LOC106561615 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106561615
Entrez Gene ID	106561615
Full Name	SH3 and multiple ankyrin repeat domains protein 2-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014125734.1	XP_013981209.1	SH3 and multiple ankyrin repeat domains protein 2-like isoform X1
XM_014125735.1	XP_013981210.1	SH3 and multiple ankyrin repeat domains protein 2-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106561615 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106561615 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
OAt33362	XM_014125734.1 Latest version!	Salmo salar SH3 and multiple ankyrin repeat domains protein 2-like (LOC106561615), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt33363	XM_014125735.1 Latest version!	Salmo salar SH3 and multiple ankyrin repeat domains protein 2-like (LOC106561615), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

LOC106561615 ( XM_014125734.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013981209.1 Salmo salar SH3 and multiple ankyrin repeat domains protein 2-like (LOC106561615), transcript variant X1, mRNA.

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CloneID	OAt33362
Clone ID Related Accession (Same CDS sequence)	XM_014125734.1
Accession Version	XM_014125734.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5616bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	SH3 and multiple ankyrin repeat domains protein 2-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012336590.1) 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 :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTCGGA GTCCTACATC CAGTGAGGAG GAGATGGCCC AAAGTTTCTC TGACGGCTCT 
GGAGGTTTTG AGACAGACAG CTCAAAGGAG GAGCCTGGCC ATGGAGGACC TGGAGGGGAA 
AGGGCTAGCA GGAGGACAGA CAGGAGGGCA GAGAGGGACA GGGCTGCCCG TAGGGAGTCA 
CTGGAATTCT GTGTGGTCAT CCCTGACCTG CAGCAGTCTA AACGTATGAG GTTTAAGCCC 
GAGGCCACGG TGTGGGTTGC TAAGCAGCAG ATCCTGTGTA CACTGACCCA GACTTTGAGG 
GATGTGCTGA ACTACGGCCT CTTCCAGCCC GCTGTGGAGG GCCGAGAGTC CGGCTTCCTG 
GATGAGGAGT GTCCCCTTAA AGACTACCCC ACTCCCACCA ACACTAAGGG GGTCCCCACT 
CTGGAGTTCC GTTACAAGAG CCGGGTCTAT CAACAGCCCA ATGTGAATGA GAAGCAGATC 
GCCAAAATCC ACACGCAGGC CAACTACAGG AAATTAATGG ATCACATTCA GCATCACCAG 
CTGGATAAAC TAGCAAAAAT GCTGGAGAAA GGCCTCGATC CCAACTACCA CGACCCAGAC 
ACTGGTGAAA CTCCACTGAC CTTCGCAGCC CACCTGGACA ATGTGGCGCA GGTCGTCGTT 
GTACTGAAAC ACGGTGGAGC ACATCTTGAC TTCAGATCAC AAGATGGGAT GACCGCTCTC 
CACAAAGCAG TCAGGGCCAA GAATCAGGTC ACACTGAAGG CTCTACTGGA ACTAGGCGCC 
TCCCCAGACT ACAAGGACAG CCAAAGTCTG ACCCCCCTCT ACCACACAGT CCTGGTGGGA 
GGAGACTCAG GTTGCTGTGA GCTCCTGCTG AGGGCCCGCG CCACCGTCTC CTGCCACGAT 
GAGAATGGCT GGCATGAGAT ACACCAGGCG TGTAGATATG GACATGTCCA CCACCTGGAG 
CAGCTGTTGT TCTATGGAGC AGATATGGGT GTCATGAACG CCTCTGGAAA CACGGCTCTA 
CACGTCTGTG CTCTATACAA AGAGGAACAC TGTGCCAGAG TACTGCTTGT TCGTGGTGCC 
AACAAGGAAG TGAAGAACTA CAGAAGCCAG ACACCATTCC AGGTGGCCAT CATCGCAGGA 
AACTTTGAAT TGGCAGAATT AATCAAGAAC CATAAAGAGA CTGATATTGT GCCTTTCAGG 
GAGGCGCCGG CAAAACCCAC CCGGCGCCAG CAGGCCCCAC GGAGTACACT AGCTGCTCCA 
CGGTCTATGC TCCTACGCTC CAACAGCGAC AACAACCTGA ACGTGAACAA CTGGTCACCC 
CTGCCCTCGC CGAGCCACTC TCCCCTTCAT AGCTTGTCAC CCCGTCGGCC CCAGCAGCAG 
CAGATGCCCA GCCCCAATGG AACAGTCAGG ACCATGGGGA AGGGGGCTCC CCGCCCTCCC 
CGTTCACGTT CGCCCTCCCT GGGGCGCCTG GGGGAGGAGA CACCCAGACA GATCCCCCAG 
CGCCAGCCCA GCCCACACAG GGGTCGGGAA GAGTTCACTG GTGGCACAGA CCGCCAGGGG 
CCCCATTGTA AGCTGTACAG TGCTGTGGCA GGGAAGCACT TTGTGGTGAC TAAGTCCTAC 
CAGCCACAGG CCGAAGGGGA GATCACCCTG TACCAGAACG ACAGGGTCAA AGTGCTCTCC 
ATAGGTGAGG GTGGTTTCTG GGAGGGCAGT GCCAGGGGTA AAGTGGGATG GTTCCCAGCA 
GAGTGTGTGG AGGAGACCCC TAACCAAGAG GAAAGACCAT ATGCCCGAGC AGACAGGGCT 
GAGAGGAGGA AGCTCTTCAG GCACTACACC GTGGGGTCCT ACGACAGCTT TGATGCATCA 
AGCAACTGTG TTATTGACGA GAAGACGGTA GTTCTACAGA AGAAGGATAA TGAGGGATTC 
GGGTTTGTGC TGCGAGGGGC GAAAGCGGAC ACGCCCATCG AGGAGTTCAC CCCTACACCC 
GCCTTCCCCG CCCTGCAGTA CCTGGAGTCT GTGGACGAGG GAGGGGTTGC ATGGCGGGCG 
GGGCTTCGCA ACGGAGACTT CCTCATCGAG GTGAACCAGG AAAATGTTGT GAAGGTGGGC 
CACAAACAGG TGGTCAATAC AATCCGACAC GGGGGCAACC GGCTCATCAT CAAAGTGGTG 
ACAGTTAGCA GGAATCTGGA CCCTGATGAC ACGGCCAGGA AGAAAGTGGC CACACCTCCA 
CGTAGGACTC CTCCCGCTGC CCTGTCCATG GCCATGCGCT CCAAATCCAT GACCTCAGAG 
CTGGAGGAGC TAGTGGACAA AGCCACTTTG AGGAAAAAGA TGGGTGATGA TCAGTCTTCA 
GATAATGAGC GTCTAAAGAA GAGGATTGTA TTCTCAGTCA CTCTAAATAA AGTGGAAGAG 
AACATGCCTC CTCAGAAGCC CATATGGGAC AACTCTAACA CTGACATAAG GGTCGCAAAC 
ACGGTCAAAA CGCGGCCCAA CAGCAGGTGC TTGGCCATGA ACCCAGAGAT GAACTCCATG 
TGTGAGAGCC AGGACGTGTC GATGCAGACC CAGACCCAGC CCAGAGAGCC AGGCAGCCCC 
AGAGGTCGAG GCCCCTTCCT GGGGGTGCCA AACAGACAGG GGACCATGAG ACGACAAAAG 
TCCATAGGAA CATCTGGAAT AACAGAAGAG GACGCCCCTC AGTTCCTGAC CCCTCCCATG 
TTGAAATTCA CCAGGAGCCT ATCAATGCCG GACACATCAG AGGACATCCC ACCCCCGCCC 
GCTATCTCCC CTCCATCTCC CCCTTACAAC AACGACCCCA ACCCCCAGGG CAGAGGCTAC 
GGCACTATCA GACACACTGT TCCCAAAGGC ACCGCCCCTG AGCGAGGGGG GGACCCCAAC 
ACGGGCGGCA GGGACGGATG GAGGGAACAG GGGGGTATGT ACTACACAGA GCCCCAGTCG 
GAACAGTATC AGTCTGAGGA CCACCACCAC CACCAGGGTA GCCAGAGTCC AGGCCAAGGG 
CTCACAGCCC AGCAGAGCTT CCTGAACCGC AGGGCCCAGA TCCCAGAGAA CCCATACTCA 
GACCTGGGGA AGATGGGCAA CCTGGGCCTG TTTGCCCCCA ACAAACCTCA GAGGAGGAAG 
GGCATGCTGA TGAAGCAGAA CAAGATTGAG GACAGCCCAG AGAAGACCTG CACCATAAAA 
ATCCCAACCA TCATCATCAA AGAACCCTCT ACATCTAGCA GTGGGAAGAG CAGCCAGGGC 
AGCAGCATGG AGATAGAGAC TGGATCCCAT GACCACCCAG GACAACTCCG GCCGGATGAC 
GGACACAACC CCAGCAGTCC CTTTGCCACG GCCATGGCGG GCGCAGTGCG GGAACGTGAG 
ATGAGGATGG TGGATTCTCA CCAGAACTCC CCATCCTACA GGTTCACCGA CCAGGGTGAA 
GAAGACTCGC CTCCCGCGCC CGCGCCTCGC CTCCGCCACT CCAAGTCCAT CGACGAGGGA 
ATGTTCAGTA GTGACGAGCG CCTGCGTCGC CTCATGGCCC CACCGGCCTC ACTACTCAGC 
ATCCCCAGAA GAGGGAGTAA CGTGGCGGTC TTCAACACCC CGGAGCCCAC TGTTGTGAGA 
GAGCCGCTCC ACACGCGCAC TGGCCACCAC AGCCCGGTCA GTCTGCCCGC CAAGACCTAT 
ACCTCCAGTA GTGGGCGCTA CGTCCACCCA GTCACAGGGA AGCCTCTGGA CCCCAACTCT 
CCTCTGGCCC TGGCTCTGGC TGCACGGGAC CGGGCCATGA GAGAGCAGTC CCAGCCACTC 
CCGCTGAAGA CCGAACTGCC TAAACCTGAC CTGAACAAGC CTCTGTTCAT CGACACCAAG 
CTGAGGACCG GCATGGGCGC AAATTTCTCC TCGACCGCCA CCATGGGTCG ACCGGGCAGG 
GCGGGGCTTC GTAGGCAGAT GACAGAGGCA AAGTACGAGA CAGAGTCCAA ATACGACCAC 
CCGTTGGCCA AAGACAAGGA CAAGAGTCTC TCCCGTCCTC AGAGAGAAGA GGAGAAGAAG 
AACATGTTGA TAGACATTGG TGACACGTCT CAGCAGAAGT CAGCTGGGTT GCTGATGGTC 
CACACCACTG ACGAGAACAA CCTGTCTGAG GGGGAGAGGG ACGGGGCGGT CAGTCCAGAC 
AGCACCCCCA GTGAGCTCCG GGACCCCAAC CAACCTAACA CCCCCAAAAT GGCCTCCCCT 
AACCCCCACA ACCCCCACTC TATGGGCCCT GGACCCAGAG GTAGTAAGAC CATGATCACC 
GTCACCTCAG TGGACGAGCC GGTCAAACTA CCCTTCGGTA TCCCCCCTCC ACCCTGTGTT 
CCCTCCGTGG ACATCGACGA TGAGTTCTTT GCTGACCCAC TGCCACCGCC GCTCGAGTTC 
GCCAACAGCT TCGACATCCC AGAGGACCAA AAGGGGGCGA TCGCTGAGCT CCTGAAACAG 
CAACGAAACG CTGGCAGGGC ACCATCGTCT CTAGCCCCCT TCTATCCCTA TCACGGTAAC 
ACCCCAGGCC ACCCTGACCA GACCATGATC AAACGGCCTG CGGTGCTCAC CAACTGTACG 
CCCCCCTGTT TCCCCCATGC CCTCTTGGAG AGCTACGATC CTATCAGTGA CTCGGGCATT 
GATGTGGAGC CGGACAGCCG CAGTATTGGA GACCCCCAGC TGGAGACTAC AAGCACTATG 
TCCACCGTAT CCAGTATCTC CACGCTGTCG TCCGAGGGTG GCGAGGTGCT GGACAACACA 
TGTACAGTCT ATGCAGACAG ACAGGCCTTT CTGGTGGACC GGACTTCAAA GTCAAGAACC 
AGGCAACCTG CCGCAAACAA GAGCAACGCA CTTTACAAGG ACCCTGCCTT GATGGATAGA 
GAGGAGAACA TAAGAACTTT CGCCGCACCT TCCTCCGTCC CACCGCCTCC CCCCGGGGCC 
AGCGTCTCTT CAGAGCCTCC CAGAACACCA ACTCAAAGAA CCTCCAAGCT ATGGGGAGAC 
CCTCCAGGCT CTAACCCCCA GGACATGCAG AACAAGGACA GGACACCAAA GCCAGGAGAG 
GGGATAGACT CTTCTTCCTC AGGATGTAGG ACTGTTTTTG GATCAAGGGG TCCGGACAGT 
GGGTCCCTCT CCTCAGGTAC ACAGCGGAAT ACCACAGTCT CTTTTGCTGC CCAGCTCCCC 
CCGAACGTGC CTGCCCCATC TCCAAACCAA CAGACAGAGA GCCCCTCCCA CCACAGAGCC 
CCCAGCCCCA TCCTCTCTCC CCCAGACTCA GGCCTCGGCT GTGCCTCCTC ACTCCCTGCC 
ACCTCTCCCA CCCTTTCAGA CGTGTTCGGC CTGCCCACCC CCCCTCTCAG CCTGGGCACG 
GGGAGCAGCC GCTCACCCTC CCCCCTCACC CTCATCCAGG CCGTCTCCAA CAAGCCTTTT 
GCCACCAAGC CGGTTCTGAT GTGGAGCAAA CACGACGTGG CCGACTGGCT GGAAAGCCTA 
AACCTGGCTG AGCACAGAGA CACCTTCATG GACAACGACA TCGAGGGCAG CCACCTGCCT 
AGCCTACAGA AGGACGACCT CATAGACCTA GGGGTGACCA GGGTCGGACA TCGGATGAAC 
ATAGAGAGAG CTTTGAAACT TCTGATGGAC AGGTGA

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

RefSeq	XP_013981209.1
CDS	348..5963
Translation	MPRSPTSSEEEMAQSFSDGSGGFETDSSKEEPGHGGPGGERASRRTDRRAERDRAARRESLEFCVVIPDLQQSKRMRFKPEATVWVAKQQILCTLTQTLRDVLNYGLFQPAVEGRESGFLDEECPLKDYPTPTNTKGVPTLEFRYKSRVYQQPNVNEKQIAKIHTQANYRKLMDHIQHHQLDKLAKMLEKGLDPNYHDPDTGETPLTFAAHLDNVAQVVVVLKHGGAHLDFRSQDGMTALHKAVRAKNQVTLKALLELGASPDYKDSQSLTPLYHTVLVGGDSGCCELLLRARATVSCHDENGWHEIHQACRYGHVHHLEQLLFYGADMGVMNASGNTALHVCALYKEEHCARVLLVRGANKEVKNYRSQTPFQVAIIAGNFELAELIKNHKETDIVPFREAPAKPTRRQQAPRSTLAAPRSMLLRSNSDNNLNVNNWSPLPSPSHSPLHSLSPRRPQQQQMPSPNGTVRTMGKGAPRPPRSRSPSLGRLGEETPRQIPQRQPSPHRGREEFTGGTDRQGPHCKLYSAVAGKHFVVTKSYQPQAEGEITLYQNDRVKVLSIGEGGFWEGSARGKVGWFPAECVEETPNQEERPYARADRAERRKLFRHYTVGSYDSFDASSNCVIDEKTVVLQKKDNEGFGFVLRGAKADTPIEEFTPTPAFPALQYLESVDEGGVAWRAGLRNGDFLIEVNQENVVKVGHKQVVNTIRHGGNRLIIKVVTVSRNLDPDDTARKKVATPPRRTPPAALSMAMRSKSMTSELEELVDKATLRKKMGDDQSSDNERLKKRIVFSVTLNKVEENMPPQKPIWDNSNTDIRVANTVKTRPNSRCLAMNPEMNSMCESQDVSMQTQTQPREPGSPRGRGPFLGVPNRQGTMRRQKSIGTSGITEEDAPQFLTPPMLKFTRSLSMPDTSEDIPPPPAISPPSPPYNNDPNPQGRGYGTIRHTVPKGTAPERGGDPNTGGRDGWREQGGMYYTEPQSEQYQSEDHHHHQGSQSPGQGLTAQQSFLNRRAQIPENPYSDLGKMGNLGLFAPNKPQRRKGMLMKQNKIEDSPEKTCTIKIPTIIIKEPSTSSSGKSSQGSSMEIETGSHDHPGQLRPDDGHNPSSPFATAMAGAVREREMRMVDSHQNSPSYRFTDQGEEDSPPAPAPRLRHSKSIDEGMFSSDERLRRLMAPPASLLSIPRRGSNVAVFNTPEPTVVREPLHTRTGHHSPVSLPAKTYTSSSGRYVHPVTGKPLDPNSPLALALAARDRAMREQSQPLPLKTELPKPDLNKPLFIDTKLRTGMGANFSSTATMGRPGRAGLRRQMTEAKYETESKYDHPLAKDKDKSLSRPQREEEKKNMLIDIGDTSQQKSAGLLMVHTTDENNLSEGERDGAVSPDSTPSELRDPNQPNTPKMASPNPHNPHSMGPGPRGSKTMITVTSVDEPVKLPFGIPPPPCVPSVDIDDEFFADPLPPPLEFANSFDIPEDQKGAIAELLKQQRNAGRAPSSLAPFYPYHGNTPGHPDQTMIKRPAVLTNCTPPCFPHALLESYDPISDSGIDVEPDSRSIGDPQLETTSTMSTVSSISTLSSEGGEVLDNTCTVYADRQAFLVDRTSKSRTRQPAANKSNALYKDPALMDREENIRTFAAPSSVPPPPPGASVSSEPPRTPTQRTSKLWGDPPGSNPQDMQNKDRTPKPGEGIDSSSSGCRTVFGSRGPDSGSLSSGTQRNTTVSFAAQLPPNVPAPSPNQQTESPSHHRAPSPILSPPDSGLGCASSLPATSPTLSDVFGLPTPPLSLGTGSSRSPSPLTLIQAVSNKPFATKPVLMWSKHDVADWLESLNLAEHRDTFMDNDIEGSHLPSLQKDDLIDLGVTRVGHRMNIERALKLLMDR

Target ORF information:

RefSeq Version	XM_014125734.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar SH3 and multiple ankyrin repeat domains protein 2-like (LOC106561615), transcript variant X1, mRNA.

Target ORF information:

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

XM_014125734.1

ORF Insert Sequence:

ATGCCTCGGA GTCCTACATC CAGTGAGGAG GAGATGGCCC AAAGTTTCTC TGACGGCTCT 
GGAGGTTTTG AGACAGACAG CTCAAAGGAG GAGCCTGGCC ATGGAGGACC TGGAGGGGAA 
AGGGCTAGCA GGAGGACAGA CAGGAGGGCA GAGAGGGACA GGGCTGCCCG TAGGGAGTCA 
CTGGAATTCT GTGTGGTCAT CCCTGACCTG CAGCAGTCTA AACGTATGAG GTTTAAGCCC 
GAGGCCACGG TGTGGGTTGC TAAGCAGCAG ATCCTGTGTA CACTGACCCA GACTTTGAGG 
GATGTGCTGA ACTACGGCCT CTTCCAGCCC GCTGTGGAGG GCCGAGAGTC CGGCTTCCTG 
GATGAGGAGT GTCCCCTTAA AGACTACCCC ACTCCCACCA ACACTAAGGG GGTCCCCACT 
CTGGAGTTCC GTTACAAGAG CCGGGTCTAT CAACAGCCCA ATGTGAATGA GAAGCAGATC 
GCCAAAATCC ACACGCAGGC CAACTACAGG AAATTAATGG ATCACATTCA GCATCACCAG 
CTGGATAAAC TAGCAAAAAT GCTGGAGAAA GGCCTCGATC CCAACTACCA CGACCCAGAC 
ACTGGTGAAA CTCCACTGAC CTTCGCAGCC CACCTGGACA ATGTGGCGCA GGTCGTCGTT 
GTACTGAAAC ACGGTGGAGC ACATCTTGAC TTCAGATCAC AAGATGGGAT GACCGCTCTC 
CACAAAGCAG TCAGGGCCAA GAATCAGGTC ACACTGAAGG CTCTACTGGA ACTAGGCGCC 
TCCCCAGACT ACAAGGACAG CCAAAGTCTG ACCCCCCTCT ACCACACAGT CCTGGTGGGA 
GGAGACTCAG GTTGCTGTGA GCTCCTGCTG AGGGCCCGCG CCACCGTCTC CTGCCACGAT 
GAGAATGGCT GGCATGAGAT ACACCAGGCG TGTAGATATG GACATGTCCA CCACCTGGAG 
CAGCTGTTGT TCTATGGAGC AGATATGGGT GTCATGAACG CCTCTGGAAA CACGGCTCTA 
CACGTCTGTG CTCTATACAA AGAGGAACAC TGTGCCAGAG TACTGCTTGT TCGTGGTGCC 
AACAAGGAAG TGAAGAACTA CAGAAGCCAG ACACCATTCC AGGTGGCCAT CATCGCAGGA 
AACTTTGAAT TGGCAGAATT AATCAAGAAC CATAAAGAGA CTGATATTGT GCCTTTCAGG 
GAGGCGCCGG CAAAACCCAC CCGGCGCCAG CAGGCCCCAC GGAGTACACT AGCTGCTCCA 
CGGTCTATGC TCCTACGCTC CAACAGCGAC AACAACCTGA ACGTGAACAA CTGGTCACCC 
CTGCCCTCGC CGAGCCACTC TCCCCTTCAT AGCTTGTCAC CCCGTCGGCC CCAGCAGCAG 
CAGATGCCCA GCCCCAATGG AACAGTCAGG ACCATGGGGA AGGGGGCTCC CCGCCCTCCC 
CGTTCACGTT CGCCCTCCCT GGGGCGCCTG GGGGAGGAGA CACCCAGACA GATCCCCCAG 
CGCCAGCCCA GCCCACACAG GGGTCGGGAA GAGTTCACTG GTGGCACAGA CCGCCAGGGG 
CCCCATTGTA AGCTGTACAG TGCTGTGGCA GGGAAGCACT TTGTGGTGAC TAAGTCCTAC 
CAGCCACAGG CCGAAGGGGA GATCACCCTG TACCAGAACG ACAGGGTCAA AGTGCTCTCC 
ATAGGTGAGG GTGGTTTCTG GGAGGGCAGT GCCAGGGGTA AAGTGGGATG GTTCCCAGCA 
GAGTGTGTGG AGGAGACCCC TAACCAAGAG GAAAGACCAT ATGCCCGAGC AGACAGGGCT 
GAGAGGAGGA AGCTCTTCAG GCACTACACC GTGGGGTCCT ACGACAGCTT TGATGCATCA 
AGCAACTGTG TTATTGACGA GAAGACGGTA GTTCTACAGA AGAAGGATAA TGAGGGATTC 
GGGTTTGTGC TGCGAGGGGC GAAAGCGGAC ACGCCCATCG AGGAGTTCAC CCCTACACCC 
GCCTTCCCCG CCCTGCAGTA CCTGGAGTCT GTGGACGAGG GAGGGGTTGC ATGGCGGGCG 
GGGCTTCGCA ACGGAGACTT CCTCATCGAG GTGAACCAGG AAAATGTTGT GAAGGTGGGC 
CACAAACAGG TGGTCAATAC AATCCGACAC GGGGGCAACC GGCTCATCAT CAAAGTGGTG 
ACAGTTAGCA GGAATCTGGA CCCTGATGAC ACGGCCAGGA AGAAAGTGGC CACACCTCCA 
CGTAGGACTC CTCCCGCTGC CCTGTCCATG GCCATGCGCT CCAAATCCAT GACCTCAGAG 
CTGGAGGAGC TAGTGGACAA AGCCACTTTG AGGAAAAAGA TGGGTGATGA TCAGTCTTCA 
GATAATGAGC GTCTAAAGAA GAGGATTGTA TTCTCAGTCA CTCTAAATAA AGTGGAAGAG 
AACATGCCTC CTCAGAAGCC CATATGGGAC AACTCTAACA CTGACATAAG GGTCGCAAAC 
ACGGTCAAAA CGCGGCCCAA CAGCAGGTGC TTGGCCATGA ACCCAGAGAT GAACTCCATG 
TGTGAGAGCC AGGACGTGTC GATGCAGACC CAGACCCAGC CCAGAGAGCC AGGCAGCCCC 
AGAGGTCGAG GCCCCTTCCT GGGGGTGCCA AACAGACAGG GGACCATGAG ACGACAAAAG 
TCCATAGGAA CATCTGGAAT AACAGAAGAG GACGCCCCTC AGTTCCTGAC CCCTCCCATG 
TTGAAATTCA CCAGGAGCCT ATCAATGCCG GACACATCAG AGGACATCCC ACCCCCGCCC 
GCTATCTCCC CTCCATCTCC CCCTTACAAC AACGACCCCA ACCCCCAGGG CAGAGGCTAC 
GGCACTATCA GACACACTGT TCCCAAAGGC ACCGCCCCTG AGCGAGGGGG GGACCCCAAC 
ACGGGCGGCA GGGACGGATG GAGGGAACAG GGGGGTATGT ACTACACAGA GCCCCAGTCG 
GAACAGTATC AGTCTGAGGA CCACCACCAC CACCAGGGTA GCCAGAGTCC AGGCCAAGGG 
CTCACAGCCC AGCAGAGCTT CCTGAACCGC AGGGCCCAGA TCCCAGAGAA CCCATACTCA 
GACCTGGGGA AGATGGGCAA CCTGGGCCTG TTTGCCCCCA ACAAACCTCA GAGGAGGAAG 
GGCATGCTGA TGAAGCAGAA CAAGATTGAG GACAGCCCAG AGAAGACCTG CACCATAAAA 
ATCCCAACCA TCATCATCAA AGAACCCTCT ACATCTAGCA GTGGGAAGAG CAGCCAGGGC 
AGCAGCATGG AGATAGAGAC TGGATCCCAT GACCACCCAG GACAACTCCG GCCGGATGAC 
GGACACAACC CCAGCAGTCC CTTTGCCACG GCCATGGCGG GCGCAGTGCG GGAACGTGAG 
ATGAGGATGG TGGATTCTCA CCAGAACTCC CCATCCTACA GGTTCACCGA CCAGGGTGAA 
GAAGACTCGC CTCCCGCGCC CGCGCCTCGC CTCCGCCACT CCAAGTCCAT CGACGAGGGA 
ATGTTCAGTA GTGACGAGCG CCTGCGTCGC CTCATGGCCC CACCGGCCTC ACTACTCAGC 
ATCCCCAGAA GAGGGAGTAA CGTGGCGGTC TTCAACACCC CGGAGCCCAC TGTTGTGAGA 
GAGCCGCTCC ACACGCGCAC TGGCCACCAC AGCCCGGTCA GTCTGCCCGC CAAGACCTAT 
ACCTCCAGTA GTGGGCGCTA CGTCCACCCA GTCACAGGGA AGCCTCTGGA CCCCAACTCT 
CCTCTGGCCC TGGCTCTGGC TGCACGGGAC CGGGCCATGA GAGAGCAGTC CCAGCCACTC 
CCGCTGAAGA CCGAACTGCC TAAACCTGAC CTGAACAAGC CTCTGTTCAT CGACACCAAG 
CTGAGGACCG GCATGGGCGC AAATTTCTCC TCGACCGCCA CCATGGGTCG ACCGGGCAGG 
GCGGGGCTTC GTAGGCAGAT GACAGAGGCA AAGTACGAGA CAGAGTCCAA ATACGACCAC 
CCGTTGGCCA AAGACAAGGA CAAGAGTCTC TCCCGTCCTC AGAGAGAAGA GGAGAAGAAG 
AACATGTTGA TAGACATTGG TGACACGTCT CAGCAGAAGT CAGCTGGGTT GCTGATGGTC 
CACACCACTG ACGAGAACAA CCTGTCTGAG GGGGAGAGGG ACGGGGCGGT CAGTCCAGAC 
AGCACCCCCA GTGAGCTCCG GGACCCCAAC CAACCTAACA CCCCCAAAAT GGCCTCCCCT 
AACCCCCACA ACCCCCACTC TATGGGCCCT GGACCCAGAG GTAGTAAGAC CATGATCACC 
GTCACCTCAG TGGACGAGCC GGTCAAACTA CCCTTCGGTA TCCCCCCTCC ACCCTGTGTT 
CCCTCCGTGG ACATCGACGA TGAGTTCTTT GCTGACCCAC TGCCACCGCC GCTCGAGTTC 
GCCAACAGCT TCGACATCCC AGAGGACCAA AAGGGGGCGA TCGCTGAGCT CCTGAAACAG 
CAACGAAACG CTGGCAGGGC ACCATCGTCT CTAGCCCCCT TCTATCCCTA TCACGGTAAC 
ACCCCAGGCC ACCCTGACCA GACCATGATC AAACGGCCTG CGGTGCTCAC CAACTGTACG 
CCCCCCTGTT TCCCCCATGC CCTCTTGGAG AGCTACGATC CTATCAGTGA CTCGGGCATT 
GATGTGGAGC CGGACAGCCG CAGTATTGGA GACCCCCAGC TGGAGACTAC AAGCACTATG 
TCCACCGTAT CCAGTATCTC CACGCTGTCG TCCGAGGGTG GCGAGGTGCT GGACAACACA 
TGTACAGTCT ATGCAGACAG ACAGGCCTTT CTGGTGGACC GGACTTCAAA GTCAAGAACC 
AGGCAACCTG CCGCAAACAA GAGCAACGCA CTTTACAAGG ACCCTGCCTT GATGGATAGA 
GAGGAGAACA TAAGAACTTT CGCCGCACCT TCCTCCGTCC CACCGCCTCC CCCCGGGGCC 
AGCGTCTCTT CAGAGCCTCC CAGAACACCA ACTCAAAGAA CCTCCAAGCT ATGGGGAGAC 
CCTCCAGGCT CTAACCCCCA GGACATGCAG AACAAGGACA GGACACCAAA GCCAGGAGAG 
GGGATAGACT CTTCTTCCTC AGGATGTAGG ACTGTTTTTG GATCAAGGGG TCCGGACAGT 
GGGTCCCTCT CCTCAGGTAC ACAGCGGAAT ACCACAGTCT CTTTTGCTGC CCAGCTCCCC 
CCGAACGTGC CTGCCCCATC TCCAAACCAA CAGACAGAGA GCCCCTCCCA CCACAGAGCC 
CCCAGCCCCA TCCTCTCTCC CCCAGACTCA GGCCTCGGCT GTGCCTCCTC ACTCCCTGCC 
ACCTCTCCCA CCCTTTCAGA CGTGTTCGGC CTGCCCACCC CCCCTCTCAG CCTGGGCACG 
GGGAGCAGCC GCTCACCCTC CCCCCTCACC CTCATCCAGG CCGTCTCCAA CAAGCCTTTT 
GCCACCAAGC CGGTTCTGAT GTGGAGCAAA CACGACGTGG CCGACTGGCT GGAAAGCCTA 
AACCTGGCTG AGCACAGAGA CACCTTCATG GACAACGACA TCGAGGGCAG CCACCTGCCT 
AGCCTACAGA AGGACGACCT CATAGACCTA GGGGTGACCA GGGTCGGACA TCGGATGAAC 
ATAGAGAGAG CTTTGAAACT TCTGATGGAC AGGTGA

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

LOC106561615 ( XM_014125735.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013981210.1 Salmo salar SH3 and multiple ankyrin repeat domains protein 2-like (LOC106561615), transcript variant X2, mRNA.

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CloneID	OAt33363
Clone ID Related Accession (Same CDS sequence)	XM_014125735.1
Accession Version	XM_014125735.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	SH3 and multiple ankyrin repeat domains protein 2-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012336590.1) 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 :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGATGC GTGGAACTGC AATAAGGAAA AGGGGGAAAA TGAAGTCTTT TCTGAATGCC 
TTGAAGAAAG AAGTGCCTTT CAGGGAGGCG CCGGCAAAAC CCACCCGGCG CCAGCAGGCC 
CCACGGAGTA CACTAGCTGC TCCACGGTCT ATGCTCCTAC GCTCCAACAG CGACAACAAC 
CTGAACGTGA ACAACTGGTC ACCCCTGCCC TCGCCGAGCC ACTCTCCCCT TCATAGCTTG 
TCACCCCGTC GGCCCCAGCA GCAGCAGATG CCCAGCCCCA ATGGAACAGT CAGGACCATG 
GGGAAGGGGG CTCCCCGCCC TCCCCGTTCA CGTTCGCCCT CCCTGGGGCG CCTGGGGGAG 
GAGACACCCA GACAGATCCC CCAGCGCCAG CCCAGCCCAC ACAGGGGTCG GGAAGAGTTC 
ACTGGTGGCA CAGACCGCCA GGGGCCCCAT TGTAAGCTGT ACAGTGCTGT GGCAGGGAAG 
CACTTTGTGG TGACTAAGTC CTACCAGCCA CAGGCCGAAG GGGAGATCAC CCTGTACCAG 
AACGACAGGG TCAAAGTGCT CTCCATAGGT GAGGGTGGTT TCTGGGAGGG CAGTGCCAGG 
GGTAAAGTGG GATGGTTCCC AGCAGAGTGT GTGGAGGAGA CCCCTAACCA AGAGGAAAGA 
CCATATGCCC GAGCAGACAG GGCTGAGAGG AGGAAGCTCT TCAGGCACTA CACCGTGGGG 
TCCTACGACA GCTTTGATGC ATCAAGCAAC TGTGTTATTG ACGAGAAGAC GGTAGTTCTA 
CAGAAGAAGG ATAATGAGGG ATTCGGGTTT GTGCTGCGAG GGGCGAAAGC GGACACGCCC 
ATCGAGGAGT TCACCCCTAC ACCCGCCTTC CCCGCCCTGC AGTACCTGGA GTCTGTGGAC 
GAGGGAGGGG TTGCATGGCG GGCGGGGCTT CGCAACGGAG ACTTCCTCAT CGAGGTGAAC 
CAGGAAAATG TTGTGAAGGT GGGCCACAAA CAGGTGGTCA ATACAATCCG ACACGGGGGC 
AACCGGCTCA TCATCAAAGT GGTGACAGTT AGCAGGAATC TGGACCCTGA TGACACGGCC 
AGGAAGAAAG TGGCCACACC TCCACGTAGG ACTCCTCCCG CTGCCCTGTC CATGGCCATG 
CGCTCCAAAT CCATGACCTC AGAGCTGGAG GAGCTAGTGG ACAAAGCCAC TTTGAGGAAA 
AAGATGGGTG ATGATCAGTC TTCAGATAAT GAGCGTCTAA AGAAGAGGAT TGTATTCTCA 
GTCACTCTAA ATAAAGTGGA AGAGAACATG CCTCCTCAGA AGCCCATATG GGACAACTCT 
AACACTGACA TAAGGGTCGC AAACACGGTC AAAACGCGGC CCAACAGCAG GTGCTTGGCC 
ATGAACCCAG AGATGAACTC CATGTGTGAG AGCCAGGACG TGTCGATGCA GACCCAGACC 
CAGCCCAGAG AGCCAGGCAG CCCCAGAGGT CGAGGCCCCT TCCTGGGGGT GCCAAACAGA 
CAGGGGACCA TGAGACGACA AAAGTCCATA GGAACATCTG GAATAACAGA AGAGGACGCC 
CCTCAGTTCC TGACCCCTCC CATGTTGAAA TTCACCAGGA GCCTATCAAT GCCGGACACA 
TCAGAGGACA TCCCACCCCC GCCCGCTATC TCCCCTCCAT CTCCCCCTTA CAACAACGAC 
CCCAACCCCC AGGGCAGAGG CTACGGCACT ATCAGACACA CTGTTCCCAA AGGCACCGCC 
CCTGAGCGAG GGGGGGACCC CAACACGGGC GGCAGGGACG GATGGAGGGA ACAGGGGGGT 
ATGTACTACA CAGAGCCCCA GTCGGAACAG TATCAGTCTG AGGACCACCA CCACCACCAG 
GGTAGCCAGA GTCCAGGCCA AGGGCTCACA GCCCAGCAGA GCTTCCTGAA CCGCAGGGCC 
CAGATCCCAG AGAACCCATA CTCAGACCTG GGGAAGATGG GCAACCTGGG CCTGTTTGCC 
CCCAACAAAC CTCAGAGGAG GAAGGGCATG CTGATGAAGC AGAACAAGAT TGAGGACAGC 
CCAGAGAAGA CCTGCACCAT AAAAATCCCA ACCATCATCA TCAAAGAACC CTCTACATCT 
AGCAGTGGGA AGAGCAGCCA GGGCAGCAGC ATGGAGATAG AGACTGGATC CCATGACCAC 
CCAGGACAAC TCCGGCCGGA TGACGGACAC AACCCCAGCA GTCCCTTTGC CACGGCCATG 
GCGGGCGCAG TGCGGGAACG TGAGATGAGG ATGGTGGATT CTCACCAGAA CTCCCCATCC 
TACAGGTTCA CCGACCAGGG TGAAGAAGAC TCGCCTCCCG CGCCCGCGCC TCGCCTCCGC 
CACTCCAAGT CCATCGACGA GGGAATGTTC AGTAGTGACG AGCGCCTGCG TCGCCTCATG 
GCCCCACCGG CCTCACTACT CAGCATCCCC AGAAGAGGGA GTAACGTGGC GGTCTTCAAC 
ACCCCGGAGC CCACTGTTGT GAGAGAGCCG CTCCACACGC GCACTGGCCA CCACAGCCCG 
GTCAGTCTGC CCGCCAAGAC CTATACCTCC AGTAGTGGGC GCTACGTCCA CCCAGTCACA 
GGGAAGCCTC TGGACCCCAA CTCTCCTCTG GCCCTGGCTC TGGCTGCACG GGACCGGGCC 
ATGAGAGAGC AGTCCCAGCC ACTCCCGCTG AAGACCGAAC TGCCTAAACC TGACCTGAAC 
AAGCCTCTGT TCATCGACAC CAAGCTGAGG ACCGGCATGG GCGCAAATTT CTCCTCGACC 
GCCACCATGG GTCGACCGGG CAGGGCGGGG CTTCGTAGGC AGATGACAGA GGCAAAGTAC 
GAGACAGAGT CCAAATACGA CCACCCGTTG GCCAAAGACA AGGACAAGAG TCTCTCCCGT 
CCTCAGAGAG AAGAGGAGAA GAAGAACATG TTGATAGACA TTGGTGACAC GTCTCAGCAG 
AAGTCAGCTG GGTTGCTGAT GGTCCACACC ACTGACGAGA ACAACCTGTC TGAGGGGGAG 
AGGGACGGGG CGGTCAGTCC AGACAGCACC CCCAGTGAGC TCCGGGACCC CAACCAACCT 
AACACCCCCA AAATGGCCTC CCCTAACCCC CACAACCCCC ACTCTATGGG CCCTGGACCC 
AGAGGTAGTA AGACCATGAT CACCGTCACC TCAGTGGACG AGCCGGTCAA ACTACCCTTC 
GGTATCCCCC CTCCACCCTG TGTTCCCTCC GTGGACATCG ACGATGAGTT CTTTGCTGAC 
CCACTGCCAC CGCCGCTCGA GTTCGCCAAC AGCTTCGACA TCCCAGAGGA CCAAAAGGGG 
GCGATCGCTG AGCTCCTGAA ACAGCAACGA AACGCTGGCA GGGCACCATC GTCTCTAGCC 
CCCTTCTATC CCTATCACGG TAACACCCCA GGCCACCCTG ACCAGACCAT GATCAAACGG 
CCTGCGGTGC TCACCAACTG TACGCCCCCC TGTTTCCCCC ATGCCCTCTT GGAGAGCTAC 
GATCCTATCA GTGACTCGGG CATTGATGTG GAGCCGGACA GCCGCAGTAT TGGAGACCCC 
CAGCTGGAGA CTACAAGCAC TATGTCCACC GTATCCAGTA TCTCCACGCT GTCGTCCGAG 
GGTGGCGAGG TGCTGGACAA CACATGTACA GTCTATGCAG ACAGACAGGC CTTTCTGGTG 
GACCGGACTT CAAAGTCAAG AACCAGGCAA CCTGCCGCAA ACAAGAGCAA CGCACTTTAC 
AAGGACCCTG CCTTGATGGA TAGAGAGGAG AACATAAGAA CTTTCGCCGC ACCTTCCTCC 
GTCCCACCGC CTCCCCCCGG GGCCAGCGTC TCTTCAGAGC CTCCCAGAAC ACCAACTCAA 
AGAACCTCCA AGCTATGGGG AGACCCTCCA GGCTCTAACC CCCAGGACAT GCAGAACAAG 
GACAGGACAC CAAAGCCAGG AGAGGGGATA GACTCTTCTT CCTCAGGATG TAGGACTGTT 
TTTGGATCAA GGGGTCCGGA CAGTGGGTCC CTCTCCTCAG GTACACAGCG GAATACCACA 
GTCTCTTTTG CTGCCCAGCT CCCCCCGAAC GTGCCTGCCC CATCTCCAAA CCAACAGACA 
GAGAGCCCCT CCCACCACAG AGCCCCCAGC CCCATCCTCT CTCCCCCAGA CTCAGGCCTC 
GGCTGTGCCT CCTCACTCCC TGCCACCTCT CCCACCCTTT CAGACGTGTT CGGCCTGCCC 
ACCCCCCCTC TCAGCCTGGG CACGGGGAGC AGCCGCTCAC CCTCCCCCCT CACCCTCATC 
CAGGCCGTCT CCAACAAGCC TTTTGCCACC AAGCCGGTTC TGATGTGGAG CAAACACGAC 
GTGGCCGACT GGCTGGAAAG CCTAAACCTG GCTGAGCACA GAGACACCTT CATGGACAAC 
GACATCGAGG GCAGCCACCT GCCTAGCCTA CAGAAGGACG ACCTCATAGA CCTAGGGGTG 
ACCAGGGTCG GACATCGGAT GAACATAGAG AGAGCTTTGA AACTTCTGAT GGACAGGAAT 
ATCCTCATGT ATCCTGAAGA AATTGCAACT TGA

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

RefSeq	XP_013981210.1
CDS	28..4560
Translation	MEMRGTAIRKRGKMKSFLNALKKEVPFREAPAKPTRRQQAPRSTLAAPRSMLLRSNSDNNLNVNNWSPLPSPSHSPLHSLSPRRPQQQQMPSPNGTVRTMGKGAPRPPRSRSPSLGRLGEETPRQIPQRQPSPHRGREEFTGGTDRQGPHCKLYSAVAGKHFVVTKSYQPQAEGEITLYQNDRVKVLSIGEGGFWEGSARGKVGWFPAECVEETPNQEERPYARADRAERRKLFRHYTVGSYDSFDASSNCVIDEKTVVLQKKDNEGFGFVLRGAKADTPIEEFTPTPAFPALQYLESVDEGGVAWRAGLRNGDFLIEVNQENVVKVGHKQVVNTIRHGGNRLIIKVVTVSRNLDPDDTARKKVATPPRRTPPAALSMAMRSKSMTSELEELVDKATLRKKMGDDQSSDNERLKKRIVFSVTLNKVEENMPPQKPIWDNSNTDIRVANTVKTRPNSRCLAMNPEMNSMCESQDVSMQTQTQPREPGSPRGRGPFLGVPNRQGTMRRQKSIGTSGITEEDAPQFLTPPMLKFTRSLSMPDTSEDIPPPPAISPPSPPYNNDPNPQGRGYGTIRHTVPKGTAPERGGDPNTGGRDGWREQGGMYYTEPQSEQYQSEDHHHHQGSQSPGQGLTAQQSFLNRRAQIPENPYSDLGKMGNLGLFAPNKPQRRKGMLMKQNKIEDSPEKTCTIKIPTIIIKEPSTSSSGKSSQGSSMEIETGSHDHPGQLRPDDGHNPSSPFATAMAGAVREREMRMVDSHQNSPSYRFTDQGEEDSPPAPAPRLRHSKSIDEGMFSSDERLRRLMAPPASLLSIPRRGSNVAVFNTPEPTVVREPLHTRTGHHSPVSLPAKTYTSSSGRYVHPVTGKPLDPNSPLALALAARDRAMREQSQPLPLKTELPKPDLNKPLFIDTKLRTGMGANFSSTATMGRPGRAGLRRQMTEAKYETESKYDHPLAKDKDKSLSRPQREEEKKNMLIDIGDTSQQKSAGLLMVHTTDENNLSEGERDGAVSPDSTPSELRDPNQPNTPKMASPNPHNPHSMGPGPRGSKTMITVTSVDEPVKLPFGIPPPPCVPSVDIDDEFFADPLPPPLEFANSFDIPEDQKGAIAELLKQQRNAGRAPSSLAPFYPYHGNTPGHPDQTMIKRPAVLTNCTPPCFPHALLESYDPISDSGIDVEPDSRSIGDPQLETTSTMSTVSSISTLSSEGGEVLDNTCTVYADRQAFLVDRTSKSRTRQPAANKSNALYKDPALMDREENIRTFAAPSSVPPPPPGASVSSEPPRTPTQRTSKLWGDPPGSNPQDMQNKDRTPKPGEGIDSSSSGCRTVFGSRGPDSGSLSSGTQRNTTVSFAAQLPPNVPAPSPNQQTESPSHHRAPSPILSPPDSGLGCASSLPATSPTLSDVFGLPTPPLSLGTGSSRSPSPLTLIQAVSNKPFATKPVLMWSKHDVADWLESLNLAEHRDTFMDNDIEGSHLPSLQKDDLIDLGVTRVGHRMNIERALKLLMDRNILMYPEEIAT

Target ORF information:

RefSeq Version	XM_014125735.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar SH3 and multiple ankyrin repeat domains protein 2-like (LOC106561615), transcript variant X2, mRNA.

Target ORF information:

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

XM_014125735.1

ORF Insert Sequence:

ATGGAGATGC GTGGAACTGC AATAAGGAAA AGGGGGAAAA TGAAGTCTTT TCTGAATGCC 
TTGAAGAAAG AAGTGCCTTT CAGGGAGGCG CCGGCAAAAC CCACCCGGCG CCAGCAGGCC 
CCACGGAGTA CACTAGCTGC TCCACGGTCT ATGCTCCTAC GCTCCAACAG CGACAACAAC 
CTGAACGTGA ACAACTGGTC ACCCCTGCCC TCGCCGAGCC ACTCTCCCCT TCATAGCTTG 
TCACCCCGTC GGCCCCAGCA GCAGCAGATG CCCAGCCCCA ATGGAACAGT CAGGACCATG 
GGGAAGGGGG CTCCCCGCCC TCCCCGTTCA CGTTCGCCCT CCCTGGGGCG CCTGGGGGAG 
GAGACACCCA GACAGATCCC CCAGCGCCAG CCCAGCCCAC ACAGGGGTCG GGAAGAGTTC 
ACTGGTGGCA CAGACCGCCA GGGGCCCCAT TGTAAGCTGT ACAGTGCTGT GGCAGGGAAG 
CACTTTGTGG TGACTAAGTC CTACCAGCCA CAGGCCGAAG GGGAGATCAC CCTGTACCAG 
AACGACAGGG TCAAAGTGCT CTCCATAGGT GAGGGTGGTT TCTGGGAGGG CAGTGCCAGG 
GGTAAAGTGG GATGGTTCCC AGCAGAGTGT GTGGAGGAGA CCCCTAACCA AGAGGAAAGA 
CCATATGCCC GAGCAGACAG GGCTGAGAGG AGGAAGCTCT TCAGGCACTA CACCGTGGGG 
TCCTACGACA GCTTTGATGC ATCAAGCAAC TGTGTTATTG ACGAGAAGAC GGTAGTTCTA 
CAGAAGAAGG ATAATGAGGG ATTCGGGTTT GTGCTGCGAG GGGCGAAAGC GGACACGCCC 
ATCGAGGAGT TCACCCCTAC ACCCGCCTTC CCCGCCCTGC AGTACCTGGA GTCTGTGGAC 
GAGGGAGGGG TTGCATGGCG GGCGGGGCTT CGCAACGGAG ACTTCCTCAT CGAGGTGAAC 
CAGGAAAATG TTGTGAAGGT GGGCCACAAA CAGGTGGTCA ATACAATCCG ACACGGGGGC 
AACCGGCTCA TCATCAAAGT GGTGACAGTT AGCAGGAATC TGGACCCTGA TGACACGGCC 
AGGAAGAAAG TGGCCACACC TCCACGTAGG ACTCCTCCCG CTGCCCTGTC CATGGCCATG 
CGCTCCAAAT CCATGACCTC AGAGCTGGAG GAGCTAGTGG ACAAAGCCAC TTTGAGGAAA 
AAGATGGGTG ATGATCAGTC TTCAGATAAT GAGCGTCTAA AGAAGAGGAT TGTATTCTCA 
GTCACTCTAA ATAAAGTGGA AGAGAACATG CCTCCTCAGA AGCCCATATG GGACAACTCT 
AACACTGACA TAAGGGTCGC AAACACGGTC AAAACGCGGC CCAACAGCAG GTGCTTGGCC 
ATGAACCCAG AGATGAACTC CATGTGTGAG AGCCAGGACG TGTCGATGCA GACCCAGACC 
CAGCCCAGAG AGCCAGGCAG CCCCAGAGGT CGAGGCCCCT TCCTGGGGGT GCCAAACAGA 
CAGGGGACCA TGAGACGACA AAAGTCCATA GGAACATCTG GAATAACAGA AGAGGACGCC 
CCTCAGTTCC TGACCCCTCC CATGTTGAAA TTCACCAGGA GCCTATCAAT GCCGGACACA 
TCAGAGGACA TCCCACCCCC GCCCGCTATC TCCCCTCCAT CTCCCCCTTA CAACAACGAC 
CCCAACCCCC AGGGCAGAGG CTACGGCACT ATCAGACACA CTGTTCCCAA AGGCACCGCC 
CCTGAGCGAG GGGGGGACCC CAACACGGGC GGCAGGGACG GATGGAGGGA ACAGGGGGGT 
ATGTACTACA CAGAGCCCCA GTCGGAACAG TATCAGTCTG AGGACCACCA CCACCACCAG 
GGTAGCCAGA GTCCAGGCCA AGGGCTCACA GCCCAGCAGA GCTTCCTGAA CCGCAGGGCC 
CAGATCCCAG AGAACCCATA CTCAGACCTG GGGAAGATGG GCAACCTGGG CCTGTTTGCC 
CCCAACAAAC CTCAGAGGAG GAAGGGCATG CTGATGAAGC AGAACAAGAT TGAGGACAGC 
CCAGAGAAGA CCTGCACCAT AAAAATCCCA ACCATCATCA TCAAAGAACC CTCTACATCT 
AGCAGTGGGA AGAGCAGCCA GGGCAGCAGC ATGGAGATAG AGACTGGATC CCATGACCAC 
CCAGGACAAC TCCGGCCGGA TGACGGACAC AACCCCAGCA GTCCCTTTGC CACGGCCATG 
GCGGGCGCAG TGCGGGAACG TGAGATGAGG ATGGTGGATT CTCACCAGAA CTCCCCATCC 
TACAGGTTCA CCGACCAGGG TGAAGAAGAC TCGCCTCCCG CGCCCGCGCC TCGCCTCCGC 
CACTCCAAGT CCATCGACGA GGGAATGTTC AGTAGTGACG AGCGCCTGCG TCGCCTCATG 
GCCCCACCGG CCTCACTACT CAGCATCCCC AGAAGAGGGA GTAACGTGGC GGTCTTCAAC 
ACCCCGGAGC CCACTGTTGT GAGAGAGCCG CTCCACACGC GCACTGGCCA CCACAGCCCG 
GTCAGTCTGC CCGCCAAGAC CTATACCTCC AGTAGTGGGC GCTACGTCCA CCCAGTCACA 
GGGAAGCCTC TGGACCCCAA CTCTCCTCTG GCCCTGGCTC TGGCTGCACG GGACCGGGCC 
ATGAGAGAGC AGTCCCAGCC ACTCCCGCTG AAGACCGAAC TGCCTAAACC TGACCTGAAC 
AAGCCTCTGT TCATCGACAC CAAGCTGAGG ACCGGCATGG GCGCAAATTT CTCCTCGACC 
GCCACCATGG GTCGACCGGG CAGGGCGGGG CTTCGTAGGC AGATGACAGA GGCAAAGTAC 
GAGACAGAGT CCAAATACGA CCACCCGTTG GCCAAAGACA AGGACAAGAG TCTCTCCCGT 
CCTCAGAGAG AAGAGGAGAA GAAGAACATG TTGATAGACA TTGGTGACAC GTCTCAGCAG 
AAGTCAGCTG GGTTGCTGAT GGTCCACACC ACTGACGAGA ACAACCTGTC TGAGGGGGAG 
AGGGACGGGG CGGTCAGTCC AGACAGCACC CCCAGTGAGC TCCGGGACCC CAACCAACCT 
AACACCCCCA AAATGGCCTC CCCTAACCCC CACAACCCCC ACTCTATGGG CCCTGGACCC 
AGAGGTAGTA AGACCATGAT CACCGTCACC TCAGTGGACG AGCCGGTCAA ACTACCCTTC 
GGTATCCCCC CTCCACCCTG TGTTCCCTCC GTGGACATCG ACGATGAGTT CTTTGCTGAC 
CCACTGCCAC CGCCGCTCGA GTTCGCCAAC AGCTTCGACA TCCCAGAGGA CCAAAAGGGG 
GCGATCGCTG AGCTCCTGAA ACAGCAACGA AACGCTGGCA GGGCACCATC GTCTCTAGCC 
CCCTTCTATC CCTATCACGG TAACACCCCA GGCCACCCTG ACCAGACCAT GATCAAACGG 
CCTGCGGTGC TCACCAACTG TACGCCCCCC TGTTTCCCCC ATGCCCTCTT GGAGAGCTAC 
GATCCTATCA GTGACTCGGG CATTGATGTG GAGCCGGACA GCCGCAGTAT TGGAGACCCC 
CAGCTGGAGA CTACAAGCAC TATGTCCACC GTATCCAGTA TCTCCACGCT GTCGTCCGAG 
GGTGGCGAGG TGCTGGACAA CACATGTACA GTCTATGCAG ACAGACAGGC CTTTCTGGTG 
GACCGGACTT CAAAGTCAAG AACCAGGCAA CCTGCCGCAA ACAAGAGCAA CGCACTTTAC 
AAGGACCCTG CCTTGATGGA TAGAGAGGAG AACATAAGAA CTTTCGCCGC ACCTTCCTCC 
GTCCCACCGC CTCCCCCCGG GGCCAGCGTC TCTTCAGAGC CTCCCAGAAC ACCAACTCAA 
AGAACCTCCA AGCTATGGGG AGACCCTCCA GGCTCTAACC CCCAGGACAT GCAGAACAAG 
GACAGGACAC CAAAGCCAGG AGAGGGGATA GACTCTTCTT CCTCAGGATG TAGGACTGTT 
TTTGGATCAA GGGGTCCGGA CAGTGGGTCC CTCTCCTCAG GTACACAGCG GAATACCACA 
GTCTCTTTTG CTGCCCAGCT CCCCCCGAAC GTGCCTGCCC CATCTCCAAA CCAACAGACA 
GAGAGCCCCT CCCACCACAG AGCCCCCAGC CCCATCCTCT CTCCCCCAGA CTCAGGCCTC 
GGCTGTGCCT CCTCACTCCC TGCCACCTCT CCCACCCTTT CAGACGTGTT CGGCCTGCCC 
ACCCCCCCTC TCAGCCTGGG CACGGGGAGC AGCCGCTCAC CCTCCCCCCT CACCCTCATC 
CAGGCCGTCT CCAACAAGCC TTTTGCCACC AAGCCGGTTC TGATGTGGAG CAAACACGAC 
GTGGCCGACT GGCTGGAAAG CCTAAACCTG GCTGAGCACA GAGACACCTT CATGGACAAC 
GACATCGAGG GCAGCCACCT GCCTAGCCTA CAGAAGGACG ACCTCATAGA CCTAGGGGTG 
ACCAGGGTCG GACATCGGAT GAACATAGAG AGAGCTTTGA AACTTCTGAT GGACAGGAAT 
ATCCTCATGT ATCCTGAAGA AATTGCAACT TGA

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

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LOC106561615 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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