myh15.L cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	myh15.L
Entrez Gene ID	432231
Full Name	myosin heavy chain 15 L homeolog
Synonyms	myh15,myh7,vMHC
General protein information	Preferred Names myosin heavy chain 15 L homeolog Names myosin, heavy polypeptide 15 myosin motor protein myosin, heavy chain 7, cardiac muscle, beta ventricular myosin heavy chain
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001091682.1	NP_001085151.1	myosin, heavy polypeptide 15

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Developmental expression and comparative genomic analysis of Xenopus cardiac myosin heavy chain genes.
Garriock RJ, Meadows SM, Krieg PA
Developmental dynamics : an official publication of the American Association of Anatomists233(4)1287-93(2005 Aug)

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Klein SL, Strausberg RL, Wagner L, Pontius J, Clifton SW, Richardson P
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)

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

The following myh15.L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the myh15.L 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
OAf05131	NM_001091682.1 Latest version!	Xenopus laevis myosin heavy chain 15 L homeolog (myh15.L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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** 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)

myh15.L ( NM_001091682.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> NP_001085151.1 Xenopus laevis myosin heavy chain 15 L homeolog (myh15.L), mRNA.

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CloneID	OAf05131
Clone ID Related Accession (Same CDS sequence)	NM_001091682.1
Accession Version	NM_001091682.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5814bp) 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	1480608000000
Organism	Xenopus laevis(African clawed frog)
Product	myosin, heavy polypeptide 15
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AY913766.1. ##Evidence-Data-START## Transcript exon combination :: AY913766.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMD00012418, SAMD00012419 [ECO:0000350] ##Evidence-Data-END##

ATGATGGACA TGTCTGACTT CGGGGAGGCA GCTTCCTTCC TTAGAAAAAG TGACAAAGAG 
TTAATGATTC AGCAAACGGT GGCCTTCGAT GGAAAGAAAA AATGTTGGAT ACCGGATGAT 
AAGGAAGCTT ATCTTGAGGC TGAAATAAAA GAGAATGGAG GAGGAAAAGT AACTGTTGAA 
GTTGCAGATG GAAAGACAGT TGTTGTGAAG GAGGGTGATA TCCAACAGAT GAACCCTCCA 
AAGTTTGATA TGATAGAAGA TATGGCTATG CTGACACACT TGAATGAGGC ATCTGTGTTA 
AGTAATCTAC GCAAGCGATA TGCCAACTGG ATGATCTATA CTTATTCTGG CCTTTTCTGT 
GTGACTGTGA ATCCATACAA ATCGCTTCCT GTCTACAAAA CTGAGGTGGT CACGGCTTAC 
AAGGGCAAGA GACGTTCTGA AGCCCCACCT CATATTTTCT CCATTGCTGA CAACGCTTAC 
CATGACATGT TACGCAATCG AGAAAACCAG TCCATGTTGA TCACTGGAGA ATCTGGTGCT 
GGCAAGACTG TGAACACGAA ACGTGTTATT CAGTACTTTG CCACAGTCGC TGCTATTGGT 
GATCCCATGG GGAAGAAGAA TCAACCAGCT ACCAAGACTG GGGGAACATT GGAAGATCAA 
ATCATCCAAG CCAACCCAGC TTTGGAAGCT TTTGGAAATG CTAAGACACT AAGAAATGAT 
AACTCATCCC GTTTTGGTAA ATTCATCCGG ATCCATTTTG GAACCACGGG CAAATTGTCA 
TCTGCTGATA TTGAAATTTA TTTGCTGGAA AAATCCAGGG TAATTTTTCA GCAGCCAGGT 
GAAAGAAGTT ACCACATTTT CTACCAGATT ACAAGTGGGA AAATGAGTGA GTTGCAAGAC 
ATGCTACTTG TTAGTACAAA TCCTTACGAC TTTCACTTCA GCTCTCAAGG TGTAGTAACA 
GTGGACAACC TTGATGATTG TGAAGAATTA ATGGCGACAG ATCAAGCTTT CGATATATTG 
GGATTTATTT CAGATGAAAA GTATGGTGCT TATAAACTGA CTGGTGCAAT AATGCATTTT 
GGAAATATGA AATTTAAGCA AAAGCAACGA GAAGAACAAG CAGAGACTGA TGGCACAGAA 
AATACAGATA AGGCTGCTTA TCTGATGGGC ATCAGTTCCT CTGACCTTGT AAAAGGCTTA 
ATGCACCCAC GAGTAAAGGT TGGCAATGAA TATGTGACCA AAGGTCAGAC TGTAGCCCAG 
GTTGTCTATG CGGTTGGTGC ATTGGCCAAA GGCATTTATG ACCGTATGTT TAAATGGCTG 
GTGGTTCGCA TTAACAAGAC ACTGGATACA AAACTATCAA GGCAGTTCTT TATCGGTGTC 
CTCGATATTG CAGGTTTTGA AATTTTTGAT TTAAACAGCT TTGAACAGCT CTGCATCAAT 
TTTACAAATG AAAAACTGCA ACAGTTTTTT AATCACCACA TGTTTGTATT GGAACAAGAG 
GAATATAAGA AGGAAGGCAT TGACTGGGAA TTTATTGATT TCGGATTGGA CTTGCAGGCC 
TGTATTGATT TAATTGAAAA GCCTCTCGGT ATTATGTCAA TCCTAGAAGA GGAGTGCATG 
TTTCCCAAGG CAACTGATAT GACATTTAAA TCTAAGCTTT ATGACAACCA TCTTGGAAAG 
TCACCTAACC TCCAAAAACC TCGGCTTGAC AAGAAAAGGA AGTATGAAGC ACATTTTGAA 
CTTGTGCATT ATGCTGGTGT GGTTCCATAC AACATTATAG GCTGGCTGCA AAAGAACAAG 
GATCCGCTAA ATGAAACCGT TGTAGGTCTC TTCCAAAAAT CTTCCAACAA ACTCCTTGGG 
TGTTTGTTTG AAAACTATGT CAGTTCAGAC AGTGCTGACC ATGGTGGAGA AAAGAAACGC 
AAGAAAGGTG CCTCGTTCCA AACTGTGTCC TCTTTGCACA AAGAGAATCT GAATAAACTG 
ATGACAAATC TTAGATCAAC ATCACCACAT TTTGTACGAT GCATTATTCC TAATGAAACA 
AAAACTCCAG GTGCCATGGA TCCTTTTCTG GTACTACACC AACTTCGCTG TAATGGTGTA 
CTAGAGGGCA TTCGTATTTG CCGAAAAGGG TTTCCAAACA GGGTTTTATA TGCTGACTTC 
AAGCAGAGGT ACCGAATTCT GAATCCAAGT GCCATTCCAG AGGATAAGTT TGTAGATAGC 
AGAAAAGCAT CTGAAAAGCT TTTGGGCACA TTGGAAATTG ATCATACCCA GTATCGGTTT 
GGGCACACAA AGGTGTTTTT CAAAGCTGGT CTCCTAGGAA ATCTTGAAGA AATGAGAGAT 
GGAAGACTAT CTAAGATTCT TACATTGATT CAAGCAAGAG CCAGAGGCAA ACTTATGCGA 
ATTGAATTCC AGAAAATTTT GGAAAGAAGG GATGCATTGC TGGTTATCCA GTGGAACATT 
CGTGGATTTA TGACTGTCAA GAACTGGCCA TGGATGAAGC TGTTCTTCAA GATCAAACCA 
TTGCTGAAGT CTGCAGAAAC TGAAAAAGAA ATGGCAAACA TGAAAGACGA GTTCCAAAAG 
CTGAAAGAAG CTTTGGAAAA ATCTGAAGCT AGAAGAAAAG AACTTGAAGA AAAACAAGTG 
ACCTTGGTGC AGGAAAAAAA TGATCTAACT CTTCAACTGC AGGCTGAGCA AGATATGTTT 
GCTGATGCAG AAGAACGGTG TGACCTACTA ATTAAAAATA AGATTCAGAT GGAATCTAAA 
GTTAAGGATC TCACTGAACG CATAGAAGAT GAGGAAGAAA TGAACTCAGA GCTAACTGCT 
AAGAAAAGAA AATTGGAGGA TGAGTGCTCA GAACTCAAGA AAGATATTGA CGACCTTGAA 
ATAACTTTGG CTAAAGCAGA AAAAGAAAAA CATGCAACTG AAAATAAGGT GAAAAACTTA 
ACTGAGGAAA TGGCATCTTT GGATGACACT ATCAATAAGT TGACAAAGGA GAAGAAAGCA 
TTGCAGGAAG CACACCAGCA GACTCTGGAT GACCTTCAGG CTGAAGAAGA CAAAGTTAAC 
TCACTAACGA AAATGAAAAC TAAACTGGAA CAGCAAGTAG ATGATCTTGA AGGATCTTTG 
GAACAAGAAA AGAAGGTCAG GATGGATCTG GAAAGGGCCA AGAGAAAGTT AGAAGGAGAC 
CTAAAGCTGA CACAGGAAAG CTTAATGGAT GCTGAAAATG ATAAACAGCA GCTGGAAGAG 
AAATTAAAGA AAAAAGAATT TGAAATCAGT CAGATGTCTT CAAAAATTGA AGATGAGCAA 
GCAATTGTGA TACAGCTCCA GAAGAAAATC AAAGAGTTAC AGGCTCGAAT AGAAGAATTA 
GAAGAAGAGT TGGAAGCTGA AAGAGCTGCC CGAGCAAAGG TGGAGAAACA AAGATCCGAT 
CTAGCTAGAG AATTAGAAGA ACTAAGTGAA AGATTAGAAG AAGCGGGAGG AGCTTCTTCT 
GCTCAGATCG AAATGAACAA GAAGCGTGAG TCTGAATACC TTAAGCTCAG AAGAGATCTA 
GAAGAAGCGA CTCTACACCA TGAGGCCACA GCCGCCTCTC TCAGAAAGAA ACATGCAGAC 
ACAGTGGCTG AACTTGGGGA GCAAATTGAC AATTTGCAGA GAGTTAAACA GAAACTTGAA 
AAGGAAAAAA GTGAACTAAA ACTGGAAGCA GATGATCTCT CATCCAGCAT GGAACAGCTG 
GTCAAAGCAA AGGGAATATC AGATAAACTC TGCCGCACAT ATGAGGATCA GCTGAATGAA 
ACAAAAACAA AACTAGATGA GATGATACGT CAAGTAAATG ATCTCACAAC CCAGAAAGGG 
AGACTTCAGA CTGAAAATGG GGAATTTGGA AGACTTCTTG AAGAAAAGGA GTCTTTAATC 
AGTCAGCTGT CTCGGGGGAA ATCTTCCTTC ACTCAACAAA TTGAAGACCT TAGAAAGCAA 
CTTGATGAGG AAACAAAAGC TAAAAATGCA CTAGCTCATG CATTGCAATC TGCCAGGCAT 
GACTGTGATC TCCTTAGGGA ACAGTTCGAT GAAGAACAAG AAGCTAAAGC AGAGCTACAG 
CGAAGTCTTT CCAAGGGCAA TGCTGAAGTG GCAATGTGGA GGAATAAATA TGAGACAGAT 
GCTATTCAGA GGACAGAAGA ATTAGAAGAA GCAAAGAAAA AGCTTGCTGC ACGCCTTCAG 
GAAGCAGAAG AAGCTGTTGA GGCTGCTAAT GCAAAATGTG CTTCTTTAGA AAAGACGAAG 
CATCGATTGC AGAGCGAGCT GGAGGACATG ATGATTGATC TGGAACGCTC CAATGCTGCA 
GCTGCTGCAA TGGACAAAAA GCAGCGCAAC TTTGACAAAA TTATTGCTGA TTGGAAGCAA 
AAGTATGAAG AGGCACAGGC AGAGCTTGAA TCCTCCCAGA AGGAAGCCCG TAGCCTCAGT 
ACTGAACTGT TCAAGTTAAA AAATGCCTAT GAGGAAGTCT TGGATATCTT GGAGACAGTC 
AAGAGAGAAA ACAAAAATCT GCAAGAGGAG ATTTCAGACT TGACTGACCA GATAAGTGAA 
GGAAATAAAA GCCTCCATGA AATTGAAAAA GTAAAGAAGC AGGTAGAGCA AGAGAAATCT 
GAGGTTCAGG TAGCACTGGA GGAAGCAGAG GGTGCTTTGG AGCATGAAGA AAGTAAAACA 
CTTCGCTTCC AGCTAGAACT AGCTCAGATT AAGGCAGAAT TTGATAGGAA GCTTGCAGAA 
AAAGATGAAG AAACAGAAAA TGTCAGGAGA AACCTGCAAC GCATTATTGA ATCTCTTCAG 
TCAAATCTGG AATCTGAGGC TAAAAGCAGA AATGAGGCTG TTCGCCTCAA GAAAAAGATG 
GAAGGGGACC TGAATGAAAT GGAAATCCAA TTAAGTCATT CTACCCGGCA GGCTACAGAA 
GCTACTAAAG CCTTGAGAAA TCTCCAGGCG CAATATAAGG ATCTACAAGT GCAGTACGAT 
GATACTTTAC ACTTGTCAGA GGATCTGAAG GAACAGGCCG CTGTCATTGA GAGAAGAAAT 
AATCTCCTTC AGTCAGAGCT TGATGAACTG AGAGCAGCAC TAGACCAGAC AGAACGGGCC 
CGGAAACTGT CAGAGCAGGA ACTTTTGGAA TCTACAGAAA GAGTCAATCT GCTCCATTCT 
CAGAACACAA GCCTGATCAA CCAGAAAAAG AAGCTAGAGA ACGATATCAA CCACATGCAG 
AATGAAGTGG AAGAGTCCGT TCAGGAATGC AGGAATGCAG AAGACAAAGC TAAGAAAGCA 
ATCACCGATG CTGCTATGAT GGCAGAGGAG CTAAAGAAAG AGCAGGATAC CAGCGCCCAC 
CTGGAGAGAA TGAAAAAGAA TATGGAGCAG ACAATAAAGG ACCTTCAAAA AAGACTGGAT 
GAAGCTGAGC AGATTGCCAT GAAAGGAGGC AAAAAACAGA TACAAAAGCT AGAAAGCAGG 
GTACGTGAAC TGGAAAATGA ACTAGAAGGA GAGCAGCGTC GGAATGCCGA GTCGCTGAAA 
GGCTTTCGCA AGTTTGAAAG ACGAATCAAA GAACTCACTT ACCAGGGGGA GGAAGATAAG 
AAGAATCTTA TCCGGATGCA AGATCTGATT GATAAGTTGC AGCTAAAAGT AAAGAGCTAC 
AAGCATCAAG CTGAAGAAGC ATCGGAACAA GCGAATCAGT ATTTGTCAAA GTACAAAAAA 
CTGCAGCATG AGCTGGATGA TGCTCAGGAG CGAGCAGATA TTGCTGAATC TCAAGTGAAC 
AAGCTAAGGA GCAAAACAAG GGATGTTGCT GGAAAGGTCC GTGAAGAAGA ATAA

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

RefSeq	NP_001085151.1
CDS	89..5902
Translation	MMDMSDFGEAASFLRKSDKELMIQQTVAFDGKKKCWIPDDKEAYLEAEIKENGGGKVTVEVADGKTVVVKEGDIQQMNPPKFDMIEDMAMLTHLNEASVLSNLRKRYANWMIYTYSGLFCVTVNPYKSLPVYKTEVVTAYKGKRRSEAPPHIFSIADNAYHDMLRNRENQSMLITGESGAGKTVNTKRVIQYFATVAAIGDPMGKKNQPATKTGGTLEDQIIQANPALEAFGNAKTLRNDNSSRFGKFIRIHFGTTGKLSSADIEIYLLEKSRVIFQQPGERSYHIFYQITSGKMSELQDMLLVSTNPYDFHFSSQGVVTVDNLDDCEELMATDQAFDILGFISDEKYGAYKLTGAIMHFGNMKFKQKQREEQAETDGTENTDKAAYLMGISSSDLVKGLMHPRVKVGNEYVTKGQTVAQVVYAVGALAKGIYDRMFKWLVVRINKTLDTKLSRQFFIGVLDIAGFEIFDLNSFEQLCINFTNEKLQQFFNHHMFVLEQEEYKKEGIDWEFIDFGLDLQACIDLIEKPLGIMSILEEECMFPKATDMTFKSKLYDNHLGKSPNLQKPRLDKKRKYEAHFELVHYAGVVPYNIIGWLQKNKDPLNETVVGLFQKSSNKLLGCLFENYVSSDSADHGGEKKRKKGASFQTVSSLHKENLNKLMTNLRSTSPHFVRCIIPNETKTPGAMDPFLVLHQLRCNGVLEGIRICRKGFPNRVLYADFKQRYRILNPSAIPEDKFVDSRKASEKLLGTLEIDHTQYRFGHTKVFFKAGLLGNLEEMRDGRLSKILTLIQARARGKLMRIEFQKILERRDALLVIQWNIRGFMTVKNWPWMKLFFKIKPLLKSAETEKEMANMKDEFQKLKEALEKSEARRKELEEKQVTLVQEKNDLTLQLQAEQDMFADAEERCDLLIKNKIQMESKVKDLTERIEDEEEMNSELTAKKRKLEDECSELKKDIDDLEITLAKAEKEKHATENKVKNLTEEMASLDDTINKLTKEKKALQEAHQQTLDDLQAEEDKVNSLTKMKTKLEQQVDDLEGSLEQEKKVRMDLERAKRKLEGDLKLTQESLMDAENDKQQLEEKLKKKEFEISQMSSKIEDEQAIVIQLQKKIKELQARIEELEEELEAERAARAKVEKQRSDLARELEELSERLEEAGGASSAQIEMNKKRESEYLKLRRDLEEATLHHEATAASLRKKHADTVAELGEQIDNLQRVKQKLEKEKSELKLEADDLSSSMEQLVKAKGISDKLCRTYEDQLNETKTKLDEMIRQVNDLTTQKGRLQTENGEFGRLLEEKESLISQLSRGKSSFTQQIEDLRKQLDEETKAKNALAHALQSARHDCDLLREQFDEEQEAKAELQRSLSKGNAEVAMWRNKYETDAIQRTEELEEAKKKLAARLQEAEEAVEAANAKCASLEKTKHRLQSELEDMMIDLERSNAAAAAMDKKQRNFDKIIADWKQKYEEAQAELESSQKEARSLSTELFKLKNAYEEVLDILETVKRENKNLQEEISDLTDQISEGNKSLHEIEKVKKQVEQEKSEVQVALEEAEGALEHEESKTLRFQLELAQIKAEFDRKLAEKDEETENVRRNLQRIIESLQSNLESEAKSRNEAVRLKKKMEGDLNEMEIQLSHSTRQATEATKALRNLQAQYKDLQVQYDDTLHLSEDLKEQAAVIERRNNLLQSELDELRAALDQTERARKLSEQELLESTERVNLLHSQNTSLINQKKKLENDINHMQNEVEESVQECRNAEDKAKKAITDAAMMAEELKKEQDTSAHLERMKKNMEQTIKDLQKRLDEAEQIAMKGGKKQIQKLESRVRELENELEGEQRRNAESLKGFRKFERRIKELTYQGEEDKKNLIRMQDLIDKLQLKVKSYKHQAEEASEQANQYLSKYKKLQHELDDAQERADIAESQVNKLRSKTRDVAGKVREEE

Target ORF information:

RefSeq Version	NM_001091682.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis myosin heavy chain 15 L homeolog (myh15.L), mRNA.

Target ORF information:

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

NM_001091682.1

ORF Insert Sequence:

ATGATGGACA TGTCTGACTT CGGGGAGGCA GCTTCCTTCC TTAGAAAAAG TGACAAAGAG 
TTAATGATTC AGCAAACGGT GGCCTTCGAT GGAAAGAAAA AATGTTGGAT ACCGGATGAT 
AAGGAAGCTT ATCTTGAGGC TGAAATAAAA GAGAATGGAG GAGGAAAAGT AACTGTTGAA 
GTTGCAGATG GAAAGACAGT TGTTGTGAAG GAGGGTGATA TCCAACAGAT GAACCCTCCA 
AAGTTTGATA TGATAGAAGA TATGGCTATG CTGACACACT TGAATGAGGC ATCTGTGTTA 
AGTAATCTAC GCAAGCGATA TGCCAACTGG ATGATCTATA CTTATTCTGG CCTTTTCTGT 
GTGACTGTGA ATCCATACAA ATCGCTTCCT GTCTACAAAA CTGAGGTGGT CACGGCTTAC 
AAGGGCAAGA GACGTTCTGA AGCCCCACCT CATATTTTCT CCATTGCTGA CAACGCTTAC 
CATGACATGT TACGCAATCG AGAAAACCAG TCCATGTTGA TCACTGGAGA ATCTGGTGCT 
GGCAAGACTG TGAACACGAA ACGTGTTATT CAGTACTTTG CCACAGTCGC TGCTATTGGT 
GATCCCATGG GGAAGAAGAA TCAACCAGCT ACCAAGACTG GGGGAACATT GGAAGATCAA 
ATCATCCAAG CCAACCCAGC TTTGGAAGCT TTTGGAAATG CTAAGACACT AAGAAATGAT 
AACTCATCCC GTTTTGGTAA ATTCATCCGG ATCCATTTTG GAACCACGGG CAAATTGTCA 
TCTGCTGATA TTGAAATTTA TTTGCTGGAA AAATCCAGGG TAATTTTTCA GCAGCCAGGT 
GAAAGAAGTT ACCACATTTT CTACCAGATT ACAAGTGGGA AAATGAGTGA GTTGCAAGAC 
ATGCTACTTG TTAGTACAAA TCCTTACGAC TTTCACTTCA GCTCTCAAGG TGTAGTAACA 
GTGGACAACC TTGATGATTG TGAAGAATTA ATGGCGACAG ATCAAGCTTT CGATATATTG 
GGATTTATTT CAGATGAAAA GTATGGTGCT TATAAACTGA CTGGTGCAAT AATGCATTTT 
GGAAATATGA AATTTAAGCA AAAGCAACGA GAAGAACAAG CAGAGACTGA TGGCACAGAA 
AATACAGATA AGGCTGCTTA TCTGATGGGC ATCAGTTCCT CTGACCTTGT AAAAGGCTTA 
ATGCACCCAC GAGTAAAGGT TGGCAATGAA TATGTGACCA AAGGTCAGAC TGTAGCCCAG 
GTTGTCTATG CGGTTGGTGC ATTGGCCAAA GGCATTTATG ACCGTATGTT TAAATGGCTG 
GTGGTTCGCA TTAACAAGAC ACTGGATACA AAACTATCAA GGCAGTTCTT TATCGGTGTC 
CTCGATATTG CAGGTTTTGA AATTTTTGAT TTAAACAGCT TTGAACAGCT CTGCATCAAT 
TTTACAAATG AAAAACTGCA ACAGTTTTTT AATCACCACA TGTTTGTATT GGAACAAGAG 
GAATATAAGA AGGAAGGCAT TGACTGGGAA TTTATTGATT TCGGATTGGA CTTGCAGGCC 
TGTATTGATT TAATTGAAAA GCCTCTCGGT ATTATGTCAA TCCTAGAAGA GGAGTGCATG 
TTTCCCAAGG CAACTGATAT GACATTTAAA TCTAAGCTTT ATGACAACCA TCTTGGAAAG 
TCACCTAACC TCCAAAAACC TCGGCTTGAC AAGAAAAGGA AGTATGAAGC ACATTTTGAA 
CTTGTGCATT ATGCTGGTGT GGTTCCATAC AACATTATAG GCTGGCTGCA AAAGAACAAG 
GATCCGCTAA ATGAAACCGT TGTAGGTCTC TTCCAAAAAT CTTCCAACAA ACTCCTTGGG 
TGTTTGTTTG AAAACTATGT CAGTTCAGAC AGTGCTGACC ATGGTGGAGA AAAGAAACGC 
AAGAAAGGTG CCTCGTTCCA AACTGTGTCC TCTTTGCACA AAGAGAATCT GAATAAACTG 
ATGACAAATC TTAGATCAAC ATCACCACAT TTTGTACGAT GCATTATTCC TAATGAAACA 
AAAACTCCAG GTGCCATGGA TCCTTTTCTG GTACTACACC AACTTCGCTG TAATGGTGTA 
CTAGAGGGCA TTCGTATTTG CCGAAAAGGG TTTCCAAACA GGGTTTTATA TGCTGACTTC 
AAGCAGAGGT ACCGAATTCT GAATCCAAGT GCCATTCCAG AGGATAAGTT TGTAGATAGC 
AGAAAAGCAT CTGAAAAGCT TTTGGGCACA TTGGAAATTG ATCATACCCA GTATCGGTTT 
GGGCACACAA AGGTGTTTTT CAAAGCTGGT CTCCTAGGAA ATCTTGAAGA AATGAGAGAT 
GGAAGACTAT CTAAGATTCT TACATTGATT CAAGCAAGAG CCAGAGGCAA ACTTATGCGA 
ATTGAATTCC AGAAAATTTT GGAAAGAAGG GATGCATTGC TGGTTATCCA GTGGAACATT 
CGTGGATTTA TGACTGTCAA GAACTGGCCA TGGATGAAGC TGTTCTTCAA GATCAAACCA 
TTGCTGAAGT CTGCAGAAAC TGAAAAAGAA ATGGCAAACA TGAAAGACGA GTTCCAAAAG 
CTGAAAGAAG CTTTGGAAAA ATCTGAAGCT AGAAGAAAAG AACTTGAAGA AAAACAAGTG 
ACCTTGGTGC AGGAAAAAAA TGATCTAACT CTTCAACTGC AGGCTGAGCA AGATATGTTT 
GCTGATGCAG AAGAACGGTG TGACCTACTA ATTAAAAATA AGATTCAGAT GGAATCTAAA 
GTTAAGGATC TCACTGAACG CATAGAAGAT GAGGAAGAAA TGAACTCAGA GCTAACTGCT 
AAGAAAAGAA AATTGGAGGA TGAGTGCTCA GAACTCAAGA AAGATATTGA CGACCTTGAA 
ATAACTTTGG CTAAAGCAGA AAAAGAAAAA CATGCAACTG AAAATAAGGT GAAAAACTTA 
ACTGAGGAAA TGGCATCTTT GGATGACACT ATCAATAAGT TGACAAAGGA GAAGAAAGCA 
TTGCAGGAAG CACACCAGCA GACTCTGGAT GACCTTCAGG CTGAAGAAGA CAAAGTTAAC 
TCACTAACGA AAATGAAAAC TAAACTGGAA CAGCAAGTAG ATGATCTTGA AGGATCTTTG 
GAACAAGAAA AGAAGGTCAG GATGGATCTG GAAAGGGCCA AGAGAAAGTT AGAAGGAGAC 
CTAAAGCTGA CACAGGAAAG CTTAATGGAT GCTGAAAATG ATAAACAGCA GCTGGAAGAG 
AAATTAAAGA AAAAAGAATT TGAAATCAGT CAGATGTCTT CAAAAATTGA AGATGAGCAA 
GCAATTGTGA TACAGCTCCA GAAGAAAATC AAAGAGTTAC AGGCTCGAAT AGAAGAATTA 
GAAGAAGAGT TGGAAGCTGA AAGAGCTGCC CGAGCAAAGG TGGAGAAACA AAGATCCGAT 
CTAGCTAGAG AATTAGAAGA ACTAAGTGAA AGATTAGAAG AAGCGGGAGG AGCTTCTTCT 
GCTCAGATCG AAATGAACAA GAAGCGTGAG TCTGAATACC TTAAGCTCAG AAGAGATCTA 
GAAGAAGCGA CTCTACACCA TGAGGCCACA GCCGCCTCTC TCAGAAAGAA ACATGCAGAC 
ACAGTGGCTG AACTTGGGGA GCAAATTGAC AATTTGCAGA GAGTTAAACA GAAACTTGAA 
AAGGAAAAAA GTGAACTAAA ACTGGAAGCA GATGATCTCT CATCCAGCAT GGAACAGCTG 
GTCAAAGCAA AGGGAATATC AGATAAACTC TGCCGCACAT ATGAGGATCA GCTGAATGAA 
ACAAAAACAA AACTAGATGA GATGATACGT CAAGTAAATG ATCTCACAAC CCAGAAAGGG 
AGACTTCAGA CTGAAAATGG GGAATTTGGA AGACTTCTTG AAGAAAAGGA GTCTTTAATC 
AGTCAGCTGT CTCGGGGGAA ATCTTCCTTC ACTCAACAAA TTGAAGACCT TAGAAAGCAA 
CTTGATGAGG AAACAAAAGC TAAAAATGCA CTAGCTCATG CATTGCAATC TGCCAGGCAT 
GACTGTGATC TCCTTAGGGA ACAGTTCGAT GAAGAACAAG AAGCTAAAGC AGAGCTACAG 
CGAAGTCTTT CCAAGGGCAA TGCTGAAGTG GCAATGTGGA GGAATAAATA TGAGACAGAT 
GCTATTCAGA GGACAGAAGA ATTAGAAGAA GCAAAGAAAA AGCTTGCTGC ACGCCTTCAG 
GAAGCAGAAG AAGCTGTTGA GGCTGCTAAT GCAAAATGTG CTTCTTTAGA AAAGACGAAG 
CATCGATTGC AGAGCGAGCT GGAGGACATG ATGATTGATC TGGAACGCTC CAATGCTGCA 
GCTGCTGCAA TGGACAAAAA GCAGCGCAAC TTTGACAAAA TTATTGCTGA TTGGAAGCAA 
AAGTATGAAG AGGCACAGGC AGAGCTTGAA TCCTCCCAGA AGGAAGCCCG TAGCCTCAGT 
ACTGAACTGT TCAAGTTAAA AAATGCCTAT GAGGAAGTCT TGGATATCTT GGAGACAGTC 
AAGAGAGAAA ACAAAAATCT GCAAGAGGAG ATTTCAGACT TGACTGACCA GATAAGTGAA 
GGAAATAAAA GCCTCCATGA AATTGAAAAA GTAAAGAAGC AGGTAGAGCA AGAGAAATCT 
GAGGTTCAGG TAGCACTGGA GGAAGCAGAG GGTGCTTTGG AGCATGAAGA AAGTAAAACA 
CTTCGCTTCC AGCTAGAACT AGCTCAGATT AAGGCAGAAT TTGATAGGAA GCTTGCAGAA 
AAAGATGAAG AAACAGAAAA TGTCAGGAGA AACCTGCAAC GCATTATTGA ATCTCTTCAG 
TCAAATCTGG AATCTGAGGC TAAAAGCAGA AATGAGGCTG TTCGCCTCAA GAAAAAGATG 
GAAGGGGACC TGAATGAAAT GGAAATCCAA TTAAGTCATT CTACCCGGCA GGCTACAGAA 
GCTACTAAAG CCTTGAGAAA TCTCCAGGCG CAATATAAGG ATCTACAAGT GCAGTACGAT 
GATACTTTAC ACTTGTCAGA GGATCTGAAG GAACAGGCCG CTGTCATTGA GAGAAGAAAT 
AATCTCCTTC AGTCAGAGCT TGATGAACTG AGAGCAGCAC TAGACCAGAC AGAACGGGCC 
CGGAAACTGT CAGAGCAGGA ACTTTTGGAA TCTACAGAAA GAGTCAATCT GCTCCATTCT 
CAGAACACAA GCCTGATCAA CCAGAAAAAG AAGCTAGAGA ACGATATCAA CCACATGCAG 
AATGAAGTGG AAGAGTCCGT TCAGGAATGC AGGAATGCAG AAGACAAAGC TAAGAAAGCA 
ATCACCGATG CTGCTATGAT GGCAGAGGAG CTAAAGAAAG AGCAGGATAC CAGCGCCCAC 
CTGGAGAGAA TGAAAAAGAA TATGGAGCAG ACAATAAAGG ACCTTCAAAA AAGACTGGAT 
GAAGCTGAGC AGATTGCCAT GAAAGGAGGC AAAAAACAGA TACAAAAGCT AGAAAGCAGG 
GTACGTGAAC TGGAAAATGA ACTAGAAGGA GAGCAGCGTC GGAATGCCGA GTCGCTGAAA 
GGCTTTCGCA AGTTTGAAAG ACGAATCAAA GAACTCACTT ACCAGGGGGA GGAAGATAAG 
AAGAATCTTA TCCGGATGCA AGATCTGATT GATAAGTTGC AGCTAAAAGT AAAGAGCTAC 
AAGCATCAAG CTGAAGAAGC ATCGGAACAA GCGAATCAGT ATTTGTCAAA GTACAAAAAA 
CTGCAGCATG AGCTGGATGA TGCTCAGGAG CGAGCAGATA TTGCTGAATC TCAAGTGAAC 
AAGCTAAGGA GCAAAACAAG GGATGTTGCT GGAAAGGTCC GTGAAGAAGA ATAA

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

PubMed

Developmental expression and comparative genomic analysis of Xenopus cardiac myosin heavy chain genes.
Developmental dynamics : an official publication of the American Association of Anatomists233(4)1287-93(2005 Aug)
Garriock RJ,Meadows SM,Krieg PA

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)
Klein SL,Strausberg RL,Wagner L,Pontius J,Clifton SW,Richardson P

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myh15.L cDNA ORF clone, Xenopus laevis(African clawed frog)

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