LOC110443786 cDNA ORF clone, Mizuhopecten yessoensis(Yesso scallop)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110443786
Entrez Gene ID	110443786
Full Name	sterile alpha motif domain-containing protein 9-like
Gene Type	protein-coding
Organism	Mizuhopecten yessoensis(Yesso scallop)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021488197.1	XP_021343872.1	sterile alpha motif domain-containing protein 9-like
XM_021488196.1	XP_021343871.1	sterile alpha motif domain-containing protein 9-like

Pathways from BioSystems
Gene Ontology

The following LOC110443786 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110443786 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
OMi139290	XM_021488196.1 Latest version!	Mizuhopecten yessoensis sterile alpha motif domain-containing protein 9-like (LOC110443786), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OMi139290	XM_021488197.1 Latest version!	Mizuhopecten yessoensis sterile alpha motif domain-containing protein 9-like (LOC110443786), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC110443786 ( XM_021488197.1 ) cDNA ORF clone, Mizuhopecten yessoensis(Yesso scallop) -> XP_021343872.1 Mizuhopecten yessoensis sterile alpha motif domain-containing protein 9-like (LOC110443786), transcript variant X2, mRNA.

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CloneID	OMi139290
Clone ID Related Accession (Same CDS sequence)	XM_021488197.1 , XM_021488196.1
Accession Version	XM_021488197.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5760bp) 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	2017-06-16
Organism	Mizuhopecten yessoensis(Yesso scallop)
Product	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018480077.1) 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 :: Mizuhopecten yessoensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATGTCA AACACAAGCT AGTCCTTAGA AAAAACGAGA CGTACCTAAG AGATAATCTA 
CAAGTAAACG TTATACTTCC ACGCTTGTAT GAGGAGGGTG TCATTTCTGA TGATGACCGA 
GAGCGAATCA ACGCTGAAGT CACAACACGG AAACAGATCA GCAAATTACT CTCAATTATT 
AAACGAAAAC CGGACGTCTA CAGGAAACTT CTAGGAGTAC TGGAAGTAGA AGATTGCCAA 
TACATCAAAG AAAAACTGGA GTCTACTTTC ATAGATGAAG AAACTCTTAG AAAGGAACAA 
GAGTCAGATG AAGATTTTGT GAAAGAACGG CTTTTGATCC TTTTCCGAGA GTCAGAAGAC 
GGAAGGGTTA GGTATACCAC GCTGGAAGAT GATATACGTC AGGAAATTTG TTTACATGGT 
AAAGAATTTA GACCAGAGAA AGATCTACTC AAAAGCATCG TTCAGAAGAC TTTCCCTACG 
GTCCAATACA AAACCGTGCG ACGTGAGAAA CTGGAGTCTA TATGTATCTT TACCAATTTG 
ACAAGGAAAT CATCAGATGA CGGTGAAACC GAAGCTGGTA TAATTCCAAG TGATGAAGAT 
GATTACGACT TTGCCGAAGA GTTTGTGAAA GAGAAACTTT TGCATCTGTT TCAAGAAACT 
GAAGGAAAGG AGATAGAGTT TAGTACTTTA GAAACCGTTT TAAAAAGACA GATTTCCTGC 
CATGGGAAAA AGATCAGAGT GGAGAACATT CCAAGAATTG TCCAAAAGAC GTTTCCAAAG 
GTTGTTTACA AAAAAGCAAA GAGAGGAAAG CGGAAGATAC ATGTTTTCAA GAACTTGGCA 
AAGAAAGATC ACGACAGTGA CGATTCTGAT GATAATGGAG GTGCATTTGC ATTGTCTGAC 
GAGGCAAATC CAGCAAATGA GAAGAATAAA CATCCGCCAG AAACGCATTT GGACCAATTA 
AACGTGACCG ATCTGTGTAA ATTTTTGGAG CCAAAGTTTC TACAAAGTGA CATAAGTCTT 
CATGCGTTGG AAATGTTTGA AAAGAACGAA ATCGGTGGAC ATGTGTTTAA ACATTTTGAG 
ATGGAAGATT TATCGGCCAT AACGGATTTG TCATACGGAC AGAAAAAATC GATATTGATT 
TTGAAAGATA AACTCATTTC CGATGAGGAA GCCTCTCAGA CCAGCGTCCC GTGTCCAGAT 
GTAAGTGATG AAACCAAACC GATAATCCGG GAATCAGTCA GAAAGTTCGA TACATCTGCT 
GGTGTGCTAG GATCGTACAG AAAAGGAGCT ATTCTTTCCG CAGATGTCCA CAGAGTCCAT 
AATTTAATCG AACCAGTTCA TAGGTTCATC AACTGTCCTG ATGATGGAGC GCAAAACATT 
ACATCTTGGT TGGCTTCTGA GACCATTACT TTTGCTGCAG CGTGTATGAA TGACAGAACG 
AATGGAACTA TCCATTTTGG CGTCAAGGGT GTGAATGACG ACATTCAAAT GAAAGGAGAA 
ATTGTTGGCG TCTCAGTTGA CAAAGACAGG TGCAATGAAG CAATTAAAAG GATTCTGCGA 
GAAAAGATGT TCGAAGATCA AATGGAAATG GCATGGAAGT GCATTCGACC TCCTGAGTTT 
ATTCATGTTG CTGAGTCTGG CAAAAATCTT GCATGCGTCG TAGTTGAAGT TGACGTTGTT 
CCCCATGCTG CTTTATTGGA AGATGAAGCT GTTTTTATAA GAACAAATAT AAGAGGTAAC 
ATCAAGCCCA CGCTTTATCG CTTCACAGAG GGCAGTGCCA TACCAGCGAA ACAAAACGAG 
GACCAAATGC GTCAATACAT GAAGCTAAAG GGAAGGCTTT ACGACCATCG CAAAAACCAG 
GAAAATAAGC CTAAACCTAA AAAAATTCAA CAGGACCTAC GGCAAAAATT TTTGAACGTC 
TTTTCTTGTG GAGAACCAAA ACTAACAGAA GAAACTTACC CTGTTATTTT TACAGGTCGG 
TGTGATGAGA ACTCAGCAAA GGAAGTGACT GAAAACTGCT TTGAATTTGT TCAGCTTTTA 
CAGCCATATG CAGTGTTTGA TTTCAATTCT TCAACTGGAC CAGGATCACT ACACTACTAT 
GTAGAGGAAA CAAAAGAGCA AGCACTGAAA ATAGTGACTA CAGACAACTT CGATAAAGAA 
AGCGAGGAAA ATAAAAAAGA CGCCGAAAGA CATGGTCGTC TAATGGATGA TCTTCGGAAC 
TCTTACATGC AAACTTGGGT ATTTGCAAAT GGATATGACA GAATGCGACG AGAAGACATG 
AACGCTTTTA ATTGGAAGCA GACAAGAAGC CAGGGCTTCA AAGAAGCTTT GCGATATTGT 
TACAATGATA TTCCAACAGG ACGAGGAGTC GCAATTTTTC TGCTGCTTTC AAAAAACTAT 
GACGTCATGC TGGAAGCCGC CGAAGACGTC CTCTCAAAAT TCCATGGACA GTGGATTTTG 
CTTGCACCCT CAGACGATAT AGCTACGAAC TGGATATCCG AACTGATTCG CAGAAATAGT 
GTTGACAAAA CGATCATCAA CGAGAGATGT ATCATAGGAA TGACGTGGAA GCAGATGAAT 
ACGATGATTC GTCAAGTTGT AGGACCGCTC CAAGATTCTG CTTGCCAAAT ACCACTTGCA 
AATGGGGGAT TCTGTACGCT GAGAAACAGA GTGAAAAATG AACTTTGTGA CCTAGATATT 
CTAAGTCAAC AAGAATGCGA CAATAGTGAC ATATTGAAAG ACAAAGTCAT GAAGCAGAAG 
CACTACAGAG ATGTACAGGA AACATTCTAT CATGGCGGAG AGCCAAGCTG GTTGAACTAC 
TGGTATAAAG AGGATCACGT TTGTCGGAGA TCACAACATG ACACATTGAT GAAATACGTC 
AGGTGTGCAT TAAAAGGGGA AAAGAGTGAC GAGGATAAAG TTCCTGTGGT AACACTAATA 
CATCAACCTG GATCTGGAGG CACAACAACG GCCCGACAGA TTTTGTGGGA TTTGCGAAAA 
GAGTATCGAT GTTGTGTCGC AAGAAGAATC ACAGATCAAA CATGTGACCA AATACTGGAA 
CTGCGAAATT ATGAAGAGTC CAATTCTCCT CGTCCTCCAC TGGTCTTACT CGATAATTGC 
GACGAAGAGA TTTTGGTTAA TCTGCAATCC TATCTGCAAA GAAGGGCAAT AGAGGCATCG 
ATCCGTTCCG AGGAACCTAT TGAAACATTC TGTGTCCTTC TCGTTTGTTC ACGTAGAACC 
AGTCTACCTC GAAATTACAT AAAAGATCAA ACCGTTCTAA TTCGGCAAGA ATTAGATGAC 
CAGGAGCTTG ATTGGTTTAA TAGGAAGGCT GGTGTTTTGA AAAACCGATT CGAGAAAGAT 
GAAGGCATCG ATCCAAAGCT GCTCATATCT TTCAACATCC TTAAAGAAAA TTTCAACTTT 
TCGTACATCC AAAGTGCTGT GAAGCAGTTC GTTGATGGTA TTGAGGCACA AGAAGAAAAG 
GATTTACTGC TGTTTCTGTC ACTGATAAAC ACTTTTGATA TAGATTTCCA GCCGATCCCC 
ATCAGCGCGT TTGATGCCCT AATGGAGGTG AAACGGGGTA AAAGCAAAGT ACTGAACTTT 
GGATTAGCTC TACAGCATCG TTTTGCGAAC AGTGAGAGAC AATGGCAGAA ACAAATCAGT 
ACAGAACTAA TGGTTCTTCT GAACATATCT GCAAGAGGCG GTCAAGGAAA CAATCTGAAG 
GCTTTGTCCA TAGCCAGCCC TTTATTTGCC AGCGAAATAT TCAAATACCT ACAGGAAATA 
TCACATAAAA GTATAAGCTC AATACTGATG CAGTTTTTGC AGTCACGAGT ATTCAATCGG 
CAGAACAGAT CAGTGGACCA AGTCATCCGT ATTGTCAACG ATTTATTGAT GAAACGGGAG 
ATTTTGGACA ATGGAAAAAA GGAGAAATTT TCCCGACTTC TGACAGAAGT GCTTCAAAAA 
GAAGATACAG AAAAGGCAGT GTCAATCTTG CAGAAAGGCT TTGAGACAAC GGATGATCCG 
AGAATCATCC AACATATTGC AAGGCTTTAC ATACACTGCA AAAACTGGGA AAAAGCGACT 
GAATTTGCAA TCAAGGCTAC ACAAATCAGA CCCAACAACT CCTATTTTTG GGATACATAC 
GGTCAGATTT TCAAAACTCA GCTGTTTGAA AAATATAAAA CATGTATGTT GACTGACGAC 
GTTTTGTCGG TGAATGATAC ATGTGACATC ATCCAGGTTG CGATGAAAGG TATCGAAAAG 
TTCCACAGAG AACAAGTAGA AAGTGAACAT GATAAGCATG CTTCACAAAA TGACGCAGGC 
TATTTTGGCG AGGTAAGACT AATAATTTTG TTGGTCAAAA TATTGCAATG TTCCCCTTTC 
GAAGACAGTA TGCTGCATTC ATACATTGTA AACGGGCAAT TCCAGGCTTC AGCGTTTGAA 
CAAATCAATC ACGAAAGCCG AGAAGTCCTG AAGCGTTTGC ATGGCTACAC AGAAACAGCG 
ATGCGAAAGA TGGAAGAAAA ATCAGCTCAG CTTAAGGGAA CCAGTTCAAT AAATATAGTC 
AGAGATAAGC ATGGCTACCT GGAAGAATTA GCGGCTTTGC AGGAAAGTGT TGACAACATT 
TTTGGCGAGA AGAGTGACGA AGTACCGGCA CATCTTACCC AAAAGGAAAC CGCTGATTTC 
AGGCGAAGGA GAGTCCGAAG ACTTGGAGGA AGATCACTGA CAACACTTTT ACGGATAAGG 
CGAAAGATCG GTGACGATAT GCAACATTTG GACATCATGT TTGATCACTT AATGAAGAAC 
GTCTGCTCTT CTTTCTCAGA ACCATTCGAC ACTATAATCT TAATCAGTGT GGCAATTGTG 
AGGAGGATAA TCTATCTGAA AGAAAGTGTT ACTTCCAAAC TTCCTCAGAT TTTAGAACTT 
TCAAAACGAC TGTATGACGT CGAATGCAGT TCAAAGAATG GTTCTGTCTA CATGGAAGTA 
TTCCTGTTCT TAATGATGTT TCATTGGCCA ACTCAGAACA GAAAAGAGAG GGATCTTTGT 
CCTATAGGAA CACTACGCGA CGCCATGGGA CGATGGAAAT GTGCCTTTCT GAAGAAGCAT 
CCACGTCAAA GAGATGACAG AAATCCACAT AGACAGAAAG AGGCAACTCT GTTTTTTCTC 
GGCAAAGATT TAGCCAGTGA TGAAATAGTT TATTATGAAG AACTACACAG TCGTCACAAT 
GCTGTTTATT TTAATCGAGA TCAAATTTGG GAGGGCCGCA ACGTAGTGAA TAAACTGCAG 
CGATTGGAAG GAACGCTGGT TGGGGATGGA TTAGAAGTCC TGATAAACAT TGAAACGAGG 
TCCGGAAACA TTGAGACATT AACTGTTCCA ACGTCTATGC CAATCGGACG GAGGTCACTG 
TGGCAGAAGA GGGTATTTTT CTATCTTGGA TTCACATGGG CTGGGCCAAA AGCATTTGAC 
GTATCATCAG ATGATCGTCA GAATCTCCTT GGAAAATCGG ACACACCTAA GGCTGTTTTG 
CCGCCCCGTG TCCGGGACAA GTCAGCCTAC GCTCTTGAAC GAGGTAGGGA AAAGCCAACC 
TGCGGTCTCG ATCCAACCAC GAAAATAGAT GAAATCCGCC AGAAGTTAAA AATGATTGAG 
AAACACAAGT CCAAGAAAAA GAAAACTCCG AAGCAGGCTA AAGAAATAAG TCAGGAAGAG 
GATTTGAAAA GGGAATTAGA AACCTTGCTT CAACGAATGC AGGACGTGTT TGGAAACTGA

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

RefSeq	XP_021343872.1
CDS	653..6412
Translation	MDVKHKLVLRKNETYLRDNLQVNVILPRLYEEGVISDDDRERINAEVTTRKQISKLLSIIKRKPDVYRKLLGVLEVEDCQYIKEKLESTFIDEETLRKEQESDEDFVKERLLILFRESEDGRVRYTTLEDDIRQEICLHGKEFRPEKDLLKSIVQKTFPTVQYKTVRREKLESICIFTNLTRKSSDDGETEAGIIPSDEDDYDFAEEFVKEKLLHLFQETEGKEIEFSTLETVLKRQISCHGKKIRVENIPRIVQKTFPKVVYKKAKRGKRKIHVFKNLAKKDHDSDDSDDNGGAFALSDEANPANEKNKHPPETHLDQLNVTDLCKFLEPKFLQSDISLHALEMFEKNEIGGHVFKHFEMEDLSAITDLSYGQKKSILILKDKLISDEEASQTSVPCPDVSDETKPIIRESVRKFDTSAGVLGSYRKGAILSADVHRVHNLIEPVHRFINCPDDGAQNITSWLASETITFAAACMNDRTNGTIHFGVKGVNDDIQMKGEIVGVSVDKDRCNEAIKRILREKMFEDQMEMAWKCIRPPEFIHVAESGKNLACVVVEVDVVPHAALLEDEAVFIRTNIRGNIKPTLYRFTEGSAIPAKQNEDQMRQYMKLKGRLYDHRKNQENKPKPKKIQQDLRQKFLNVFSCGEPKLTEETYPVIFTGRCDENSAKEVTENCFEFVQLLQPYAVFDFNSSTGPGSLHYYVEETKEQALKIVTTDNFDKESEENKKDAERHGRLMDDLRNSYMQTWVFANGYDRMRREDMNAFNWKQTRSQGFKEALRYCYNDIPTGRGVAIFLLLSKNYDVMLEAAEDVLSKFHGQWILLAPSDDIATNWISELIRRNSVDKTIINERCIIGMTWKQMNTMIRQVVGPLQDSACQIPLANGGFCTLRNRVKNELCDLDILSQQECDNSDILKDKVMKQKHYRDVQETFYHGGEPSWLNYWYKEDHVCRRSQHDTLMKYVRCALKGEKSDEDKVPVVTLIHQPGSGGTTTARQILWDLRKEYRCCVARRITDQTCDQILELRNYEESNSPRPPLVLLDNCDEEILVNLQSYLQRRAIEASIRSEEPIETFCVLLVCSRRTSLPRNYIKDQTVLIRQELDDQELDWFNRKAGVLKNRFEKDEGIDPKLLISFNILKENFNFSYIQSAVKQFVDGIEAQEEKDLLLFLSLINTFDIDFQPIPISAFDALMEVKRGKSKVLNFGLALQHRFANSERQWQKQISTELMVLLNISARGGQGNNLKALSIASPLFASEIFKYLQEISHKSISSILMQFLQSRVFNRQNRSVDQVIRIVNDLLMKREILDNGKKEKFSRLLTEVLQKEDTEKAVSILQKGFETTDDPRIIQHIARLYIHCKNWEKATEFAIKATQIRPNNSYFWDTYGQIFKTQLFEKYKTCMLTDDVLSVNDTCDIIQVAMKGIEKFHREQVESEHDKHASQNDAGYFGEVRLIILLVKILQCSPFEDSMLHSYIVNGQFQASAFEQINHESREVLKRLHGYTETAMRKMEEKSAQLKGTSSINIVRDKHGYLEELAALQESVDNIFGEKSDEVPAHLTQKETADFRRRRVRRLGGRSLTTLLRIRRKIGDDMQHLDIMFDHLMKNVCSSFSEPFDTIILISVAIVRRIIYLKESVTSKLPQILELSKRLYDVECSSKNGSVYMEVFLFLMMFHWPTQNRKERDLCPIGTLRDAMGRWKCAFLKKHPRQRDDRNPHRQKEATLFFLGKDLASDEIVYYEELHSRHNAVYFNRDQIWEGRNVVNKLQRLEGTLVGDGLEVLINIETRSGNIETLTVPTSMPIGRRSLWQKRVFFYLGFTWAGPKAFDVSSDDRQNLLGKSDTPKAVLPPRVRDKSAYALERGREKPTCGLDPTTKIDEIRQKLKMIEKHKSKKKKTPKQAKEISQEEDLKRELETLLQRMQDVFGN

Target ORF information:

RefSeq Version	XM_021488197.1
Organism	Mizuhopecten yessoensis(Yesso scallop)
Definition	Mizuhopecten yessoensis sterile alpha motif domain-containing protein 9-like (LOC110443786), transcript variant X2, mRNA.

Target ORF information:

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

XM_021488197.1

ORF Insert Sequence:

ATGGATGTCA AACACAAGCT AGTCCTTAGA AAAAACGAGA CGTACCTAAG AGATAATCTA 
CAAGTAAACG TTATACTTCC ACGCTTGTAT GAGGAGGGTG TCATTTCTGA TGATGACCGA 
GAGCGAATCA ACGCTGAAGT CACAACACGG AAACAGATCA GCAAATTACT CTCAATTATT 
AAACGAAAAC CGGACGTCTA CAGGAAACTT CTAGGAGTAC TGGAAGTAGA AGATTGCCAA 
TACATCAAAG AAAAACTGGA GTCTACTTTC ATAGATGAAG AAACTCTTAG AAAGGAACAA 
GAGTCAGATG AAGATTTTGT GAAAGAACGG CTTTTGATCC TTTTCCGAGA GTCAGAAGAC 
GGAAGGGTTA GGTATACCAC GCTGGAAGAT GATATACGTC AGGAAATTTG TTTACATGGT 
AAAGAATTTA GACCAGAGAA AGATCTACTC AAAAGCATCG TTCAGAAGAC TTTCCCTACG 
GTCCAATACA AAACCGTGCG ACGTGAGAAA CTGGAGTCTA TATGTATCTT TACCAATTTG 
ACAAGGAAAT CATCAGATGA CGGTGAAACC GAAGCTGGTA TAATTCCAAG TGATGAAGAT 
GATTACGACT TTGCCGAAGA GTTTGTGAAA GAGAAACTTT TGCATCTGTT TCAAGAAACT 
GAAGGAAAGG AGATAGAGTT TAGTACTTTA GAAACCGTTT TAAAAAGACA GATTTCCTGC 
CATGGGAAAA AGATCAGAGT GGAGAACATT CCAAGAATTG TCCAAAAGAC GTTTCCAAAG 
GTTGTTTACA AAAAAGCAAA GAGAGGAAAG CGGAAGATAC ATGTTTTCAA GAACTTGGCA 
AAGAAAGATC ACGACAGTGA CGATTCTGAT GATAATGGAG GTGCATTTGC ATTGTCTGAC 
GAGGCAAATC CAGCAAATGA GAAGAATAAA CATCCGCCAG AAACGCATTT GGACCAATTA 
AACGTGACCG ATCTGTGTAA ATTTTTGGAG CCAAAGTTTC TACAAAGTGA CATAAGTCTT 
CATGCGTTGG AAATGTTTGA AAAGAACGAA ATCGGTGGAC ATGTGTTTAA ACATTTTGAG 
ATGGAAGATT TATCGGCCAT AACGGATTTG TCATACGGAC AGAAAAAATC GATATTGATT 
TTGAAAGATA AACTCATTTC CGATGAGGAA GCCTCTCAGA CCAGCGTCCC GTGTCCAGAT 
GTAAGTGATG AAACCAAACC GATAATCCGG GAATCAGTCA GAAAGTTCGA TACATCTGCT 
GGTGTGCTAG GATCGTACAG AAAAGGAGCT ATTCTTTCCG CAGATGTCCA CAGAGTCCAT 
AATTTAATCG AACCAGTTCA TAGGTTCATC AACTGTCCTG ATGATGGAGC GCAAAACATT 
ACATCTTGGT TGGCTTCTGA GACCATTACT TTTGCTGCAG CGTGTATGAA TGACAGAACG 
AATGGAACTA TCCATTTTGG CGTCAAGGGT GTGAATGACG ACATTCAAAT GAAAGGAGAA 
ATTGTTGGCG TCTCAGTTGA CAAAGACAGG TGCAATGAAG CAATTAAAAG GATTCTGCGA 
GAAAAGATGT TCGAAGATCA AATGGAAATG GCATGGAAGT GCATTCGACC TCCTGAGTTT 
ATTCATGTTG CTGAGTCTGG CAAAAATCTT GCATGCGTCG TAGTTGAAGT TGACGTTGTT 
CCCCATGCTG CTTTATTGGA AGATGAAGCT GTTTTTATAA GAACAAATAT AAGAGGTAAC 
ATCAAGCCCA CGCTTTATCG CTTCACAGAG GGCAGTGCCA TACCAGCGAA ACAAAACGAG 
GACCAAATGC GTCAATACAT GAAGCTAAAG GGAAGGCTTT ACGACCATCG CAAAAACCAG 
GAAAATAAGC CTAAACCTAA AAAAATTCAA CAGGACCTAC GGCAAAAATT TTTGAACGTC 
TTTTCTTGTG GAGAACCAAA ACTAACAGAA GAAACTTACC CTGTTATTTT TACAGGTCGG 
TGTGATGAGA ACTCAGCAAA GGAAGTGACT GAAAACTGCT TTGAATTTGT TCAGCTTTTA 
CAGCCATATG CAGTGTTTGA TTTCAATTCT TCAACTGGAC CAGGATCACT ACACTACTAT 
GTAGAGGAAA CAAAAGAGCA AGCACTGAAA ATAGTGACTA CAGACAACTT CGATAAAGAA 
AGCGAGGAAA ATAAAAAAGA CGCCGAAAGA CATGGTCGTC TAATGGATGA TCTTCGGAAC 
TCTTACATGC AAACTTGGGT ATTTGCAAAT GGATATGACA GAATGCGACG AGAAGACATG 
AACGCTTTTA ATTGGAAGCA GACAAGAAGC CAGGGCTTCA AAGAAGCTTT GCGATATTGT 
TACAATGATA TTCCAACAGG ACGAGGAGTC GCAATTTTTC TGCTGCTTTC AAAAAACTAT 
GACGTCATGC TGGAAGCCGC CGAAGACGTC CTCTCAAAAT TCCATGGACA GTGGATTTTG 
CTTGCACCCT CAGACGATAT AGCTACGAAC TGGATATCCG AACTGATTCG CAGAAATAGT 
GTTGACAAAA CGATCATCAA CGAGAGATGT ATCATAGGAA TGACGTGGAA GCAGATGAAT 
ACGATGATTC GTCAAGTTGT AGGACCGCTC CAAGATTCTG CTTGCCAAAT ACCACTTGCA 
AATGGGGGAT TCTGTACGCT GAGAAACAGA GTGAAAAATG AACTTTGTGA CCTAGATATT 
CTAAGTCAAC AAGAATGCGA CAATAGTGAC ATATTGAAAG ACAAAGTCAT GAAGCAGAAG 
CACTACAGAG ATGTACAGGA AACATTCTAT CATGGCGGAG AGCCAAGCTG GTTGAACTAC 
TGGTATAAAG AGGATCACGT TTGTCGGAGA TCACAACATG ACACATTGAT GAAATACGTC 
AGGTGTGCAT TAAAAGGGGA AAAGAGTGAC GAGGATAAAG TTCCTGTGGT AACACTAATA 
CATCAACCTG GATCTGGAGG CACAACAACG GCCCGACAGA TTTTGTGGGA TTTGCGAAAA 
GAGTATCGAT GTTGTGTCGC AAGAAGAATC ACAGATCAAA CATGTGACCA AATACTGGAA 
CTGCGAAATT ATGAAGAGTC CAATTCTCCT CGTCCTCCAC TGGTCTTACT CGATAATTGC 
GACGAAGAGA TTTTGGTTAA TCTGCAATCC TATCTGCAAA GAAGGGCAAT AGAGGCATCG 
ATCCGTTCCG AGGAACCTAT TGAAACATTC TGTGTCCTTC TCGTTTGTTC ACGTAGAACC 
AGTCTACCTC GAAATTACAT AAAAGATCAA ACCGTTCTAA TTCGGCAAGA ATTAGATGAC 
CAGGAGCTTG ATTGGTTTAA TAGGAAGGCT GGTGTTTTGA AAAACCGATT CGAGAAAGAT 
GAAGGCATCG ATCCAAAGCT GCTCATATCT TTCAACATCC TTAAAGAAAA TTTCAACTTT 
TCGTACATCC AAAGTGCTGT GAAGCAGTTC GTTGATGGTA TTGAGGCACA AGAAGAAAAG 
GATTTACTGC TGTTTCTGTC ACTGATAAAC ACTTTTGATA TAGATTTCCA GCCGATCCCC 
ATCAGCGCGT TTGATGCCCT AATGGAGGTG AAACGGGGTA AAAGCAAAGT ACTGAACTTT 
GGATTAGCTC TACAGCATCG TTTTGCGAAC AGTGAGAGAC AATGGCAGAA ACAAATCAGT 
ACAGAACTAA TGGTTCTTCT GAACATATCT GCAAGAGGCG GTCAAGGAAA CAATCTGAAG 
GCTTTGTCCA TAGCCAGCCC TTTATTTGCC AGCGAAATAT TCAAATACCT ACAGGAAATA 
TCACATAAAA GTATAAGCTC AATACTGATG CAGTTTTTGC AGTCACGAGT ATTCAATCGG 
CAGAACAGAT CAGTGGACCA AGTCATCCGT ATTGTCAACG ATTTATTGAT GAAACGGGAG 
ATTTTGGACA ATGGAAAAAA GGAGAAATTT TCCCGACTTC TGACAGAAGT GCTTCAAAAA 
GAAGATACAG AAAAGGCAGT GTCAATCTTG CAGAAAGGCT TTGAGACAAC GGATGATCCG 
AGAATCATCC AACATATTGC AAGGCTTTAC ATACACTGCA AAAACTGGGA AAAAGCGACT 
GAATTTGCAA TCAAGGCTAC ACAAATCAGA CCCAACAACT CCTATTTTTG GGATACATAC 
GGTCAGATTT TCAAAACTCA GCTGTTTGAA AAATATAAAA CATGTATGTT GACTGACGAC 
GTTTTGTCGG TGAATGATAC ATGTGACATC ATCCAGGTTG CGATGAAAGG TATCGAAAAG 
TTCCACAGAG AACAAGTAGA AAGTGAACAT GATAAGCATG CTTCACAAAA TGACGCAGGC 
TATTTTGGCG AGGTAAGACT AATAATTTTG TTGGTCAAAA TATTGCAATG TTCCCCTTTC 
GAAGACAGTA TGCTGCATTC ATACATTGTA AACGGGCAAT TCCAGGCTTC AGCGTTTGAA 
CAAATCAATC ACGAAAGCCG AGAAGTCCTG AAGCGTTTGC ATGGCTACAC AGAAACAGCG 
ATGCGAAAGA TGGAAGAAAA ATCAGCTCAG CTTAAGGGAA CCAGTTCAAT AAATATAGTC 
AGAGATAAGC ATGGCTACCT GGAAGAATTA GCGGCTTTGC AGGAAAGTGT TGACAACATT 
TTTGGCGAGA AGAGTGACGA AGTACCGGCA CATCTTACCC AAAAGGAAAC CGCTGATTTC 
AGGCGAAGGA GAGTCCGAAG ACTTGGAGGA AGATCACTGA CAACACTTTT ACGGATAAGG 
CGAAAGATCG GTGACGATAT GCAACATTTG GACATCATGT TTGATCACTT AATGAAGAAC 
GTCTGCTCTT CTTTCTCAGA ACCATTCGAC ACTATAATCT TAATCAGTGT GGCAATTGTG 
AGGAGGATAA TCTATCTGAA AGAAAGTGTT ACTTCCAAAC TTCCTCAGAT TTTAGAACTT 
TCAAAACGAC TGTATGACGT CGAATGCAGT TCAAAGAATG GTTCTGTCTA CATGGAAGTA 
TTCCTGTTCT TAATGATGTT TCATTGGCCA ACTCAGAACA GAAAAGAGAG GGATCTTTGT 
CCTATAGGAA CACTACGCGA CGCCATGGGA CGATGGAAAT GTGCCTTTCT GAAGAAGCAT 
CCACGTCAAA GAGATGACAG AAATCCACAT AGACAGAAAG AGGCAACTCT GTTTTTTCTC 
GGCAAAGATT TAGCCAGTGA TGAAATAGTT TATTATGAAG AACTACACAG TCGTCACAAT 
GCTGTTTATT TTAATCGAGA TCAAATTTGG GAGGGCCGCA ACGTAGTGAA TAAACTGCAG 
CGATTGGAAG GAACGCTGGT TGGGGATGGA TTAGAAGTCC TGATAAACAT TGAAACGAGG 
TCCGGAAACA TTGAGACATT AACTGTTCCA ACGTCTATGC CAATCGGACG GAGGTCACTG 
TGGCAGAAGA GGGTATTTTT CTATCTTGGA TTCACATGGG CTGGGCCAAA AGCATTTGAC 
GTATCATCAG ATGATCGTCA GAATCTCCTT GGAAAATCGG ACACACCTAA GGCTGTTTTG 
CCGCCCCGTG TCCGGGACAA GTCAGCCTAC GCTCTTGAAC GAGGTAGGGA AAAGCCAACC 
TGCGGTCTCG ATCCAACCAC GAAAATAGAT GAAATCCGCC AGAAGTTAAA AATGATTGAG 
AAACACAAGT CCAAGAAAAA GAAAACTCCG AAGCAGGCTA AAGAAATAAG TCAGGAAGAG 
GATTTGAAAA GGGAATTAGA AACCTTGCTT CAACGAATGC AGGACGTGTT TGGAAACTGA

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

LOC110443786 ( XM_021488196.1 ) cDNA ORF clone, Mizuhopecten yessoensis(Yesso scallop) -> XP_021343871.1 Mizuhopecten yessoensis sterile alpha motif domain-containing protein 9-like (LOC110443786), transcript variant X1, mRNA.

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CloneID	OMi139290
Clone ID Related Accession (Same CDS sequence)	XM_021488197.1 , XM_021488196.1
Accession Version	XM_021488196.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5760bp) 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	2017-06-16
Organism	Mizuhopecten yessoensis(Yesso scallop)
Product	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018480077.1) 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 :: Mizuhopecten yessoensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATGTCA AACACAAGCT AGTCCTTAGA AAAAACGAGA CGTACCTAAG AGATAATCTA 
CAAGTAAACG TTATACTTCC ACGCTTGTAT GAGGAGGGTG TCATTTCTGA TGATGACCGA 
GAGCGAATCA ACGCTGAAGT CACAACACGG AAACAGATCA GCAAATTACT CTCAATTATT 
AAACGAAAAC CGGACGTCTA CAGGAAACTT CTAGGAGTAC TGGAAGTAGA AGATTGCCAA 
TACATCAAAG AAAAACTGGA GTCTACTTTC ATAGATGAAG AAACTCTTAG AAAGGAACAA 
GAGTCAGATG AAGATTTTGT GAAAGAACGG CTTTTGATCC TTTTCCGAGA GTCAGAAGAC 
GGAAGGGTTA GGTATACCAC GCTGGAAGAT GATATACGTC AGGAAATTTG TTTACATGGT 
AAAGAATTTA GACCAGAGAA AGATCTACTC AAAAGCATCG TTCAGAAGAC TTTCCCTACG 
GTCCAATACA AAACCGTGCG ACGTGAGAAA CTGGAGTCTA TATGTATCTT TACCAATTTG 
ACAAGGAAAT CATCAGATGA CGGTGAAACC GAAGCTGGTA TAATTCCAAG TGATGAAGAT 
GATTACGACT TTGCCGAAGA GTTTGTGAAA GAGAAACTTT TGCATCTGTT TCAAGAAACT 
GAAGGAAAGG AGATAGAGTT TAGTACTTTA GAAACCGTTT TAAAAAGACA GATTTCCTGC 
CATGGGAAAA AGATCAGAGT GGAGAACATT CCAAGAATTG TCCAAAAGAC GTTTCCAAAG 
GTTGTTTACA AAAAAGCAAA GAGAGGAAAG CGGAAGATAC ATGTTTTCAA GAACTTGGCA 
AAGAAAGATC ACGACAGTGA CGATTCTGAT GATAATGGAG GTGCATTTGC ATTGTCTGAC 
GAGGCAAATC CAGCAAATGA GAAGAATAAA CATCCGCCAG AAACGCATTT GGACCAATTA 
AACGTGACCG ATCTGTGTAA ATTTTTGGAG CCAAAGTTTC TACAAAGTGA CATAAGTCTT 
CATGCGTTGG AAATGTTTGA AAAGAACGAA ATCGGTGGAC ATGTGTTTAA ACATTTTGAG 
ATGGAAGATT TATCGGCCAT AACGGATTTG TCATACGGAC AGAAAAAATC GATATTGATT 
TTGAAAGATA AACTCATTTC CGATGAGGAA GCCTCTCAGA CCAGCGTCCC GTGTCCAGAT 
GTAAGTGATG AAACCAAACC GATAATCCGG GAATCAGTCA GAAAGTTCGA TACATCTGCT 
GGTGTGCTAG GATCGTACAG AAAAGGAGCT ATTCTTTCCG CAGATGTCCA CAGAGTCCAT 
AATTTAATCG AACCAGTTCA TAGGTTCATC AACTGTCCTG ATGATGGAGC GCAAAACATT 
ACATCTTGGT TGGCTTCTGA GACCATTACT TTTGCTGCAG CGTGTATGAA TGACAGAACG 
AATGGAACTA TCCATTTTGG CGTCAAGGGT GTGAATGACG ACATTCAAAT GAAAGGAGAA 
ATTGTTGGCG TCTCAGTTGA CAAAGACAGG TGCAATGAAG CAATTAAAAG GATTCTGCGA 
GAAAAGATGT TCGAAGATCA AATGGAAATG GCATGGAAGT GCATTCGACC TCCTGAGTTT 
ATTCATGTTG CTGAGTCTGG CAAAAATCTT GCATGCGTCG TAGTTGAAGT TGACGTTGTT 
CCCCATGCTG CTTTATTGGA AGATGAAGCT GTTTTTATAA GAACAAATAT AAGAGGTAAC 
ATCAAGCCCA CGCTTTATCG CTTCACAGAG GGCAGTGCCA TACCAGCGAA ACAAAACGAG 
GACCAAATGC GTCAATACAT GAAGCTAAAG GGAAGGCTTT ACGACCATCG CAAAAACCAG 
GAAAATAAGC CTAAACCTAA AAAAATTCAA CAGGACCTAC GGCAAAAATT TTTGAACGTC 
TTTTCTTGTG GAGAACCAAA ACTAACAGAA GAAACTTACC CTGTTATTTT TACAGGTCGG 
TGTGATGAGA ACTCAGCAAA GGAAGTGACT GAAAACTGCT TTGAATTTGT TCAGCTTTTA 
CAGCCATATG CAGTGTTTGA TTTCAATTCT TCAACTGGAC CAGGATCACT ACACTACTAT 
GTAGAGGAAA CAAAAGAGCA AGCACTGAAA ATAGTGACTA CAGACAACTT CGATAAAGAA 
AGCGAGGAAA ATAAAAAAGA CGCCGAAAGA CATGGTCGTC TAATGGATGA TCTTCGGAAC 
TCTTACATGC AAACTTGGGT ATTTGCAAAT GGATATGACA GAATGCGACG AGAAGACATG 
AACGCTTTTA ATTGGAAGCA GACAAGAAGC CAGGGCTTCA AAGAAGCTTT GCGATATTGT 
TACAATGATA TTCCAACAGG ACGAGGAGTC GCAATTTTTC TGCTGCTTTC AAAAAACTAT 
GACGTCATGC TGGAAGCCGC CGAAGACGTC CTCTCAAAAT TCCATGGACA GTGGATTTTG 
CTTGCACCCT CAGACGATAT AGCTACGAAC TGGATATCCG AACTGATTCG CAGAAATAGT 
GTTGACAAAA CGATCATCAA CGAGAGATGT ATCATAGGAA TGACGTGGAA GCAGATGAAT 
ACGATGATTC GTCAAGTTGT AGGACCGCTC CAAGATTCTG CTTGCCAAAT ACCACTTGCA 
AATGGGGGAT TCTGTACGCT GAGAAACAGA GTGAAAAATG AACTTTGTGA CCTAGATATT 
CTAAGTCAAC AAGAATGCGA CAATAGTGAC ATATTGAAAG ACAAAGTCAT GAAGCAGAAG 
CACTACAGAG ATGTACAGGA AACATTCTAT CATGGCGGAG AGCCAAGCTG GTTGAACTAC 
TGGTATAAAG AGGATCACGT TTGTCGGAGA TCACAACATG ACACATTGAT GAAATACGTC 
AGGTGTGCAT TAAAAGGGGA AAAGAGTGAC GAGGATAAAG TTCCTGTGGT AACACTAATA 
CATCAACCTG GATCTGGAGG CACAACAACG GCCCGACAGA TTTTGTGGGA TTTGCGAAAA 
GAGTATCGAT GTTGTGTCGC AAGAAGAATC ACAGATCAAA CATGTGACCA AATACTGGAA 
CTGCGAAATT ATGAAGAGTC CAATTCTCCT CGTCCTCCAC TGGTCTTACT CGATAATTGC 
GACGAAGAGA TTTTGGTTAA TCTGCAATCC TATCTGCAAA GAAGGGCAAT AGAGGCATCG 
ATCCGTTCCG AGGAACCTAT TGAAACATTC TGTGTCCTTC TCGTTTGTTC ACGTAGAACC 
AGTCTACCTC GAAATTACAT AAAAGATCAA ACCGTTCTAA TTCGGCAAGA ATTAGATGAC 
CAGGAGCTTG ATTGGTTTAA TAGGAAGGCT GGTGTTTTGA AAAACCGATT CGAGAAAGAT 
GAAGGCATCG ATCCAAAGCT GCTCATATCT TTCAACATCC TTAAAGAAAA TTTCAACTTT 
TCGTACATCC AAAGTGCTGT GAAGCAGTTC GTTGATGGTA TTGAGGCACA AGAAGAAAAG 
GATTTACTGC TGTTTCTGTC ACTGATAAAC ACTTTTGATA TAGATTTCCA GCCGATCCCC 
ATCAGCGCGT TTGATGCCCT AATGGAGGTG AAACGGGGTA AAAGCAAAGT ACTGAACTTT 
GGATTAGCTC TACAGCATCG TTTTGCGAAC AGTGAGAGAC AATGGCAGAA ACAAATCAGT 
ACAGAACTAA TGGTTCTTCT GAACATATCT GCAAGAGGCG GTCAAGGAAA CAATCTGAAG 
GCTTTGTCCA TAGCCAGCCC TTTATTTGCC AGCGAAATAT TCAAATACCT ACAGGAAATA 
TCACATAAAA GTATAAGCTC AATACTGATG CAGTTTTTGC AGTCACGAGT ATTCAATCGG 
CAGAACAGAT CAGTGGACCA AGTCATCCGT ATTGTCAACG ATTTATTGAT GAAACGGGAG 
ATTTTGGACA ATGGAAAAAA GGAGAAATTT TCCCGACTTC TGACAGAAGT GCTTCAAAAA 
GAAGATACAG AAAAGGCAGT GTCAATCTTG CAGAAAGGCT TTGAGACAAC GGATGATCCG 
AGAATCATCC AACATATTGC AAGGCTTTAC ATACACTGCA AAAACTGGGA AAAAGCGACT 
GAATTTGCAA TCAAGGCTAC ACAAATCAGA CCCAACAACT CCTATTTTTG GGATACATAC 
GGTCAGATTT TCAAAACTCA GCTGTTTGAA AAATATAAAA CATGTATGTT GACTGACGAC 
GTTTTGTCGG TGAATGATAC ATGTGACATC ATCCAGGTTG CGATGAAAGG TATCGAAAAG 
TTCCACAGAG AACAAGTAGA AAGTGAACAT GATAAGCATG CTTCACAAAA TGACGCAGGC 
TATTTTGGCG AGGTAAGACT AATAATTTTG TTGGTCAAAA TATTGCAATG TTCCCCTTTC 
GAAGACAGTA TGCTGCATTC ATACATTGTA AACGGGCAAT TCCAGGCTTC AGCGTTTGAA 
CAAATCAATC ACGAAAGCCG AGAAGTCCTG AAGCGTTTGC ATGGCTACAC AGAAACAGCG 
ATGCGAAAGA TGGAAGAAAA ATCAGCTCAG CTTAAGGGAA CCAGTTCAAT AAATATAGTC 
AGAGATAAGC ATGGCTACCT GGAAGAATTA GCGGCTTTGC AGGAAAGTGT TGACAACATT 
TTTGGCGAGA AGAGTGACGA AGTACCGGCA CATCTTACCC AAAAGGAAAC CGCTGATTTC 
AGGCGAAGGA GAGTCCGAAG ACTTGGAGGA AGATCACTGA CAACACTTTT ACGGATAAGG 
CGAAAGATCG GTGACGATAT GCAACATTTG GACATCATGT TTGATCACTT AATGAAGAAC 
GTCTGCTCTT CTTTCTCAGA ACCATTCGAC ACTATAATCT TAATCAGTGT GGCAATTGTG 
AGGAGGATAA TCTATCTGAA AGAAAGTGTT ACTTCCAAAC TTCCTCAGAT TTTAGAACTT 
TCAAAACGAC TGTATGACGT CGAATGCAGT TCAAAGAATG GTTCTGTCTA CATGGAAGTA 
TTCCTGTTCT TAATGATGTT TCATTGGCCA ACTCAGAACA GAAAAGAGAG GGATCTTTGT 
CCTATAGGAA CACTACGCGA CGCCATGGGA CGATGGAAAT GTGCCTTTCT GAAGAAGCAT 
CCACGTCAAA GAGATGACAG AAATCCACAT AGACAGAAAG AGGCAACTCT GTTTTTTCTC 
GGCAAAGATT TAGCCAGTGA TGAAATAGTT TATTATGAAG AACTACACAG TCGTCACAAT 
GCTGTTTATT TTAATCGAGA TCAAATTTGG GAGGGCCGCA ACGTAGTGAA TAAACTGCAG 
CGATTGGAAG GAACGCTGGT TGGGGATGGA TTAGAAGTCC TGATAAACAT TGAAACGAGG 
TCCGGAAACA TTGAGACATT AACTGTTCCA ACGTCTATGC CAATCGGACG GAGGTCACTG 
TGGCAGAAGA GGGTATTTTT CTATCTTGGA TTCACATGGG CTGGGCCAAA AGCATTTGAC 
GTATCATCAG ATGATCGTCA GAATCTCCTT GGAAAATCGG ACACACCTAA GGCTGTTTTG 
CCGCCCCGTG TCCGGGACAA GTCAGCCTAC GCTCTTGAAC GAGGTAGGGA AAAGCCAACC 
TGCGGTCTCG ATCCAACCAC GAAAATAGAT GAAATCCGCC AGAAGTTAAA AATGATTGAG 
AAACACAAGT CCAAGAAAAA GAAAACTCCG AAGCAGGCTA AAGAAATAAG TCAGGAAGAG 
GATTTGAAAA GGGAATTAGA AACCTTGCTT CAACGAATGC AGGACGTGTT TGGAAACTGA

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

RefSeq	XP_021343871.1
CDS	652..6411
Translation	MDVKHKLVLRKNETYLRDNLQVNVILPRLYEEGVISDDDRERINAEVTTRKQISKLLSIIKRKPDVYRKLLGVLEVEDCQYIKEKLESTFIDEETLRKEQESDEDFVKERLLILFRESEDGRVRYTTLEDDIRQEICLHGKEFRPEKDLLKSIVQKTFPTVQYKTVRREKLESICIFTNLTRKSSDDGETEAGIIPSDEDDYDFAEEFVKEKLLHLFQETEGKEIEFSTLETVLKRQISCHGKKIRVENIPRIVQKTFPKVVYKKAKRGKRKIHVFKNLAKKDHDSDDSDDNGGAFALSDEANPANEKNKHPPETHLDQLNVTDLCKFLEPKFLQSDISLHALEMFEKNEIGGHVFKHFEMEDLSAITDLSYGQKKSILILKDKLISDEEASQTSVPCPDVSDETKPIIRESVRKFDTSAGVLGSYRKGAILSADVHRVHNLIEPVHRFINCPDDGAQNITSWLASETITFAAACMNDRTNGTIHFGVKGVNDDIQMKGEIVGVSVDKDRCNEAIKRILREKMFEDQMEMAWKCIRPPEFIHVAESGKNLACVVVEVDVVPHAALLEDEAVFIRTNIRGNIKPTLYRFTEGSAIPAKQNEDQMRQYMKLKGRLYDHRKNQENKPKPKKIQQDLRQKFLNVFSCGEPKLTEETYPVIFTGRCDENSAKEVTENCFEFVQLLQPYAVFDFNSSTGPGSLHYYVEETKEQALKIVTTDNFDKESEENKKDAERHGRLMDDLRNSYMQTWVFANGYDRMRREDMNAFNWKQTRSQGFKEALRYCYNDIPTGRGVAIFLLLSKNYDVMLEAAEDVLSKFHGQWILLAPSDDIATNWISELIRRNSVDKTIINERCIIGMTWKQMNTMIRQVVGPLQDSACQIPLANGGFCTLRNRVKNELCDLDILSQQECDNSDILKDKVMKQKHYRDVQETFYHGGEPSWLNYWYKEDHVCRRSQHDTLMKYVRCALKGEKSDEDKVPVVTLIHQPGSGGTTTARQILWDLRKEYRCCVARRITDQTCDQILELRNYEESNSPRPPLVLLDNCDEEILVNLQSYLQRRAIEASIRSEEPIETFCVLLVCSRRTSLPRNYIKDQTVLIRQELDDQELDWFNRKAGVLKNRFEKDEGIDPKLLISFNILKENFNFSYIQSAVKQFVDGIEAQEEKDLLLFLSLINTFDIDFQPIPISAFDALMEVKRGKSKVLNFGLALQHRFANSERQWQKQISTELMVLLNISARGGQGNNLKALSIASPLFASEIFKYLQEISHKSISSILMQFLQSRVFNRQNRSVDQVIRIVNDLLMKREILDNGKKEKFSRLLTEVLQKEDTEKAVSILQKGFETTDDPRIIQHIARLYIHCKNWEKATEFAIKATQIRPNNSYFWDTYGQIFKTQLFEKYKTCMLTDDVLSVNDTCDIIQVAMKGIEKFHREQVESEHDKHASQNDAGYFGEVRLIILLVKILQCSPFEDSMLHSYIVNGQFQASAFEQINHESREVLKRLHGYTETAMRKMEEKSAQLKGTSSINIVRDKHGYLEELAALQESVDNIFGEKSDEVPAHLTQKETADFRRRRVRRLGGRSLTTLLRIRRKIGDDMQHLDIMFDHLMKNVCSSFSEPFDTIILISVAIVRRIIYLKESVTSKLPQILELSKRLYDVECSSKNGSVYMEVFLFLMMFHWPTQNRKERDLCPIGTLRDAMGRWKCAFLKKHPRQRDDRNPHRQKEATLFFLGKDLASDEIVYYEELHSRHNAVYFNRDQIWEGRNVVNKLQRLEGTLVGDGLEVLINIETRSGNIETLTVPTSMPIGRRSLWQKRVFFYLGFTWAGPKAFDVSSDDRQNLLGKSDTPKAVLPPRVRDKSAYALERGREKPTCGLDPTTKIDEIRQKLKMIEKHKSKKKKTPKQAKEISQEEDLKRELETLLQRMQDVFGN

Target ORF information:

RefSeq Version	XM_021488196.1
Organism	Mizuhopecten yessoensis(Yesso scallop)
Definition	Mizuhopecten yessoensis sterile alpha motif domain-containing protein 9-like (LOC110443786), transcript variant X1, mRNA.

Target ORF information:

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

XM_021488196.1

ORF Insert Sequence:

ATGGATGTCA AACACAAGCT AGTCCTTAGA AAAAACGAGA CGTACCTAAG AGATAATCTA 
CAAGTAAACG TTATACTTCC ACGCTTGTAT GAGGAGGGTG TCATTTCTGA TGATGACCGA 
GAGCGAATCA ACGCTGAAGT CACAACACGG AAACAGATCA GCAAATTACT CTCAATTATT 
AAACGAAAAC CGGACGTCTA CAGGAAACTT CTAGGAGTAC TGGAAGTAGA AGATTGCCAA 
TACATCAAAG AAAAACTGGA GTCTACTTTC ATAGATGAAG AAACTCTTAG AAAGGAACAA 
GAGTCAGATG AAGATTTTGT GAAAGAACGG CTTTTGATCC TTTTCCGAGA GTCAGAAGAC 
GGAAGGGTTA GGTATACCAC GCTGGAAGAT GATATACGTC AGGAAATTTG TTTACATGGT 
AAAGAATTTA GACCAGAGAA AGATCTACTC AAAAGCATCG TTCAGAAGAC TTTCCCTACG 
GTCCAATACA AAACCGTGCG ACGTGAGAAA CTGGAGTCTA TATGTATCTT TACCAATTTG 
ACAAGGAAAT CATCAGATGA CGGTGAAACC GAAGCTGGTA TAATTCCAAG TGATGAAGAT 
GATTACGACT TTGCCGAAGA GTTTGTGAAA GAGAAACTTT TGCATCTGTT TCAAGAAACT 
GAAGGAAAGG AGATAGAGTT TAGTACTTTA GAAACCGTTT TAAAAAGACA GATTTCCTGC 
CATGGGAAAA AGATCAGAGT GGAGAACATT CCAAGAATTG TCCAAAAGAC GTTTCCAAAG 
GTTGTTTACA AAAAAGCAAA GAGAGGAAAG CGGAAGATAC ATGTTTTCAA GAACTTGGCA 
AAGAAAGATC ACGACAGTGA CGATTCTGAT GATAATGGAG GTGCATTTGC ATTGTCTGAC 
GAGGCAAATC CAGCAAATGA GAAGAATAAA CATCCGCCAG AAACGCATTT GGACCAATTA 
AACGTGACCG ATCTGTGTAA ATTTTTGGAG CCAAAGTTTC TACAAAGTGA CATAAGTCTT 
CATGCGTTGG AAATGTTTGA AAAGAACGAA ATCGGTGGAC ATGTGTTTAA ACATTTTGAG 
ATGGAAGATT TATCGGCCAT AACGGATTTG TCATACGGAC AGAAAAAATC GATATTGATT 
TTGAAAGATA AACTCATTTC CGATGAGGAA GCCTCTCAGA CCAGCGTCCC GTGTCCAGAT 
GTAAGTGATG AAACCAAACC GATAATCCGG GAATCAGTCA GAAAGTTCGA TACATCTGCT 
GGTGTGCTAG GATCGTACAG AAAAGGAGCT ATTCTTTCCG CAGATGTCCA CAGAGTCCAT 
AATTTAATCG AACCAGTTCA TAGGTTCATC AACTGTCCTG ATGATGGAGC GCAAAACATT 
ACATCTTGGT TGGCTTCTGA GACCATTACT TTTGCTGCAG CGTGTATGAA TGACAGAACG 
AATGGAACTA TCCATTTTGG CGTCAAGGGT GTGAATGACG ACATTCAAAT GAAAGGAGAA 
ATTGTTGGCG TCTCAGTTGA CAAAGACAGG TGCAATGAAG CAATTAAAAG GATTCTGCGA 
GAAAAGATGT TCGAAGATCA AATGGAAATG GCATGGAAGT GCATTCGACC TCCTGAGTTT 
ATTCATGTTG CTGAGTCTGG CAAAAATCTT GCATGCGTCG TAGTTGAAGT TGACGTTGTT 
CCCCATGCTG CTTTATTGGA AGATGAAGCT GTTTTTATAA GAACAAATAT AAGAGGTAAC 
ATCAAGCCCA CGCTTTATCG CTTCACAGAG GGCAGTGCCA TACCAGCGAA ACAAAACGAG 
GACCAAATGC GTCAATACAT GAAGCTAAAG GGAAGGCTTT ACGACCATCG CAAAAACCAG 
GAAAATAAGC CTAAACCTAA AAAAATTCAA CAGGACCTAC GGCAAAAATT TTTGAACGTC 
TTTTCTTGTG GAGAACCAAA ACTAACAGAA GAAACTTACC CTGTTATTTT TACAGGTCGG 
TGTGATGAGA ACTCAGCAAA GGAAGTGACT GAAAACTGCT TTGAATTTGT TCAGCTTTTA 
CAGCCATATG CAGTGTTTGA TTTCAATTCT TCAACTGGAC CAGGATCACT ACACTACTAT 
GTAGAGGAAA CAAAAGAGCA AGCACTGAAA ATAGTGACTA CAGACAACTT CGATAAAGAA 
AGCGAGGAAA ATAAAAAAGA CGCCGAAAGA CATGGTCGTC TAATGGATGA TCTTCGGAAC 
TCTTACATGC AAACTTGGGT ATTTGCAAAT GGATATGACA GAATGCGACG AGAAGACATG 
AACGCTTTTA ATTGGAAGCA GACAAGAAGC CAGGGCTTCA AAGAAGCTTT GCGATATTGT 
TACAATGATA TTCCAACAGG ACGAGGAGTC GCAATTTTTC TGCTGCTTTC AAAAAACTAT 
GACGTCATGC TGGAAGCCGC CGAAGACGTC CTCTCAAAAT TCCATGGACA GTGGATTTTG 
CTTGCACCCT CAGACGATAT AGCTACGAAC TGGATATCCG AACTGATTCG CAGAAATAGT 
GTTGACAAAA CGATCATCAA CGAGAGATGT ATCATAGGAA TGACGTGGAA GCAGATGAAT 
ACGATGATTC GTCAAGTTGT AGGACCGCTC CAAGATTCTG CTTGCCAAAT ACCACTTGCA 
AATGGGGGAT TCTGTACGCT GAGAAACAGA GTGAAAAATG AACTTTGTGA CCTAGATATT 
CTAAGTCAAC AAGAATGCGA CAATAGTGAC ATATTGAAAG ACAAAGTCAT GAAGCAGAAG 
CACTACAGAG ATGTACAGGA AACATTCTAT CATGGCGGAG AGCCAAGCTG GTTGAACTAC 
TGGTATAAAG AGGATCACGT TTGTCGGAGA TCACAACATG ACACATTGAT GAAATACGTC 
AGGTGTGCAT TAAAAGGGGA AAAGAGTGAC GAGGATAAAG TTCCTGTGGT AACACTAATA 
CATCAACCTG GATCTGGAGG CACAACAACG GCCCGACAGA TTTTGTGGGA TTTGCGAAAA 
GAGTATCGAT GTTGTGTCGC AAGAAGAATC ACAGATCAAA CATGTGACCA AATACTGGAA 
CTGCGAAATT ATGAAGAGTC CAATTCTCCT CGTCCTCCAC TGGTCTTACT CGATAATTGC 
GACGAAGAGA TTTTGGTTAA TCTGCAATCC TATCTGCAAA GAAGGGCAAT AGAGGCATCG 
ATCCGTTCCG AGGAACCTAT TGAAACATTC TGTGTCCTTC TCGTTTGTTC ACGTAGAACC 
AGTCTACCTC GAAATTACAT AAAAGATCAA ACCGTTCTAA TTCGGCAAGA ATTAGATGAC 
CAGGAGCTTG ATTGGTTTAA TAGGAAGGCT GGTGTTTTGA AAAACCGATT CGAGAAAGAT 
GAAGGCATCG ATCCAAAGCT GCTCATATCT TTCAACATCC TTAAAGAAAA TTTCAACTTT 
TCGTACATCC AAAGTGCTGT GAAGCAGTTC GTTGATGGTA TTGAGGCACA AGAAGAAAAG 
GATTTACTGC TGTTTCTGTC ACTGATAAAC ACTTTTGATA TAGATTTCCA GCCGATCCCC 
ATCAGCGCGT TTGATGCCCT AATGGAGGTG AAACGGGGTA AAAGCAAAGT ACTGAACTTT 
GGATTAGCTC TACAGCATCG TTTTGCGAAC AGTGAGAGAC AATGGCAGAA ACAAATCAGT 
ACAGAACTAA TGGTTCTTCT GAACATATCT GCAAGAGGCG GTCAAGGAAA CAATCTGAAG 
GCTTTGTCCA TAGCCAGCCC TTTATTTGCC AGCGAAATAT TCAAATACCT ACAGGAAATA 
TCACATAAAA GTATAAGCTC AATACTGATG CAGTTTTTGC AGTCACGAGT ATTCAATCGG 
CAGAACAGAT CAGTGGACCA AGTCATCCGT ATTGTCAACG ATTTATTGAT GAAACGGGAG 
ATTTTGGACA ATGGAAAAAA GGAGAAATTT TCCCGACTTC TGACAGAAGT GCTTCAAAAA 
GAAGATACAG AAAAGGCAGT GTCAATCTTG CAGAAAGGCT TTGAGACAAC GGATGATCCG 
AGAATCATCC AACATATTGC AAGGCTTTAC ATACACTGCA AAAACTGGGA AAAAGCGACT 
GAATTTGCAA TCAAGGCTAC ACAAATCAGA CCCAACAACT CCTATTTTTG GGATACATAC 
GGTCAGATTT TCAAAACTCA GCTGTTTGAA AAATATAAAA CATGTATGTT GACTGACGAC 
GTTTTGTCGG TGAATGATAC ATGTGACATC ATCCAGGTTG CGATGAAAGG TATCGAAAAG 
TTCCACAGAG AACAAGTAGA AAGTGAACAT GATAAGCATG CTTCACAAAA TGACGCAGGC 
TATTTTGGCG AGGTAAGACT AATAATTTTG TTGGTCAAAA TATTGCAATG TTCCCCTTTC 
GAAGACAGTA TGCTGCATTC ATACATTGTA AACGGGCAAT TCCAGGCTTC AGCGTTTGAA 
CAAATCAATC ACGAAAGCCG AGAAGTCCTG AAGCGTTTGC ATGGCTACAC AGAAACAGCG 
ATGCGAAAGA TGGAAGAAAA ATCAGCTCAG CTTAAGGGAA CCAGTTCAAT AAATATAGTC 
AGAGATAAGC ATGGCTACCT GGAAGAATTA GCGGCTTTGC AGGAAAGTGT TGACAACATT 
TTTGGCGAGA AGAGTGACGA AGTACCGGCA CATCTTACCC AAAAGGAAAC CGCTGATTTC 
AGGCGAAGGA GAGTCCGAAG ACTTGGAGGA AGATCACTGA CAACACTTTT ACGGATAAGG 
CGAAAGATCG GTGACGATAT GCAACATTTG GACATCATGT TTGATCACTT AATGAAGAAC 
GTCTGCTCTT CTTTCTCAGA ACCATTCGAC ACTATAATCT TAATCAGTGT GGCAATTGTG 
AGGAGGATAA TCTATCTGAA AGAAAGTGTT ACTTCCAAAC TTCCTCAGAT TTTAGAACTT 
TCAAAACGAC TGTATGACGT CGAATGCAGT TCAAAGAATG GTTCTGTCTA CATGGAAGTA 
TTCCTGTTCT TAATGATGTT TCATTGGCCA ACTCAGAACA GAAAAGAGAG GGATCTTTGT 
CCTATAGGAA CACTACGCGA CGCCATGGGA CGATGGAAAT GTGCCTTTCT GAAGAAGCAT 
CCACGTCAAA GAGATGACAG AAATCCACAT AGACAGAAAG AGGCAACTCT GTTTTTTCTC 
GGCAAAGATT TAGCCAGTGA TGAAATAGTT TATTATGAAG AACTACACAG TCGTCACAAT 
GCTGTTTATT TTAATCGAGA TCAAATTTGG GAGGGCCGCA ACGTAGTGAA TAAACTGCAG 
CGATTGGAAG GAACGCTGGT TGGGGATGGA TTAGAAGTCC TGATAAACAT TGAAACGAGG 
TCCGGAAACA TTGAGACATT AACTGTTCCA ACGTCTATGC CAATCGGACG GAGGTCACTG 
TGGCAGAAGA GGGTATTTTT CTATCTTGGA TTCACATGGG CTGGGCCAAA AGCATTTGAC 
GTATCATCAG ATGATCGTCA GAATCTCCTT GGAAAATCGG ACACACCTAA GGCTGTTTTG 
CCGCCCCGTG TCCGGGACAA GTCAGCCTAC GCTCTTGAAC GAGGTAGGGA AAAGCCAACC 
TGCGGTCTCG ATCCAACCAC GAAAATAGAT GAAATCCGCC AGAAGTTAAA AATGATTGAG 
AAACACAAGT CCAAGAAAAA GAAAACTCCG AAGCAGGCTA AAGAAATAAG TCAGGAAGAG 
GATTTGAAAA GGGAATTAGA AACCTTGCTT CAACGAATGC AGGACGTGTT TGGAAACTGA