LOC106573613 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106573613
Entrez Gene ID	106573613
Full Name	A disintegrin and metalloproteinase with thrombospondin motifs 20-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014148814.1	XP_014004289.1	A disintegrin and metalloproteinase with thrombospondin motifs 20-like isoform X1
XM_014148816.1	XP_014004291.1	A disintegrin and metalloproteinase with thrombospondin motifs 20-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106573613 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106573613 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
OAt50367	XM_014148814.1 Latest version!	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106573613), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt50368	XM_014148816.1 Latest version!	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106573613), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
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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)

LOC106573613 ( XM_014148814.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014004289.1 Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106573613), transcript variant X1, mRNA.

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CloneID	OAt50367
Clone ID Related Accession (Same CDS sequence)	XM_014148814.1
Accession Version	XM_014148814.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5766bp) 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	A disintegrin and metalloproteinase with thrombospondin motifs 20-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012338445.1) annotated using gene prediction method: Gnomon. 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##

ATGCAGTTTG CAATCTGGCT GGTTGGACTA ATGTGTCATC TGTCAGCACT TGTCCGGAAC 
TCCTTGGAAT ACCGATTGCA TCCGAAACAA GAAAGTTTCA TCAAACAGTT GTCATCCTAT 
GAAATTATCA CCCCGCTGCG GATAAATGAT TTCGGAGAAT CATTCCCCCA CAAATTGCAC 
TACAAAAGGA AACGGAGAAG TGTAAATGCA GATTATTCGG CTGGTTTACG TGCTCACTAC 
AGAATCGACG CATTCGGACA ACGCTTTCAT CTCAATCTAA CCGCCGACTC CGGTTTTATC 
GCCCCCTCAT ATACTGTGAC ACATTTGGGA GCGGAACATA GCAATGCAAC CGAGTCCCGC 
CAACAAGACC TCAGCGATAT GCGTCACTGC TTTTTCCGCG GACACATCAA CGCAAAGATT 
GAATCTACCG CTGTCTTCAG TCTGTGCACT GGCCTTATGG GGACTTTTAC CACCCAGCAT 
GGTGAATACT TCTTAGAGCC CCTGATGAAG GCGGAGGAGG GGGAGGAGTA CGACGAGGAG 
CACAACAAAC CTCACCTCGT CTACAGACAT GACAGGAAGA GGAGAGAGAG TCCTGCCAGT 
GAACCCACAC AACCCTGCTC AGCTTCAGGG GAAGGATCGG AAAGGCCAGT TGTCAATTTT 
CAGAGCAACA GGAGTATGGT AAAAGAGCTG GATTCCCTGA GAGACAGAAT GGGCATCCAC 
CACACAGGCT ACGAGTTAGA CCACCACTCC ACCACCTCCA ACTCCTCAGA CCCCCGTCAC 
AGAGCACCGT CCAGGCAGAA GAGGTTCCTC TCATACCCCC GCTACGTGGA ACTGATGCTG 
ACTGCTGATG TCAAGATGGT GCACCACCAC GGACACAACC TCGAGCACTA CATCCTAACA 
ATCATGTCAG TAGTTGCTGC GGTCTACAGG GACCCTAGTG TAGGAAACCT CATCAACATC 
ATGATTGTCA AGCTGGTTGT CATCCACAAT GAACAGGATG GACCCTCAAT AAATTTCAAT 
GCTGCTACTA CCCTCCACAA CTTCTGTGTC TGGCAACAGA CTCAAAATGT CCAGGATGAC 
AGTCACCCTT CCCACCATGA CACTGCACTC CTGATCACCA GGGAAGACAT CTGCCGAGCT 
AAAGACAAGT GTGATACATT GGGGCTGGCG GAGCTGGGGA CCATGTGTGA CCCGTACCGG 
AGCTGCTCCA TCAGCGAAGA GAACGGACTC AGCGCCTCCT TCACCATCGC TCACGAGCTG 
GGCCATGTGT TCAACATGCC CCATGATGAC AACCCCAAAT GCAGGGAGGC AGGCATAAAG 
CACCAGTATC ACGTCATGGC GCCCACCCTC AACTACGACA CCAGTCCCTG GTCCTGGTCC 
AAGTGCAGCC GCAAGTACAT CACTGAGTTT CTGGACACAG GGTACGGAGA GTGCCTGTTG 
GACGAGCCAG TGAGCAGGAC GTACGAGCTA CCCAACCACC TCCCTGGTCA GATCTACAAT 
GCCAACCGAC AGTGTGAGCT CATGTTTGGC ACCGGATCCA TGGTCTGCCC TTACATGAAA 
CAGTGCAAGA GGCTTTGGTG TACAAGTGCT GAGGGGGGCC ATAAAGGGTG TCGGACACAA 
CACATGCCCT TGGCTGATGG GACAGACTGT GGACATGGAA TGCACTGCAG ACATGGGAAG 
TGTGTGAACA AGGAGCTGGA CCTGCGGCCG TTCCATGGGG ACTGGGGCCC CTGGGGGCAC 
TACAGTGTCT GTTCCAGGAC CTGTGGAGGA GGCACCAGGA GTACCTCCAG AGACTGCAAC 
AACCCTGAGC CCCGGAATGG AGGAAAGTTC TGCGTGGGTC GAAGGATGAA GTTCCGGTCC 
TGCAACACTG AGCCGTGTCC CCGAGGACGG AGAGACTTCC GTGAGGAGCA GTGCTCTCAG 
TTCGACGGCA AGCACTTCAA CATCAACGGT CTACCTCCCA CCGTCCGCTG GGTGCCCAAG 
TACAGTGGTA TTCTAATGAA GGATCGGTGC AAGCTCTTCT GTCGGGTTGC CGGGACGATG 
GCCTACTATC AGCTGAAGGA TCGCGTCATC GACGGCACGC CGTGTGGCCC AGACACCTAC 
GATATCTGTG TTCAAGGCCT CTGTCGGCAA GCAGGCTGTG ATCATGTGTT GAACTCCAAG 
GCGAAAAATG ACAAATGTGG AGTGTGTGGA GGGGACAACT CCTCCTGCAA AACCCTCGCT 
GGGACCTTCA ACGATGCTGA GTATGGTTAC AACACAGTGG TGCGCATCCC TGCAGGAGCC 
ACCAACATTG ATATCAAACA GGTCAGCTAC TCTGGGAAGT CGGAGGATGA CAACTACCTC 
GCTTTATCTG ACAGCCATTC TAACTTTCTC CTGAATGGGA ACTTTGTGGT GGCCATGTTC 
AAAAGGGAAA TCCCCTTCAA GGGAACCGTC ATTGAGTACA GTGGCTCGGA CACCAAAGAG 
GAGCGCATCA ACTGCACTGA ACGCATCGAG GAGGAACTCA TCCTACAGGT CCTGTGTGTG 
GGGAACCTGT ACAACCCAGA TGTGCGCTAC TCCTTCAACA TCCCCATCGA GGAGCACAGG 
GAACAGTTTG TGTGGGACCC CTCAGGCTCC TGGCTGGATT GTAGCCTCAT GTGTCAGGGT 
GAACGACGGC GCAAGGCGGT ATGTGTGAGG AAGAGTGACC ACCTGGGGGT TTCTGACCAG 
CGCTGTGAGC CTCTACCCCG TCCCAATACT GCCACTGAGC CATGTAACAC TGACTGTGAA 
CTCAGGTGGA ATGTAGCAGG GAAGAGTGAG TGTTCTGCTA AGTGTGGCCC TGGCTACCGG 
ACCATGGACG TGCAGTGTAT GAGGTACAGC TTGCTGAAGA GGCAGAGTGA GAGGGTGGAG 
GGGAGGGCCT GTTCTGACCT ACCTAAACCC CAGGCCAGAG AGGCCTGCCA AGGGGACTGT 
CTGCTCAAGA GCTGGCAGTA CAGCGCCTGG TCCCAGTGTT CTAAGACGTG TGGTCGTGGG 
GCCCGCACCA GGGACTCCTA CTGTATGAAC AATCTGGGGA GGAGACTGGT GGACAGGGAG 
TGCAGTGACT ACCAGAGAAT GATCGCGGAG AGCTGCAATG ACCAGGCCTG CCCTGACTGG 
TCAGCCAGCG AGTGGAGTGA GTGCTTGGTG ACGTGTGGGA AGGGGATGAG GCACAGGCAG 
GTATCCTGTA GTGTGGGGGT AGGAGAGGAG AATCAGAGTG AACACTTCTG TGACCCCAAC 
ACCAAGCCTC TAGCCGTGGG GAGCTGTGAG CTGCCAGATT GTGCCTCCTG GCAGGTCGGA 
GTCTGGGGAC CGTGTGCAGT GACGTGTGGC CATGGTTACC AGATGCGGGC TGTGAGGTGT 
GTGTCAGGGT TGTATGGGGA CACAGTGGAT GACAGGAAGT GTAACGCAGC ATCCAGACCC 
AGGGACAGCC AGGACTGTGA GGTGGCACCA TGTCCCTGGG CCTCTCCTCA ACAGAGCACC 
GTCCGCCCTG ACACCTCTGG TCAGCTCTTC ACACAGTGGA GATATGGCTC CTGGACCACA 
TGCTCTGTCT CCTGTGGGAA GGGTAAGCGT GCCCGCTATG TCAGCTGTCG GGACGCCCAG 
GGTGGAGTGG CAGACGAGTC CTACTGTGCC CATCTGCCCC GGCCCCCAGA ATCCTCAGCC 
TGCTTCAGCT CGTGTGGCCA GTGGAGTTCC TGGGAGTGGT CTCCTTGTTC AGTGACGTGT 
GGTGTGGGCC GGGCCACCAG GCAGGTTGAA TGCAGTAACT ACCACCACCA GGTGGATGAG 
TCATTCTGCG ACCAGGACGA GAGGCCCAGC ACAGAGCAGG AGTGTACGGC CACCCCCTGC 
CCCTCCGTGT ACCGCCAGAG GCCCAATGAC CAGCCCTACA GCCCCCACAA CCCCGCCAGT 
CACCCAGGCC ACAGCAGTTG GAACGTCCCA TCGGCAGACA ACCAGTGGAG GACGGGACCC 
TGGGGAGGAT GCTCCAGTAC GTGTGCAGGG GGCTTCCAGA GGAGGGTGGT GGTGTGTCAG 
GATGCGGAGG GTCGCAGCAC CAACCACTGT GACCAGAGGG TCAAACCTGC AGAGTCCAAG 
AGCTGCGACT CAGGACCCTG CCCTCTGTGG AACTACGGCA TCTGGGGAGA GTGTACCCAG 
ACGTGTGGCG GAGGCAGGAG GACGCGCCAG GTGGTGTGCC AACGGCCCAA CGGACAGAGA 
CTCAACGACC ACAGCTGTGA CGTCCTGGAT AAGCCTCCTG ACATGGAGCA GTGCAGCCTG 
CACCTGTGCC CGGGCAGCAT ATCCTGGCAC CGCCGACCAT GGAAGCCGTG TTCTGTGAGC 
TGTGGCCGGG GGACCAAGCA GCGGGAGATA ACCTGTGTTT ACCAAAACCA AACCCAAATA 
GAGGAAGATC ACTGCAGTCA TCTGTCACGT CCCCGGACAC AGAAGGCCTG CCGAGCCCAG 
GGATGCCCCA GCTGGAAGAC CAACAGGTGG AGCAAGTGCT CTGCCACCTG TGGAGTGGGG 
GTCCAGAACA GAGATGTGTA CTGCAGACTG AAGGGTACAG GGCGGGTGAG AGAGGAGCTG 
TGTGGTTCCC ACAACCGTCC AGCCACTGCC CAGCCCTGCC AGGCCACTGA GTGTCTCCAT 
CACACCTGGG CAGCCGGAGA GTGGCAAGAT TGTAACGCCA CCTGTGGAGA AGGTATGAGG 
AACAGGAAGG TTCTGTGTGT GGGGGCCGGG CTGACCCCAG TCCAGGACGC CCTCTGTGAC 
CCCTCGTCTT GCCCAGCCCT GCACCAGCCC TGCAGCAGAG CACCCTGCTA CCACATGTGG 
ATAACAGGAG AGTGGTCACA GTGCTCTGCT AGCTGTGGCG TGGGCTACCA GCAGCGTATA 
GTGTCCTGCT CCATGAAGCC CTCCTCCACC CTGCACCCTT ATGATTCCCA GTCCTCCGCC 
CTGTCCCGCC CTCACTGTCC AGAGCCTCAC CCACCTAGCA CCAGGCAGTG CCTCCTTTGG 
GACTGCCCAC AAGCTGCCTA CTGGAAAGTT GGCTCATGGA GCAAGTGCTC CCAGACGTGT 
GGAGCAGGGG TAATGGAGCG CAGGGTAGAG TGTCTGTCCT CTAAAGGCCA ACCGTCCAAA 
CACTGCCGTC CAGCCGAGAG GCCCGAGTCA CAAGCCACCT GTCGAGAGAG AGAGTGTCAG 
TTGTTGACAT CCTGCAGAGA GGTCCAGATG ATACAGGGGG TGAGGATGGA TGGGGAGTAC 
TACTTGAAAG TCAAGTCCAG GATACTACAG ATCTACTGTG CTGAGATGCA GACTGATTTC 
CCTAAGGAGT ATGTTACGCT GCGGAGTGGT CAGACAGACA ACTACTCAGA GGTCTATGGA 
TACAGGTTGC TGAATCCTTT TGAGTGCCCC TACAATGACA GCAGAAGGCA GGACTGTGAA 
TGCAGGAACG ATTACTCTGC AGCGGGATAC ACTCTCTTCC ATAAGGTCCG TCTGGATGTC 
ACCTCACTGA GGATAATGAC CACAGACCTG AAGTTTTCTC AGACCCTCTC TGGTCGTCCC 
GTCCCCTTCG CCACAGCAGG AGACTGCTAC AGTGCTGCCA AGTGTCCTCA GGGCCAGTTT 
AGCATCAACC TCATAGGGAC TGGTCTGAAG GTGGCTGAGG CAACCAAGTG GACCTCACAG 
GGCAACTATG TCTCTGTCAA AGTCCACAGA TCAGAGGATG GGGCAAGAAT CTATGGTCGC 
TGTGGTGGGT TCTGTGGGAA GTGCATTCCC CAGCCTCACA ACGGCCTGCT GGTTGATGTC 
CAGTGA

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

RefSeq	XP_014004289.1
CDS	316..6081
Translation	MQFAIWLVGLMCHLSALVRNSLEYRLHPKQESFIKQLSSYEIITPLRINDFGESFPHKLHYKRKRRSVNADYSAGLRAHYRIDAFGQRFHLNLTADSGFIAPSYTVTHLGAEHSNATESRQQDLSDMRHCFFRGHINAKIESTAVFSLCTGLMGTFTTQHGEYFLEPLMKAEEGEEYDEEHNKPHLVYRHDRKRRESPASEPTQPCSASGEGSERPVVNFQSNRSMVKELDSLRDRMGIHHTGYELDHHSTTSNSSDPRHRAPSRQKRFLSYPRYVELMLTADVKMVHHHGHNLEHYILTIMSVVAAVYRDPSVGNLINIMIVKLVVIHNEQDGPSINFNAATTLHNFCVWQQTQNVQDDSHPSHHDTALLITREDICRAKDKCDTLGLAELGTMCDPYRSCSISEENGLSASFTIAHELGHVFNMPHDDNPKCREAGIKHQYHVMAPTLNYDTSPWSWSKCSRKYITEFLDTGYGECLLDEPVSRTYELPNHLPGQIYNANRQCELMFGTGSMVCPYMKQCKRLWCTSAEGGHKGCRTQHMPLADGTDCGHGMHCRHGKCVNKELDLRPFHGDWGPWGHYSVCSRTCGGGTRSTSRDCNNPEPRNGGKFCVGRRMKFRSCNTEPCPRGRRDFREEQCSQFDGKHFNINGLPPTVRWVPKYSGILMKDRCKLFCRVAGTMAYYQLKDRVIDGTPCGPDTYDICVQGLCRQAGCDHVLNSKAKNDKCGVCGGDNSSCKTLAGTFNDAEYGYNTVVRIPAGATNIDIKQVSYSGKSEDDNYLALSDSHSNFLLNGNFVVAMFKREIPFKGTVIEYSGSDTKEERINCTERIEEELILQVLCVGNLYNPDVRYSFNIPIEEHREQFVWDPSGSWLDCSLMCQGERRRKAVCVRKSDHLGVSDQRCEPLPRPNTATEPCNTDCELRWNVAGKSECSAKCGPGYRTMDVQCMRYSLLKRQSERVEGRACSDLPKPQAREACQGDCLLKSWQYSAWSQCSKTCGRGARTRDSYCMNNLGRRLVDRECSDYQRMIAESCNDQACPDWSASEWSECLVTCGKGMRHRQVSCSVGVGEENQSEHFCDPNTKPLAVGSCELPDCASWQVGVWGPCAVTCGHGYQMRAVRCVSGLYGDTVDDRKCNAASRPRDSQDCEVAPCPWASPQQSTVRPDTSGQLFTQWRYGSWTTCSVSCGKGKRARYVSCRDAQGGVADESYCAHLPRPPESSACFSSCGQWSSWEWSPCSVTCGVGRATRQVECSNYHHQVDESFCDQDERPSTEQECTATPCPSVYRQRPNDQPYSPHNPASHPGHSSWNVPSADNQWRTGPWGGCSSTCAGGFQRRVVVCQDAEGRSTNHCDQRVKPAESKSCDSGPCPLWNYGIWGECTQTCGGGRRTRQVVCQRPNGQRLNDHSCDVLDKPPDMEQCSLHLCPGSISWHRRPWKPCSVSCGRGTKQREITCVYQNQTQIEEDHCSHLSRPRTQKACRAQGCPSWKTNRWSKCSATCGVGVQNRDVYCRLKGTGRVREELCGSHNRPATAQPCQATECLHHTWAAGEWQDCNATCGEGMRNRKVLCVGAGLTPVQDALCDPSSCPALHQPCSRAPCYHMWITGEWSQCSASCGVGYQQRIVSCSMKPSSTLHPYDSQSSALSRPHCPEPHPPSTRQCLLWDCPQAAYWKVGSWSKCSQTCGAGVMERRVECLSSKGQPSKHCRPAERPESQATCRERECQLLTSCREVQMIQGVRMDGEYYLKVKSRILQIYCAEMQTDFPKEYVTLRSGQTDNYSEVYGYRLLNPFECPYNDSRRQDCECRNDYSAAGYTLFHKVRLDVTSLRIMTTDLKFSQTLSGRPVPFATAGDCYSAAKCPQGQFSINLIGTGLKVAEATKWTSQGNYVSVKVHRSEDGARIYGRCGGFCGKCIPQPHNGLLVDVQ

Target ORF information:

RefSeq Version	XM_014148814.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106573613), transcript variant X1, mRNA.

Target ORF information:

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

XM_014148814.1

ORF Insert Sequence:

ATGCAGTTTG CAATCTGGCT GGTTGGACTA ATGTGTCATC TGTCAGCACT TGTCCGGAAC 
TCCTTGGAAT ACCGATTGCA TCCGAAACAA GAAAGTTTCA TCAAACAGTT GTCATCCTAT 
GAAATTATCA CCCCGCTGCG GATAAATGAT TTCGGAGAAT CATTCCCCCA CAAATTGCAC 
TACAAAAGGA AACGGAGAAG TGTAAATGCA GATTATTCGG CTGGTTTACG TGCTCACTAC 
AGAATCGACG CATTCGGACA ACGCTTTCAT CTCAATCTAA CCGCCGACTC CGGTTTTATC 
GCCCCCTCAT ATACTGTGAC ACATTTGGGA GCGGAACATA GCAATGCAAC CGAGTCCCGC 
CAACAAGACC TCAGCGATAT GCGTCACTGC TTTTTCCGCG GACACATCAA CGCAAAGATT 
GAATCTACCG CTGTCTTCAG TCTGTGCACT GGCCTTATGG GGACTTTTAC CACCCAGCAT 
GGTGAATACT TCTTAGAGCC CCTGATGAAG GCGGAGGAGG GGGAGGAGTA CGACGAGGAG 
CACAACAAAC CTCACCTCGT CTACAGACAT GACAGGAAGA GGAGAGAGAG TCCTGCCAGT 
GAACCCACAC AACCCTGCTC AGCTTCAGGG GAAGGATCGG AAAGGCCAGT TGTCAATTTT 
CAGAGCAACA GGAGTATGGT AAAAGAGCTG GATTCCCTGA GAGACAGAAT GGGCATCCAC 
CACACAGGCT ACGAGTTAGA CCACCACTCC ACCACCTCCA ACTCCTCAGA CCCCCGTCAC 
AGAGCACCGT CCAGGCAGAA GAGGTTCCTC TCATACCCCC GCTACGTGGA ACTGATGCTG 
ACTGCTGATG TCAAGATGGT GCACCACCAC GGACACAACC TCGAGCACTA CATCCTAACA 
ATCATGTCAG TAGTTGCTGC GGTCTACAGG GACCCTAGTG TAGGAAACCT CATCAACATC 
ATGATTGTCA AGCTGGTTGT CATCCACAAT GAACAGGATG GACCCTCAAT AAATTTCAAT 
GCTGCTACTA CCCTCCACAA CTTCTGTGTC TGGCAACAGA CTCAAAATGT CCAGGATGAC 
AGTCACCCTT CCCACCATGA CACTGCACTC CTGATCACCA GGGAAGACAT CTGCCGAGCT 
AAAGACAAGT GTGATACATT GGGGCTGGCG GAGCTGGGGA CCATGTGTGA CCCGTACCGG 
AGCTGCTCCA TCAGCGAAGA GAACGGACTC AGCGCCTCCT TCACCATCGC TCACGAGCTG 
GGCCATGTGT TCAACATGCC CCATGATGAC AACCCCAAAT GCAGGGAGGC AGGCATAAAG 
CACCAGTATC ACGTCATGGC GCCCACCCTC AACTACGACA CCAGTCCCTG GTCCTGGTCC 
AAGTGCAGCC GCAAGTACAT CACTGAGTTT CTGGACACAG GGTACGGAGA GTGCCTGTTG 
GACGAGCCAG TGAGCAGGAC GTACGAGCTA CCCAACCACC TCCCTGGTCA GATCTACAAT 
GCCAACCGAC AGTGTGAGCT CATGTTTGGC ACCGGATCCA TGGTCTGCCC TTACATGAAA 
CAGTGCAAGA GGCTTTGGTG TACAAGTGCT GAGGGGGGCC ATAAAGGGTG TCGGACACAA 
CACATGCCCT TGGCTGATGG GACAGACTGT GGACATGGAA TGCACTGCAG ACATGGGAAG 
TGTGTGAACA AGGAGCTGGA CCTGCGGCCG TTCCATGGGG ACTGGGGCCC CTGGGGGCAC 
TACAGTGTCT GTTCCAGGAC CTGTGGAGGA GGCACCAGGA GTACCTCCAG AGACTGCAAC 
AACCCTGAGC CCCGGAATGG AGGAAAGTTC TGCGTGGGTC GAAGGATGAA GTTCCGGTCC 
TGCAACACTG AGCCGTGTCC CCGAGGACGG AGAGACTTCC GTGAGGAGCA GTGCTCTCAG 
TTCGACGGCA AGCACTTCAA CATCAACGGT CTACCTCCCA CCGTCCGCTG GGTGCCCAAG 
TACAGTGGTA TTCTAATGAA GGATCGGTGC AAGCTCTTCT GTCGGGTTGC CGGGACGATG 
GCCTACTATC AGCTGAAGGA TCGCGTCATC GACGGCACGC CGTGTGGCCC AGACACCTAC 
GATATCTGTG TTCAAGGCCT CTGTCGGCAA GCAGGCTGTG ATCATGTGTT GAACTCCAAG 
GCGAAAAATG ACAAATGTGG AGTGTGTGGA GGGGACAACT CCTCCTGCAA AACCCTCGCT 
GGGACCTTCA ACGATGCTGA GTATGGTTAC AACACAGTGG TGCGCATCCC TGCAGGAGCC 
ACCAACATTG ATATCAAACA GGTCAGCTAC TCTGGGAAGT CGGAGGATGA CAACTACCTC 
GCTTTATCTG ACAGCCATTC TAACTTTCTC CTGAATGGGA ACTTTGTGGT GGCCATGTTC 
AAAAGGGAAA TCCCCTTCAA GGGAACCGTC ATTGAGTACA GTGGCTCGGA CACCAAAGAG 
GAGCGCATCA ACTGCACTGA ACGCATCGAG GAGGAACTCA TCCTACAGGT CCTGTGTGTG 
GGGAACCTGT ACAACCCAGA TGTGCGCTAC TCCTTCAACA TCCCCATCGA GGAGCACAGG 
GAACAGTTTG TGTGGGACCC CTCAGGCTCC TGGCTGGATT GTAGCCTCAT GTGTCAGGGT 
GAACGACGGC GCAAGGCGGT ATGTGTGAGG AAGAGTGACC ACCTGGGGGT TTCTGACCAG 
CGCTGTGAGC CTCTACCCCG TCCCAATACT GCCACTGAGC CATGTAACAC TGACTGTGAA 
CTCAGGTGGA ATGTAGCAGG GAAGAGTGAG TGTTCTGCTA AGTGTGGCCC TGGCTACCGG 
ACCATGGACG TGCAGTGTAT GAGGTACAGC TTGCTGAAGA GGCAGAGTGA GAGGGTGGAG 
GGGAGGGCCT GTTCTGACCT ACCTAAACCC CAGGCCAGAG AGGCCTGCCA AGGGGACTGT 
CTGCTCAAGA GCTGGCAGTA CAGCGCCTGG TCCCAGTGTT CTAAGACGTG TGGTCGTGGG 
GCCCGCACCA GGGACTCCTA CTGTATGAAC AATCTGGGGA GGAGACTGGT GGACAGGGAG 
TGCAGTGACT ACCAGAGAAT GATCGCGGAG AGCTGCAATG ACCAGGCCTG CCCTGACTGG 
TCAGCCAGCG AGTGGAGTGA GTGCTTGGTG ACGTGTGGGA AGGGGATGAG GCACAGGCAG 
GTATCCTGTA GTGTGGGGGT AGGAGAGGAG AATCAGAGTG AACACTTCTG TGACCCCAAC 
ACCAAGCCTC TAGCCGTGGG GAGCTGTGAG CTGCCAGATT GTGCCTCCTG GCAGGTCGGA 
GTCTGGGGAC CGTGTGCAGT GACGTGTGGC CATGGTTACC AGATGCGGGC TGTGAGGTGT 
GTGTCAGGGT TGTATGGGGA CACAGTGGAT GACAGGAAGT GTAACGCAGC ATCCAGACCC 
AGGGACAGCC AGGACTGTGA GGTGGCACCA TGTCCCTGGG CCTCTCCTCA ACAGAGCACC 
GTCCGCCCTG ACACCTCTGG TCAGCTCTTC ACACAGTGGA GATATGGCTC CTGGACCACA 
TGCTCTGTCT CCTGTGGGAA GGGTAAGCGT GCCCGCTATG TCAGCTGTCG GGACGCCCAG 
GGTGGAGTGG CAGACGAGTC CTACTGTGCC CATCTGCCCC GGCCCCCAGA ATCCTCAGCC 
TGCTTCAGCT CGTGTGGCCA GTGGAGTTCC TGGGAGTGGT CTCCTTGTTC AGTGACGTGT 
GGTGTGGGCC GGGCCACCAG GCAGGTTGAA TGCAGTAACT ACCACCACCA GGTGGATGAG 
TCATTCTGCG ACCAGGACGA GAGGCCCAGC ACAGAGCAGG AGTGTACGGC CACCCCCTGC 
CCCTCCGTGT ACCGCCAGAG GCCCAATGAC CAGCCCTACA GCCCCCACAA CCCCGCCAGT 
CACCCAGGCC ACAGCAGTTG GAACGTCCCA TCGGCAGACA ACCAGTGGAG GACGGGACCC 
TGGGGAGGAT GCTCCAGTAC GTGTGCAGGG GGCTTCCAGA GGAGGGTGGT GGTGTGTCAG 
GATGCGGAGG GTCGCAGCAC CAACCACTGT GACCAGAGGG TCAAACCTGC AGAGTCCAAG 
AGCTGCGACT CAGGACCCTG CCCTCTGTGG AACTACGGCA TCTGGGGAGA GTGTACCCAG 
ACGTGTGGCG GAGGCAGGAG GACGCGCCAG GTGGTGTGCC AACGGCCCAA CGGACAGAGA 
CTCAACGACC ACAGCTGTGA CGTCCTGGAT AAGCCTCCTG ACATGGAGCA GTGCAGCCTG 
CACCTGTGCC CGGGCAGCAT ATCCTGGCAC CGCCGACCAT GGAAGCCGTG TTCTGTGAGC 
TGTGGCCGGG GGACCAAGCA GCGGGAGATA ACCTGTGTTT ACCAAAACCA AACCCAAATA 
GAGGAAGATC ACTGCAGTCA TCTGTCACGT CCCCGGACAC AGAAGGCCTG CCGAGCCCAG 
GGATGCCCCA GCTGGAAGAC CAACAGGTGG AGCAAGTGCT CTGCCACCTG TGGAGTGGGG 
GTCCAGAACA GAGATGTGTA CTGCAGACTG AAGGGTACAG GGCGGGTGAG AGAGGAGCTG 
TGTGGTTCCC ACAACCGTCC AGCCACTGCC CAGCCCTGCC AGGCCACTGA GTGTCTCCAT 
CACACCTGGG CAGCCGGAGA GTGGCAAGAT TGTAACGCCA CCTGTGGAGA AGGTATGAGG 
AACAGGAAGG TTCTGTGTGT GGGGGCCGGG CTGACCCCAG TCCAGGACGC CCTCTGTGAC 
CCCTCGTCTT GCCCAGCCCT GCACCAGCCC TGCAGCAGAG CACCCTGCTA CCACATGTGG 
ATAACAGGAG AGTGGTCACA GTGCTCTGCT AGCTGTGGCG TGGGCTACCA GCAGCGTATA 
GTGTCCTGCT CCATGAAGCC CTCCTCCACC CTGCACCCTT ATGATTCCCA GTCCTCCGCC 
CTGTCCCGCC CTCACTGTCC AGAGCCTCAC CCACCTAGCA CCAGGCAGTG CCTCCTTTGG 
GACTGCCCAC AAGCTGCCTA CTGGAAAGTT GGCTCATGGA GCAAGTGCTC CCAGACGTGT 
GGAGCAGGGG TAATGGAGCG CAGGGTAGAG TGTCTGTCCT CTAAAGGCCA ACCGTCCAAA 
CACTGCCGTC CAGCCGAGAG GCCCGAGTCA CAAGCCACCT GTCGAGAGAG AGAGTGTCAG 
TTGTTGACAT CCTGCAGAGA GGTCCAGATG ATACAGGGGG TGAGGATGGA TGGGGAGTAC 
TACTTGAAAG TCAAGTCCAG GATACTACAG ATCTACTGTG CTGAGATGCA GACTGATTTC 
CCTAAGGAGT ATGTTACGCT GCGGAGTGGT CAGACAGACA ACTACTCAGA GGTCTATGGA 
TACAGGTTGC TGAATCCTTT TGAGTGCCCC TACAATGACA GCAGAAGGCA GGACTGTGAA 
TGCAGGAACG ATTACTCTGC AGCGGGATAC ACTCTCTTCC ATAAGGTCCG TCTGGATGTC 
ACCTCACTGA GGATAATGAC CACAGACCTG AAGTTTTCTC AGACCCTCTC TGGTCGTCCC 
GTCCCCTTCG CCACAGCAGG AGACTGCTAC AGTGCTGCCA AGTGTCCTCA GGGCCAGTTT 
AGCATCAACC TCATAGGGAC TGGTCTGAAG GTGGCTGAGG CAACCAAGTG GACCTCACAG 
GGCAACTATG TCTCTGTCAA AGTCCACAGA TCAGAGGATG GGGCAAGAAT CTATGGTCGC 
TGTGGTGGGT TCTGTGGGAA GTGCATTCCC CAGCCTCACA ACGGCCTGCT GGTTGATGTC 
CAGTGA

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

LOC106573613 ( XM_014148816.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014004291.1 Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106573613), transcript variant X3, mRNA.

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CloneID	OAt50368
Clone ID Related Accession (Same CDS sequence)	XM_014148816.1
Accession Version	XM_014148816.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4806bp) 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	A disintegrin and metalloproteinase with thrombospondin motifs 20-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012338445.1) annotated using gene prediction method: Gnomon. 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##

ATGATTGTCA AGCTGGTTGT CATCCACAAT GAACAGGATG GACCCTCAAT AAATTTCAAT 
GCTGCTACTA CCCTCCACAA CTTCTGTGTC TGGCAACAGA CTCAAAATGT CCAGGATGAC 
AGTCACCCTT CCCACCATGA CACTGCACTC CTGATCACCA GGGAAGACAT CTGCCGAGCT 
AAAGACAAGT GTGATACATT GGGGCTGGCG GAGCTGGGGA CCATGTGTGA CCCGTACCGG 
AGCTGCTCCA TCAGCGAAGA GAACGGACTC AGCGCCTCCT TCACCATCGC TCACGAGCTG 
GGCCATGTGT TCAACATGCC CCATGATGAC AACCCCAAAT GCAGGGAGGC AGGCATAAAG 
CACCAGTATC ACGTCATGGC GCCCACCCTC AACTACGACA CCAGTCCCTG GTCCTGGTCC 
AAGTGCAGCC GCAAGTACAT CACTGAGTTT CTGGACACAG GGTACGGAGA GTGCCTGTTG 
GACGAGCCAG TGAGCAGGAC GTACGAGCTA CCCAACCACC TCCCTGGTCA GATCTACAAT 
GCCAACCGAC AGTGTGAGCT CATGTTTGGC ACCGGATCCA TGGTCTGCCC TTACATGAAA 
CAGTGCAAGA GGCTTTGGTG TACAAGTGCT GAGGGGGGCC ATAAAGGGTG TCGGACACAA 
CACATGCCCT TGGCTGATGG GACAGACTGT GGACATGGAA TGCACTGCAG ACATGGGAAG 
TGTGTGAACA AGGAGCTGGA CCTGCGGCCG TTCCATGGGG ACTGGGGCCC CTGGGGGCAC 
TACAGTGTCT GTTCCAGGAC CTGTGGAGGA GGCACCAGGA GTACCTCCAG AGACTGCAAC 
AACCCTGAGC CCCGGAATGG AGGAAAGTTC TGCGTGGGTC GAAGGATGAA GTTCCGGTCC 
TGCAACACTG AGCCGTGTCC CCGAGGACGG AGAGACTTCC GTGAGGAGCA GTGCTCTCAG 
TTCGACGGCA AGCACTTCAA CATCAACGGT CTACCTCCCA CCGTCCGCTG GGTGCCCAAG 
TACAGTGGTA TTCTAATGAA GGATCGGTGC AAGCTCTTCT GTCGGGTTGC CGGGACGATG 
GCCTACTATC AGCTGAAGGA TCGCGTCATC GACGGCACGC CGTGTGGCCC AGACACCTAC 
GATATCTGTG TTCAAGGCCT CTGTCGGCAA GCAGGCTGTG ATCATGTGTT GAACTCCAAG 
GCGAAAAATG ACAAATGTGG AGTGTGTGGA GGGGACAACT CCTCCTGCAA AACCCTCGCT 
GGGACCTTCA ACGATGCTGA GTATGGTTAC AACACAGTGG TGCGCATCCC TGCAGGAGCC 
ACCAACATTG ATATCAAACA GGTCAGCTAC TCTGGGAAGT CGGAGGATGA CAACTACCTC 
GCTTTATCTG ACAGCCATTC TAACTTTCTC CTGAATGGGA ACTTTGTGGT GGCCATGTTC 
AAAAGGGAAA TCCCCTTCAA GGGAACCGTC ATTGAGTACA GTGGCTCGGA CACCAAAGAG 
GAGCGCATCA ACTGCACTGA ACGCATCGAG GAGGAACTCA TCCTACAGGT CCTGTGTGTG 
GGGAACCTGT ACAACCCAGA TGTGCGCTAC TCCTTCAACA TCCCCATCGA GGAGCACAGG 
GAACAGTTTG TGTGGGACCC CTCAGGCTCC TGGCTGGATT GTAGCCTCAT GTGTCAGGGT 
GAACGACGGC GCAAGGCGGT ATGTGTGAGG AAGAGTGACC ACCTGGGGGT TTCTGACCAG 
CGCTGTGAGC CTCTACCCCG TCCCAATACT GCCACTGAGC CATGTAACAC TGACTGTGAA 
CTCAGGTGGA ATGTAGCAGG GAAGAGTGAG TGTTCTGCTA AGTGTGGCCC TGGCTACCGG 
ACCATGGACG TGCAGTGTAT GAGGTACAGC TTGCTGAAGA GGCAGAGTGA GAGGGTGGAG 
GGGAGGGCCT GTTCTGACCT ACCTAAACCC CAGGCCAGAG AGGCCTGCCA AGGGGACTGT 
CTGCTCAAGA GCTGGCAGTA CAGCGCCTGG TCCCAGTGTT CTAAGACGTG TGGTCGTGGG 
GCCCGCACCA GGGACTCCTA CTGTATGAAC AATCTGGGGA GGAGACTGGT GGACAGGGAG 
TGCAGTGACT ACCAGAGAAT GATCGCGGAG AGCTGCAATG ACCAGGCCTG CCCTGACTGG 
TCAGCCAGCG AGTGGAGTGA GTGCTTGGTG ACGTGTGGGA AGGGGATGAG GCACAGGCAG 
GTATCCTGTA GTGTGGGGGT AGGAGAGGAG AATCAGAGTG AACACTTCTG TGACCCCAAC 
ACCAAGCCTC TAGCCGTGGG GAGCTGTGAG CTGCCAGATT GTGCCTCCTG GCAGGTCGGA 
GTCTGGGGAC CGTGTGCAGT GACGTGTGGC CATGGTTACC AGATGCGGGC TGTGAGGTGT 
GTGTCAGGGT TGTATGGGGA CACAGTGGAT GACAGGAAGT GTAACGCAGC ATCCAGACCC 
AGGGACAGCC AGGACTGTGA GGTGGCACCA TGTCCCTGGG CCTCTCCTCA ACAGAGCACC 
GTCCGCCCTG ACACCTCTGG TCAGCTCTTC ACACAGTGGA GATATGGCTC CTGGACCACA 
TGCTCTGTCT CCTGTGGGAA GGGTAAGCGT GCCCGCTATG TCAGCTGTCG GGACGCCCAG 
GGTGGAGTGG CAGACGAGTC CTACTGTGCC CATCTGCCCC GGCCCCCAGA ATCCTCAGCC 
TGCTTCAGCT CGTGTGGCCA GTGGAGTTCC TGGGAGTGGT CTCCTTGTTC AGTGACGTGT 
GGTGTGGGCC GGGCCACCAG GCAGGTTGAA TGCAGTAACT ACCACCACCA GGTGGATGAG 
TCATTCTGCG ACCAGGACGA GAGGCCCAGC ACAGAGCAGG AGTGTACGGC CACCCCCTGC 
CCCTCCGTGT ACCGCCAGAG GCCCAATGAC CAGCCCTACA GCCCCCACAA CCCCGCCAGT 
CACCCAGGCC ACAGCAGTTG GAACGTCCCA TCGGCAGACA ACCAGTGGAG GACGGGACCC 
TGGGGAGGAT GCTCCAGTAC GTGTGCAGGG GGCTTCCAGA GGAGGGTGGT GGTGTGTCAG 
GATGCGGAGG GTCGCAGCAC CAACCACTGT GACCAGAGGG TCAAACCTGC AGAGTCCAAG 
AGCTGCGACT CAGGACCCTG CCCTCTGTGG AACTACGGCA TCTGGGGAGA GTGTACCCAG 
ACGTGTGGCG GAGGCAGGAG GACGCGCCAG GTGGTGTGCC AACGGCCCAA CGGACAGAGA 
CTCAACGACC ACAGCTGTGA CGTCCTGGAT AAGCCTCCTG ACATGGAGCA GTGCAGCCTG 
CACCTGTGCC CGGGCAGCAT ATCCTGGCAC CGCCGACCAT GGAAGCCGTG TTCTGTGAGC 
TGTGGCCGGG GGACCAAGCA GCGGGAGATA ACCTGTGTTT ACCAAAACCA AACCCAAATA 
GAGGAAGATC ACTGCAGTCA TCTGTCACGT CCCCGGACAC AGAAGGCCTG CCGAGCCCAG 
GGATGCCCCA GCTGGAAGAC CAACAGGTGG AGCAAGTGCT CTGCCACCTG TGGAGTGGGG 
GTCCAGAACA GAGATGTGTA CTGCAGACTG AAGGGTACAG GGCGGGTGAG AGAGGAGCTG 
TGTGGTTCCC ACAACCGTCC AGCCACTGCC CAGCCCTGCC AGGCCACTGA GTGTCTCCAT 
CACACCTGGG CAGCCGGAGA GTGGCAAGAT TGTAACGCCA CCTGTGGAGA AGGTATGAGG 
AACAGGAAGG TTCTGTGTGT GGGGGCCGGG CTGACCCCAG TCCAGGACGC CCTCTGTGAC 
CCCTCGTCTT GCCCAGCCCT GCACCAGCCC TGCAGCAGAG CACCCTGCTA CCACATGTGG 
ATAACAGGAG AGTGGTCACA GTGCTCTGCT AGCTGTGGCG TGGGCTACCA GCAGCGTATA 
GTGTCCTGCT CCATGAAGCC CTCCTCCACC CTGCACCCTT ATGATTCCCA GTCCTCCGCC 
CTGTCCCGCC CTCACTGTCC AGAGCCTCAC CCACCTAGCA CCAGGCAGTG CCTCCTTTGG 
GACTGCCCAC AAGCTGCCTA CTGGAAAGTT GGCTCATGGA GCAAGTGCTC CCAGACGTGT 
GGAGCAGGGG TAATGGAGCG CAGGGTAGAG TGTCTGTCCT CTAAAGGCCA ACCGTCCAAA 
CACTGCCGTC CAGCCGAGAG GCCCGAGTCA CAAGCCACCT GTCGAGAGAG AGAGTGTCAG 
TTGTTGACAT CCTGCAGAGA GGTCCAGATG ATACAGGGGG TGAGGATGGA TGGGGAGTAC 
TACTTGAAAG TCAAGTCCAG GATACTACAG ATCTACTGTG CTGAGATGCA GACTGATTTC 
CCTAAGGAGT ATGTTACGCT GCGGAGTGGT CAGACAGACA ACTACTCAGA GGTCTATGGA 
TACAGGTTGC TGAATCCTTT TGAGTGCCCC TACAATGACA GCAGAAGGCA GGACTGTGAA 
TGCAGGAACG ATTACTCTGC AGCGGGATAC ACTCTCTTCC ATAAGGTCCG TCTGGATGTC 
ACCTCACTGA GGATAATGAC CACAGACCTG AAGTTTTCTC AGACCCTCTC TGGTCGTCCC 
GTCCCCTTCG CCACAGCAGG AGACTGCTAC AGTGCTGCCA AGTGTCCTCA GGGCCAGTTT 
AGCATCAACC TCATAGGGAC TGGTCTGAAG GTGGCTGAGG CAACCAAGTG GACCTCACAG 
GGCAACTATG TCTCTGTCAA AGTCCACAGA TCAGAGGATG GGGCAAGAAT CTATGGTCGC 
TGTGGTGGGT TCTGTGGGAA GTGCATTCCC CAGCCTCACA ACGGCCTGCT GGTTGATGTC 
CAGTGA

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

RefSeq	XP_014004291.1
CDS	152..4957
Translation	MIVKLVVIHNEQDGPSINFNAATTLHNFCVWQQTQNVQDDSHPSHHDTALLITREDICRAKDKCDTLGLAELGTMCDPYRSCSISEENGLSASFTIAHELGHVFNMPHDDNPKCREAGIKHQYHVMAPTLNYDTSPWSWSKCSRKYITEFLDTGYGECLLDEPVSRTYELPNHLPGQIYNANRQCELMFGTGSMVCPYMKQCKRLWCTSAEGGHKGCRTQHMPLADGTDCGHGMHCRHGKCVNKELDLRPFHGDWGPWGHYSVCSRTCGGGTRSTSRDCNNPEPRNGGKFCVGRRMKFRSCNTEPCPRGRRDFREEQCSQFDGKHFNINGLPPTVRWVPKYSGILMKDRCKLFCRVAGTMAYYQLKDRVIDGTPCGPDTYDICVQGLCRQAGCDHVLNSKAKNDKCGVCGGDNSSCKTLAGTFNDAEYGYNTVVRIPAGATNIDIKQVSYSGKSEDDNYLALSDSHSNFLLNGNFVVAMFKREIPFKGTVIEYSGSDTKEERINCTERIEEELILQVLCVGNLYNPDVRYSFNIPIEEHREQFVWDPSGSWLDCSLMCQGERRRKAVCVRKSDHLGVSDQRCEPLPRPNTATEPCNTDCELRWNVAGKSECSAKCGPGYRTMDVQCMRYSLLKRQSERVEGRACSDLPKPQAREACQGDCLLKSWQYSAWSQCSKTCGRGARTRDSYCMNNLGRRLVDRECSDYQRMIAESCNDQACPDWSASEWSECLVTCGKGMRHRQVSCSVGVGEENQSEHFCDPNTKPLAVGSCELPDCASWQVGVWGPCAVTCGHGYQMRAVRCVSGLYGDTVDDRKCNAASRPRDSQDCEVAPCPWASPQQSTVRPDTSGQLFTQWRYGSWTTCSVSCGKGKRARYVSCRDAQGGVADESYCAHLPRPPESSACFSSCGQWSSWEWSPCSVTCGVGRATRQVECSNYHHQVDESFCDQDERPSTEQECTATPCPSVYRQRPNDQPYSPHNPASHPGHSSWNVPSADNQWRTGPWGGCSSTCAGGFQRRVVVCQDAEGRSTNHCDQRVKPAESKSCDSGPCPLWNYGIWGECTQTCGGGRRTRQVVCQRPNGQRLNDHSCDVLDKPPDMEQCSLHLCPGSISWHRRPWKPCSVSCGRGTKQREITCVYQNQTQIEEDHCSHLSRPRTQKACRAQGCPSWKTNRWSKCSATCGVGVQNRDVYCRLKGTGRVREELCGSHNRPATAQPCQATECLHHTWAAGEWQDCNATCGEGMRNRKVLCVGAGLTPVQDALCDPSSCPALHQPCSRAPCYHMWITGEWSQCSASCGVGYQQRIVSCSMKPSSTLHPYDSQSSALSRPHCPEPHPPSTRQCLLWDCPQAAYWKVGSWSKCSQTCGAGVMERRVECLSSKGQPSKHCRPAERPESQATCRERECQLLTSCREVQMIQGVRMDGEYYLKVKSRILQIYCAEMQTDFPKEYVTLRSGQTDNYSEVYGYRLLNPFECPYNDSRRQDCECRNDYSAAGYTLFHKVRLDVTSLRIMTTDLKFSQTLSGRPVPFATAGDCYSAAKCPQGQFSINLIGTGLKVAEATKWTSQGNYVSVKVHRSEDGARIYGRCGGFCGKCIPQPHNGLLVDVQ

Target ORF information:

RefSeq Version	XM_014148816.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106573613), transcript variant X3, mRNA.

Target ORF information:

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

XM_014148816.1

ORF Insert Sequence:

ATGATTGTCA AGCTGGTTGT CATCCACAAT GAACAGGATG GACCCTCAAT AAATTTCAAT 
GCTGCTACTA CCCTCCACAA CTTCTGTGTC TGGCAACAGA CTCAAAATGT CCAGGATGAC 
AGTCACCCTT CCCACCATGA CACTGCACTC CTGATCACCA GGGAAGACAT CTGCCGAGCT 
AAAGACAAGT GTGATACATT GGGGCTGGCG GAGCTGGGGA CCATGTGTGA CCCGTACCGG 
AGCTGCTCCA TCAGCGAAGA GAACGGACTC AGCGCCTCCT TCACCATCGC TCACGAGCTG 
GGCCATGTGT TCAACATGCC CCATGATGAC AACCCCAAAT GCAGGGAGGC AGGCATAAAG 
CACCAGTATC ACGTCATGGC GCCCACCCTC AACTACGACA CCAGTCCCTG GTCCTGGTCC 
AAGTGCAGCC GCAAGTACAT CACTGAGTTT CTGGACACAG GGTACGGAGA GTGCCTGTTG 
GACGAGCCAG TGAGCAGGAC GTACGAGCTA CCCAACCACC TCCCTGGTCA GATCTACAAT 
GCCAACCGAC AGTGTGAGCT CATGTTTGGC ACCGGATCCA TGGTCTGCCC TTACATGAAA 
CAGTGCAAGA GGCTTTGGTG TACAAGTGCT GAGGGGGGCC ATAAAGGGTG TCGGACACAA 
CACATGCCCT TGGCTGATGG GACAGACTGT GGACATGGAA TGCACTGCAG ACATGGGAAG 
TGTGTGAACA AGGAGCTGGA CCTGCGGCCG TTCCATGGGG ACTGGGGCCC CTGGGGGCAC 
TACAGTGTCT GTTCCAGGAC CTGTGGAGGA GGCACCAGGA GTACCTCCAG AGACTGCAAC 
AACCCTGAGC CCCGGAATGG AGGAAAGTTC TGCGTGGGTC GAAGGATGAA GTTCCGGTCC 
TGCAACACTG AGCCGTGTCC CCGAGGACGG AGAGACTTCC GTGAGGAGCA GTGCTCTCAG 
TTCGACGGCA AGCACTTCAA CATCAACGGT CTACCTCCCA CCGTCCGCTG GGTGCCCAAG 
TACAGTGGTA TTCTAATGAA GGATCGGTGC AAGCTCTTCT GTCGGGTTGC CGGGACGATG 
GCCTACTATC AGCTGAAGGA TCGCGTCATC GACGGCACGC CGTGTGGCCC AGACACCTAC 
GATATCTGTG TTCAAGGCCT CTGTCGGCAA GCAGGCTGTG ATCATGTGTT GAACTCCAAG 
GCGAAAAATG ACAAATGTGG AGTGTGTGGA GGGGACAACT CCTCCTGCAA AACCCTCGCT 
GGGACCTTCA ACGATGCTGA GTATGGTTAC AACACAGTGG TGCGCATCCC TGCAGGAGCC 
ACCAACATTG ATATCAAACA GGTCAGCTAC TCTGGGAAGT CGGAGGATGA CAACTACCTC 
GCTTTATCTG ACAGCCATTC TAACTTTCTC CTGAATGGGA ACTTTGTGGT GGCCATGTTC 
AAAAGGGAAA TCCCCTTCAA GGGAACCGTC ATTGAGTACA GTGGCTCGGA CACCAAAGAG 
GAGCGCATCA ACTGCACTGA ACGCATCGAG GAGGAACTCA TCCTACAGGT CCTGTGTGTG 
GGGAACCTGT ACAACCCAGA TGTGCGCTAC TCCTTCAACA TCCCCATCGA GGAGCACAGG 
GAACAGTTTG TGTGGGACCC CTCAGGCTCC TGGCTGGATT GTAGCCTCAT GTGTCAGGGT 
GAACGACGGC GCAAGGCGGT ATGTGTGAGG AAGAGTGACC ACCTGGGGGT TTCTGACCAG 
CGCTGTGAGC CTCTACCCCG TCCCAATACT GCCACTGAGC CATGTAACAC TGACTGTGAA 
CTCAGGTGGA ATGTAGCAGG GAAGAGTGAG TGTTCTGCTA AGTGTGGCCC TGGCTACCGG 
ACCATGGACG TGCAGTGTAT GAGGTACAGC TTGCTGAAGA GGCAGAGTGA GAGGGTGGAG 
GGGAGGGCCT GTTCTGACCT ACCTAAACCC CAGGCCAGAG AGGCCTGCCA AGGGGACTGT 
CTGCTCAAGA GCTGGCAGTA CAGCGCCTGG TCCCAGTGTT CTAAGACGTG TGGTCGTGGG 
GCCCGCACCA GGGACTCCTA CTGTATGAAC AATCTGGGGA GGAGACTGGT GGACAGGGAG 
TGCAGTGACT ACCAGAGAAT GATCGCGGAG AGCTGCAATG ACCAGGCCTG CCCTGACTGG 
TCAGCCAGCG AGTGGAGTGA GTGCTTGGTG ACGTGTGGGA AGGGGATGAG GCACAGGCAG 
GTATCCTGTA GTGTGGGGGT AGGAGAGGAG AATCAGAGTG AACACTTCTG TGACCCCAAC 
ACCAAGCCTC TAGCCGTGGG GAGCTGTGAG CTGCCAGATT GTGCCTCCTG GCAGGTCGGA 
GTCTGGGGAC CGTGTGCAGT GACGTGTGGC CATGGTTACC AGATGCGGGC TGTGAGGTGT 
GTGTCAGGGT TGTATGGGGA CACAGTGGAT GACAGGAAGT GTAACGCAGC ATCCAGACCC 
AGGGACAGCC AGGACTGTGA GGTGGCACCA TGTCCCTGGG CCTCTCCTCA ACAGAGCACC 
GTCCGCCCTG ACACCTCTGG TCAGCTCTTC ACACAGTGGA GATATGGCTC CTGGACCACA 
TGCTCTGTCT CCTGTGGGAA GGGTAAGCGT GCCCGCTATG TCAGCTGTCG GGACGCCCAG 
GGTGGAGTGG CAGACGAGTC CTACTGTGCC CATCTGCCCC GGCCCCCAGA ATCCTCAGCC 
TGCTTCAGCT CGTGTGGCCA GTGGAGTTCC TGGGAGTGGT CTCCTTGTTC AGTGACGTGT 
GGTGTGGGCC GGGCCACCAG GCAGGTTGAA TGCAGTAACT ACCACCACCA GGTGGATGAG 
TCATTCTGCG ACCAGGACGA GAGGCCCAGC ACAGAGCAGG AGTGTACGGC CACCCCCTGC 
CCCTCCGTGT ACCGCCAGAG GCCCAATGAC CAGCCCTACA GCCCCCACAA CCCCGCCAGT 
CACCCAGGCC ACAGCAGTTG GAACGTCCCA TCGGCAGACA ACCAGTGGAG GACGGGACCC 
TGGGGAGGAT GCTCCAGTAC GTGTGCAGGG GGCTTCCAGA GGAGGGTGGT GGTGTGTCAG 
GATGCGGAGG GTCGCAGCAC CAACCACTGT GACCAGAGGG TCAAACCTGC AGAGTCCAAG 
AGCTGCGACT CAGGACCCTG CCCTCTGTGG AACTACGGCA TCTGGGGAGA GTGTACCCAG 
ACGTGTGGCG GAGGCAGGAG GACGCGCCAG GTGGTGTGCC AACGGCCCAA CGGACAGAGA 
CTCAACGACC ACAGCTGTGA CGTCCTGGAT AAGCCTCCTG ACATGGAGCA GTGCAGCCTG 
CACCTGTGCC CGGGCAGCAT ATCCTGGCAC CGCCGACCAT GGAAGCCGTG TTCTGTGAGC 
TGTGGCCGGG GGACCAAGCA GCGGGAGATA ACCTGTGTTT ACCAAAACCA AACCCAAATA 
GAGGAAGATC ACTGCAGTCA TCTGTCACGT CCCCGGACAC AGAAGGCCTG CCGAGCCCAG 
GGATGCCCCA GCTGGAAGAC CAACAGGTGG AGCAAGTGCT CTGCCACCTG TGGAGTGGGG 
GTCCAGAACA GAGATGTGTA CTGCAGACTG AAGGGTACAG GGCGGGTGAG AGAGGAGCTG 
TGTGGTTCCC ACAACCGTCC AGCCACTGCC CAGCCCTGCC AGGCCACTGA GTGTCTCCAT 
CACACCTGGG CAGCCGGAGA GTGGCAAGAT TGTAACGCCA CCTGTGGAGA AGGTATGAGG 
AACAGGAAGG TTCTGTGTGT GGGGGCCGGG CTGACCCCAG TCCAGGACGC CCTCTGTGAC 
CCCTCGTCTT GCCCAGCCCT GCACCAGCCC TGCAGCAGAG CACCCTGCTA CCACATGTGG 
ATAACAGGAG AGTGGTCACA GTGCTCTGCT AGCTGTGGCG TGGGCTACCA GCAGCGTATA 
GTGTCCTGCT CCATGAAGCC CTCCTCCACC CTGCACCCTT ATGATTCCCA GTCCTCCGCC 
CTGTCCCGCC CTCACTGTCC AGAGCCTCAC CCACCTAGCA CCAGGCAGTG CCTCCTTTGG 
GACTGCCCAC AAGCTGCCTA CTGGAAAGTT GGCTCATGGA GCAAGTGCTC CCAGACGTGT 
GGAGCAGGGG TAATGGAGCG CAGGGTAGAG TGTCTGTCCT CTAAAGGCCA ACCGTCCAAA 
CACTGCCGTC CAGCCGAGAG GCCCGAGTCA CAAGCCACCT GTCGAGAGAG AGAGTGTCAG 
TTGTTGACAT CCTGCAGAGA GGTCCAGATG ATACAGGGGG TGAGGATGGA TGGGGAGTAC 
TACTTGAAAG TCAAGTCCAG GATACTACAG ATCTACTGTG CTGAGATGCA GACTGATTTC 
CCTAAGGAGT ATGTTACGCT GCGGAGTGGT CAGACAGACA ACTACTCAGA GGTCTATGGA 
TACAGGTTGC TGAATCCTTT TGAGTGCCCC TACAATGACA GCAGAAGGCA GGACTGTGAA 
TGCAGGAACG ATTACTCTGC AGCGGGATAC ACTCTCTTCC ATAAGGTCCG TCTGGATGTC 
ACCTCACTGA GGATAATGAC CACAGACCTG AAGTTTTCTC AGACCCTCTC TGGTCGTCCC 
GTCCCCTTCG CCACAGCAGG AGACTGCTAC AGTGCTGCCA AGTGTCCTCA GGGCCAGTTT 
AGCATCAACC TCATAGGGAC TGGTCTGAAG GTGGCTGAGG CAACCAAGTG GACCTCACAG 
GGCAACTATG TCTCTGTCAA AGTCCACAGA TCAGAGGATG GGGCAAGAAT CTATGGTCGC 
TGTGGTGGGT TCTGTGGGAA GTGCATTCCC CAGCCTCACA ACGGCCTGCT GGTTGATGTC 
CAGTGA

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

PubMed

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LOC106573613 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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