LOC106560968 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106560968
Entrez Gene ID	106560968
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_014124457.1	XP_013979932.1	A disintegrin and metalloproteinase with thrombospondin motifs 20-like isoform X1
XM_014124458.1	XP_013979933.1	A disintegrin and metalloproteinase with thrombospondin motifs 20-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106560968 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106560968 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
OAt32395	XM_014124457.1 Latest version!	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106560968), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt32396	XM_014124458.1 Latest version!	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106560968), 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)

LOC106560968 ( XM_014124457.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013979932.1 Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106560968), transcript variant X1, mRNA.

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CloneID	OAt32395
Clone ID Related Accession (Same CDS sequence)	XM_014124457.1
Accession Version	XM_014124457.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5787bp) 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_012336574.1) 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##

ATGCAGTTTG CAATCTGGCT GGTTGGACTA ATGTGTCATC TGTCAGCACT TGTCCGGAAC 
TCCTTGGAAT ACCGATTGCA TCCGAAACAA GAAAGTTTCA TCAAACAGTT GTCATCCTAT 
GAAATTATCA CCCCGCTGCG GATAAATGAT TTCGGAGAAT CATTCACCCA CAAGTTTCAC 
TACAAAAGGA AACGGAGAAG TGTTAATTCT GATTATTCGA ATGGTTTAAG TGCTCACTAC 
AGAATTGAGG CATTCGGACA ACGCTTTCAT CTCAATCTAA CCGCCGACTC CGGTTTTATT 
GCCCCCACGT ACACTGTGAC ACACTTGGGA GCGGAACACA GCAACGGAAC GGAGTCCCGA 
CAACAAGAAG ACAGCGATAT ACGGCACTGC TTTTTCCGCG GACACGTCAA CGCCAAGATT 
GAATCCACTG CAGTCTTCAG TCTGTGCACA GGTCTTATCG GGACTTTTAC CACCCAGCAT 
GGTGAATACT TCTTAGAGCC CCTGATGAAG GCGGAGGAGG GGGAGGAGTA CGACGAGGAG 
CACAACAAAC CTCACCTCGT CTACAGACAG GACAGGAAGA GGAGAGAGGG CCCTGCCAGT 
GAACCCACAC AACCCTGTTC AGCCTCTGGG GAAGGATCGG AAAGGCCAGT TGTCAATCTT 
CAGAGCGATA GGAGTATGGG AGAAGAGTTG GATTCCCTGA GAGATAGAAT GGACATCCAC 
CACTCCGGTT ACGAGATAGA CCACACGACA GAACACCATG TAGACAACCA CACCACCAAC 
TCCTCAGACC CCCGTCACAG AGCCCCGTCC AGGCAGAAGA GGTTCCTCTC GTACCCCCGC 
TACGTGGAAC TGATGCTGAC TGCTGATGTC AAGATGGCGC GCCACCACGG ACGCAACCTC 
GAGCACTACA TCCTAACAAT CATGTCAGTA GTTGCTGCGG TCTACAGCGA CCCAAGTGTA 
GGAAACCTCA TCAACGTCAT GATTGTCAAG CTGATCGTCA TCCACAATGA ACAGGATGGG 
CCCTCGATCA ATTTCAATGC TGCTACTACC CTCCACAACT TCTGTGTCTG GCAACAGACC 
CAAAATGTCC AGGACGACAG TCACCCTTCC CACCACGACA CCGCACTCCT CATAACAAGG 
GAAGACATCT GCCGAGCGAA AGACAAGTGT GACACATTGG GGCTGGCGGA GCTGGGGACC 
ATGTGTGACC CGTACCGGAG CTGCTCCATC AGCGAAGAGA ACGGACTCAG CGCTTCATTC 
ACCATCGCTC ACGAGCTGGG CCATGTGTTC AACATGCCCC ACGATGACAA CCCCAAATGC 
AGGGAGGCAG GCATGAAGCA CCAGTATCAC GTGATGGCGC CCACCCTCAA CTACGACACC 
AGCCCCTGGT CCTGGTCCAA GTGTAGTCGC AAGTACATCA CCGAGTTTCT GGACACAGGG 
TATGGAGAGT GCCTATTGGA CGAGCCAGTG AGCAGAACGT ACGAGCTGCC CAACCACCTC 
CCTGGTCAGA TTTACAACGC CAACCGGCAG TGTGAGCTCA TGTTTGGGCC CGGCTCCATG 
GTCTGCCCTT ACATGAAACA ATGCAAGAGG CTTTGGTGTA CGAGTGCTGA GGGGGACCAT 
AAAGGGTGTC GGACACAGCA CATGCCCTTG GCTGATGGGA CAGACTGTGG ACATGGAATG 
CACTGCAGAC ATGGGAAGTG TGTGAACAAG GTGCTGGATC TGCGGCCGGT CCATGGGGAG 
TGGGGCCCCT GGGGACCCTA CAGTGTCTGC TCCAGGACCT GTGGAGGAGG CACCAGGAGC 
ACCTCCAGAG ACTGCAACAA CCCTGAGCCC AGGAACAGAG GAAGGTTCTG TGTGGGTCGA 
AGGATGAAGT TCCGGTCGTG CAACACTGAG CCGTGTCCCA GAGGACAAAG AGACTTCCGC 
GAGGAGCAGT GCTCTCAGTT CGACGGCAAG CACTTCAACA TCAACGGTCT ACCTCCCACC 
GTCCGCTGGA TGCCCAAGTA CAGCGGTATT CTAATGAAGG ATCGGTGCAA GCTCTTCTGT 
CGGGTTACCG GGACAATGGC CTACTATCAG CTGAAGGACC GCGTCATCGA CGGCACACCA 
TGTGGCCCAG ACACCTACGA CATCTGCGTT CAAGGCCTCT GTCGGCAAGC AGGCTGTGAC 
CATGTGTTGA ACTCCAAGGC GAAGAACGAC AAGTGTGGAG TGTGTGGAGG GGACAACTCC 
TCCTGCAAAA CCCTCGCTGG GACCTTCAAC GACGCCGAGT ATGGTTACAA CACAGTAGTT 
CGGATCCCTG CAGGAGCCAC CAACATTGAT ATCAAGCAGG TCAGCTACTC TGGGAAGCCG 
GAGGATGACA ACTACCTCGC TTTATCTGAC AGCCATTCTA ACTTTCTCCT GAATGGAAAC 
TTTGTGGTGG CCATGTTCAA AAGGGAAATC ACCTTCAAGG GAACCGTCAT TGAGTACAGC 
GGCTCAGACA CCAAAGAGGA GCGCATTAAC TGCACTGAAC GCCTTGAGGA GGAACTCATC 
CTACAGGTCC TGTGTGTGGG GAACCTGTAC AACCCAGACG TGCGCTACTC GTTCAACATC 
CCCATCGAGG AGCACAGGGA GCAGTTTGTG TGGGACCCCT CGGGCTCCTG GCTGGAGTGC 
AGCCGCGTGT GTCAGGGTGA GCGATGGCGC AAGGCAGCGT GTGTGAGGAA GAGTGACCAC 
CTGGGGGTTT CTGACCAGCG CTGTGAGCCT CTACCCCGTC CCAACGCTGC CACTGAGCCA 
TGTAACACTG ACTGTGAACT CAGGTGGCAC ATAGCAGGGA AGAGTGAGTG CTCTGCTAAG 
TGTGGCCCTG GCTACCGGAC CCTGGACGTG CAGTGTATGA GGTACAGCTC GCTGAAGAGG 
CAGAGTGAGA GGGTGGAGGG GAGGGCCTGT TCTGACCTAC CCAAACCACA GGCCAGAGAG 
GCCTGCCACG GCGACTGTCT GCTCAAGAGC TGGCAGTACA GCACCTGGTC CCAGTGTTCT 
AAGACGTGTG GTCACGGGGC CCGTACCAGG GACTCCTACT GTATGAACAA CCTGGGGAGG 
AGACTGGTGG ACAGGGACTG TAGTGACTCC CTGAGACTGG TCACCGAGAG CTGCAACGAC 
CAGGCCTGCC CTGGCTGGTC AGCCAGCGAG TGGAGCGAGT GCTTGGTGAC GTGTGGGAAG 
GGGATGAGGC ACAGGCAGGT GTCCTGTAGC ATGGGGGTAG GAGAGGAGAA GCTGAGCGAA 
CACTTCTGTG ACCCGAACGC TAAGCCTCCG GCTGTGGGGA GCTGTGAGCT GCCAGAGTGT 
GCCTCCTGGC AGGTCGGAGT CTGGGGACCG TGTGCGGTGA CGTGTGGCCA TGGTTACCAG 
ATGCGGGCTG TGAGGTGTGT GTCAGGGGCA TATGGTGACA CGGTGGATGA CAGGGAGTGT 
AACGCTGCAT CCAGACCCAG GGACAGCCAA GACTGTGAGG TGGCACCATG TCCCTGGGCC 
TCTCCTCAAC ACAGCACCGT CCGACCTGAC AGCTCTGGTC AGTTCTTCAC ACAGTGGAGA 
TACGGCTCCT GGACCACGTG CTCTGTCTCC TGTGGGAAAG GGAAGCGTGC CCGTTACGTC 
AGCTGTCGGG ACGCCCAGGG TGGAGTGGCA GACGAGTCCT ACTGTGCCCA GCTGCTCCGG 
CCCCCAGAAT CCTCAGCCTG CTTCAGCCCG TGTGGCCAGT GGCGCTCCTG GGAGTGGTCT 
CCTTGTTCAG TGACGTGTGG TGTGGGCCGG GCCACCAGGC AGGTGGTGTG CAGTAACTAC 
CACCACCAGG TGGACGAGTC CTTCTGCGAT CAGGACGAGA GGCCCAGCAC AGAGCAGGAG 
TGTACAGGCG CCCCCTGCCC CTCCGTGTAC CGCCAGAGGC CCAACGACCA GCCCTACAGC 
CCCCACGACC CCGCCAGCCA CCCGGGACAC AGCAGCTGGA ACGTCCCCTC GGCAGACAAC 
CAGTGGAGGA CGGGACCCTG GGGAGGATGC TCCAGTACGT GTGCGGGGGG CTTCCAGAGG 
AGGGTGGTGG TGTGTCAGGA TGCGGAGGGT CGCAGCACCA GCCACTGTGA CCAGAGGGTC 
AAACCTGCCG AGTCCAAGAA CTGCGACTCA GGACCCTGCC CTCTGTGGAA CTACGGCGTC 
TGGGGAGAGT GTACCCAGAC GTGTGGTGGA GGCAGGAGGA CGCGCCAGGT GGTATGCCAA 
CGGCCCAACG GTCAAAGACT CAACGACCAC AACTGTGACA TCCTGGACAA GCCTCCCGAC 
GTGGAGCAGT GTAACCTGGA CCTGTGCCCG GGCAGCGCAT CATGGCACCG CCGACCATGG 
AAGCCGTGTT CTGTGAGCTG TGGCCGTGGG ACCAAGCAGC GGGAGATAGC CTGTGTTTAC 
CCAAACCAAA CCCAAATAGA GGAAGATCAC TGCAGTCATC TGTCACGTCC CCGGACAGAA 
AAGGCCTGCC GAGCCCGGGG ATGCCCCAGC TGGAAAGCCA ACAGGTGGAG CGAGTGCTCT 
GTCCCCTGTG GAGTAGGGGT CCAGAACAGA GAAGTGTACT GCAGACTGAA GGGTACAGGG 
CGGGTGAGAG AAGAGCTGTG TGGTGCCCAC AACCATCCTG CCACTGCCCA GCCCTGCCAG 
GCTACTGAGT GTCTCCATTA CACCTGGGCA GCCGGAGAGT GGCAAGATTG TAACGTCACC 
TGTGGAGAGG GTATGAGGAA CAGGAAGGTT CTGTGCGTGG GGGCTGGGCT GACCCCTGTC 
CAGGATGCCC TCTGTGACCC CTCGTCTTGC CCTGCCCTGC GCCAGCCCTG CAGCGGAGCA 
GCCTGCCACT ACACGTGGAT GACAGGGGAG TGGTCACAGT GCTCTGCCAG CTGTGGAGTG 
GGCTACCAGC AGCGTATAGT GTCCTGCTCC GTGATGCCAT CCTCCCAGAC CCTGCACCCA 
TATGATGCCC AGTCCGCTGC ACAGTCCCGC CCCCACTGTC CAGAGCCCCA CCCGCCTGGC 
ACCAGACAGT GCCTCCTTAG GGACTGCCCA CAAGCTGCCT ACTGGAAAGT TGGCCCATGG 
AGCAAGTGCT CCCAGACGTG TGGTGCGGGA GTGATGGAGC GCAGGTTGGA GTGTCTGGCC 
TCTAAAGGCC AACCGTCCAA ACACTGCCGT CCAGCCGAGA GGCCCGAGTC ACGGGCCGCC 
TGCCGAGAGA GAGAGTGTCA GCTGTTCATG TCCTGCAGAG AGGTCCAGAT GAGACAGGGA 
GTGAGGATGG ATGGGGAGTT CTACCTGAAG GTCAAGTCCA GGATACTGCA GATCTTCTGT 
GCTGAGATGC AGACTCATTT CCCTAAAGAA TACATTACAC TGCGGAGTGG TCAGACAGAC 
AACTACTCAG AGGTCTATGG ATACAGGTTG CTGAACCCTT TTGAGTGCCC GTATAATGGC 
AGCAGAAGGC AGGACTGTGA CTGCAGGAAC GATTACTCTG CAGCGGGATA CACTCTCTTC 
CACAAGGTCC GTCTGGACAT CAGCTCCCTG AGGATAATGA CCACAGACCT GCGGTTCTCT 
CAGACCCTGC TTGGCCGTCC CGTCCCGTTC GCCACGGCGG GAGACTGTTA CAGCGCTGCC 
AAGTGTCCTC AGGGCCAGTT TAGCATCAAC CTCATAGGGA CTGGTCTGAA GGTGGCTGAG 
GCAACCAAGT GGACCTCACA GGGCAACTAT GTCTCTGTCA AAGTCCACAG ATCAGAGGAC 
GGGGCAAGAA TCTACGGTCG CTGTGGTGGC TTTTGTGGGA AGTGCATTCC CCAGCCTCAC 
AACGGCCTGC TGGTTCAGGT CCAGTAA

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

RefSeq	XP_013979932.1
CDS	325..6111
Translation	MQFAIWLVGLMCHLSALVRNSLEYRLHPKQESFIKQLSSYEIITPLRINDFGESFTHKFHYKRKRRSVNSDYSNGLSAHYRIEAFGQRFHLNLTADSGFIAPTYTVTHLGAEHSNGTESRQQEDSDIRHCFFRGHVNAKIESTAVFSLCTGLIGTFTTQHGEYFLEPLMKAEEGEEYDEEHNKPHLVYRQDRKRREGPASEPTQPCSASGEGSERPVVNLQSDRSMGEELDSLRDRMDIHHSGYEIDHTTEHHVDNHTTNSSDPRHRAPSRQKRFLSYPRYVELMLTADVKMARHHGRNLEHYILTIMSVVAAVYSDPSVGNLINVMIVKLIVIHNEQDGPSINFNAATTLHNFCVWQQTQNVQDDSHPSHHDTALLITREDICRAKDKCDTLGLAELGTMCDPYRSCSISEENGLSASFTIAHELGHVFNMPHDDNPKCREAGMKHQYHVMAPTLNYDTSPWSWSKCSRKYITEFLDTGYGECLLDEPVSRTYELPNHLPGQIYNANRQCELMFGPGSMVCPYMKQCKRLWCTSAEGDHKGCRTQHMPLADGTDCGHGMHCRHGKCVNKVLDLRPVHGEWGPWGPYSVCSRTCGGGTRSTSRDCNNPEPRNRGRFCVGRRMKFRSCNTEPCPRGQRDFREEQCSQFDGKHFNINGLPPTVRWMPKYSGILMKDRCKLFCRVTGTMAYYQLKDRVIDGTPCGPDTYDICVQGLCRQAGCDHVLNSKAKNDKCGVCGGDNSSCKTLAGTFNDAEYGYNTVVRIPAGATNIDIKQVSYSGKPEDDNYLALSDSHSNFLLNGNFVVAMFKREITFKGTVIEYSGSDTKEERINCTERLEEELILQVLCVGNLYNPDVRYSFNIPIEEHREQFVWDPSGSWLECSRVCQGERWRKAACVRKSDHLGVSDQRCEPLPRPNAATEPCNTDCELRWHIAGKSECSAKCGPGYRTLDVQCMRYSSLKRQSERVEGRACSDLPKPQAREACHGDCLLKSWQYSTWSQCSKTCGHGARTRDSYCMNNLGRRLVDRDCSDSLRLVTESCNDQACPGWSASEWSECLVTCGKGMRHRQVSCSMGVGEEKLSEHFCDPNAKPPAVGSCELPECASWQVGVWGPCAVTCGHGYQMRAVRCVSGAYGDTVDDRECNAASRPRDSQDCEVAPCPWASPQHSTVRPDSSGQFFTQWRYGSWTTCSVSCGKGKRARYVSCRDAQGGVADESYCAQLLRPPESSACFSPCGQWRSWEWSPCSVTCGVGRATRQVVCSNYHHQVDESFCDQDERPSTEQECTGAPCPSVYRQRPNDQPYSPHDPASHPGHSSWNVPSADNQWRTGPWGGCSSTCAGGFQRRVVVCQDAEGRSTSHCDQRVKPAESKNCDSGPCPLWNYGVWGECTQTCGGGRRTRQVVCQRPNGQRLNDHNCDILDKPPDVEQCNLDLCPGSASWHRRPWKPCSVSCGRGTKQREIACVYPNQTQIEEDHCSHLSRPRTEKACRARGCPSWKANRWSECSVPCGVGVQNREVYCRLKGTGRVREELCGAHNHPATAQPCQATECLHYTWAAGEWQDCNVTCGEGMRNRKVLCVGAGLTPVQDALCDPSSCPALRQPCSGAACHYTWMTGEWSQCSASCGVGYQQRIVSCSVMPSSQTLHPYDAQSAAQSRPHCPEPHPPGTRQCLLRDCPQAAYWKVGPWSKCSQTCGAGVMERRLECLASKGQPSKHCRPAERPESRAACRERECQLFMSCREVQMRQGVRMDGEFYLKVKSRILQIFCAEMQTHFPKEYITLRSGQTDNYSEVYGYRLLNPFECPYNGSRRQDCDCRNDYSAAGYTLFHKVRLDISSLRIMTTDLRFSQTLLGRPVPFATAGDCYSAAKCPQGQFSINLIGTGLKVAEATKWTSQGNYVSVKVHRSEDGARIYGRCGGFCGKCIPQPHNGLLVQVQ

Target ORF information:

RefSeq Version	XM_014124457.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106560968), transcript variant X1, mRNA.

Target ORF information:

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

XM_014124457.1

ORF Insert Sequence:

ATGCAGTTTG CAATCTGGCT GGTTGGACTA ATGTGTCATC TGTCAGCACT TGTCCGGAAC 
TCCTTGGAAT ACCGATTGCA TCCGAAACAA GAAAGTTTCA TCAAACAGTT GTCATCCTAT 
GAAATTATCA CCCCGCTGCG GATAAATGAT TTCGGAGAAT CATTCACCCA CAAGTTTCAC 
TACAAAAGGA AACGGAGAAG TGTTAATTCT GATTATTCGA ATGGTTTAAG TGCTCACTAC 
AGAATTGAGG CATTCGGACA ACGCTTTCAT CTCAATCTAA CCGCCGACTC CGGTTTTATT 
GCCCCCACGT ACACTGTGAC ACACTTGGGA GCGGAACACA GCAACGGAAC GGAGTCCCGA 
CAACAAGAAG ACAGCGATAT ACGGCACTGC TTTTTCCGCG GACACGTCAA CGCCAAGATT 
GAATCCACTG CAGTCTTCAG TCTGTGCACA GGTCTTATCG GGACTTTTAC CACCCAGCAT 
GGTGAATACT TCTTAGAGCC CCTGATGAAG GCGGAGGAGG GGGAGGAGTA CGACGAGGAG 
CACAACAAAC CTCACCTCGT CTACAGACAG GACAGGAAGA GGAGAGAGGG CCCTGCCAGT 
GAACCCACAC AACCCTGTTC AGCCTCTGGG GAAGGATCGG AAAGGCCAGT TGTCAATCTT 
CAGAGCGATA GGAGTATGGG AGAAGAGTTG GATTCCCTGA GAGATAGAAT GGACATCCAC 
CACTCCGGTT ACGAGATAGA CCACACGACA GAACACCATG TAGACAACCA CACCACCAAC 
TCCTCAGACC CCCGTCACAG AGCCCCGTCC AGGCAGAAGA GGTTCCTCTC GTACCCCCGC 
TACGTGGAAC TGATGCTGAC TGCTGATGTC AAGATGGCGC GCCACCACGG ACGCAACCTC 
GAGCACTACA TCCTAACAAT CATGTCAGTA GTTGCTGCGG TCTACAGCGA CCCAAGTGTA 
GGAAACCTCA TCAACGTCAT GATTGTCAAG CTGATCGTCA TCCACAATGA ACAGGATGGG 
CCCTCGATCA ATTTCAATGC TGCTACTACC CTCCACAACT TCTGTGTCTG GCAACAGACC 
CAAAATGTCC AGGACGACAG TCACCCTTCC CACCACGACA CCGCACTCCT CATAACAAGG 
GAAGACATCT GCCGAGCGAA AGACAAGTGT GACACATTGG GGCTGGCGGA GCTGGGGACC 
ATGTGTGACC CGTACCGGAG CTGCTCCATC AGCGAAGAGA ACGGACTCAG CGCTTCATTC 
ACCATCGCTC ACGAGCTGGG CCATGTGTTC AACATGCCCC ACGATGACAA CCCCAAATGC 
AGGGAGGCAG GCATGAAGCA CCAGTATCAC GTGATGGCGC CCACCCTCAA CTACGACACC 
AGCCCCTGGT CCTGGTCCAA GTGTAGTCGC AAGTACATCA CCGAGTTTCT GGACACAGGG 
TATGGAGAGT GCCTATTGGA CGAGCCAGTG AGCAGAACGT ACGAGCTGCC CAACCACCTC 
CCTGGTCAGA TTTACAACGC CAACCGGCAG TGTGAGCTCA TGTTTGGGCC CGGCTCCATG 
GTCTGCCCTT ACATGAAACA ATGCAAGAGG CTTTGGTGTA CGAGTGCTGA GGGGGACCAT 
AAAGGGTGTC GGACACAGCA CATGCCCTTG GCTGATGGGA CAGACTGTGG ACATGGAATG 
CACTGCAGAC ATGGGAAGTG TGTGAACAAG GTGCTGGATC TGCGGCCGGT CCATGGGGAG 
TGGGGCCCCT GGGGACCCTA CAGTGTCTGC TCCAGGACCT GTGGAGGAGG CACCAGGAGC 
ACCTCCAGAG ACTGCAACAA CCCTGAGCCC AGGAACAGAG GAAGGTTCTG TGTGGGTCGA 
AGGATGAAGT TCCGGTCGTG CAACACTGAG CCGTGTCCCA GAGGACAAAG AGACTTCCGC 
GAGGAGCAGT GCTCTCAGTT CGACGGCAAG CACTTCAACA TCAACGGTCT ACCTCCCACC 
GTCCGCTGGA TGCCCAAGTA CAGCGGTATT CTAATGAAGG ATCGGTGCAA GCTCTTCTGT 
CGGGTTACCG GGACAATGGC CTACTATCAG CTGAAGGACC GCGTCATCGA CGGCACACCA 
TGTGGCCCAG ACACCTACGA CATCTGCGTT CAAGGCCTCT GTCGGCAAGC AGGCTGTGAC 
CATGTGTTGA ACTCCAAGGC GAAGAACGAC AAGTGTGGAG TGTGTGGAGG GGACAACTCC 
TCCTGCAAAA CCCTCGCTGG GACCTTCAAC GACGCCGAGT ATGGTTACAA CACAGTAGTT 
CGGATCCCTG CAGGAGCCAC CAACATTGAT ATCAAGCAGG TCAGCTACTC TGGGAAGCCG 
GAGGATGACA ACTACCTCGC TTTATCTGAC AGCCATTCTA ACTTTCTCCT GAATGGAAAC 
TTTGTGGTGG CCATGTTCAA AAGGGAAATC ACCTTCAAGG GAACCGTCAT TGAGTACAGC 
GGCTCAGACA CCAAAGAGGA GCGCATTAAC TGCACTGAAC GCCTTGAGGA GGAACTCATC 
CTACAGGTCC TGTGTGTGGG GAACCTGTAC AACCCAGACG TGCGCTACTC GTTCAACATC 
CCCATCGAGG AGCACAGGGA GCAGTTTGTG TGGGACCCCT CGGGCTCCTG GCTGGAGTGC 
AGCCGCGTGT GTCAGGGTGA GCGATGGCGC AAGGCAGCGT GTGTGAGGAA GAGTGACCAC 
CTGGGGGTTT CTGACCAGCG CTGTGAGCCT CTACCCCGTC CCAACGCTGC CACTGAGCCA 
TGTAACACTG ACTGTGAACT CAGGTGGCAC ATAGCAGGGA AGAGTGAGTG CTCTGCTAAG 
TGTGGCCCTG GCTACCGGAC CCTGGACGTG CAGTGTATGA GGTACAGCTC GCTGAAGAGG 
CAGAGTGAGA GGGTGGAGGG GAGGGCCTGT TCTGACCTAC CCAAACCACA GGCCAGAGAG 
GCCTGCCACG GCGACTGTCT GCTCAAGAGC TGGCAGTACA GCACCTGGTC CCAGTGTTCT 
AAGACGTGTG GTCACGGGGC CCGTACCAGG GACTCCTACT GTATGAACAA CCTGGGGAGG 
AGACTGGTGG ACAGGGACTG TAGTGACTCC CTGAGACTGG TCACCGAGAG CTGCAACGAC 
CAGGCCTGCC CTGGCTGGTC AGCCAGCGAG TGGAGCGAGT GCTTGGTGAC GTGTGGGAAG 
GGGATGAGGC ACAGGCAGGT GTCCTGTAGC ATGGGGGTAG GAGAGGAGAA GCTGAGCGAA 
CACTTCTGTG ACCCGAACGC TAAGCCTCCG GCTGTGGGGA GCTGTGAGCT GCCAGAGTGT 
GCCTCCTGGC AGGTCGGAGT CTGGGGACCG TGTGCGGTGA CGTGTGGCCA TGGTTACCAG 
ATGCGGGCTG TGAGGTGTGT GTCAGGGGCA TATGGTGACA CGGTGGATGA CAGGGAGTGT 
AACGCTGCAT CCAGACCCAG GGACAGCCAA GACTGTGAGG TGGCACCATG TCCCTGGGCC 
TCTCCTCAAC ACAGCACCGT CCGACCTGAC AGCTCTGGTC AGTTCTTCAC ACAGTGGAGA 
TACGGCTCCT GGACCACGTG CTCTGTCTCC TGTGGGAAAG GGAAGCGTGC CCGTTACGTC 
AGCTGTCGGG ACGCCCAGGG TGGAGTGGCA GACGAGTCCT ACTGTGCCCA GCTGCTCCGG 
CCCCCAGAAT CCTCAGCCTG CTTCAGCCCG TGTGGCCAGT GGCGCTCCTG GGAGTGGTCT 
CCTTGTTCAG TGACGTGTGG TGTGGGCCGG GCCACCAGGC AGGTGGTGTG CAGTAACTAC 
CACCACCAGG TGGACGAGTC CTTCTGCGAT CAGGACGAGA GGCCCAGCAC AGAGCAGGAG 
TGTACAGGCG CCCCCTGCCC CTCCGTGTAC CGCCAGAGGC CCAACGACCA GCCCTACAGC 
CCCCACGACC CCGCCAGCCA CCCGGGACAC AGCAGCTGGA ACGTCCCCTC GGCAGACAAC 
CAGTGGAGGA CGGGACCCTG GGGAGGATGC TCCAGTACGT GTGCGGGGGG CTTCCAGAGG 
AGGGTGGTGG TGTGTCAGGA TGCGGAGGGT CGCAGCACCA GCCACTGTGA CCAGAGGGTC 
AAACCTGCCG AGTCCAAGAA CTGCGACTCA GGACCCTGCC CTCTGTGGAA CTACGGCGTC 
TGGGGAGAGT GTACCCAGAC GTGTGGTGGA GGCAGGAGGA CGCGCCAGGT GGTATGCCAA 
CGGCCCAACG GTCAAAGACT CAACGACCAC AACTGTGACA TCCTGGACAA GCCTCCCGAC 
GTGGAGCAGT GTAACCTGGA CCTGTGCCCG GGCAGCGCAT CATGGCACCG CCGACCATGG 
AAGCCGTGTT CTGTGAGCTG TGGCCGTGGG ACCAAGCAGC GGGAGATAGC CTGTGTTTAC 
CCAAACCAAA CCCAAATAGA GGAAGATCAC TGCAGTCATC TGTCACGTCC CCGGACAGAA 
AAGGCCTGCC GAGCCCGGGG ATGCCCCAGC TGGAAAGCCA ACAGGTGGAG CGAGTGCTCT 
GTCCCCTGTG GAGTAGGGGT CCAGAACAGA GAAGTGTACT GCAGACTGAA GGGTACAGGG 
CGGGTGAGAG AAGAGCTGTG TGGTGCCCAC AACCATCCTG CCACTGCCCA GCCCTGCCAG 
GCTACTGAGT GTCTCCATTA CACCTGGGCA GCCGGAGAGT GGCAAGATTG TAACGTCACC 
TGTGGAGAGG GTATGAGGAA CAGGAAGGTT CTGTGCGTGG GGGCTGGGCT GACCCCTGTC 
CAGGATGCCC TCTGTGACCC CTCGTCTTGC CCTGCCCTGC GCCAGCCCTG CAGCGGAGCA 
GCCTGCCACT ACACGTGGAT GACAGGGGAG TGGTCACAGT GCTCTGCCAG CTGTGGAGTG 
GGCTACCAGC AGCGTATAGT GTCCTGCTCC GTGATGCCAT CCTCCCAGAC CCTGCACCCA 
TATGATGCCC AGTCCGCTGC ACAGTCCCGC CCCCACTGTC CAGAGCCCCA CCCGCCTGGC 
ACCAGACAGT GCCTCCTTAG GGACTGCCCA CAAGCTGCCT ACTGGAAAGT TGGCCCATGG 
AGCAAGTGCT CCCAGACGTG TGGTGCGGGA GTGATGGAGC GCAGGTTGGA GTGTCTGGCC 
TCTAAAGGCC AACCGTCCAA ACACTGCCGT CCAGCCGAGA GGCCCGAGTC ACGGGCCGCC 
TGCCGAGAGA GAGAGTGTCA GCTGTTCATG TCCTGCAGAG AGGTCCAGAT GAGACAGGGA 
GTGAGGATGG ATGGGGAGTT CTACCTGAAG GTCAAGTCCA GGATACTGCA GATCTTCTGT 
GCTGAGATGC AGACTCATTT CCCTAAAGAA TACATTACAC TGCGGAGTGG TCAGACAGAC 
AACTACTCAG AGGTCTATGG ATACAGGTTG CTGAACCCTT TTGAGTGCCC GTATAATGGC 
AGCAGAAGGC AGGACTGTGA CTGCAGGAAC GATTACTCTG CAGCGGGATA CACTCTCTTC 
CACAAGGTCC GTCTGGACAT CAGCTCCCTG AGGATAATGA CCACAGACCT GCGGTTCTCT 
CAGACCCTGC TTGGCCGTCC CGTCCCGTTC GCCACGGCGG GAGACTGTTA CAGCGCTGCC 
AAGTGTCCTC AGGGCCAGTT TAGCATCAAC CTCATAGGGA CTGGTCTGAA GGTGGCTGAG 
GCAACCAAGT GGACCTCACA GGGCAACTAT GTCTCTGTCA AAGTCCACAG ATCAGAGGAC 
GGGGCAAGAA TCTACGGTCG CTGTGGTGGC TTTTGTGGGA AGTGCATTCC CCAGCCTCAC 
AACGGCCTGC TGGTTCAGGT CCAGTAA

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

LOC106560968 ( XM_014124458.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013979933.1 Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106560968), transcript variant X2, mRNA.

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CloneID	OAt32396
Clone ID Related Accession (Same CDS sequence)	XM_014124458.1
Accession Version	XM_014124458.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4809bp) 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_012336574.1) 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##

ATGATTGTCA AGCTGATCGT CATCCACAAT GAACAGGATG GGCCCTCGAT CAATTTCAAT 
GCTGCTACTA CCCTCCACAA CTTCTGTGTC TGGCAACAGA CCCAAAATGT CCAGGACGAC 
AGTCACCCTT CCCACCACGA CACCGCACTC CTCATAACAA GGGAAGACAT CTGCCGAGCG 
AAAGACAAGT GTGACACATT GGGGCTGGCG GAGCTGGGGA CCATGTGTGA CCCGTACCGG 
AGCTGCTCCA TCAGCGAAGA GAACGGACTC AGCGCTTCAT TCACCATCGC TCACGAGCTG 
GGCCATGTGT TCAACATGCC CCACGATGAC AACCCCAAAT GCAGGGAGGC AGGCATGAAG 
CACCAGTATC ACGTGATGGC GCCCACCCTC AACTACGACA CCAGCCCCTG GTCCTGGTCC 
AAGTGTAGTC GCAAGTACAT CACCGAGTTT CTGGACACAG GGTATGGAGA GTGCCTATTG 
GACGAGCCAG TGAGCAGAAC GTACGAGCTG CCCAACCACC TCCCTGGTCA GATTTACAAC 
GCCAACCGGC AGTGTGAGCT CATGTTTGGG CCCGGCTCCA TGGTCTGCCC TTACATGAAA 
CAATGCAAGA GGCTTTGGTG TACGAGTGCT GAGGGGGACC ATAAAGGGTG TCGGACACAG 
CACATGCCCT TGGCTGATGG GACAGACTGT GGACATGGAA TGCACTGCAG ACATGGGAAG 
TGTGTGAACA AGGTGCTGGA TCTGCGGCCG GTCCATGGGG AGTGGGGCCC CTGGGGACCC 
TACAGTGTCT GCTCCAGGAC CTGTGGAGGA GGCACCAGGA GCACCTCCAG AGACTGCAAC 
AACCCTGAGC CCAGGAACAG AGGAAGGTTC TGTGTGGGTC GAAGGATGAA GTTCCGGTCG 
TGCAACACTG AGCCGTGTCC CAGAGGACAA AGAGACTTCC GCGAGGAGCA GTGCTCTCAG 
TTCGACGGCA AGCACTTCAA CATCAACGGT CTACCTCCCA CCGTCCGCTG GATGCCCAAG 
TACAGCGGTA TTCTAATGAA GGATCGGTGC AAGCTCTTCT GTCGGGTTAC CGGGACAATG 
GCCTACTATC AGCTGAAGGA CCGCGTCATC GACGGCACAC CATGTGGCCC AGACACCTAC 
GACATCTGCG TTCAAGGCCT CTGTCGGCAA GCAGGCTGTG ACCATGTGTT GAACTCCAAG 
GCGAAGAACG ACAAGTGTGG AGTGTGTGGA GGGGACAACT CCTCCTGCAA AACCCTCGCT 
GGGACCTTCA ACGACGCCGA GTATGGTTAC AACACAGTAG TTCGGATCCC TGCAGGAGCC 
ACCAACATTG ATATCAAGCA GGTCAGCTAC TCTGGGAAGC CGGAGGATGA CAACTACCTC 
GCTTTATCTG ACAGCCATTC TAACTTTCTC CTGAATGGAA ACTTTGTGGT GGCCATGTTC 
AAAAGGGAAA TCACCTTCAA GGGAACCGTC ATTGAGTACA GCGGCTCAGA CACCAAAGAG 
GAGCGCATTA ACTGCACTGA ACGCCTTGAG GAGGAACTCA TCCTACAGGT CCTGTGTGTG 
GGGAACCTGT ACAACCCAGA CGTGCGCTAC TCGTTCAACA TCCCCATCGA GGAGCACAGG 
GAGCAGTTTG TGTGGGACCC CTCGGGCTCC TGGCTGGAGT GCAGCCGCGT GTGTCAGGGT 
GAGCGATGGC GCAAGGCAGC GTGTGTGAGG AAGAGTGACC ACCTGGGGGT TTCTGACCAG 
CGCTGTGAGC CTCTACCCCG TCCCAACGCT GCCACTGAGC CATGTAACAC TGACTGTGAA 
CTCAGGTGGC ACATAGCAGG GAAGAGTGAG TGCTCTGCTA AGTGTGGCCC TGGCTACCGG 
ACCCTGGACG TGCAGTGTAT GAGGTACAGC TCGCTGAAGA GGCAGAGTGA GAGGGTGGAG 
GGGAGGGCCT GTTCTGACCT ACCCAAACCA CAGGCCAGAG AGGCCTGCCA CGGCGACTGT 
CTGCTCAAGA GCTGGCAGTA CAGCACCTGG TCCCAGTGTT CTAAGACGTG TGGTCACGGG 
GCCCGTACCA GGGACTCCTA CTGTATGAAC AACCTGGGGA GGAGACTGGT GGACAGGGAC 
TGTAGTGACT CCCTGAGACT GGTCACCGAG AGCTGCAACG ACCAGGCCTG CCCTGGCTGG 
TCAGCCAGCG AGTGGAGCGA GTGCTTGGTG ACGTGTGGGA AGGGGATGAG GCACAGGCAG 
GTGTCCTGTA GCATGGGGGT AGGAGAGGAG AAGCTGAGCG AACACTTCTG TGACCCGAAC 
GCTAAGCCTC CGGCTGTGGG GAGCTGTGAG CTGCCAGAGT GTGCCTCCTG GCAGGTCGGA 
GTCTGGGGAC CGTGTGCGGT GACGTGTGGC CATGGTTACC AGATGCGGGC TGTGAGGTGT 
GTGTCAGGGG CATATGGTGA CACGGTGGAT GACAGGGAGT GTAACGCTGC ATCCAGACCC 
AGGGACAGCC AAGACTGTGA GGTGGCACCA TGTCCCTGGG CCTCTCCTCA ACACAGCACC 
GTCCGACCTG ACAGCTCTGG TCAGTTCTTC ACACAGTGGA GATACGGCTC CTGGACCACG 
TGCTCTGTCT CCTGTGGGAA AGGGAAGCGT GCCCGTTACG TCAGCTGTCG GGACGCCCAG 
GGTGGAGTGG CAGACGAGTC CTACTGTGCC CAGCTGCTCC GGCCCCCAGA ATCCTCAGCC 
TGCTTCAGCC CGTGTGGCCA GTGGCGCTCC TGGGAGTGGT CTCCTTGTTC AGTGACGTGT 
GGTGTGGGCC GGGCCACCAG GCAGGTGGTG TGCAGTAACT ACCACCACCA GGTGGACGAG 
TCCTTCTGCG ATCAGGACGA GAGGCCCAGC ACAGAGCAGG AGTGTACAGG CGCCCCCTGC 
CCCTCCGTGT ACCGCCAGAG GCCCAACGAC CAGCCCTACA GCCCCCACGA CCCCGCCAGC 
CACCCGGGAC ACAGCAGCTG GAACGTCCCC TCGGCAGACA ACCAGTGGAG GACGGGACCC 
TGGGGAGGAT GCTCCAGTAC GTGTGCGGGG GGCTTCCAGA GGAGGGTGGT GGTGTGTCAG 
GATGCGGAGG GTCGCAGCAC CAGCCACTGT GACCAGAGGG TCAAACCTGC CGAGTCCAAG 
AACTGCGACT CAGGACCCTG CCCTCTGTGG AACTACGGCG TCTGGGGAGA GTGTACCCAG 
ACGTGTGGTG GAGGCAGGAG GACGCGCCAG GTGGTATGCC AACGGCCCAA CGGTCAAAGA 
CTCAACGACC ACAACTGTGA CATCCTGGAC AAGCCTCCCG ACGTGGAGCA GTGTAACCTG 
GACCTGTGCC CGGGCAGCGC ATCATGGCAC CGCCGACCAT GGAAGCCGTG TTCTGTGAGC 
TGTGGCCGTG GGACCAAGCA GCGGGAGATA GCCTGTGTTT ACCCAAACCA AACCCAAATA 
GAGGAAGATC ACTGCAGTCA TCTGTCACGT CCCCGGACAG AAAAGGCCTG CCGAGCCCGG 
GGATGCCCCA GCTGGAAAGC CAACAGGTGG AGCGAGTGCT CTGTCCCCTG TGGAGTAGGG 
GTCCAGAACA GAGAAGTGTA CTGCAGACTG AAGGGTACAG GGCGGGTGAG AGAAGAGCTG 
TGTGGTGCCC ACAACCATCC TGCCACTGCC CAGCCCTGCC AGGCTACTGA GTGTCTCCAT 
TACACCTGGG CAGCCGGAGA GTGGCAAGAT TGTAACGTCA CCTGTGGAGA GGGTATGAGG 
AACAGGAAGG TTCTGTGCGT GGGGGCTGGG CTGACCCCTG TCCAGGATGC CCTCTGTGAC 
CCCTCGTCTT GCCCTGCCCT GCGCCAGCCC TGCAGCGGAG CAGCCTGCCA CTACACGTGG 
ATGACAGGGG AGTGGTCACA GTGCTCTGCC AGCTGTGGAG TGGGCTACCA GCAGCGTATA 
GTGTCCTGCT CCGTGATGCC ATCCTCCCAG ACCCTGCACC CATATGATGC CCAGTCCGCT 
GCACAGTCCC GCCCCCACTG TCCAGAGCCC CACCCGCCTG GCACCAGACA GTGCCTCCTT 
AGGGACTGCC CACAAGCTGC CTACTGGAAA GTTGGCCCAT GGAGCAAGTG CTCCCAGACG 
TGTGGTGCGG GAGTGATGGA GCGCAGGTTG GAGTGTCTGG CCTCTAAAGG CCAACCGTCC 
AAACACTGCC GTCCAGCCGA GAGGCCCGAG TCACGGGCCG CCTGCCGAGA GAGAGAGTGT 
CAGCTGTTCA TGTCCTGCAG AGAGGTCCAG ATGAGACAGG GAGTGAGGAT GGATGGGGAG 
TTCTACCTGA AGGTCAAGTC CAGGATACTG CAGATCTTCT GTGCTGAGAT GCAGACTCAT 
TTCCCTAAAG AATACATTAC ACTGCGGAGT GGTCAGACAG ACAACTACTC AGAGGTCTAT 
GGATACAGGT TGCTGAACCC TTTTGAGTGC CCGTATAATG GCAGCAGAAG GCAGGACTGT 
GACTGCAGGA ACGATTACTC TGCAGCGGGA TACACTCTCT TCCACAAGGT CCGTCTGGAC 
ATCAGCTCCC TGAGGATAAT GACCACAGAC CTGCGGTTCT CTCAGACCCT GCTTGGCCGT 
CCCGTCCCGT TCGCCACGGC GGGAGACTGT TACAGCGCTG CCAAGTGTCC TCAGGGCCAG 
TTTAGCATCA ACCTCATAGG GACTGGTCTG AAGGTGGCTG AGGCAACCAA GTGGACCTCA 
CAGGGCAACT ATGTCTCTGT CAAAGTCCAC AGATCAGAGG ACGGGGCAAG AATCTACGGT 
CGCTGTGGTG GCTTTTGTGG GAAGTGCATT CCCCAGCCTC ACAACGGCCT GCTGGTTCAG 
GTCCAGTAA

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

RefSeq	XP_013979933.1
CDS	163..4971
Translation	MIVKLIVIHNEQDGPSINFNAATTLHNFCVWQQTQNVQDDSHPSHHDTALLITREDICRAKDKCDTLGLAELGTMCDPYRSCSISEENGLSASFTIAHELGHVFNMPHDDNPKCREAGMKHQYHVMAPTLNYDTSPWSWSKCSRKYITEFLDTGYGECLLDEPVSRTYELPNHLPGQIYNANRQCELMFGPGSMVCPYMKQCKRLWCTSAEGDHKGCRTQHMPLADGTDCGHGMHCRHGKCVNKVLDLRPVHGEWGPWGPYSVCSRTCGGGTRSTSRDCNNPEPRNRGRFCVGRRMKFRSCNTEPCPRGQRDFREEQCSQFDGKHFNINGLPPTVRWMPKYSGILMKDRCKLFCRVTGTMAYYQLKDRVIDGTPCGPDTYDICVQGLCRQAGCDHVLNSKAKNDKCGVCGGDNSSCKTLAGTFNDAEYGYNTVVRIPAGATNIDIKQVSYSGKPEDDNYLALSDSHSNFLLNGNFVVAMFKREITFKGTVIEYSGSDTKEERINCTERLEEELILQVLCVGNLYNPDVRYSFNIPIEEHREQFVWDPSGSWLECSRVCQGERWRKAACVRKSDHLGVSDQRCEPLPRPNAATEPCNTDCELRWHIAGKSECSAKCGPGYRTLDVQCMRYSSLKRQSERVEGRACSDLPKPQAREACHGDCLLKSWQYSTWSQCSKTCGHGARTRDSYCMNNLGRRLVDRDCSDSLRLVTESCNDQACPGWSASEWSECLVTCGKGMRHRQVSCSMGVGEEKLSEHFCDPNAKPPAVGSCELPECASWQVGVWGPCAVTCGHGYQMRAVRCVSGAYGDTVDDRECNAASRPRDSQDCEVAPCPWASPQHSTVRPDSSGQFFTQWRYGSWTTCSVSCGKGKRARYVSCRDAQGGVADESYCAQLLRPPESSACFSPCGQWRSWEWSPCSVTCGVGRATRQVVCSNYHHQVDESFCDQDERPSTEQECTGAPCPSVYRQRPNDQPYSPHDPASHPGHSSWNVPSADNQWRTGPWGGCSSTCAGGFQRRVVVCQDAEGRSTSHCDQRVKPAESKNCDSGPCPLWNYGVWGECTQTCGGGRRTRQVVCQRPNGQRLNDHNCDILDKPPDVEQCNLDLCPGSASWHRRPWKPCSVSCGRGTKQREIACVYPNQTQIEEDHCSHLSRPRTEKACRARGCPSWKANRWSECSVPCGVGVQNREVYCRLKGTGRVREELCGAHNHPATAQPCQATECLHYTWAAGEWQDCNVTCGEGMRNRKVLCVGAGLTPVQDALCDPSSCPALRQPCSGAACHYTWMTGEWSQCSASCGVGYQQRIVSCSVMPSSQTLHPYDAQSAAQSRPHCPEPHPPGTRQCLLRDCPQAAYWKVGPWSKCSQTCGAGVMERRLECLASKGQPSKHCRPAERPESRAACRERECQLFMSCREVQMRQGVRMDGEFYLKVKSRILQIFCAEMQTHFPKEYITLRSGQTDNYSEVYGYRLLNPFECPYNGSRRQDCDCRNDYSAAGYTLFHKVRLDISSLRIMTTDLRFSQTLLGRPVPFATAGDCYSAAKCPQGQFSINLIGTGLKVAEATKWTSQGNYVSVKVHRSEDGARIYGRCGGFCGKCIPQPHNGLLVQVQ

Target ORF information:

RefSeq Version	XM_014124458.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar A disintegrin and metalloproteinase with thrombospondin motifs 20-like (LOC106560968), transcript variant X2, mRNA.

Target ORF information:

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

XM_014124458.1

ORF Insert Sequence:

ATGATTGTCA AGCTGATCGT CATCCACAAT GAACAGGATG GGCCCTCGAT CAATTTCAAT 
GCTGCTACTA CCCTCCACAA CTTCTGTGTC TGGCAACAGA CCCAAAATGT CCAGGACGAC 
AGTCACCCTT CCCACCACGA CACCGCACTC CTCATAACAA GGGAAGACAT CTGCCGAGCG 
AAAGACAAGT GTGACACATT GGGGCTGGCG GAGCTGGGGA CCATGTGTGA CCCGTACCGG 
AGCTGCTCCA TCAGCGAAGA GAACGGACTC AGCGCTTCAT TCACCATCGC TCACGAGCTG 
GGCCATGTGT TCAACATGCC CCACGATGAC AACCCCAAAT GCAGGGAGGC AGGCATGAAG 
CACCAGTATC ACGTGATGGC GCCCACCCTC AACTACGACA CCAGCCCCTG GTCCTGGTCC 
AAGTGTAGTC GCAAGTACAT CACCGAGTTT CTGGACACAG GGTATGGAGA GTGCCTATTG 
GACGAGCCAG TGAGCAGAAC GTACGAGCTG CCCAACCACC TCCCTGGTCA GATTTACAAC 
GCCAACCGGC AGTGTGAGCT CATGTTTGGG CCCGGCTCCA TGGTCTGCCC TTACATGAAA 
CAATGCAAGA GGCTTTGGTG TACGAGTGCT GAGGGGGACC ATAAAGGGTG TCGGACACAG 
CACATGCCCT TGGCTGATGG GACAGACTGT GGACATGGAA TGCACTGCAG ACATGGGAAG 
TGTGTGAACA AGGTGCTGGA TCTGCGGCCG GTCCATGGGG AGTGGGGCCC CTGGGGACCC 
TACAGTGTCT GCTCCAGGAC CTGTGGAGGA GGCACCAGGA GCACCTCCAG AGACTGCAAC 
AACCCTGAGC CCAGGAACAG AGGAAGGTTC TGTGTGGGTC GAAGGATGAA GTTCCGGTCG 
TGCAACACTG AGCCGTGTCC CAGAGGACAA AGAGACTTCC GCGAGGAGCA GTGCTCTCAG 
TTCGACGGCA AGCACTTCAA CATCAACGGT CTACCTCCCA CCGTCCGCTG GATGCCCAAG 
TACAGCGGTA TTCTAATGAA GGATCGGTGC AAGCTCTTCT GTCGGGTTAC CGGGACAATG 
GCCTACTATC AGCTGAAGGA CCGCGTCATC GACGGCACAC CATGTGGCCC AGACACCTAC 
GACATCTGCG TTCAAGGCCT CTGTCGGCAA GCAGGCTGTG ACCATGTGTT GAACTCCAAG 
GCGAAGAACG ACAAGTGTGG AGTGTGTGGA GGGGACAACT CCTCCTGCAA AACCCTCGCT 
GGGACCTTCA ACGACGCCGA GTATGGTTAC AACACAGTAG TTCGGATCCC TGCAGGAGCC 
ACCAACATTG ATATCAAGCA GGTCAGCTAC TCTGGGAAGC CGGAGGATGA CAACTACCTC 
GCTTTATCTG ACAGCCATTC TAACTTTCTC CTGAATGGAA ACTTTGTGGT GGCCATGTTC 
AAAAGGGAAA TCACCTTCAA GGGAACCGTC ATTGAGTACA GCGGCTCAGA CACCAAAGAG 
GAGCGCATTA ACTGCACTGA ACGCCTTGAG GAGGAACTCA TCCTACAGGT CCTGTGTGTG 
GGGAACCTGT ACAACCCAGA CGTGCGCTAC TCGTTCAACA TCCCCATCGA GGAGCACAGG 
GAGCAGTTTG TGTGGGACCC CTCGGGCTCC TGGCTGGAGT GCAGCCGCGT GTGTCAGGGT 
GAGCGATGGC GCAAGGCAGC GTGTGTGAGG AAGAGTGACC ACCTGGGGGT TTCTGACCAG 
CGCTGTGAGC CTCTACCCCG TCCCAACGCT GCCACTGAGC CATGTAACAC TGACTGTGAA 
CTCAGGTGGC ACATAGCAGG GAAGAGTGAG TGCTCTGCTA AGTGTGGCCC TGGCTACCGG 
ACCCTGGACG TGCAGTGTAT GAGGTACAGC TCGCTGAAGA GGCAGAGTGA GAGGGTGGAG 
GGGAGGGCCT GTTCTGACCT ACCCAAACCA CAGGCCAGAG AGGCCTGCCA CGGCGACTGT 
CTGCTCAAGA GCTGGCAGTA CAGCACCTGG TCCCAGTGTT CTAAGACGTG TGGTCACGGG 
GCCCGTACCA GGGACTCCTA CTGTATGAAC AACCTGGGGA GGAGACTGGT GGACAGGGAC 
TGTAGTGACT CCCTGAGACT GGTCACCGAG AGCTGCAACG ACCAGGCCTG CCCTGGCTGG 
TCAGCCAGCG AGTGGAGCGA GTGCTTGGTG ACGTGTGGGA AGGGGATGAG GCACAGGCAG 
GTGTCCTGTA GCATGGGGGT AGGAGAGGAG AAGCTGAGCG AACACTTCTG TGACCCGAAC 
GCTAAGCCTC CGGCTGTGGG GAGCTGTGAG CTGCCAGAGT GTGCCTCCTG GCAGGTCGGA 
GTCTGGGGAC CGTGTGCGGT GACGTGTGGC CATGGTTACC AGATGCGGGC TGTGAGGTGT 
GTGTCAGGGG CATATGGTGA CACGGTGGAT GACAGGGAGT GTAACGCTGC ATCCAGACCC 
AGGGACAGCC AAGACTGTGA GGTGGCACCA TGTCCCTGGG CCTCTCCTCA ACACAGCACC 
GTCCGACCTG ACAGCTCTGG TCAGTTCTTC ACACAGTGGA GATACGGCTC CTGGACCACG 
TGCTCTGTCT CCTGTGGGAA AGGGAAGCGT GCCCGTTACG TCAGCTGTCG GGACGCCCAG 
GGTGGAGTGG CAGACGAGTC CTACTGTGCC CAGCTGCTCC GGCCCCCAGA ATCCTCAGCC 
TGCTTCAGCC CGTGTGGCCA GTGGCGCTCC TGGGAGTGGT CTCCTTGTTC AGTGACGTGT 
GGTGTGGGCC GGGCCACCAG GCAGGTGGTG TGCAGTAACT ACCACCACCA GGTGGACGAG 
TCCTTCTGCG ATCAGGACGA GAGGCCCAGC ACAGAGCAGG AGTGTACAGG CGCCCCCTGC 
CCCTCCGTGT ACCGCCAGAG GCCCAACGAC CAGCCCTACA GCCCCCACGA CCCCGCCAGC 
CACCCGGGAC ACAGCAGCTG GAACGTCCCC TCGGCAGACA ACCAGTGGAG GACGGGACCC 
TGGGGAGGAT GCTCCAGTAC GTGTGCGGGG GGCTTCCAGA GGAGGGTGGT GGTGTGTCAG 
GATGCGGAGG GTCGCAGCAC CAGCCACTGT GACCAGAGGG TCAAACCTGC CGAGTCCAAG 
AACTGCGACT CAGGACCCTG CCCTCTGTGG AACTACGGCG TCTGGGGAGA GTGTACCCAG 
ACGTGTGGTG GAGGCAGGAG GACGCGCCAG GTGGTATGCC AACGGCCCAA CGGTCAAAGA 
CTCAACGACC ACAACTGTGA CATCCTGGAC AAGCCTCCCG ACGTGGAGCA GTGTAACCTG 
GACCTGTGCC CGGGCAGCGC ATCATGGCAC CGCCGACCAT GGAAGCCGTG TTCTGTGAGC 
TGTGGCCGTG GGACCAAGCA GCGGGAGATA GCCTGTGTTT ACCCAAACCA AACCCAAATA 
GAGGAAGATC ACTGCAGTCA TCTGTCACGT CCCCGGACAG AAAAGGCCTG CCGAGCCCGG 
GGATGCCCCA GCTGGAAAGC CAACAGGTGG AGCGAGTGCT CTGTCCCCTG TGGAGTAGGG 
GTCCAGAACA GAGAAGTGTA CTGCAGACTG AAGGGTACAG GGCGGGTGAG AGAAGAGCTG 
TGTGGTGCCC ACAACCATCC TGCCACTGCC CAGCCCTGCC AGGCTACTGA GTGTCTCCAT 
TACACCTGGG CAGCCGGAGA GTGGCAAGAT TGTAACGTCA CCTGTGGAGA GGGTATGAGG 
AACAGGAAGG TTCTGTGCGT GGGGGCTGGG CTGACCCCTG TCCAGGATGC CCTCTGTGAC 
CCCTCGTCTT GCCCTGCCCT GCGCCAGCCC TGCAGCGGAG CAGCCTGCCA CTACACGTGG 
ATGACAGGGG AGTGGTCACA GTGCTCTGCC AGCTGTGGAG TGGGCTACCA GCAGCGTATA 
GTGTCCTGCT CCGTGATGCC ATCCTCCCAG ACCCTGCACC CATATGATGC CCAGTCCGCT 
GCACAGTCCC GCCCCCACTG TCCAGAGCCC CACCCGCCTG GCACCAGACA GTGCCTCCTT 
AGGGACTGCC CACAAGCTGC CTACTGGAAA GTTGGCCCAT GGAGCAAGTG CTCCCAGACG 
TGTGGTGCGG GAGTGATGGA GCGCAGGTTG GAGTGTCTGG CCTCTAAAGG CCAACCGTCC 
AAACACTGCC GTCCAGCCGA GAGGCCCGAG TCACGGGCCG CCTGCCGAGA GAGAGAGTGT 
CAGCTGTTCA TGTCCTGCAG AGAGGTCCAG ATGAGACAGG GAGTGAGGAT GGATGGGGAG 
TTCTACCTGA AGGTCAAGTC CAGGATACTG CAGATCTTCT GTGCTGAGAT GCAGACTCAT 
TTCCCTAAAG AATACATTAC ACTGCGGAGT GGTCAGACAG ACAACTACTC AGAGGTCTAT 
GGATACAGGT TGCTGAACCC TTTTGAGTGC CCGTATAATG GCAGCAGAAG GCAGGACTGT 
GACTGCAGGA ACGATTACTC TGCAGCGGGA TACACTCTCT TCCACAAGGT CCGTCTGGAC 
ATCAGCTCCC TGAGGATAAT GACCACAGAC CTGCGGTTCT CTCAGACCCT GCTTGGCCGT 
CCCGTCCCGT TCGCCACGGC GGGAGACTGT TACAGCGCTG CCAAGTGTCC TCAGGGCCAG 
TTTAGCATCA ACCTCATAGG GACTGGTCTG AAGGTGGCTG AGGCAACCAA GTGGACCTCA 
CAGGGCAACT ATGTCTCTGT CAAAGTCCAC AGATCAGAGG ACGGGGCAAG AATCTACGGT 
CGCTGTGGTG GCTTTTGTGG GAAGTGCATT CCCCAGCCTC ACAACGGCCT GCTGGTTCAG 
GTCCAGTAA

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

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LOC106560968 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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