LOC18445849 cDNA ORF clone, Amborella trichopoda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC18445849
Entrez Gene ID	18445849
Full Name	uncharacterized LOC18445849
Gene Type	protein-coding
Organism	Amborella trichopoda

mRNA and Protein(s)

mRNA	Protein	Name
XM_006855975.3	XP_006856037.1	uncharacterized protein LOC18445849
XM_020674732.1	XP_020530391.1	uncharacterized protein LOC18445849

Pathways from BioSystems
Gene Ontology

The following LOC18445849 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC18445849 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)	Select
OAm33663	XM_006855975.3 Latest version!	Amborella trichopoda uncharacterized LOC18445849 (LOC18445849), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAm33663	XM_020674732.1 Latest version!	Amborella trichopoda uncharacterized LOC18445849 (LOC18445849), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** 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)

LOC18445849 ( XM_006855975.3 ) cDNA ORF clone, Amborella trichopoda -> XP_006856037.1 Amborella trichopoda uncharacterized LOC18445849 (LOC18445849), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAm33663
Clone ID Related Accession (Same CDS sequence)	XM_006855975.3 , XM_020674732.1
Accession Version	XM_006855975.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5466bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-04-03
Organism	Amborella trichopoda
Product	uncharacterized protein LOC18445849
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006500103.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 4, 2017 this sequence version replaced XM_006855975.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Amborella trichopoda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCGAAA GGAGCAATGC CGACGCTCAT TCCAACGCTT CGCAGCAATC ATTGCCCAAA 
GATACGATGG GTGCTGAGAC TGCTATTCCT CTGTCACCAC AGTGGCTTCT GCCAAAGCCT 
GGGGAGAGTA AGTCAGGATC AGCGCTGGGT GATTCCCATA TGAGCCCACA TCCAGGTTAT 
TCCAATCGCC CTGATTTTCT AAACAAATCA TCGGGAGGTG GGGAGGAACA TCTAGATACT 
GAAAGGAAAA GGGATGTTTG GCGGTCACCC ATGAATGACT CAGAGACAAT ACGCCGTGAT 
CGTTGGCGGG ATGAAGAAAG GGAAAGCAAC TCTGCTCTTC GTCGAGATCG TTGGAGAGAT 
GGAGGCGAAA AAGAAAACCC CGAAACTCGT CGGATGGAAA GGTGGACTGA GAATTCTTTG 
GTCAAAGCTT CTGGAGAAGC TCGTCGTGCT CCCTCTGAAA GGTGGGGTGA TTCAGGTAAC 
AAAGAAACTA ATTTTGAGCA ACGTCGTGAG TCCAAATGGA ACCCACGTTG GGGCCCAGAT 
GATAAGGACT CTGATAATAG GCGTGACAAA TGGGTTGACT CTGGTCGCGA TGGTGAGGTA 
TCAAGGGACA AAGGGATGCT CCCTATGGTT AACCATGCTA AGGAAAGTGA TCGGGATGGA 
GAGCATCACC CTCGTTCCTG GCGATCATCA AATTCTTTAC AAATTAGAGG AAGGGTGGAG 
CCTTCTAACA TGCCTCCTCC AAATCCAGTC AAACAAAGTT CTATTTATGG CTTTGGCCGA 
GGGCGAGGAG ATCATCTTTC TTCGAGTTTC TCTGTTGGTC GAGGAAGGGT CAGTTCGACA 
GGAAATATGT CAGCCAATAG TTATTCTAAT TCTGGCTCAT TGGGTGTGTC CTTTGACAAG 
AGTGAGGTTG GCCATGGAGA TGCTTTAAAT TTACGATACA ATAGGACCAA ATTGCTGGAT 
ATATACAGGT TGGTTGATGT TAAATCAGTT AGCACAAAAT TGATTGATGG GCTCAAGGAA 
GTTCCTTCTC TTACACAAAC AGAACCGCTG GAGCCTTTGG CCCTTCTTGC ACCTACTCCT 
GAAGAAGAGA TTGTTCTGAC GGGAATAGAT AAAGGAGACA TTGTAAGTAG CCTCCCTCCT 
CAAGTCCCAA AGGATGTCTC TGTAGGGCGT AGCACCTTGA CCACCGATGT CGCTCAGTCA 
CGGAGAAGCA AACATGGTAG CAGAGAAGAT TTTTCGTTGA TTGGTGATGA TTTCAAAGAA 
GAAAGTAGCA ATGTTTTCAA AGTCAATGAT ATTAATAGTG AGAGCCAGAC TGGCAACCAG 
AGGTACTCTA CTGGGCCTGA TCCAAATGTG GATCCTAGAT ACTACCGAGA GTTCGATTCC 
AATGCAGAAG CTACGAGGAA TGAAGGTCAC AACAAAGATA CAAGCAGTCA TGAGAGTGCT 
TTTCAGCAAA CCGGGACGCC ATGGAGATCT CAATCAGTTG GTGATCGCAC TCGTGGTTCT 
TTAAGTGATT GGAGGGACTA TAGCACTGAA GGCAAATCCA AAACAACTGA TATGCGATGG 
CCACCCTCAA TGAAAGACAA GGACATCGAG CATGAAAGTG ATAGATTTGT TTCCCCATCT 
CGCTTCAATG ATGAACTAGA CCAGCAATTG CGAGATGGTT ATCACTCTGA AATGGGCAGG 
AACTCTGAGC TTAGAAGGCA GGCCTCTGAT GTTTTGGACA GGAGAAGGGA AACCAATTTG 
ATGACTGGCA AAGAAGAAAC ATCGGCATCT AGTGCCAGGG ATATGGTCAC TGGTAGAAAC 
TTGCAGCTTC AGGTTCCTCC TGAAGAGCTC TCCCTTTATT ATAAAGACCC ACAAGGAGAA 
ATTCAAGGGC CATTCCCAGG CAGTGATTTG ATTGGATGGT TTGAAGCAGG ATACTTTGGT 
ATAGATTTGC AGGTTCGGCA TGTGAATGCT TCACCAGATA CACCTTTCTC ATCACTTGGT 
GATGTTATGC CTCACCTCAA AATGAAAGCC AGACCTCCTC CAGGTTTTGG AGCTGCAAAA 
CCTAATGAAA GTCCTGAGAT TACAAATGCA ACCAAGTTTG GTGGTAGTGG AAAGCTTAGT 
GCTGGTTCAA GTGAGGTTGA TCTTTTGAAT AATGAGCTAA GAAGGCAGAA ATCAGCGACA 
GAAACTGAAA ACAGGTTTTT CGAGTCATTG ATGTCTACAA ATCTGAGCAG TTCCCCACTG 
GAAGGTTCTC AAGAATACTT AGGGAACAGT ATCGGTGGTA TGCAGTCAAT GGGACTAGGA 
AGTGGACTGG ATGCAAGCCA TCGGTTGGCT CAGAAAATGT CAGCTGAGAG GCAAAGATCT 
CTACCGACTT CTTTCCCCTA TTGGCCAGGG AGAGATGCAC CTTCCATCGT AACACAGTCA 
GAGATGATGC CTGGACCTTC TTCTCCTAAC CCAAAACTTA ATGCTCCTCT TCATATGCCC 
CCCCATTCTC CTCAACAAGT TGATATAATG TCTATTTTAC AAGGCGCAGT CGATAATGCT 
TCTCCTATTA ACAATAGAGT TAATTCATGG TCAAATTTCC CAGATGCTAG ATCTCTCAAT 
AACACTCTCA ACAATGGCAT GGATATTTGT CAAGATAAGA TAGATACACA TCATATGCAA 
CAGCGATTTG CTCAAGCTGG TTTTGGGTTT CAGCAACCAA GGCTTCAACC CCAACATCCA 
CCTCCTCTGT CTAATATAAT CTCGTCACCT GGCGACCATA CATCTGGCAT GGACCAGCTT 
CTTTCTTTGG GGCTTCCTCA AGATCCACAT TCCTTGAATA TTTTACAACA GCAACTTTTG 
CTTTCACAGA TGCAGATAAG TTCTCAACAA GCGCCTGTCT CTTCTCAATT ATCCCTGTTG 
GATAAACTCC TCTTTCTTCA AAGGCAGAAA CAAGAGCAAC AACAAAAGCT CTTACTTCAG 
CAGACACAGG AACAGCTCCT TTCCCAGGTT CTTTTGGAGA GGCAATCTCA GCAACACTTT 
GGGGAACCAC CTTATGGGAA TTTACAGGTG GGTGGTGTTT CCACAGGAGA TACTTCTATG 
GACCATCGGA TGAGTCATCC AATGAATGAG CCATTCCACA TGAACACCCA GATGCCGCAG 
AGTCTTCCTA ATGAGGAGAA GATGGTGAAC AATTTGGAAT CTTCTCCATT GCACTTGCCT 
CATCAATTTT TTGAAGCAAA TGCCAGTTCC AAAGGCTGGG AATTGCCCGT TCCTCATCAT 
AGTGAAAGCA TGCCTGAGAG CTCCCACGAA GACCACTCAT CACACATGAT TAACTCCATC 
AACTCTGAGC TGTTGGAGCA GTCAAAACAT CAATCCATGG TGCCCCAGGA CCTAGTCCAA 
GCCCTTGATG GTGGCAGAGG ATTAGCTCAA CCTTCTCAAG AGGATCATAC AAACAAGGCT 
GCAAAATCAG AAGCTGATTT CAGTGAAGAC AATAATACCT TATCAAGAAC TGACAAGAAC 
TGCAATATAA AAGCTTTCAT CCCTGACGAA CCAGAATTCC AGGGCGAACA GGACATCATG 
GAATCAGAGA TTGTGAAAGA AGTGAAGAAT GTGGAAGTCC GTGATGTGAA GAAAGCAGAG 
AAGAAGGCTA GAAAAGCAAA AAATTCAAAA TCAGTGTCTT CTTCAGATGT AGGAAAGGTG 
GCCTCGGAGT CACCAGTTAA GCAAGGTGTT GGGCATGAAA GGTTGATCCT CAAGGAAAAT 
AAAGCTGGGG TACCTGTGGA AATGGAAGAA AAGAACCACG GCGCATTACC TGTTGCAATT 
GGAGACACAG AATCTGGTGC TTCTTTTGAA CCGCTGGATT TACAGACAGC TCGTCCAAAA 
GCTTTCCAAG GTGATGGAAA AGATGAATCC AGGGAAGTTG AGTCTGTAGC GAAAGATAAC 
GTGCAAACGT CTACGGGTCA TCGAGCTTGG AAAGCTGCTC CTGGTTTCAG GCCAAAGTCA 
CTAATAGAAA TTCAACAAGA GGAACAACAA AGAGCGGAGA AGGAAGTTGT TGTTTCTGAG 
GTTTCAGTGC CAGTTCATCC TGTACCTTCT ACCCCTTGGT CTGGAGTAGT ATCCAACCAA 
CTGCCTAAAC CCTCTAATCA ACAAGATGCG ATCCCCTTGG GGAATTCCAC TAGCATTGCG 
AACCCCAAAA ATAGGAAGAG CCAGTTACAT GATCTATTGG CTGAAGAAGT TCTTGCAAAG 
ACAAGTGAGA AATTTGTTGG TGATCCTGCA ACTCCAAGCT TTGAGAAAGA TTTATTTCCA 
CCTCTTGAGG TAGATACTCC TAATGCTGAT AATGATGATT TCGTTGAGGC TAAGGATACT 
AAAAAGGGTC GTAAGAGAGC AGCAAAGCTT AAGAATACCG GAGTTAAGGC AGCATCTCCT 
GCTATTCCAG TTGAATCTTC GGTGGCATCC AGTCCAATCG AGAAGGGCAA AAGTTCTCGT 
CAAATACAGC AGGAGAAGGA AGTTTTACCT TTGCCACCAT CTGGTCCTTC TTTAGGAGAC 
TTTGTTCTCT GGAAGGGTGA ACCGAGTCCT GCACCTGCAC CAGCTTGGTC TACTGACCTA 
GGCAAGCAAT CGAAGCCCAC ATCATTGCGG GAGATTCAAA AGCAACAGGA AAAGAAATTG 
CCTCCTATTC AGAATCAGTC TCAAATCCCT ATTCCTCCAA AGGCGCAATC TAGCCGTGCG 
AGCAAGGGAA ACGGTTCTTC ATGGCAACTT TCTGGATCTT CTCCATCCAA AGCTGCAGCT 
CCCATCCCAA TTAGCTCAGT TTCTTCTGCT TATTCAAGAT CTAAGACGGA AGATGATCTA 
TTCTGGGGCC CTCTAGATCA ATCAAAGCCA GAACCTAAGC AGTCTGAGTT TCCATCCCTT 
GGTGGTACGA ATAGCTGGTC ATCCAAAACC ATCCCTGTGA AAGGTACTTC TGGGGTAACA 
TTGAATCGAC AGAAATCCTC AGGCAACAAA GCTTCTGATT ATTTCCTTTC ATCATCACCT 
GCTTCTAGTT CTGCTCAATC AGCCTCCAAA GGAAGGAAAT CCTCTATGAC TAAACAACAA 
GAGGCCATGG ATTTCCGGAA CTGGTGCGAG AGTGAAGCAA TGAGGCTCAT GGGATCAAAA 
GATACAAGCT TTTTGGAGTT TTGCTTAAAG CAATCGACAT CAGAGGCTGA GACCCTCCTG 
GTTGAGAACC TGGGCTCTTT GGATCCTGAT GGGGACTTCA TCGACAAGTT CCTGAAGTAC 
AAGGAGCTTC TTCATTCTGA TGTTATTGAA TTGTCCTTTG GCAACCGAAC TGACCTATGT 
AGTAAAGATA ACACTGAAGA TGTACATAAT ATTAACCCTA GCTCTAGAGG GGGAGGAGAC 
GGAGAACAGG ACAAGGGCTC GAAGAAGAAG GGGAAGAAGG GGAAGAAAGT GAGCCCATCA 
GTCTTGGGCT TTAACGTTGT TAGTAACCGC ATCATGAAGG GAGAGATCCA GACCCTTGAG 
GATTAG

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

RefSeq	XP_006856037.1
CDS	145..5610
Translation	MAERSNADAHSNASQQSLPKDTMGAETAIPLSPQWLLPKPGESKSGSALGDSHMSPHPGYSNRPDFLNKSSGGGEEHLDTERKRDVWRSPMNDSETIRRDRWRDEERESNSALRRDRWRDGGEKENPETRRMERWTENSLVKASGEARRAPSERWGDSGNKETNFEQRRESKWNPRWGPDDKDSDNRRDKWVDSGRDGEVSRDKGMLPMVNHAKESDRDGEHHPRSWRSSNSLQIRGRVEPSNMPPPNPVKQSSIYGFGRGRGDHLSSSFSVGRGRVSSTGNMSANSYSNSGSLGVSFDKSEVGHGDALNLRYNRTKLLDIYRLVDVKSVSTKLIDGLKEVPSLTQTEPLEPLALLAPTPEEEIVLTGIDKGDIVSSLPPQVPKDVSVGRSTLTTDVAQSRRSKHGSREDFSLIGDDFKEESSNVFKVNDINSESQTGNQRYSTGPDPNVDPRYYREFDSNAEATRNEGHNKDTSSHESAFQQTGTPWRSQSVGDRTRGSLSDWRDYSTEGKSKTTDMRWPPSMKDKDIEHESDRFVSPSRFNDELDQQLRDGYHSEMGRNSELRRQASDVLDRRRETNLMTGKEETSASSARDMVTGRNLQLQVPPEELSLYYKDPQGEIQGPFPGSDLIGWFEAGYFGIDLQVRHVNASPDTPFSSLGDVMPHLKMKARPPPGFGAAKPNESPEITNATKFGGSGKLSAGSSEVDLLNNELRRQKSATETENRFFESLMSTNLSSSPLEGSQEYLGNSIGGMQSMGLGSGLDASHRLAQKMSAERQRSLPTSFPYWPGRDAPSIVTQSEMMPGPSSPNPKLNAPLHMPPHSPQQVDIMSILQGAVDNASPINNRVNSWSNFPDARSLNNTLNNGMDICQDKIDTHHMQQRFAQAGFGFQQPRLQPQHPPPLSNIISSPGDHTSGMDQLLSLGLPQDPHSLNILQQQLLLSQMQISSQQAPVSSQLSLLDKLLFLQRQKQEQQQKLLLQQTQEQLLSQVLLERQSQQHFGEPPYGNLQVGGVSTGDTSMDHRMSHPMNEPFHMNTQMPQSLPNEEKMVNNLESSPLHLPHQFFEANASSKGWELPVPHHSESMPESSHEDHSSHMINSINSELLEQSKHQSMVPQDLVQALDGGRGLAQPSQEDHTNKAAKSEADFSEDNNTLSRTDKNCNIKAFIPDEPEFQGEQDIMESEIVKEVKNVEVRDVKKAEKKARKAKNSKSVSSSDVGKVASESPVKQGVGHERLILKENKAGVPVEMEEKNHGALPVAIGDTESGASFEPLDLQTARPKAFQGDGKDESREVESVAKDNVQTSTGHRAWKAAPGFRPKSLIEIQQEEQQRAEKEVVVSEVSVPVHPVPSTPWSGVVSNQLPKPSNQQDAIPLGNSTSIANPKNRKSQLHDLLAEEVLAKTSEKFVGDPATPSFEKDLFPPLEVDTPNADNDDFVEAKDTKKGRKRAAKLKNTGVKAASPAIPVESSVASSPIEKGKSSRQIQQEKEVLPLPPSGPSLGDFVLWKGEPSPAPAPAWSTDLGKQSKPTSLREIQKQQEKKLPPIQNQSQIPIPPKAQSSRASKGNGSSWQLSGSSPSKAAAPIPISSVSSAYSRSKTEDDLFWGPLDQSKPEPKQSEFPSLGGTNSWSSKTIPVKGTSGVTLNRQKSSGNKASDYFLSSSPASSSAQSASKGRKSSMTKQQEAMDFRNWCESEAMRLMGSKDTSFLEFCLKQSTSEAETLLVENLGSLDPDGDFIDKFLKYKELLHSDVIELSFGNRTDLCSKDNTEDVHNINPSSRGGGDGEQDKGSKKKGKKGKKVSPSVLGFNVVSNRIMKGEIQTLED

Target ORF information:

RefSeq Version	XM_006855975.3
Organism	Amborella trichopoda
Definition	Amborella trichopoda uncharacterized LOC18445849 (LOC18445849), transcript variant X1, mRNA.

Target ORF information:

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

XM_006855975.3

ORF Insert Sequence:

ATGGCCGAAA GGAGCAATGC CGACGCTCAT TCCAACGCTT CGCAGCAATC ATTGCCCAAA 
GATACGATGG GTGCTGAGAC TGCTATTCCT CTGTCACCAC AGTGGCTTCT GCCAAAGCCT 
GGGGAGAGTA AGTCAGGATC AGCGCTGGGT GATTCCCATA TGAGCCCACA TCCAGGTTAT 
TCCAATCGCC CTGATTTTCT AAACAAATCA TCGGGAGGTG GGGAGGAACA TCTAGATACT 
GAAAGGAAAA GGGATGTTTG GCGGTCACCC ATGAATGACT CAGAGACAAT ACGCCGTGAT 
CGTTGGCGGG ATGAAGAAAG GGAAAGCAAC TCTGCTCTTC GTCGAGATCG TTGGAGAGAT 
GGAGGCGAAA AAGAAAACCC CGAAACTCGT CGGATGGAAA GGTGGACTGA GAATTCTTTG 
GTCAAAGCTT CTGGAGAAGC TCGTCGTGCT CCCTCTGAAA GGTGGGGTGA TTCAGGTAAC 
AAAGAAACTA ATTTTGAGCA ACGTCGTGAG TCCAAATGGA ACCCACGTTG GGGCCCAGAT 
GATAAGGACT CTGATAATAG GCGTGACAAA TGGGTTGACT CTGGTCGCGA TGGTGAGGTA 
TCAAGGGACA AAGGGATGCT CCCTATGGTT AACCATGCTA AGGAAAGTGA TCGGGATGGA 
GAGCATCACC CTCGTTCCTG GCGATCATCA AATTCTTTAC AAATTAGAGG AAGGGTGGAG 
CCTTCTAACA TGCCTCCTCC AAATCCAGTC AAACAAAGTT CTATTTATGG CTTTGGCCGA 
GGGCGAGGAG ATCATCTTTC TTCGAGTTTC TCTGTTGGTC GAGGAAGGGT CAGTTCGACA 
GGAAATATGT CAGCCAATAG TTATTCTAAT TCTGGCTCAT TGGGTGTGTC CTTTGACAAG 
AGTGAGGTTG GCCATGGAGA TGCTTTAAAT TTACGATACA ATAGGACCAA ATTGCTGGAT 
ATATACAGGT TGGTTGATGT TAAATCAGTT AGCACAAAAT TGATTGATGG GCTCAAGGAA 
GTTCCTTCTC TTACACAAAC AGAACCGCTG GAGCCTTTGG CCCTTCTTGC ACCTACTCCT 
GAAGAAGAGA TTGTTCTGAC GGGAATAGAT AAAGGAGACA TTGTAAGTAG CCTCCCTCCT 
CAAGTCCCAA AGGATGTCTC TGTAGGGCGT AGCACCTTGA CCACCGATGT CGCTCAGTCA 
CGGAGAAGCA AACATGGTAG CAGAGAAGAT TTTTCGTTGA TTGGTGATGA TTTCAAAGAA 
GAAAGTAGCA ATGTTTTCAA AGTCAATGAT ATTAATAGTG AGAGCCAGAC TGGCAACCAG 
AGGTACTCTA CTGGGCCTGA TCCAAATGTG GATCCTAGAT ACTACCGAGA GTTCGATTCC 
AATGCAGAAG CTACGAGGAA TGAAGGTCAC AACAAAGATA CAAGCAGTCA TGAGAGTGCT 
TTTCAGCAAA CCGGGACGCC ATGGAGATCT CAATCAGTTG GTGATCGCAC TCGTGGTTCT 
TTAAGTGATT GGAGGGACTA TAGCACTGAA GGCAAATCCA AAACAACTGA TATGCGATGG 
CCACCCTCAA TGAAAGACAA GGACATCGAG CATGAAAGTG ATAGATTTGT TTCCCCATCT 
CGCTTCAATG ATGAACTAGA CCAGCAATTG CGAGATGGTT ATCACTCTGA AATGGGCAGG 
AACTCTGAGC TTAGAAGGCA GGCCTCTGAT GTTTTGGACA GGAGAAGGGA AACCAATTTG 
ATGACTGGCA AAGAAGAAAC ATCGGCATCT AGTGCCAGGG ATATGGTCAC TGGTAGAAAC 
TTGCAGCTTC AGGTTCCTCC TGAAGAGCTC TCCCTTTATT ATAAAGACCC ACAAGGAGAA 
ATTCAAGGGC CATTCCCAGG CAGTGATTTG ATTGGATGGT TTGAAGCAGG ATACTTTGGT 
ATAGATTTGC AGGTTCGGCA TGTGAATGCT TCACCAGATA CACCTTTCTC ATCACTTGGT 
GATGTTATGC CTCACCTCAA AATGAAAGCC AGACCTCCTC CAGGTTTTGG AGCTGCAAAA 
CCTAATGAAA GTCCTGAGAT TACAAATGCA ACCAAGTTTG GTGGTAGTGG AAAGCTTAGT 
GCTGGTTCAA GTGAGGTTGA TCTTTTGAAT AATGAGCTAA GAAGGCAGAA ATCAGCGACA 
GAAACTGAAA ACAGGTTTTT CGAGTCATTG ATGTCTACAA ATCTGAGCAG TTCCCCACTG 
GAAGGTTCTC AAGAATACTT AGGGAACAGT ATCGGTGGTA TGCAGTCAAT GGGACTAGGA 
AGTGGACTGG ATGCAAGCCA TCGGTTGGCT CAGAAAATGT CAGCTGAGAG GCAAAGATCT 
CTACCGACTT CTTTCCCCTA TTGGCCAGGG AGAGATGCAC CTTCCATCGT AACACAGTCA 
GAGATGATGC CTGGACCTTC TTCTCCTAAC CCAAAACTTA ATGCTCCTCT TCATATGCCC 
CCCCATTCTC CTCAACAAGT TGATATAATG TCTATTTTAC AAGGCGCAGT CGATAATGCT 
TCTCCTATTA ACAATAGAGT TAATTCATGG TCAAATTTCC CAGATGCTAG ATCTCTCAAT 
AACACTCTCA ACAATGGCAT GGATATTTGT CAAGATAAGA TAGATACACA TCATATGCAA 
CAGCGATTTG CTCAAGCTGG TTTTGGGTTT CAGCAACCAA GGCTTCAACC CCAACATCCA 
CCTCCTCTGT CTAATATAAT CTCGTCACCT GGCGACCATA CATCTGGCAT GGACCAGCTT 
CTTTCTTTGG GGCTTCCTCA AGATCCACAT TCCTTGAATA TTTTACAACA GCAACTTTTG 
CTTTCACAGA TGCAGATAAG TTCTCAACAA GCGCCTGTCT CTTCTCAATT ATCCCTGTTG 
GATAAACTCC TCTTTCTTCA AAGGCAGAAA CAAGAGCAAC AACAAAAGCT CTTACTTCAG 
CAGACACAGG AACAGCTCCT TTCCCAGGTT CTTTTGGAGA GGCAATCTCA GCAACACTTT 
GGGGAACCAC CTTATGGGAA TTTACAGGTG GGTGGTGTTT CCACAGGAGA TACTTCTATG 
GACCATCGGA TGAGTCATCC AATGAATGAG CCATTCCACA TGAACACCCA GATGCCGCAG 
AGTCTTCCTA ATGAGGAGAA GATGGTGAAC AATTTGGAAT CTTCTCCATT GCACTTGCCT 
CATCAATTTT TTGAAGCAAA TGCCAGTTCC AAAGGCTGGG AATTGCCCGT TCCTCATCAT 
AGTGAAAGCA TGCCTGAGAG CTCCCACGAA GACCACTCAT CACACATGAT TAACTCCATC 
AACTCTGAGC TGTTGGAGCA GTCAAAACAT CAATCCATGG TGCCCCAGGA CCTAGTCCAA 
GCCCTTGATG GTGGCAGAGG ATTAGCTCAA CCTTCTCAAG AGGATCATAC AAACAAGGCT 
GCAAAATCAG AAGCTGATTT CAGTGAAGAC AATAATACCT TATCAAGAAC TGACAAGAAC 
TGCAATATAA AAGCTTTCAT CCCTGACGAA CCAGAATTCC AGGGCGAACA GGACATCATG 
GAATCAGAGA TTGTGAAAGA AGTGAAGAAT GTGGAAGTCC GTGATGTGAA GAAAGCAGAG 
AAGAAGGCTA GAAAAGCAAA AAATTCAAAA TCAGTGTCTT CTTCAGATGT AGGAAAGGTG 
GCCTCGGAGT CACCAGTTAA GCAAGGTGTT GGGCATGAAA GGTTGATCCT CAAGGAAAAT 
AAAGCTGGGG TACCTGTGGA AATGGAAGAA AAGAACCACG GCGCATTACC TGTTGCAATT 
GGAGACACAG AATCTGGTGC TTCTTTTGAA CCGCTGGATT TACAGACAGC TCGTCCAAAA 
GCTTTCCAAG GTGATGGAAA AGATGAATCC AGGGAAGTTG AGTCTGTAGC GAAAGATAAC 
GTGCAAACGT CTACGGGTCA TCGAGCTTGG AAAGCTGCTC CTGGTTTCAG GCCAAAGTCA 
CTAATAGAAA TTCAACAAGA GGAACAACAA AGAGCGGAGA AGGAAGTTGT TGTTTCTGAG 
GTTTCAGTGC CAGTTCATCC TGTACCTTCT ACCCCTTGGT CTGGAGTAGT ATCCAACCAA 
CTGCCTAAAC CCTCTAATCA ACAAGATGCG ATCCCCTTGG GGAATTCCAC TAGCATTGCG 
AACCCCAAAA ATAGGAAGAG CCAGTTACAT GATCTATTGG CTGAAGAAGT TCTTGCAAAG 
ACAAGTGAGA AATTTGTTGG TGATCCTGCA ACTCCAAGCT TTGAGAAAGA TTTATTTCCA 
CCTCTTGAGG TAGATACTCC TAATGCTGAT AATGATGATT TCGTTGAGGC TAAGGATACT 
AAAAAGGGTC GTAAGAGAGC AGCAAAGCTT AAGAATACCG GAGTTAAGGC AGCATCTCCT 
GCTATTCCAG TTGAATCTTC GGTGGCATCC AGTCCAATCG AGAAGGGCAA AAGTTCTCGT 
CAAATACAGC AGGAGAAGGA AGTTTTACCT TTGCCACCAT CTGGTCCTTC TTTAGGAGAC 
TTTGTTCTCT GGAAGGGTGA ACCGAGTCCT GCACCTGCAC CAGCTTGGTC TACTGACCTA 
GGCAAGCAAT CGAAGCCCAC ATCATTGCGG GAGATTCAAA AGCAACAGGA AAAGAAATTG 
CCTCCTATTC AGAATCAGTC TCAAATCCCT ATTCCTCCAA AGGCGCAATC TAGCCGTGCG 
AGCAAGGGAA ACGGTTCTTC ATGGCAACTT TCTGGATCTT CTCCATCCAA AGCTGCAGCT 
CCCATCCCAA TTAGCTCAGT TTCTTCTGCT TATTCAAGAT CTAAGACGGA AGATGATCTA 
TTCTGGGGCC CTCTAGATCA ATCAAAGCCA GAACCTAAGC AGTCTGAGTT TCCATCCCTT 
GGTGGTACGA ATAGCTGGTC ATCCAAAACC ATCCCTGTGA AAGGTACTTC TGGGGTAACA 
TTGAATCGAC AGAAATCCTC AGGCAACAAA GCTTCTGATT ATTTCCTTTC ATCATCACCT 
GCTTCTAGTT CTGCTCAATC AGCCTCCAAA GGAAGGAAAT CCTCTATGAC TAAACAACAA 
GAGGCCATGG ATTTCCGGAA CTGGTGCGAG AGTGAAGCAA TGAGGCTCAT GGGATCAAAA 
GATACAAGCT TTTTGGAGTT TTGCTTAAAG CAATCGACAT CAGAGGCTGA GACCCTCCTG 
GTTGAGAACC TGGGCTCTTT GGATCCTGAT GGGGACTTCA TCGACAAGTT CCTGAAGTAC 
AAGGAGCTTC TTCATTCTGA TGTTATTGAA TTGTCCTTTG GCAACCGAAC TGACCTATGT 
AGTAAAGATA ACACTGAAGA TGTACATAAT ATTAACCCTA GCTCTAGAGG GGGAGGAGAC 
GGAGAACAGG ACAAGGGCTC GAAGAAGAAG GGGAAGAAGG GGAAGAAAGT GAGCCCATCA 
GTCTTGGGCT TTAACGTTGT TAGTAACCGC ATCATGAAGG GAGAGATCCA GACCCTTGAG 
GATTAG

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

LOC18445849 ( XM_020674732.1 ) cDNA ORF clone, Amborella trichopoda -> XP_020530391.1 Amborella trichopoda uncharacterized LOC18445849 (LOC18445849), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAm33663
Clone ID Related Accession (Same CDS sequence)	XM_006855975.3 , XM_020674732.1
Accession Version	XM_020674732.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5466bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-04-03
Organism	Amborella trichopoda
Product	uncharacterized protein LOC18445849
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006500103.1) 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 :: Amborella trichopoda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCGAAA GGAGCAATGC CGACGCTCAT TCCAACGCTT CGCAGCAATC ATTGCCCAAA 
GATACGATGG GTGCTGAGAC TGCTATTCCT CTGTCACCAC AGTGGCTTCT GCCAAAGCCT 
GGGGAGAGTA AGTCAGGATC AGCGCTGGGT GATTCCCATA TGAGCCCACA TCCAGGTTAT 
TCCAATCGCC CTGATTTTCT AAACAAATCA TCGGGAGGTG GGGAGGAACA TCTAGATACT 
GAAAGGAAAA GGGATGTTTG GCGGTCACCC ATGAATGACT CAGAGACAAT ACGCCGTGAT 
CGTTGGCGGG ATGAAGAAAG GGAAAGCAAC TCTGCTCTTC GTCGAGATCG TTGGAGAGAT 
GGAGGCGAAA AAGAAAACCC CGAAACTCGT CGGATGGAAA GGTGGACTGA GAATTCTTTG 
GTCAAAGCTT CTGGAGAAGC TCGTCGTGCT CCCTCTGAAA GGTGGGGTGA TTCAGGTAAC 
AAAGAAACTA ATTTTGAGCA ACGTCGTGAG TCCAAATGGA ACCCACGTTG GGGCCCAGAT 
GATAAGGACT CTGATAATAG GCGTGACAAA TGGGTTGACT CTGGTCGCGA TGGTGAGGTA 
TCAAGGGACA AAGGGATGCT CCCTATGGTT AACCATGCTA AGGAAAGTGA TCGGGATGGA 
GAGCATCACC CTCGTTCCTG GCGATCATCA AATTCTTTAC AAATTAGAGG AAGGGTGGAG 
CCTTCTAACA TGCCTCCTCC AAATCCAGTC AAACAAAGTT CTATTTATGG CTTTGGCCGA 
GGGCGAGGAG ATCATCTTTC TTCGAGTTTC TCTGTTGGTC GAGGAAGGGT CAGTTCGACA 
GGAAATATGT CAGCCAATAG TTATTCTAAT TCTGGCTCAT TGGGTGTGTC CTTTGACAAG 
AGTGAGGTTG GCCATGGAGA TGCTTTAAAT TTACGATACA ATAGGACCAA ATTGCTGGAT 
ATATACAGGT TGGTTGATGT TAAATCAGTT AGCACAAAAT TGATTGATGG GCTCAAGGAA 
GTTCCTTCTC TTACACAAAC AGAACCGCTG GAGCCTTTGG CCCTTCTTGC ACCTACTCCT 
GAAGAAGAGA TTGTTCTGAC GGGAATAGAT AAAGGAGACA TTGTAAGTAG CCTCCCTCCT 
CAAGTCCCAA AGGATGTCTC TGTAGGGCGT AGCACCTTGA CCACCGATGT CGCTCAGTCA 
CGGAGAAGCA AACATGGTAG CAGAGAAGAT TTTTCGTTGA TTGGTGATGA TTTCAAAGAA 
GAAAGTAGCA ATGTTTTCAA AGTCAATGAT ATTAATAGTG AGAGCCAGAC TGGCAACCAG 
AGGTACTCTA CTGGGCCTGA TCCAAATGTG GATCCTAGAT ACTACCGAGA GTTCGATTCC 
AATGCAGAAG CTACGAGGAA TGAAGGTCAC AACAAAGATA CAAGCAGTCA TGAGAGTGCT 
TTTCAGCAAA CCGGGACGCC ATGGAGATCT CAATCAGTTG GTGATCGCAC TCGTGGTTCT 
TTAAGTGATT GGAGGGACTA TAGCACTGAA GGCAAATCCA AAACAACTGA TATGCGATGG 
CCACCCTCAA TGAAAGACAA GGACATCGAG CATGAAAGTG ATAGATTTGT TTCCCCATCT 
CGCTTCAATG ATGAACTAGA CCAGCAATTG CGAGATGGTT ATCACTCTGA AATGGGCAGG 
AACTCTGAGC TTAGAAGGCA GGCCTCTGAT GTTTTGGACA GGAGAAGGGA AACCAATTTG 
ATGACTGGCA AAGAAGAAAC ATCGGCATCT AGTGCCAGGG ATATGGTCAC TGGTAGAAAC 
TTGCAGCTTC AGGTTCCTCC TGAAGAGCTC TCCCTTTATT ATAAAGACCC ACAAGGAGAA 
ATTCAAGGGC CATTCCCAGG CAGTGATTTG ATTGGATGGT TTGAAGCAGG ATACTTTGGT 
ATAGATTTGC AGGTTCGGCA TGTGAATGCT TCACCAGATA CACCTTTCTC ATCACTTGGT 
GATGTTATGC CTCACCTCAA AATGAAAGCC AGACCTCCTC CAGGTTTTGG AGCTGCAAAA 
CCTAATGAAA GTCCTGAGAT TACAAATGCA ACCAAGTTTG GTGGTAGTGG AAAGCTTAGT 
GCTGGTTCAA GTGAGGTTGA TCTTTTGAAT AATGAGCTAA GAAGGCAGAA ATCAGCGACA 
GAAACTGAAA ACAGGTTTTT CGAGTCATTG ATGTCTACAA ATCTGAGCAG TTCCCCACTG 
GAAGGTTCTC AAGAATACTT AGGGAACAGT ATCGGTGGTA TGCAGTCAAT GGGACTAGGA 
AGTGGACTGG ATGCAAGCCA TCGGTTGGCT CAGAAAATGT CAGCTGAGAG GCAAAGATCT 
CTACCGACTT CTTTCCCCTA TTGGCCAGGG AGAGATGCAC CTTCCATCGT AACACAGTCA 
GAGATGATGC CTGGACCTTC TTCTCCTAAC CCAAAACTTA ATGCTCCTCT TCATATGCCC 
CCCCATTCTC CTCAACAAGT TGATATAATG TCTATTTTAC AAGGCGCAGT CGATAATGCT 
TCTCCTATTA ACAATAGAGT TAATTCATGG TCAAATTTCC CAGATGCTAG ATCTCTCAAT 
AACACTCTCA ACAATGGCAT GGATATTTGT CAAGATAAGA TAGATACACA TCATATGCAA 
CAGCGATTTG CTCAAGCTGG TTTTGGGTTT CAGCAACCAA GGCTTCAACC CCAACATCCA 
CCTCCTCTGT CTAATATAAT CTCGTCACCT GGCGACCATA CATCTGGCAT GGACCAGCTT 
CTTTCTTTGG GGCTTCCTCA AGATCCACAT TCCTTGAATA TTTTACAACA GCAACTTTTG 
CTTTCACAGA TGCAGATAAG TTCTCAACAA GCGCCTGTCT CTTCTCAATT ATCCCTGTTG 
GATAAACTCC TCTTTCTTCA AAGGCAGAAA CAAGAGCAAC AACAAAAGCT CTTACTTCAG 
CAGACACAGG AACAGCTCCT TTCCCAGGTT CTTTTGGAGA GGCAATCTCA GCAACACTTT 
GGGGAACCAC CTTATGGGAA TTTACAGGTG GGTGGTGTTT CCACAGGAGA TACTTCTATG 
GACCATCGGA TGAGTCATCC AATGAATGAG CCATTCCACA TGAACACCCA GATGCCGCAG 
AGTCTTCCTA ATGAGGAGAA GATGGTGAAC AATTTGGAAT CTTCTCCATT GCACTTGCCT 
CATCAATTTT TTGAAGCAAA TGCCAGTTCC AAAGGCTGGG AATTGCCCGT TCCTCATCAT 
AGTGAAAGCA TGCCTGAGAG CTCCCACGAA GACCACTCAT CACACATGAT TAACTCCATC 
AACTCTGAGC TGTTGGAGCA GTCAAAACAT CAATCCATGG TGCCCCAGGA CCTAGTCCAA 
GCCCTTGATG GTGGCAGAGG ATTAGCTCAA CCTTCTCAAG AGGATCATAC AAACAAGGCT 
GCAAAATCAG AAGCTGATTT CAGTGAAGAC AATAATACCT TATCAAGAAC TGACAAGAAC 
TGCAATATAA AAGCTTTCAT CCCTGACGAA CCAGAATTCC AGGGCGAACA GGACATCATG 
GAATCAGAGA TTGTGAAAGA AGTGAAGAAT GTGGAAGTCC GTGATGTGAA GAAAGCAGAG 
AAGAAGGCTA GAAAAGCAAA AAATTCAAAA TCAGTGTCTT CTTCAGATGT AGGAAAGGTG 
GCCTCGGAGT CACCAGTTAA GCAAGGTGTT GGGCATGAAA GGTTGATCCT CAAGGAAAAT 
AAAGCTGGGG TACCTGTGGA AATGGAAGAA AAGAACCACG GCGCATTACC TGTTGCAATT 
GGAGACACAG AATCTGGTGC TTCTTTTGAA CCGCTGGATT TACAGACAGC TCGTCCAAAA 
GCTTTCCAAG GTGATGGAAA AGATGAATCC AGGGAAGTTG AGTCTGTAGC GAAAGATAAC 
GTGCAAACGT CTACGGGTCA TCGAGCTTGG AAAGCTGCTC CTGGTTTCAG GCCAAAGTCA 
CTAATAGAAA TTCAACAAGA GGAACAACAA AGAGCGGAGA AGGAAGTTGT TGTTTCTGAG 
GTTTCAGTGC CAGTTCATCC TGTACCTTCT ACCCCTTGGT CTGGAGTAGT ATCCAACCAA 
CTGCCTAAAC CCTCTAATCA ACAAGATGCG ATCCCCTTGG GGAATTCCAC TAGCATTGCG 
AACCCCAAAA ATAGGAAGAG CCAGTTACAT GATCTATTGG CTGAAGAAGT TCTTGCAAAG 
ACAAGTGAGA AATTTGTTGG TGATCCTGCA ACTCCAAGCT TTGAGAAAGA TTTATTTCCA 
CCTCTTGAGG TAGATACTCC TAATGCTGAT AATGATGATT TCGTTGAGGC TAAGGATACT 
AAAAAGGGTC GTAAGAGAGC AGCAAAGCTT AAGAATACCG GAGTTAAGGC AGCATCTCCT 
GCTATTCCAG TTGAATCTTC GGTGGCATCC AGTCCAATCG AGAAGGGCAA AAGTTCTCGT 
CAAATACAGC AGGAGAAGGA AGTTTTACCT TTGCCACCAT CTGGTCCTTC TTTAGGAGAC 
TTTGTTCTCT GGAAGGGTGA ACCGAGTCCT GCACCTGCAC CAGCTTGGTC TACTGACCTA 
GGCAAGCAAT CGAAGCCCAC ATCATTGCGG GAGATTCAAA AGCAACAGGA AAAGAAATTG 
CCTCCTATTC AGAATCAGTC TCAAATCCCT ATTCCTCCAA AGGCGCAATC TAGCCGTGCG 
AGCAAGGGAA ACGGTTCTTC ATGGCAACTT TCTGGATCTT CTCCATCCAA AGCTGCAGCT 
CCCATCCCAA TTAGCTCAGT TTCTTCTGCT TATTCAAGAT CTAAGACGGA AGATGATCTA 
TTCTGGGGCC CTCTAGATCA ATCAAAGCCA GAACCTAAGC AGTCTGAGTT TCCATCCCTT 
GGTGGTACGA ATAGCTGGTC ATCCAAAACC ATCCCTGTGA AAGGTACTTC TGGGGTAACA 
TTGAATCGAC AGAAATCCTC AGGCAACAAA GCTTCTGATT ATTTCCTTTC ATCATCACCT 
GCTTCTAGTT CTGCTCAATC AGCCTCCAAA GGAAGGAAAT CCTCTATGAC TAAACAACAA 
GAGGCCATGG ATTTCCGGAA CTGGTGCGAG AGTGAAGCAA TGAGGCTCAT GGGATCAAAA 
GATACAAGCT TTTTGGAGTT TTGCTTAAAG CAATCGACAT CAGAGGCTGA GACCCTCCTG 
GTTGAGAACC TGGGCTCTTT GGATCCTGAT GGGGACTTCA TCGACAAGTT CCTGAAGTAC 
AAGGAGCTTC TTCATTCTGA TGTTATTGAA TTGTCCTTTG GCAACCGAAC TGACCTATGT 
AGTAAAGATA ACACTGAAGA TGTACATAAT ATTAACCCTA GCTCTAGAGG GGGAGGAGAC 
GGAGAACAGG ACAAGGGCTC GAAGAAGAAG GGGAAGAAGG GGAAGAAAGT GAGCCCATCA 
GTCTTGGGCT TTAACGTTGT TAGTAACCGC ATCATGAAGG GAGAGATCCA GACCCTTGAG 
GATTAG

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

RefSeq	XP_020530391.1
CDS	220..5685
Translation	MAERSNADAHSNASQQSLPKDTMGAETAIPLSPQWLLPKPGESKSGSALGDSHMSPHPGYSNRPDFLNKSSGGGEEHLDTERKRDVWRSPMNDSETIRRDRWRDEERESNSALRRDRWRDGGEKENPETRRMERWTENSLVKASGEARRAPSERWGDSGNKETNFEQRRESKWNPRWGPDDKDSDNRRDKWVDSGRDGEVSRDKGMLPMVNHAKESDRDGEHHPRSWRSSNSLQIRGRVEPSNMPPPNPVKQSSIYGFGRGRGDHLSSSFSVGRGRVSSTGNMSANSYSNSGSLGVSFDKSEVGHGDALNLRYNRTKLLDIYRLVDVKSVSTKLIDGLKEVPSLTQTEPLEPLALLAPTPEEEIVLTGIDKGDIVSSLPPQVPKDVSVGRSTLTTDVAQSRRSKHGSREDFSLIGDDFKEESSNVFKVNDINSESQTGNQRYSTGPDPNVDPRYYREFDSNAEATRNEGHNKDTSSHESAFQQTGTPWRSQSVGDRTRGSLSDWRDYSTEGKSKTTDMRWPPSMKDKDIEHESDRFVSPSRFNDELDQQLRDGYHSEMGRNSELRRQASDVLDRRRETNLMTGKEETSASSARDMVTGRNLQLQVPPEELSLYYKDPQGEIQGPFPGSDLIGWFEAGYFGIDLQVRHVNASPDTPFSSLGDVMPHLKMKARPPPGFGAAKPNESPEITNATKFGGSGKLSAGSSEVDLLNNELRRQKSATETENRFFESLMSTNLSSSPLEGSQEYLGNSIGGMQSMGLGSGLDASHRLAQKMSAERQRSLPTSFPYWPGRDAPSIVTQSEMMPGPSSPNPKLNAPLHMPPHSPQQVDIMSILQGAVDNASPINNRVNSWSNFPDARSLNNTLNNGMDICQDKIDTHHMQQRFAQAGFGFQQPRLQPQHPPPLSNIISSPGDHTSGMDQLLSLGLPQDPHSLNILQQQLLLSQMQISSQQAPVSSQLSLLDKLLFLQRQKQEQQQKLLLQQTQEQLLSQVLLERQSQQHFGEPPYGNLQVGGVSTGDTSMDHRMSHPMNEPFHMNTQMPQSLPNEEKMVNNLESSPLHLPHQFFEANASSKGWELPVPHHSESMPESSHEDHSSHMINSINSELLEQSKHQSMVPQDLVQALDGGRGLAQPSQEDHTNKAAKSEADFSEDNNTLSRTDKNCNIKAFIPDEPEFQGEQDIMESEIVKEVKNVEVRDVKKAEKKARKAKNSKSVSSSDVGKVASESPVKQGVGHERLILKENKAGVPVEMEEKNHGALPVAIGDTESGASFEPLDLQTARPKAFQGDGKDESREVESVAKDNVQTSTGHRAWKAAPGFRPKSLIEIQQEEQQRAEKEVVVSEVSVPVHPVPSTPWSGVVSNQLPKPSNQQDAIPLGNSTSIANPKNRKSQLHDLLAEEVLAKTSEKFVGDPATPSFEKDLFPPLEVDTPNADNDDFVEAKDTKKGRKRAAKLKNTGVKAASPAIPVESSVASSPIEKGKSSRQIQQEKEVLPLPPSGPSLGDFVLWKGEPSPAPAPAWSTDLGKQSKPTSLREIQKQQEKKLPPIQNQSQIPIPPKAQSSRASKGNGSSWQLSGSSPSKAAAPIPISSVSSAYSRSKTEDDLFWGPLDQSKPEPKQSEFPSLGGTNSWSSKTIPVKGTSGVTLNRQKSSGNKASDYFLSSSPASSSAQSASKGRKSSMTKQQEAMDFRNWCESEAMRLMGSKDTSFLEFCLKQSTSEAETLLVENLGSLDPDGDFIDKFLKYKELLHSDVIELSFGNRTDLCSKDNTEDVHNINPSSRGGGDGEQDKGSKKKGKKGKKVSPSVLGFNVVSNRIMKGEIQTLED

Target ORF information:

RefSeq Version	XM_020674732.1
Organism	Amborella trichopoda
Definition	Amborella trichopoda uncharacterized LOC18445849 (LOC18445849), transcript variant X2, mRNA.

Target ORF information:

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

XM_020674732.1

ORF Insert Sequence:

ATGGCCGAAA GGAGCAATGC CGACGCTCAT TCCAACGCTT CGCAGCAATC ATTGCCCAAA 
GATACGATGG GTGCTGAGAC TGCTATTCCT CTGTCACCAC AGTGGCTTCT GCCAAAGCCT 
GGGGAGAGTA AGTCAGGATC AGCGCTGGGT GATTCCCATA TGAGCCCACA TCCAGGTTAT 
TCCAATCGCC CTGATTTTCT AAACAAATCA TCGGGAGGTG GGGAGGAACA TCTAGATACT 
GAAAGGAAAA GGGATGTTTG GCGGTCACCC ATGAATGACT CAGAGACAAT ACGCCGTGAT 
CGTTGGCGGG ATGAAGAAAG GGAAAGCAAC TCTGCTCTTC GTCGAGATCG TTGGAGAGAT 
GGAGGCGAAA AAGAAAACCC CGAAACTCGT CGGATGGAAA GGTGGACTGA GAATTCTTTG 
GTCAAAGCTT CTGGAGAAGC TCGTCGTGCT CCCTCTGAAA GGTGGGGTGA TTCAGGTAAC 
AAAGAAACTA ATTTTGAGCA ACGTCGTGAG TCCAAATGGA ACCCACGTTG GGGCCCAGAT 
GATAAGGACT CTGATAATAG GCGTGACAAA TGGGTTGACT CTGGTCGCGA TGGTGAGGTA 
TCAAGGGACA AAGGGATGCT CCCTATGGTT AACCATGCTA AGGAAAGTGA TCGGGATGGA 
GAGCATCACC CTCGTTCCTG GCGATCATCA AATTCTTTAC AAATTAGAGG AAGGGTGGAG 
CCTTCTAACA TGCCTCCTCC AAATCCAGTC AAACAAAGTT CTATTTATGG CTTTGGCCGA 
GGGCGAGGAG ATCATCTTTC TTCGAGTTTC TCTGTTGGTC GAGGAAGGGT CAGTTCGACA 
GGAAATATGT CAGCCAATAG TTATTCTAAT TCTGGCTCAT TGGGTGTGTC CTTTGACAAG 
AGTGAGGTTG GCCATGGAGA TGCTTTAAAT TTACGATACA ATAGGACCAA ATTGCTGGAT 
ATATACAGGT TGGTTGATGT TAAATCAGTT AGCACAAAAT TGATTGATGG GCTCAAGGAA 
GTTCCTTCTC TTACACAAAC AGAACCGCTG GAGCCTTTGG CCCTTCTTGC ACCTACTCCT 
GAAGAAGAGA TTGTTCTGAC GGGAATAGAT AAAGGAGACA TTGTAAGTAG CCTCCCTCCT 
CAAGTCCCAA AGGATGTCTC TGTAGGGCGT AGCACCTTGA CCACCGATGT CGCTCAGTCA 
CGGAGAAGCA AACATGGTAG CAGAGAAGAT TTTTCGTTGA TTGGTGATGA TTTCAAAGAA 
GAAAGTAGCA ATGTTTTCAA AGTCAATGAT ATTAATAGTG AGAGCCAGAC TGGCAACCAG 
AGGTACTCTA CTGGGCCTGA TCCAAATGTG GATCCTAGAT ACTACCGAGA GTTCGATTCC 
AATGCAGAAG CTACGAGGAA TGAAGGTCAC AACAAAGATA CAAGCAGTCA TGAGAGTGCT 
TTTCAGCAAA CCGGGACGCC ATGGAGATCT CAATCAGTTG GTGATCGCAC TCGTGGTTCT 
TTAAGTGATT GGAGGGACTA TAGCACTGAA GGCAAATCCA AAACAACTGA TATGCGATGG 
CCACCCTCAA TGAAAGACAA GGACATCGAG CATGAAAGTG ATAGATTTGT TTCCCCATCT 
CGCTTCAATG ATGAACTAGA CCAGCAATTG CGAGATGGTT ATCACTCTGA AATGGGCAGG 
AACTCTGAGC TTAGAAGGCA GGCCTCTGAT GTTTTGGACA GGAGAAGGGA AACCAATTTG 
ATGACTGGCA AAGAAGAAAC ATCGGCATCT AGTGCCAGGG ATATGGTCAC TGGTAGAAAC 
TTGCAGCTTC AGGTTCCTCC TGAAGAGCTC TCCCTTTATT ATAAAGACCC ACAAGGAGAA 
ATTCAAGGGC CATTCCCAGG CAGTGATTTG ATTGGATGGT TTGAAGCAGG ATACTTTGGT 
ATAGATTTGC AGGTTCGGCA TGTGAATGCT TCACCAGATA CACCTTTCTC ATCACTTGGT 
GATGTTATGC CTCACCTCAA AATGAAAGCC AGACCTCCTC CAGGTTTTGG AGCTGCAAAA 
CCTAATGAAA GTCCTGAGAT TACAAATGCA ACCAAGTTTG GTGGTAGTGG AAAGCTTAGT 
GCTGGTTCAA GTGAGGTTGA TCTTTTGAAT AATGAGCTAA GAAGGCAGAA ATCAGCGACA 
GAAACTGAAA ACAGGTTTTT CGAGTCATTG ATGTCTACAA ATCTGAGCAG TTCCCCACTG 
GAAGGTTCTC AAGAATACTT AGGGAACAGT ATCGGTGGTA TGCAGTCAAT GGGACTAGGA 
AGTGGACTGG ATGCAAGCCA TCGGTTGGCT CAGAAAATGT CAGCTGAGAG GCAAAGATCT 
CTACCGACTT CTTTCCCCTA TTGGCCAGGG AGAGATGCAC CTTCCATCGT AACACAGTCA 
GAGATGATGC CTGGACCTTC TTCTCCTAAC CCAAAACTTA ATGCTCCTCT TCATATGCCC 
CCCCATTCTC CTCAACAAGT TGATATAATG TCTATTTTAC AAGGCGCAGT CGATAATGCT 
TCTCCTATTA ACAATAGAGT TAATTCATGG TCAAATTTCC CAGATGCTAG ATCTCTCAAT 
AACACTCTCA ACAATGGCAT GGATATTTGT CAAGATAAGA TAGATACACA TCATATGCAA 
CAGCGATTTG CTCAAGCTGG TTTTGGGTTT CAGCAACCAA GGCTTCAACC CCAACATCCA 
CCTCCTCTGT CTAATATAAT CTCGTCACCT GGCGACCATA CATCTGGCAT GGACCAGCTT 
CTTTCTTTGG GGCTTCCTCA AGATCCACAT TCCTTGAATA TTTTACAACA GCAACTTTTG 
CTTTCACAGA TGCAGATAAG TTCTCAACAA GCGCCTGTCT CTTCTCAATT ATCCCTGTTG 
GATAAACTCC TCTTTCTTCA AAGGCAGAAA CAAGAGCAAC AACAAAAGCT CTTACTTCAG 
CAGACACAGG AACAGCTCCT TTCCCAGGTT CTTTTGGAGA GGCAATCTCA GCAACACTTT 
GGGGAACCAC CTTATGGGAA TTTACAGGTG GGTGGTGTTT CCACAGGAGA TACTTCTATG 
GACCATCGGA TGAGTCATCC AATGAATGAG CCATTCCACA TGAACACCCA GATGCCGCAG 
AGTCTTCCTA ATGAGGAGAA GATGGTGAAC AATTTGGAAT CTTCTCCATT GCACTTGCCT 
CATCAATTTT TTGAAGCAAA TGCCAGTTCC AAAGGCTGGG AATTGCCCGT TCCTCATCAT 
AGTGAAAGCA TGCCTGAGAG CTCCCACGAA GACCACTCAT CACACATGAT TAACTCCATC 
AACTCTGAGC TGTTGGAGCA GTCAAAACAT CAATCCATGG TGCCCCAGGA CCTAGTCCAA 
GCCCTTGATG GTGGCAGAGG ATTAGCTCAA CCTTCTCAAG AGGATCATAC AAACAAGGCT 
GCAAAATCAG AAGCTGATTT CAGTGAAGAC AATAATACCT TATCAAGAAC TGACAAGAAC 
TGCAATATAA AAGCTTTCAT CCCTGACGAA CCAGAATTCC AGGGCGAACA GGACATCATG 
GAATCAGAGA TTGTGAAAGA AGTGAAGAAT GTGGAAGTCC GTGATGTGAA GAAAGCAGAG 
AAGAAGGCTA GAAAAGCAAA AAATTCAAAA TCAGTGTCTT CTTCAGATGT AGGAAAGGTG 
GCCTCGGAGT CACCAGTTAA GCAAGGTGTT GGGCATGAAA GGTTGATCCT CAAGGAAAAT 
AAAGCTGGGG TACCTGTGGA AATGGAAGAA AAGAACCACG GCGCATTACC TGTTGCAATT 
GGAGACACAG AATCTGGTGC TTCTTTTGAA CCGCTGGATT TACAGACAGC TCGTCCAAAA 
GCTTTCCAAG GTGATGGAAA AGATGAATCC AGGGAAGTTG AGTCTGTAGC GAAAGATAAC 
GTGCAAACGT CTACGGGTCA TCGAGCTTGG AAAGCTGCTC CTGGTTTCAG GCCAAAGTCA 
CTAATAGAAA TTCAACAAGA GGAACAACAA AGAGCGGAGA AGGAAGTTGT TGTTTCTGAG 
GTTTCAGTGC CAGTTCATCC TGTACCTTCT ACCCCTTGGT CTGGAGTAGT ATCCAACCAA 
CTGCCTAAAC CCTCTAATCA ACAAGATGCG ATCCCCTTGG GGAATTCCAC TAGCATTGCG 
AACCCCAAAA ATAGGAAGAG CCAGTTACAT GATCTATTGG CTGAAGAAGT TCTTGCAAAG 
ACAAGTGAGA AATTTGTTGG TGATCCTGCA ACTCCAAGCT TTGAGAAAGA TTTATTTCCA 
CCTCTTGAGG TAGATACTCC TAATGCTGAT AATGATGATT TCGTTGAGGC TAAGGATACT 
AAAAAGGGTC GTAAGAGAGC AGCAAAGCTT AAGAATACCG GAGTTAAGGC AGCATCTCCT 
GCTATTCCAG TTGAATCTTC GGTGGCATCC AGTCCAATCG AGAAGGGCAA AAGTTCTCGT 
CAAATACAGC AGGAGAAGGA AGTTTTACCT TTGCCACCAT CTGGTCCTTC TTTAGGAGAC 
TTTGTTCTCT GGAAGGGTGA ACCGAGTCCT GCACCTGCAC CAGCTTGGTC TACTGACCTA 
GGCAAGCAAT CGAAGCCCAC ATCATTGCGG GAGATTCAAA AGCAACAGGA AAAGAAATTG 
CCTCCTATTC AGAATCAGTC TCAAATCCCT ATTCCTCCAA AGGCGCAATC TAGCCGTGCG 
AGCAAGGGAA ACGGTTCTTC ATGGCAACTT TCTGGATCTT CTCCATCCAA AGCTGCAGCT 
CCCATCCCAA TTAGCTCAGT TTCTTCTGCT TATTCAAGAT CTAAGACGGA AGATGATCTA 
TTCTGGGGCC CTCTAGATCA ATCAAAGCCA GAACCTAAGC AGTCTGAGTT TCCATCCCTT 
GGTGGTACGA ATAGCTGGTC ATCCAAAACC ATCCCTGTGA AAGGTACTTC TGGGGTAACA 
TTGAATCGAC AGAAATCCTC AGGCAACAAA GCTTCTGATT ATTTCCTTTC ATCATCACCT 
GCTTCTAGTT CTGCTCAATC AGCCTCCAAA GGAAGGAAAT CCTCTATGAC TAAACAACAA 
GAGGCCATGG ATTTCCGGAA CTGGTGCGAG AGTGAAGCAA TGAGGCTCAT GGGATCAAAA 
GATACAAGCT TTTTGGAGTT TTGCTTAAAG CAATCGACAT CAGAGGCTGA GACCCTCCTG 
GTTGAGAACC TGGGCTCTTT GGATCCTGAT GGGGACTTCA TCGACAAGTT CCTGAAGTAC 
AAGGAGCTTC TTCATTCTGA TGTTATTGAA TTGTCCTTTG GCAACCGAAC TGACCTATGT 
AGTAAAGATA ACACTGAAGA TGTACATAAT ATTAACCCTA GCTCTAGAGG GGGAGGAGAC 
GGAGAACAGG ACAAGGGCTC GAAGAAGAAG GGGAAGAAGG GGAAGAAAGT GAGCCCATCA 
GTCTTGGGCT TTAACGTTGT TAGTAACCGC ATCATGAAGG GAGAGATCCA GACCCTTGAG 
GATTAG