTAGT CTATGAAGAA GAGGAAGAGG ATGGCACCCT GAAACAGCAC 
AAAGAAGCCA AGCGCTTCGA AATCGCTAGG TCTCAACCTG AAGACACCCC TGAAAACACA 
GTGAGGAGGC AAGAGCAGCC CAGCATCGAG AGTACATCTC CGATTTCAAG AACTGATGAA 
ATTAGAAAAA ACACCTACAG AACATTGGAT AGCCTGGAGC AGACCATTAA ACAGCTCGAA 
AATACAATCA GTGAAATGAG TCCCAAAGCC CTAGTTGATA CCTCATGTTC TTCCAACAGA 
GATTCTGTTG CAAGTTCATC CCACATAGCC CAAGAGGCCT CTCCCCGACC CTTGCTAGTT 
CCGGATGAAG GTCCCACTGC CCTAGAGCCC CCTACGTCGA TACCTTCAGC TTCACGTAAG 
GGCTCCAGCG GGGCCCCACA GACGAGCAGG ATGCCTGTCC CCATGAGTGC CAAGAACAGA 
CCCGGAACCC TGGACAAACC CGGCAAGCAG TCCAAACTGC AGGATCCCCG CCAATATCGT 
CAGGTAGTTT TACCTTAA

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

RefSeq	XP_005252573.1
CDS	254..4651
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQVVLP

Target ORF information:

RefSeq Version	XM_005252516.4
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X17, mRNA.

Target ORF information:

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

XM_005252516.4

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGTTACCACA GGGGCTGTAA GACCTAGTGA CCCTCCTAAG 
TGGGAAAGAG GAATGGAGAA TAGTATTTCT GATGCATCAA GAACATCAGA ATATAAAACT 
GAGATCATAA TGAAGGAAAA TTCCATATCC AATATGAGTT TACTCAGAGA CAGTAGAAAC 
TATTCCCAGG AAACTGTGCC TAAGGCCAGT TTCGGTTTCT CTGGCATTAG TCCATTAGAA 
GATGAAATAA ACAAAGGGTC TAAAATCTCA GGCCTGCAAT ACTCTATACC TGACACCGAG 
AACCAGACGC TGAATTACGG AAAGACAAAG GAGATGGAAA AGCAAAATAC GGATAAGTGT 
CACGTTTCCT CTCACACTAG ACTAACAGAA TCAAGCGTGC ATGATTTTAA AACAGAAGAT 
CAAGAGGTTA TCACGACAGA TTTTGGCCAA GTTGTTCTAA GACCCAAGGA GGCAAGGCAT 
GCTAACGTGA ACCCTAATGA GGATGGAGAA TCAAGTTCAA GTTCTCCCAC TGAAGAAAAT 
GCAGCCACTG ACAATATTGC CTTCATGATT ACCGAAACCA CTGTCCAGGT TCTTTCCAGT 
GGGGAGGTGC ATGATATTGT TAGCCAAAAG GGAGAAGACA TACAGACGGT TAATATCGAT 
GCCAGAAAAG AGATGACCCC CCGACAAGAA GGGACTGACA ATGAGGATCC AGTCGTGTGC 
CTGGACAAGA AACCAGTGAT CATCATTTTC GATGAGCCCA TGGACATCCG GTCTGCCTAT 
AAGAGACTTT CAACTATCTT TGAGGAATGT GATGAGGAAT TAGAGAGAAT GATGATGGAG 
GAAAAGATAG AGGAGGAGGA AGAGGAGGAA AATGGGGATT CTGTAGTCCA GAATAATAAC 
ACTTCCCAGA TGTCTCATAA GAAGGTGGCC CCAGGCAATC TTAGAACCGG ACAACAGGTG 
GAAACAAAGT CACAGCCACA CTCCCTGGCC ACAGAGACCA GAAACCCAGG AGGACAGGAA 
ATGAACAGAA CGGAGCTGAA CAAGTTCAGC CACGTGGATT CTCCAAATTC GGAATGCAAG 
GGTGAGGACG CGACCGATGA CCAGTTTGAA AGCCCCAAGA AAAAGTTTAA ATTCAAATTC 
CCTAAGAAGC AACTCGCCGC TCTCACTCAA GCCATTCGCA CCGGAACTAA AACAGGGAAG 
AAGACTTTGC AAGTGGTAGT CTATGAAGAA GAGGAAGAGG ATGGCACCCT GAAACAGCAC 
AAAGAAGCCA AGCGCTTCGA AATCGCTAGG TCTCAACCTG AAGACACCCC TGAAAACACA 
GTGAGGAGGC AAGAGCAGCC CAGCATCGAG AGTACATCTC CGATTTCAAG AACTGATGAA 
ATTAGAAAAA ACACCTACAG AACATTGGAT AGCCTGGAGC AGACCATTAA ACAGCTCGAA 
AATACAATCA GTGAAATGAG TCCCAAAGCC CTAGTTGATA CCTCATGTTC TTCCAACAGA 
GATTCTGTTG CAAGTTCATC CCACATAGCC CAAGAGGCCT CTCCCCGACC CTTGCTAGTT 
CCGGATGAAG GTCCCACTGC CCTAGAGCCC CCTACGTCGA TACCTTCAGC TTCACGTAAG 
GGCTCCAGCG GGGCCCCACA GACGAGCAGG ATGCCTGTCC CCATGAGTGC CAAGAACAGA 
CCCGGAACCC TGGACAAACC CGGCAAGCAG TCCAAACTGC AGGATCCCCG CCAATATCGT 
CAGGTAGTTT TACCTTAA

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

KIAA1217 ( XM_005252516.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005252573.1 Homo sapiens KIAA1217 (KIAA1217), transcript variant X14, mRNA.

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CloneID	OHu43800
Clone ID Related Accession (Same CDS sequence)	XM_005252516.4 , XM_005252516.3
Accession Version	XM_005252516.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4398bp) 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	sickle tail protein homolog isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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_005252516.2. ##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##

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGTTACCACA GGGGCTGTAA GACCTAGTGA CCCTCCTAAG 
TGGGAAAGAG GAATGGAGAA TAGTATTTCT GATGCATCAA GAACATCAGA ATATAAAACT 
GAGATCATAA TGAAGGAAAA TTCCATATCC AATATGAGTT TACTCAGAGA CAGTAGAAAC 
TATTCCCAGG AAACTGTGCC TAAGGCCAGT TTCGGTTTCT CTGGCATTAG TCCATTAGAA 
GATGAAATAA ACAAAGGGTC TAAAATCTCA GGCCTGCAAT ACTCTATACC TGACACCGAG 
AACCAGACGC TGAATTACGG AAAGACAAAG GAGATGGAAA AGCAAAATAC GGATAAGTGT 
CACGTTTCCT CTCACACTAG ACTAACAGAA TCAAGCGTGC ATGATTTTAA AACAGAAGAT 
CAAGAGGTTA TCACGACAGA TTTTGGCCAA GTTGTTCTAA GACCCAAGGA GGCAAGGCAT 
GCTAACGTGA ACCCTAATGA GGATGGAGAA TCAAGTTCAA GTTCTCCCAC TGAAGAAAAT 
GCAGCCACTG ACAATATTGC CTTCATGATT ACCGAAACCA CTGTCCAGGT TCTTTCCAGT 
GGGGAGGTGC ATGATATTGT TAGCCAAAAG GGAGAAGACA TACAGACGGT TAATATCGAT 
GCCAGAAAAG AGATGACCCC CCGACAAGAA GGGACTGACA ATGAGGATCC AGTCGTGTGC 
CTGGACAAGA AACCAGTGAT CATCATTTTC GATGAGCCCA TGGACATCCG GTCTGCCTAT 
AAGAGACTTT CAACTATCTT TGAGGAATGT GATGAGGAAT TAGAGAGAAT GATGATGGAG 
GAAAAGATAG AGGAGGAGGA AGAGGAGGAA AATGGGGATT CTGTAGTCCA GAATAATAAC 
ACTTCCCAGA TGTCTCATAA GAAGGTGGCC CCAGGCAATC TTAGAACCGG ACAACAGGTG 
GAAACAAAGT CACAGCCACA CTCCCTGGCC ACAGAGACCA GAAACCCAGG AGGACAGGAA 
ATGAACAGAA CGGAGCTGAA CAAGTTCAGC CACGTGGATT CTCCAAATTC GGAATGCAAG 
GGTGAGGACG CGACCGATGA CCAGTTTGAA AGCCCCAAGA AAAAGTTTAA ATTCAAATTC 
CCTAAGAAGC AACTCGCCGC TCTCACTCAA GCCATTCGCA CCGGAACTAA AACAGGGAAG 
AAGACTTTGC AAGTGGTAGT CTATGAAGAA GAGGAAGAGG ATGGCACCCT GAAACAGCAC 
AAAGAAGCCA AGCGCTTCGA AATCGCTAGG TCTCAACCTG AAGACACCCC TGAAAACACA 
GTGAGGAGGC AAGAGCAGCC CAGCATCGAG AGTACATCTC CGATTTCAAG AACTGATGAA 
ATTAGAAAAA ACACCTACAG AACATTGGAT AGCCTGGAGC AGACCATTAA ACAGCTCGAA 
AATACAATCA GTGAAATGAG TCCCAAAGCC CTAGTTGATA CCTCATGTTC TTCCAACAGA 
GATTCTGTTG CAAGTTCATC CCACATAGCC CAAGAGGCCT CTCCCCGACC CTTGCTAGTT 
CCGGATGAAG GTCCCACTGC CCTAGAGCCC CCTACGTCGA TACCTTCAGC TTCACGTAAG 
GGCTCCAGCG GGGCCCCACA GACGAGCAGG ATGCCTGTCC CCATGAGTGC CAAGAACAGA 
CCCGGAACCC TGGACAAACC CGGCAAGCAG TCCAAACTGC AGGATCCCCG CCAATATCGT 
CAGGTAGTTT TACCTTAA

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

RefSeq	XP_005252573.1
CDS	261..4658
Translation	MQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQVVLP

Target ORF information:

RefSeq Version	XM_005252516.3
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X14, mRNA.

Target ORF information:

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

XM_005252516.3

ORF Insert Sequence:

ATGCAGAGAG AACTTGTTTA TGCAAGAGGA GATGGCCCTG GGGCCCCTCG CCCCGGATCT 
ACTGCTCATC CACCCCATGC GATTCCAAAT TCCCCACCGT CTACTCCAGT GCCCCATTCC 
ATGCCCCCCT CCCCGTCCAG AATTCCTTAT GGGGGCACCC GCTCCATGGT TGTTCCTGGC 
AATGCCACCA TCCCCAGGGA CAGAATCTCC AGCCTGCCAG TCTCCAGACC CATCTCTCCA 
AGCCCAAGCG CCATTTTAGA AAGAAGAGAT GTCAAGCCTG ATGAAGACAT GAGTGGCAAA 
AACATTGCAA TGTACAGAAA TGAGGGTTTC TATGCTGATC CTTACCTTTA TCACGAGGGA 
CGGATGAGCA TAGCCTCATC CCATGGTGGA CACCCACTGG ATGTCCCCGA CCACATCATT 
GCATATCACC GCACCGCCAT CCGGTCAGCG AGTGCTTATT GTAACCCCTC AATGCAAGCG 
GAAATGCATA TGGAACAATC ACTGTACAGA CAGAAATCAA GGAAATATCC GGATAGCCAT 
TTGCCTACAC TGGGCTCCAA AACACCCCCT GCCTCTCCTC ACAGAGTCAG TGACCTGAGG 
ATGATAGACA TGCACGCTCA CTATAATGCC CACGGCCCCC CTCACACCAT GCAGCCAGAC 
CGGGCCTCTC CGAGCCGCCA GGCCTTTAAA AAGGAGCCAG GCACCTTGGT GTATATAGAA 
AAGCCACGGA GCGCTGCAGG ATTATCCAGC CTTGTAGACC TCGGCCCTCC TCTAATGGAG 
AAGCAAGTTT TTGCCTACAG CACGGCGACA ATACCCAAAG ACAGAGAGAC CAGCGAGAAA 
ATGATGAAAA CCACAGCCAA CAGGAACCAC ACAGATAGTG CAGGAACGCC CCATGTGTCT 
GGTGGGAAGA TGCTCAGTGC TCTGGAGTCC ACGGTGCCTC CCAGCCAGCC TCCACCTGTG 
GGCACCTCAG CCATCCACAT GAGCCTGCTT GAGATGAGGC GGAGCGTGGC GGAACTCAGG 
CTCCAGCTCC AGCAGATGCG GCAGCTCCAG CTGCAGAACC AGGAGTTGCT GAGGGCAATG 
ATGAAGAAGG CCGAGCTGGA AATCAGTGGC AAAGTGATGG AAACAATGAA GAGACTGGAG 
GATCCCGTGC AGCGACAGCG CGTCCTAGTG GAGCAAGAGA GACAAAAATA TCTTCATGAG 
GAAGAGAAGA TCGTCAAGAA GTTGTGCGAG TTGGAAGACT TTGTTGAAGA CTTGAAGAAG 
GACTCCACGG CAGCCAGCCG ATTGGTTACT CTGAAAGACG TGGAAGACGG GGCTTTCCTC 
CTGCGTCAAG TGGGAGAGGC TGTAGCTACC CTGAAAGGAG AATTTCCAAC CTTACAAAAC 
AAGATGCGAG CCATCCTGCG CATAGAAGTG GAGGCCGTGC GGTTTCTGAA GGAGGAGCCA 
CACAAGCTGG ACAGTCTCCT GAAGCGTGTG CGCAGCATGA CAGACGTCCT GACCATGCTG 
CGGAGACATG TCACTGATGG GCTCCTGAAA GGCACGGACG CAGCCCAAGC CGCACAGTAC 
ATGGCTATGG AAAAGGCCAC AGCCGCAGAA GTCCTGAAGA GTCAGGAGGA GGCAGCCCAC 
ACCTCCGGCC AGCCCTTCCA CAGCACAGGT GCCCCTGGCG ATGCGAAGTC GGAAGTGGTG 
CCTTTGTCCG GCATGATGGT TCGCCACGCG CAGAGCTCCC CTGTGGTCAT CCAGCCCTCC 
CAGCACTCCG TGGCCCTGCT GAACCCTGCT CAGAACTTGC CTCACGTGGC CAGCTCCCCA 
GCCGTCCCCC AGGAAGCAAC CTCCACTCTG CAGATGTCGC AGGCTCCGCA GTCCCCACAG 
ATACCCATGA ATGGGTCTGC CATGCAGAGC TTGTTCATTG AAGAAATCCA CAGTGTGAGT 
GCCAAGAACA GGGCAGTGTC TATCGAGAAA GCAGAAAAGA AATGGGAGGA AAAAAGGCAA 
AATCTGGATC ACTATAATGG GAAAGAGTTT GAGAAGCTCC TAGAAGAAGC TCAGGCCAAT 
ATCATGAAGT CAATACCAAA TCTGGAGATG CCGCCAGCCA CAGGCCCACT GCCAAGGGGA 
GATGCCCCAG TGGACAAGGT GGAACTTTCA GAAGATTCTC CAAATTCGGA ACAGGACTTG 
GAAAAGCTGG GGGGAAAGTC GCCCCCTCCT CCTCCGCCAC CTCCTCGTCG AAGCTACCTG 
CCAGGATCGG GACTCACCAC CACGAGGTCA GGCGATGTGG TCTACACCGG CAGAAAGGAG 
AACATCACCG CTAAGGCAAG CAGTGAAGAT GCTGGACCAA GCCCACAGAC CAGAGCTACA 
AAATATCCAG CAGAGGAGCC TGCTTCAGCC TGGACCCCAT CCCCACCGCC TGTCACCACC 
TCCTCCTCAA AGGATGAGGA GGAAGAAGAA GAAGAAGGAG ACAAAATAAT GGCAGAACTC 
CAGGCATTCC AGAAGTGTTC CTTTATGGAT GTAAATTCAA ACAGTCATGC TGAGCCATCC 
CGGGCTGACA GTCACGTTAA AGACACTAGG TCGGGCGCCA CAGTGCCACC CAAGGAGAAG 
AAGAATTTGG AATTTTTCCA TGAAGATGTA CGGAAATCTG ATGTTGAATA TGAAAATGGC 
CCCCAAATGG AATTCCAAAA GGTTACCACA GGGGCTGTAA GACCTAGTGA CCCTCCTAAG 
TGGGAAAGAG GAATGGAGAA TAGTATTTCT GATGCATCAA GAACATCAGA ATATAAAACT 
GAGATCATAA TGAAGGAAAA TTCCATATCC AATATGAGTT TACTCAGAGA CAGTAGAAAC 
TATTCCCAGG AAACTGTGCC TAAGGCCAGT TTCGGTTTCT CTGGCATTAG TCCATTAGAA 
GATGAAATAA ACAAAGGGTC TAAAATCTCA GGCCTGCAAT ACTCTATACC TGACACCGAG 
AACCAGACGC TGAATTACGG AAAGACAAAG GAGATGGAAA AGCAAAATAC GGATAAGTGT 
CACGTTTCCT CTCACACTAG ACTAACAGAA TCAAGCGTGC ATGATTTTAA AACAGAAGAT 
CAAGAGGTTA TCACGACAGA TTTTGGCCAA GTTGTTCTAA GACCCAAGGA GGCAAGGCAT 
GCTAACGTGA ACCCTAATGA GGATGGAGAA TCAAGTTCAA GTTCTCCCAC TGAAGAAAAT 
GCAGCCACTG ACAATATTGC CTTCATGATT ACCGAAACCA CTGTCCAGGT TCTTTCCAGT 
GGGGAGGTGC ATGATATTGT TAGCCAAAAG GGAGAAGACA TACAGACGGT TAATATCGAT 
GCCAGAAAAG AGATGACCCC CCGACAAGAA GGGACTGACA ATGAGGATCC AGTCGTGTGC 
CTGGACAAGA AACCAGTGAT CATCATTTTC GATGAGCCCA TGGACATCCG GTCTGCCTAT 
AAGAGACTTT CAACTATCTT TGAGGAATGT GATGAGGAAT TAGAGAGAAT GATGATGGAG 
GAAAAGATAG AGGAGGAGGA AGAGGAGGAA AATGGGGATT CTGTAGTCCA GAATAATAAC 
ACTTCCCAGA TGTCTCATAA GAAGGTGGCC CCAGGCAATC TTAGAACCGG ACAACAGGTG 
GAAACAAAGT CACAGCCACA CTCCCTGGCC ACAGAGACCA GAAACCCAGG AGGACAGGAA 
ATGAACAGAA CGGAGCTGAA CAAGTTCAGC CACGTGGATT CTCCAAATTC GGAATGCAAG 
GGTGAGGACG CGACCGATGA CCAGTTTGAA AGCCCCAAGA AAAAGTTTAA ATTCAAATTC 
CCTAAGAAGC AACTCGCCGC TCTCACTCAA GCCATTCGCA CCGGAACTAA AACAGGGAAG 
AAGACTTTGC AAGTGGTAGT CTATGAAGAA GAGGAAGAGG ATGGCACCCT GAAACAGCAC 
AAAGAAGCCA AGCGCTTCGA AATCGCTAGG TCTCAACCTG AAGACACCCC TGAAAACACA 
GTGAGGAGGC AAGAGCAGCC CAGCATCGAG AGTACATCTC CGATTTCAAG AACTGATGAA 
ATTAGAAAAA ACACCTACAG AACATTGGAT AGCCTGGAGC AGACCATTAA ACAGCTCGAA 
AATACAATCA GTGAAATGAG TCCCAAAGCC CTAGTTGATA CCTCATGTTC TTCCAACAGA 
GATTCTGTTG CAAGTTCATC CCACATAGCC CAAGAGGCCT CTCCCCGACC CTTGCTAGTT 
CCGGATGAAG GTCCCACTGC CCTAGAGCCC CCTACGTCGA TACCTTCAGC TTCACGTAAG 
GGCTCCAGCG GGGCCCCACA GACGAGCAGG ATGCCTGTCC CCATGAGTGC CAAGAACAGA 
CCCGGAACCC TGGACAAACC CGGCAAGCAG TCCAAACTGC AGGATCCCCG CCAATATCGT 
CAGGTAGTTT TACCTTAA

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

KIAA1217 ( XM_011519552.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517854.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu91521
Clone ID Related Accession (Same CDS sequence)	XM_011519552.2 , XM_011519552.3
Accession Version	XM_011519552.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6054bp) 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	sickle tail protein homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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_011519552.1. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGGCAT TCCAGAAGTG TTCCTTTATG 
GATGTAAATT CAAACAGTCA TGCTGAGCCA TCCCGGGCTG ACAGTCACGT TAAAGACACT 
AGGTCGGGCG CCACAGTGCC ACCCAAGGAG AAGAAGAATT TGGAATTTTT CCATGAAGAT 
GTACGGAAAT CTGATGTTGA ATATGAAAAT GGCCCCCAAA TGGAATTCCA AAAGGTTACC 
ACAGGGGCTG TAAGACCTAG TGACCCTCCT AAGTGGGAAA GAGGAATGGA GAATAGTATT 
TCTGATGCAT CAAGAACATC AGAATATAAA ACTGAGATCA TAATGAAGGA AAATTCCATA 
TCCAATATGA GTTTACTCAG AGACAGTAGA AACTATTCCC AGGAAACTGT GCCTAAGGCC 
AGTTTCGGTT TCTCTGGCAT TAGTCCATTA GAAGATGAAA TAAACAAAGG GTCTAAAATC 
TCAGGCCTGC AATACTCTAT ACCTGACACC GAGAACCAGA CGCTGAATTA CGGAAAGACA 
AAGGAGATGG AAAAGCAAAA TACGGATAAG TGTCACGTTT CCTCTCACAC TAGACTAACA 
GAATCAAGCG TGCATGATTT TAAAACAGAA GATCAAGAGG TTATCACGAC AGATTTTGGC 
CAAGTTGTTC TAAGACCCAA GGAGGCAAGG CATGCTAACG TGAACCCTAA TGAGGATGGA 
GAATCAAGTT CAAGTTCTCC CACTGAAGAA AATGCAGCCA CTGACAATAT TGCCTTCATG 
ATTACCGAAA CCACTGTCCA GGTTCTTTCC AGTGGGGAGG TGCATGATAT TGTTAGCCAA 
AAGGGAGAAG ACATACAGAC GGTTAATATC GATGCCAGAA AAGAGATGAC CCCCCGACAA 
GAAGGGACTG ACAATGAGGA TCCAGTCGTG TGCCTGGACA AGAAACCAGT GATCATCATT 
TTCGATGAGC CCATGGACAT CCGGTCTGCC TATAAGAGAC TTTCAACTAT CTTTGAGGAA 
TGTGATGAGG AATTAGAGAG AATGATGATG GAGGAAAAGA TAGAGGAGGA GGAAGAGGAG 
GAAAATGGGG ATTCTGTAGT CCAGAATAAT AACACTTCCC AGATGTCTCA TAAGAAGGTG 
GCCCCAGGCA ATCTTAGAAC CGGACAACAG GTGGAAACAA AGTCACAGCC ACACTCCCTG 
GCCACAGAGA CCAGAAACCC AGGAGGACAG GAAATGAACA GAACGGAGCT GAACAAGTTC 
AGCCACGTGG ATTCTCCAAA TTCGGAATGC AAGGGTGAGG ACGCGACCGA TGACCAGTTT 
GAAAGCCCCA AGAAAAAGTT TAAATTCAAA TTCCCTAAGA AGCAACTCGC CGCTCTCACT 
CAAGCCATTC GCACCGGAAC TAAAACAGGG AAGAAGACTT TGCAAGTGGT AGTCTATGAA 
GAAGAGGAAG AGGATGGCAC CCTGAAACAG CACAAAGAAG CCAAGCGCTT CGAAATCGCT 
AGGTCTCAAC CTGAAGACAC CCCTGAAAAC ACAGTGAGGA GGCAAGAGCA GCCCAGCATC 
GAGAGTACAT CTCCGATTTC AAGAACTGAT GAAATTAGAA AAAACACCTA CAGAACATTG 
GATAGCCTGG AGCAGACCAT TAAACAGCTC GAAAATACAA TCAGTGAAAT GAGTCCCAAA 
GCCCTAGTTG ATACCTCATG TTCTTCCAAC AGAGATTCTG TTGCAAGTTC ATCCCACATA 
GCCCAAGAGG CCTCTCCCCG ACCCTTGCTA GTTCCGGATG AAGGTCCCAC TGCCCTAGAG 
CCCCCTACGT CGATACCTTC AGCTTCACGT AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

RefSeq	XP_011517854.2
CDS	237..6290
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519552.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X1, mRNA.

Target ORF information:

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

XM_011519552.2

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGGCAT TCCAGAAGTG TTCCTTTATG 
GATGTAAATT CAAACAGTCA TGCTGAGCCA TCCCGGGCTG ACAGTCACGT TAAAGACACT 
AGGTCGGGCG CCACAGTGCC ACCCAAGGAG AAGAAGAATT TGGAATTTTT CCATGAAGAT 
GTACGGAAAT CTGATGTTGA ATATGAAAAT GGCCCCCAAA TGGAATTCCA AAAGGTTACC 
ACAGGGGCTG TAAGACCTAG TGACCCTCCT AAGTGGGAAA GAGGAATGGA GAATAGTATT 
TCTGATGCAT CAAGAACATC AGAATATAAA ACTGAGATCA TAATGAAGGA AAATTCCATA 
TCCAATATGA GTTTACTCAG AGACAGTAGA AACTATTCCC AGGAAACTGT GCCTAAGGCC 
AGTTTCGGTT TCTCTGGCAT TAGTCCATTA GAAGATGAAA TAAACAAAGG GTCTAAAATC 
TCAGGCCTGC AATACTCTAT ACCTGACACC GAGAACCAGA CGCTGAATTA CGGAAAGACA 
AAGGAGATGG AAAAGCAAAA TACGGATAAG TGTCACGTTT CCTCTCACAC TAGACTAACA 
GAATCAAGCG TGCATGATTT TAAAACAGAA GATCAAGAGG TTATCACGAC AGATTTTGGC 
CAAGTTGTTC TAAGACCCAA GGAGGCAAGG CATGCTAACG TGAACCCTAA TGAGGATGGA 
GAATCAAGTT CAAGTTCTCC CACTGAAGAA AATGCAGCCA CTGACAATAT TGCCTTCATG 
ATTACCGAAA CCACTGTCCA GGTTCTTTCC AGTGGGGAGG TGCATGATAT TGTTAGCCAA 
AAGGGAGAAG ACATACAGAC GGTTAATATC GATGCCAGAA AAGAGATGAC CCCCCGACAA 
GAAGGGACTG ACAATGAGGA TCCAGTCGTG TGCCTGGACA AGAAACCAGT GATCATCATT 
TTCGATGAGC CCATGGACAT CCGGTCTGCC TATAAGAGAC TTTCAACTAT CTTTGAGGAA 
TGTGATGAGG AATTAGAGAG AATGATGATG GAGGAAAAGA TAGAGGAGGA GGAAGAGGAG 
GAAAATGGGG ATTCTGTAGT CCAGAATAAT AACACTTCCC AGATGTCTCA TAAGAAGGTG 
GCCCCAGGCA ATCTTAGAAC CGGACAACAG GTGGAAACAA AGTCACAGCC ACACTCCCTG 
GCCACAGAGA CCAGAAACCC AGGAGGACAG GAAATGAACA GAACGGAGCT GAACAAGTTC 
AGCCACGTGG ATTCTCCAAA TTCGGAATGC AAGGGTGAGG ACGCGACCGA TGACCAGTTT 
GAAAGCCCCA AGAAAAAGTT TAAATTCAAA TTCCCTAAGA AGCAACTCGC CGCTCTCACT 
CAAGCCATTC GCACCGGAAC TAAAACAGGG AAGAAGACTT TGCAAGTGGT AGTCTATGAA 
GAAGAGGAAG AGGATGGCAC CCTGAAACAG CACAAAGAAG CCAAGCGCTT CGAAATCGCT 
AGGTCTCAAC CTGAAGACAC CCCTGAAAAC ACAGTGAGGA GGCAAGAGCA GCCCAGCATC 
GAGAGTACAT CTCCGATTTC AAGAACTGAT GAAATTAGAA AAAACACCTA CAGAACATTG 
GATAGCCTGG AGCAGACCAT TAAACAGCTC GAAAATACAA TCAGTGAAAT GAGTCCCAAA 
GCCCTAGTTG ATACCTCATG TTCTTCCAAC AGAGATTCTG TTGCAAGTTC ATCCCACATA 
GCCCAAGAGG CCTCTCCCCG ACCCTTGCTA GTTCCGGATG AAGGTCCCAC TGCCCTAGAG 
CCCCCTACGT CGATACCTTC AGCTTCACGT AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

KIAA1217 ( XM_011519552.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517854.2 Homo sapiens KIAA1217 (KIAA1217), transcript variant X1, mRNA.

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CloneID	OHu91521
Clone ID Related Accession (Same CDS sequence)	XM_011519552.2 , XM_011519552.3
Accession Version	XM_011519552.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6054bp) 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	sickle tail protein homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011519552.2. ##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##

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGGCAT TCCAGAAGTG TTCCTTTATG 
GATGTAAATT CAAACAGTCA TGCTGAGCCA TCCCGGGCTG ACAGTCACGT TAAAGACACT 
AGGTCGGGCG CCACAGTGCC ACCCAAGGAG AAGAAGAATT TGGAATTTTT CCATGAAGAT 
GTACGGAAAT CTGATGTTGA ATATGAAAAT GGCCCCCAAA TGGAATTCCA AAAGGTTACC 
ACAGGGGCTG TAAGACCTAG TGACCCTCCT AAGTGGGAAA GAGGAATGGA GAATAGTATT 
TCTGATGCAT CAAGAACATC AGAATATAAA ACTGAGATCA TAATGAAGGA AAATTCCATA 
TCCAATATGA GTTTACTCAG AGACAGTAGA AACTATTCCC AGGAAACTGT GCCTAAGGCC 
AGTTTCGGTT TCTCTGGCAT TAGTCCATTA GAAGATGAAA TAAACAAAGG GTCTAAAATC 
TCAGGCCTGC AATACTCTAT ACCTGACACC GAGAACCAGA CGCTGAATTA CGGAAAGACA 
AAGGAGATGG AAAAGCAAAA TACGGATAAG TGTCACGTTT CCTCTCACAC TAGACTAACA 
GAATCAAGCG TGCATGATTT TAAAACAGAA GATCAAGAGG TTATCACGAC AGATTTTGGC 
CAAGTTGTTC TAAGACCCAA GGAGGCAAGG CATGCTAACG TGAACCCTAA TGAGGATGGA 
GAATCAAGTT CAAGTTCTCC CACTGAAGAA AATGCAGCCA CTGACAATAT TGCCTTCATG 
ATTACCGAAA CCACTGTCCA GGTTCTTTCC AGTGGGGAGG TGCATGATAT TGTTAGCCAA 
AAGGGAGAAG ACATACAGAC GGTTAATATC GATGCCAGAA AAGAGATGAC CCCCCGACAA 
GAAGGGACTG ACAATGAGGA TCCAGTCGTG TGCCTGGACA AGAAACCAGT GATCATCATT 
TTCGATGAGC CCATGGACAT CCGGTCTGCC TATAAGAGAC TTTCAACTAT CTTTGAGGAA 
TGTGATGAGG AATTAGAGAG AATGATGATG GAGGAAAAGA TAGAGGAGGA GGAAGAGGAG 
GAAAATGGGG ATTCTGTAGT CCAGAATAAT AACACTTCCC AGATGTCTCA TAAGAAGGTG 
GCCCCAGGCA ATCTTAGAAC CGGACAACAG GTGGAAACAA AGTCACAGCC ACACTCCCTG 
GCCACAGAGA CCAGAAACCC AGGAGGACAG GAAATGAACA GAACGGAGCT GAACAAGTTC 
AGCCACGTGG ATTCTCCAAA TTCGGAATGC AAGGGTGAGG ACGCGACCGA TGACCAGTTT 
GAAAGCCCCA AGAAAAAGTT TAAATTCAAA TTCCCTAAGA AGCAACTCGC CGCTCTCACT 
CAAGCCATTC GCACCGGAAC TAAAACAGGG AAGAAGACTT TGCAAGTGGT AGTCTATGAA 
GAAGAGGAAG AGGATGGCAC CCTGAAACAG CACAAAGAAG CCAAGCGCTT CGAAATCGCT 
AGGTCTCAAC CTGAAGACAC CCCTGAAAAC ACAGTGAGGA GGCAAGAGCA GCCCAGCATC 
GAGAGTACAT CTCCGATTTC AAGAACTGAT GAAATTAGAA AAAACACCTA CAGAACATTG 
GATAGCCTGG AGCAGACCAT TAAACAGCTC GAAAATACAA TCAGTGAAAT GAGTCCCAAA 
GCCCTAGTTG ATACCTCATG TTCTTCCAAC AGAGATTCTG TTGCAAGTTC ATCCCACATA 
GCCCAAGAGG CCTCTCCCCG ACCCTTGCTA GTTCCGGATG AAGGTCCCAC TGCCCTAGAG 
CCCCCTACGT CGATACCTTC AGCTTCACGT AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

RefSeq	XP_011517854.2
CDS	238..6291
Translation	MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKILRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQALKGMLISLQAELDIQRYLMKIESSQRTRSPKLSHSPQPPSLGDPVEHLSETSADSLEAMSEGDAPTPFSRGSRTRASLPVVRSTNQTKERSLGVLYLQYGDETKQLRMPNEITSADTIRALFVSAFPQQLTMKMLESPSVAIYIKDESRNVYYELNDVRNIQDRSLLKVYNKDPAHAFNHTPKTMNGDMRMQRELVYARGDGPGAPRPGSTAHPPHAIPNSPPSTPVPHSMPPSPSRIPYGGTRSMVVPGNATIPRDRISSLPVSRPISPSPSAILERRDVKPDEDMSGKNIAMYRNEGFYADPYLYHEGRMSIASSHGGHPLDVPDHIIAYHRTAIRSASAYCNPSMQAEMHMEQSLYRQKSRKYPDSHLPTLGSKTPPASPHRVSDLRMIDMHAHYNAHGPPHTMQPDRASPSRQAFKKEPGTLVYIEKPRSAAGLSSLVDLGPPLMEKQVFAYSTATIPKDRETRERMQAMEKQIASLTGLVQSALFKGPITSYSKDASSEKMMKTTANRNHTDSAGTPHVSGGKMLSALESTVPPSQPPPVGTSAIHMSLLEMRRSVAELRLQLQQMRQLQLQNQELLRAMMKKAELEISGKVMETMKRLEDPVQRQRVLVEQERQKYLHEEEKIVKKLCELEDFVEDLKKDSTAASRLVTLKDVEDGAFLLRQVGEAVATLKGEFPTLQNKMRAILRIEVEAVRFLKEEPHKLDSLLKRVRSMTDVLTMLRRHVTDGLLKGTDAAQAAQYMAMEKATAAEVLKSQEEAAHTSGQPFHSTGAPGDAKSEVVPLSGMMVRHAQSSPVVIQPSQHSVALLNPAQNLPHVASSPAVPQEATSTLQMSQAPQSPQIPMNGSAMQSLFIEEIHSVSAKNRAVSIEKAEKKWEEKRQNLDHYNGKEFEKLLEEAQANIMKSIPNLEMPPATGPLPRGDAPVDKVELSEDSPNSEQDLEKLGGKSPPPPPPPPRRSYLPGSGLTTTRSGDVVYTGRKENITAKASSEDAGPSPQTRATKYPAEEPASAWTPSPPPVTTSSSKDEEEEEEEGDKIMAELQAFQKCSFMDVNSNSHAEPSRADSHVKDTRSGATVPPKEKKNLEFFHEDVRKSDVEYENGPQMEFQKVTTGAVRPSDPPKWERGMENSISDASRTSEYKTEIIMKENSISNMSLLRDSRNYSQETVPKASFGFSGISPLEDEINKGSKISGLQYSIPDTENQTLNYGKTKEMEKQNTDKCHVSSHTRLTESSVHDFKTEDQEVITTDFGQVVLRPKEARHANVNPNEDGESSSSSPTEENAATDNIAFMITETTVQVLSSGEVHDIVSQKGEDIQTVNIDARKEMTPRQEGTDNEDPVVCLDKKPVIIIFDEPMDIRSAYKRLSTIFEECDEELERMMMEEKIEEEEEEENGDSVVQNNNTSQMSHKKVAPGNLRTGQQVETKSQPHSLATETRNPGGQEMNRTELNKFSHVDSPNSECKGEDATDDQFESPKKKFKFKFPKKQLAALTQAIRTGTKTGKKTLQVVVYEEEEEDGTLKQHKEAKRFEIARSQPEDTPENTVRRQEQPSIESTSPISRTDEIRKNTYRTLDSLEQTIKQLENTISEMSPKALVDTSCSSNRDSVASSSHIAQEASPRPLLVPDEGPTALEPPTSIPSASRKGSSGAPQTSRMPVPMSAKNRPGTLDKPGKQSKLQDPRQYRQANGSAKKSGGDFKPTSPSLPASKIPALSPSSGKSSSLPSSSGDSSNLPNPPATKPSIASNPLSPQTGPPAHSASLIPSVSNGSLKFQSLTHTGKGHHLSFSPQSQNGRAPPPLSFSSSPPSPASSVSLNQGAKGTRTIHTPSLTSYKAQNGSSSKATPSTAKETS

Target ORF information:

RefSeq Version	XM_011519552.3
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1217 (KIAA1217), transcript variant X1, mRNA.

Target ORF information:

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

XM_011519552.3

ORF Insert Sequence:

ATGTCCAAAC CCTCTCGCTT GGCTAGACCT TTCTTCTCTA ATGCAGCTTC TAAGCTGCCA 
TCAGCTAGGC GGGATGATTT GAACAGCAAA CAGAAAAAAA ACAGCTTAGG TGAGAAGATT 
TTGAGAACTG GGAGTGAAGG AAATTTGGTC AAACAGCAGC AGGTGCAAAC GGCGGCAACT 
CCTGCACAGC GGAAAGCTAC ACCACACAAA GAACAAGGCA AAGGCAATCT GCATGTAACA 
TCACCAGAAG ATGCAGAATG CCGCAGAACC AAGGAACGCC TTTCTAATGG AAACAGTCGT 
GGTTCAGTTT CCAAGTCTTC CCGCAATATC CCAAGGAGAC ACACCCTAGG GGGGCCCCGA 
AGTTCCAAGG AAATACTGGG AATGCAAACA TCTGAGATGG ATCGGAAGAG AGAAGCGTTC 
CTAGAACATC TGAAGCAGAA GTACCCCCAC CACGCCTCTG CAATCATGGG TCACCAAGAG 
AGGCTGAGAG ACCAGGCTTT GAAGGGCATG CTGATCTCTC TTCAGGCAGA ACTTGACATT 
CAAAGGTACT TGATGAAAAT TGAATCGTCT CAGCGAACAA GGAGCCCCAA ACTGTCTCAC 
AGTCCTCAAC CACCCAGTCT GGGTGACCCG GTCGAGCATT TATCAGAGAC GTCCGCTGAT 
TCTTTGGAAG CCATGTCTGA GGGGGATGCT CCAACCCCTT TTTCCAGAGG CAGCCGGACT 
CGTGCGAGCC TTCCTGTGGT GAGGTCAACC AACCAGACGA AAGAAAGATC TCTGGGGGTT 
CTCTATCTCC AGTATGGAGA TGAAACCAAG CAGCTCAGGA TGCCGAATGA AATCACAAGT 
GCAGACACAA TCCGTGCTCT CTTCGTAAGT GCCTTTCCAC AGCAGCTCAC CATGAAAATG 
CTGGAATCGC CCAGTGTCGC CATTTACATC AAAGATGAAA GCAGAAATGT CTATTATGAA 
TTAAATGATG TAAGGAACAT TCAAGACAGA TCACTCCTCA AAGTGTACAA CAAGGATCCT 
GCACATGCGT TTAATCACAC ACCAAAAACT ATGAATGGAG ACATGAGGAT GCAGAGAGAA 
CTTGTTTATG CAAGAGGAGA TGGCCCTGGG GCCCCTCGCC CCGGATCTAC TGCTCATCCA 
CCCCATGCGA TTCCAAATTC CCCACCGTCT ACTCCAGTGC CCCATTCCAT GCCCCCCTCC 
CCGTCCAGAA TTCCTTATGG GGGCACCCGC TCCATGGTTG TTCCTGGCAA TGCCACCATC 
CCCAGGGACA GAATCTCCAG CCTGCCAGTC TCCAGACCCA TCTCTCCAAG CCCAAGCGCC 
ATTTTAGAAA GAAGAGATGT CAAGCCTGAT GAAGACATGA GTGGCAAAAA CATTGCAATG 
TACAGAAATG AGGGTTTCTA TGCTGATCCT TACCTTTATC ACGAGGGACG GATGAGCATA 
GCCTCATCCC ATGGTGGACA CCCACTGGAT GTCCCCGACC ACATCATTGC ATATCACCGC 
ACCGCCATCC GGTCAGCGAG TGCTTATTGT AACCCCTCAA TGCAAGCGGA AATGCATATG 
GAACAATCAC TGTACAGACA GAAATCAAGG AAATATCCGG ATAGCCATTT GCCTACACTG 
GGCTCCAAAA CACCCCCTGC CTCTCCTCAC AGAGTCAGTG ACCTGAGGAT GATAGACATG 
CACGCTCACT ATAATGCCCA CGGCCCCCCT CACACCATGC AGCCAGACCG GGCCTCTCCG 
AGCCGCCAGG CCTTTAAAAA GGAGCCAGGC ACCTTGGTGT ATATAGAAAA GCCACGGAGC 
GCTGCAGGAT TATCCAGCCT TGTAGACCTC GGCCCTCCTC TAATGGAGAA GCAAGTTTTT 
GCCTACAGCA CGGCGACAAT ACCCAAAGAC AGAGAGACCA GAGAGAGGAT GCAAGCCATG 
GAGAAACAGA TTGCCAGTTT AACTGGCCTT GTTCAGTCTG CGCTTTTTAA AGGGCCCATT 
ACAAGTTATA GCAAAGATGC GTCTAGCGAG AAAATGATGA AAACCACAGC CAACAGGAAC 
CACACAGATA GTGCAGGAAC GCCCCATGTG TCTGGTGGGA AGATGCTCAG TGCTCTGGAG 
TCCACGGTGC CTCCCAGCCA GCCTCCACCT GTGGGCACCT CAGCCATCCA CATGAGCCTG 
CTTGAGATGA GGCGGAGCGT GGCGGAACTC AGGCTCCAGC TCCAGCAGAT GCGGCAGCTC 
CAGCTGCAGA ACCAGGAGTT GCTGAGGGCA ATGATGAAGA AGGCCGAGCT GGAAATCAGT 
GGCAAAGTGA TGGAAACAAT GAAGAGACTG GAGGATCCCG TGCAGCGACA GCGCGTCCTA 
GTGGAGCAAG AGAGACAAAA ATATCTTCAT GAGGAAGAGA AGATCGTCAA GAAGTTGTGC 
GAGTTGGAAG ACTTTGTTGA AGACTTGAAG AAGGACTCCA CGGCAGCCAG CCGATTGGTT 
ACTCTGAAAG ACGTGGAAGA CGGGGCTTTC CTCCTGCGTC AAGTGGGAGA GGCTGTAGCT 
ACCCTGAAAG GAGAATTTCC AACCTTACAA AACAAGATGC GAGCCATCCT GCGCATAGAA 
GTGGAGGCCG TGCGGTTTCT GAAGGAGGAG CCACACAAGC TGGACAGTCT CCTGAAGCGT 
GTGCGCAGCA TGACAGACGT CCTGACCATG CTGCGGAGAC ATGTCACTGA TGGGCTCCTG 
AAAGGCACGG ACGCAGCCCA AGCCGCACAG TACATGGCTA TGGAAAAGGC CACAGCCGCA 
GAAGTCCTGA AGAGTCAGGA GGAGGCAGCC CACACCTCCG GCCAGCCCTT CCACAGCACA 
GGTGCCCCTG GCGATGCGAA GTCGGAAGTG GTGCCTTTGT CCGGCATGAT GGTTCGCCAC 
GCGCAGAGCT CCCCTGTGGT CATCCAGCCC TCCCAGCACT CCGTGGCCCT GCTGAACCCT 
GCTCAGAACT TGCCTCACGT GGCCAGCTCC CCAGCCGTCC CCCAGGAAGC AACCTCCACT 
CTGCAGATGT CGCAGGCTCC GCAGTCCCCA CAGATACCCA TGAATGGGTC TGCCATGCAG 
AGCTTGTTCA TTGAAGAAAT CCACAGTGTG AGTGCCAAGA ACAGGGCAGT GTCTATCGAG 
AAAGCAGAAA AGAAATGGGA GGAAAAAAGG CAAAATCTGG ATCACTATAA TGGGAAAGAG 
TTTGAGAAGC TCCTAGAAGA AGCTCAGGCC AATATCATGA AGTCAATACC AAATCTGGAG 
ATGCCGCCAG CCACAGGCCC ACTGCCAAGG GGAGATGCCC CAGTGGACAA GGTGGAACTT 
TCAGAAGATT CTCCAAATTC GGAACAGGAC TTGGAAAAGC TGGGGGGAAA GTCGCCCCCT 
CCTCCTCCGC CACCTCCTCG TCGAAGCTAC CTGCCAGGAT CGGGACTCAC CACCACGAGG 
TCAGGCGATG TGGTCTACAC CGGCAGAAAG GAGAACATCA CCGCTAAGGC AAGCAGTGAA 
GATGCTGGAC CAAGCCCACA GACCAGAGCT ACAAAATATC CAGCAGAGGA GCCTGCTTCA 
GCCTGGACCC CATCCCCACC GCCTGTCACC ACCTCCTCCT CAAAGGATGA GGAGGAAGAA 
GAAGAAGAAG GAGACAAAAT AATGGCAGAA CTCCAGGCAT TCCAGAAGTG TTCCTTTATG 
GATGTAAATT CAAACAGTCA TGCTGAGCCA TCCCGGGCTG ACAGTCACGT TAAAGACACT 
AGGTCGGGCG CCACAGTGCC ACCCAAGGAG AAGAAGAATT TGGAATTTTT CCATGAAGAT 
GTACGGAAAT CTGATGTTGA ATATGAAAAT GGCCCCCAAA TGGAATTCCA AAAGGTTACC 
ACAGGGGCTG TAAGACCTAG TGACCCTCCT AAGTGGGAAA GAGGAATGGA GAATAGTATT 
TCTGATGCAT CAAGAACATC AGAATATAAA ACTGAGATCA TAATGAAGGA AAATTCCATA 
TCCAATATGA GTTTACTCAG AGACAGTAGA AACTATTCCC AGGAAACTGT GCCTAAGGCC 
AGTTTCGGTT TCTCTGGCAT TAGTCCATTA GAAGATGAAA TAAACAAAGG GTCTAAAATC 
TCAGGCCTGC AATACTCTAT ACCTGACACC GAGAACCAGA CGCTGAATTA CGGAAAGACA 
AAGGAGATGG AAAAGCAAAA TACGGATAAG TGTCACGTTT CCTCTCACAC TAGACTAACA 
GAATCAAGCG TGCATGATTT TAAAACAGAA GATCAAGAGG TTATCACGAC AGATTTTGGC 
CAAGTTGTTC TAAGACCCAA GGAGGCAAGG CATGCTAACG TGAACCCTAA TGAGGATGGA 
GAATCAAGTT CAAGTTCTCC CACTGAAGAA AATGCAGCCA CTGACAATAT TGCCTTCATG 
ATTACCGAAA CCACTGTCCA GGTTCTTTCC AGTGGGGAGG TGCATGATAT TGTTAGCCAA 
AAGGGAGAAG ACATACAGAC GGTTAATATC GATGCCAGAA AAGAGATGAC CCCCCGACAA 
GAAGGGACTG ACAATGAGGA TCCAGTCGTG TGCCTGGACA AGAAACCAGT GATCATCATT 
TTCGATGAGC CCATGGACAT CCGGTCTGCC TATAAGAGAC TTTCAACTAT CTTTGAGGAA 
TGTGATGAGG AATTAGAGAG AATGATGATG GAGGAAAAGA TAGAGGAGGA GGAAGAGGAG 
GAAAATGGGG ATTCTGTAGT CCAGAATAAT AACACTTCCC AGATGTCTCA TAAGAAGGTG 
GCCCCAGGCA ATCTTAGAAC CGGACAACAG GTGGAAACAA AGTCACAGCC ACACTCCCTG 
GCCACAGAGA CCAGAAACCC AGGAGGACAG GAAATGAACA GAACGGAGCT GAACAAGTTC 
AGCCACGTGG ATTCTCCAAA TTCGGAATGC AAGGGTGAGG ACGCGACCGA TGACCAGTTT 
GAAAGCCCCA AGAAAAAGTT TAAATTCAAA TTCCCTAAGA AGCAACTCGC CGCTCTCACT 
CAAGCCATTC GCACCGGAAC TAAAACAGGG AAGAAGACTT TGCAAGTGGT AGTCTATGAA 
GAAGAGGAAG AGGATGGCAC CCTGAAACAG CACAAAGAAG CCAAGCGCTT CGAAATCGCT 
AGGTCTCAAC CTGAAGACAC CCCTGAAAAC ACAGTGAGGA GGCAAGAGCA GCCCAGCATC 
GAGAGTACAT CTCCGATTTC AAGAACTGAT GAAATTAGAA AAAACACCTA CAGAACATTG 
GATAGCCTGG AGCAGACCAT TAAACAGCTC GAAAATACAA TCAGTGAAAT GAGTCCCAAA 
GCCCTAGTTG ATACCTCATG TTCTTCCAAC AGAGATTCTG TTGCAAGTTC ATCCCACATA 
GCCCAAGAGG CCTCTCCCCG ACCCTTGCTA GTTCCGGATG AAGGTCCCAC TGCCCTAGAG 
CCCCCTACGT CGATACCTTC AGCTTCACGT AAGGGCTCCA GCGGGGCCCC ACAGACGAGC 
AGGATGCCTG TCCCCATGAG TGCCAAGAAC AGACCCGGAA CCCTGGACAA ACCCGGCAAG 
CAGTCCAAAC TGCAGGATCC CCGCCAATAT CGTCAGGCTA ATGGAAGTGC TAAGAAATCT 
GGTGGGGACT TTAAGCCTAC TTCCCCCTCC TTACCTGCTT CTAAGATTCC AGCCCTTTCT 
CCCAGCTCTG GGAAAAGCAG TTCTCTGCCC TCTTCTAGTG GTGACAGCTC TAACCTCCCT 
AATCCACCTG CTACTAAACC ATCGATTGCT TCTAACCCTC TCAGCCCCCA AACAGGACCA 
CCTGCTCACT CTGCCTCCCT CATCCCTTCT GTCTCTAATG GCTCTTTGAA GTTTCAGAGC 
CTCACTCATA CAGGTAAAGG TCACCATCTT TCATTCTCAC CGCAGAGTCA AAATGGCCGA 
GCACCCCCTC CTTTGTCATT TTCCTCCTCC CCTCCTTCTC CTGCCTCCTC CGTCTCACTG 
AATCAAGGTG CCAAGGGCAC CAGGACCATC CATACTCCCA GCCTCACCAG CTACAAGGCA 
CAGAATGGAA GTTCAAGCAA AGCCACCCCA TCCACAGCAA AAGAAACCTC TTAA

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

PubMed

Identification of a novel partner gene, KIAA1217, fused to RET: Functional characterization and inhibitor sensitivity of two isoforms in lung adenocarcinoma.
Oncotarget7(24)36101-36114(2016 Jun)
Lee MS,Kim RN,I H,Oh DY,Song JY,Noh KW,Kim YJ,Yang JW,Lira ME,Lee CH,Lee MK,Kim YD,Mao M,Han J,Kim J,Choi YL

Genome-wide SNP and CNV analysis identifies common and low-frequency variants associated with severe early-onset obesity.
Nature genetics45(5)513-7(2013 May)
Wheeler E,Huang N,Bochukova EG,Keogh JM,Lindsay S,Garg S,Henning E,Blackburn H,Loos RJ,Wareham NJ,O'Rahilly S,Hurles ME,Barroso I,Farooqi IS

Genetic susceptibility of intervertebral disc degeneration among young Finnish adults.
BMC medical genetics12153(2011 Nov)
Kelempisioti A,Eskola PJ,Okuloff A,Karjalainen U,Takatalo J,Daavittila I,Niinim?ki J,Sequeiros RB,Tervonen O,Solovieva S,Kao PY,Song YQ,Cheung KM,Chan D,Ala-Kokko L,J?rvelin MR,Karppinen J,M?nnikk? M

Common genetic variation and performance on standardized cognitive tests.
European journal of human genetics : EJHG18(7)815-20(2010 Jul)
Cirulli ET,Kasperavici?te D,Attix DK,Need AC,Ge D,Gibson G,Goldstein DB

Web-based, participant-driven studies yield novel genetic associations for common traits.
PLoS genetics6(6)e1000993(2010 Jun)
Eriksson N,Macpherson JM,Tung JY,Hon LS,Naughton B,Saxonov S,Avey L,Wojcicki A,Pe'er I,Mountain J

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KIAA1217 cDNA ORF clone, Homo sapiens(human)

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