LOC106565903 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106565903
Entrez Gene ID	106565903
Full Name	pappalysin-1-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014133580.1	XP_013989055.1	pappalysin-1-like isoform X1
XM_014133590.1	XP_013989065.1	pappalysin-1-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106565903 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106565903 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
OAt07284	XM_014133580.1 Latest version!	Salmo salar pappalysin-1-like (LOC106565903), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAt07285	XM_014133590.1 Latest version!	Salmo salar pappalysin-1-like (LOC106565903), transcript variant X2, 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC106565903 ( XM_014133580.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989055.1 Salmo salar pappalysin-1-like (LOC106565903), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt07284
Clone ID Related Accession (Same CDS sequence)	XM_014133580.1
Accession Version	XM_014133580.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4923bp) 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	pappalysin-1-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012332745.1) 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##

ATGAAACTTT GGACTTTTCC CTGGCTGCTT TGCCTGGTGA TACTCATCTT ATGTTTTGGA 
TCAGAGTGCG GGACTGTCCG GAGAAAGGGG AGATCCAAAA GAGACTTGGT GCGTATCAGG 
GAGGCGACAG CCACCTTTCC AGGGGCTTGT GCCACACGTC TGCCCCGGGG CAAACGCTCC 
TTGCCCGGCT TGGAACGACG TGTACCTCGC CAGCGCCGGC GCTCCTCCCA GGCGGAGGAG 
AACTCTCCAG GTCGGGGGAA AGCTGTTTAT TTTACCGGCA GGGGTGACCA ACTTCGGCTT 
AAACCGGGCG TAGAGATACC GAGAGGAAAT TTTACGCTGG AGATGTGGAT CAAACCAGAA 
GGAGGTCAAC GATCTCCTAC GGTGATTGCA GGTCTGTATG ATAAGTGTTT CTATGCCTCC 
AGCGACCGGG GCTGGCTGCT GGGCATCCGG GCGGTCAGTG AGCAGGGTAA CTGCGACCCA 
CGCTTCTTCT TCTCCTTAAA GACGGACCGT GCCCACAAAG TCACCTCCAT CCACTCCAAT 
GGCCAATACC TGCCCAACAC CTGGGCCCAC CTGGCAGTAA CCTACGACGG CCTCTACATG 
AAACTCTACG TCAACGGCGC CCAGGTGGGT GTTAGCCGGG AACAGTCGGG CAACGTCTTC 
AGCTATCTAA CCAAGAAGTG TAAGGTGCTG ATGGTGGGCG GGAACGCTCT GAACCATAAC 
TACCGTGGGG CTGTGGAGAG GGTAAATCTG TGGAGGGAGG CCCGGGGACA GAGGCAGATA 
ATCAGGGATA TGCAGGGTCA CGAGGATCCT CAAGATGAGC CTCAGCTGGT GATCCGGGAG 
ACCTTTGAGC ACCCGGCCAG AAAGTGGCTG ACTGTGAAGG ATGGCAGCTT CCCCCAGCAA 
GAGGAGGGTA GCAGCAGCAG GGTGGGGCAG GCTGAAGGGG TAGGAGGAAG TGGAAGTGGA 
GGGTCCTTGG ATACCACCCT GGAACCCCCA ACCTGTGGTC AAACTATCTG CGATAACGTG 
GAAGTGGTGA CCAACTACAA CCGCACCTGG ACCTTCCGGA AACCCAAGAC GATACGATAC 
CGTGTGGTCA ACGTGTGGGA CGATGCTGGG CGCAGGCCCA CTGTCACTCC TCATCAGATC 
CAACTGCAAC ACCAGGACCT CAACAAGGCC TTCGCTGTCT ACAACATCAC CTGGGAGTTG 
AGCGTCCACA ATGTCACCAA CTCTTCCCTG CGCCACCGTC TGGTCCTGGC CAACTGTGAC 
ATCAGCAAAG TGGGCGACGA GGCATGTGAC CCAGAGTGTA ACCACACACT TACAGGCTTC 
GACGCAGGCG ACTGTAAGAG GCACCGCAGC CGATGCCCCG AGTACAAGCA GGACAACGGG 
GTGTGCGACC CCGAGTGTAA CTGGGACAAC TTCTTCTATG ACAACGGAGA CTGCTGTAAC 
CCCAATGTGA CGGATGTGAC CAAGACCTGC TTCAACCGCT CCTCTCCACA CAGAGCCTAT 
TTGGATGTAA AGGAGCTGAA AGAGATCCTG AATCTGGATG GCTCCACTCA CCTGAACGTC 
TTCTTTGCCA ACTCGTCTGA TGAAGATCTG GCCGGTGTCG CCACTTGGCC GTGGGACAAA 
GAAGCCCTAA CACATTTGGG TGGTATTGTT TTGAACCCCT CCTTCTACGG CACATTTGGT 
CACACCCACA CCATGATCCA TGAGATCGGC CACAGTCTCG GGCTGTACCA CGTGTTCCGG 
GGGATCTCTG AGATTGAGTC GTGTAACGAT CCGTGTCTGG AGACTGAGCC CTCGTTGGAG 
ACAGGAGATC TGTGTGAAGA CACTAACCCC ACGCCCAAGT ACAAGTACTG CAGAGACCCT 
GAGCCTGGCA ACGACACTTG CGAGCGTCGC CACTTCACAC ACACACCGTA CAACAACTAC 
ATGAGCTATG CAGATGACGA CTGTACAGAC TCTTTCACCC CCAACCAAGT GGCCCGGATG 
CACTGCTACC TGGACCTGAT CTACCAGACA TGGCAGCCCG CATCCAAACC ACCACCTGTG 
CCCATGGCGC CCCAAGTGGT GGGGCAGGAG CATGACGCCA TTACCCTGGA GTGGTTCCCG 
CCTATCTCCG GCCACTTCTA CGACAGAGAA GTGGGATCAG TGTGTGATAA ATGCACAGAG 
GGCCGGGTCC TGCTGCAGTA CGCATCCAAC TCCTCGTCCC CACGACCCTG CGCTCCCTCT 
GGACACTGGA GCCCCCGCGA GGCCGAAGGA CCTCCAGACG TGGAGCAGGC ATGTGAGCCC 
AGTGTGCGCA CCTGGAGCCC CAACGCCGGC ATCGAGCAGG GGGCCGTGGG ACTGTCCGAG 
TGCCCACTGC AGGGCTGCAT GCTCCAGCTA GAGTTCCCCC ACCCACTGGT GCCCGACTCC 
CTCACTGTGT GGGTCACCTT CTTCAGCCCC GAGGAGACGG CCTTTCCCGC CATCCACAAC 
ATCCTGCTCC TGACCGTTAG TGGAAACAAC CTTTCGTTGG GCCCTAGTAA CGTGTTCTGT 
GATACGCCAC TGACGCTGAA GCTGGACGTG GAGGAGGAGG TGTACGGTGT GCAGTTCTTC 
ACCATGGAGC AGCACCTGGA GATTGATGCT ACCCTGCTGG CATCTAAGCC TAACTGCCTG 
CTGTGCCGCC ACTGCAAGCC GCTCCGCCAC CGACTGCTGC GCCAGCCACC ATTCTCCCAT 
GCCCCCCACG GTGTGGTGTT GAACGAACCT GCCAGGCGAT ACACTGACAG GGACGTGGTA 
CCAAGCAGTG TGTACACCTA CCAGGTCCAA ACCATCTCAA CCCGCAGTGA GAGTGAACCC 
TCCCCACCCC TCACCCACCA GCTTGGGGCA CCATACTGCG GAGACGGGCG CATCCAGAGG 
TCCCAGGGAG AGGAGTGTGA TGATATGAAC TCCATGAATG GAGACGGGTG CTCCAGCCAG 
TGTAAGAAGG AGCCCTTCTT CAACTGTGTC GAGGAGCCCA GTATGTGTTA CTTCTACGAT 
GGTGACGGAG TGTGTGAGGA CTTTGAGCGG GAGACCAGCG TGAGGGACTG TGGCCTGTAT 
ACCCCCAGTG GCTTCTTGGA CCAGTGGGCC ACAGCCGTGC ACGTGTCCCA CCAGGAGAGT 
CTCTACTGCC CTGGCGAGGT GGCCGCCGGC TACCCTGCTG TCACTAAGAC ATGCCAGTCC 
AAGGTGTTTG ACCTGTCTGA CGGGGTTTCC CAGTACGCCT GGTTTCCCTG CAGAGAGGCC 
CAGCAGTCCT CCTGGTACCC CCAGTACTGG CTCAAGGCCA ACTTTTCCCA CCCCATGGTG 
GCTGCTGCTG TGATAATCCA CCTAGCTGCA GACGGGACAG GCTACATCGA CCAGACACAG 
TGCAACATCA CCGTTCAACT GGTGGACACC AAGGAGGTCA TCCACAGCTT AGGTGATTGG 
CGTCTGACCT GCAGGACCAA CCCCCTGGTA ATCCCAGTGA GCCATGACCT GAGCGTGGCC 
TTCTACCGCA CCAAGGCCAT CCTGGTCCAG TTCCGCTCCC ACCTGGTGGC CATCTCTGGC 
GTGGGCCTGC GCTCCTTCCA GTTCTTTGAC CCAATCACCA TTAGCGGGTG CCAGAGCAAC 
GAGATCTACA ACCCCATGGG TCAAAGTTGT GTCCATTACT CATGTGAGGC CATCGACTGC 
CAGGAGCCGC TGATCCGCAA TGCAGAGCTC AAGTGCAGCA GTCTGGGCTT CTTCAACGGA 
GCTCGCTGCA CCATCACCTG TAACTCTGGC TACGTCCTGC AGGTCCACAG AGACGATGAC 
ATCATCAAGA CCCAGTCGGA CTCAACAGTG ACCATCACCT GTGCAGATGG TAAGTGGAAT 
AAGCAGGTGT CGTGTGAGCC CGTAGACTGT GGTCTACCAG ACAAGTACCA CGTCCACCCA 
GCCAACTTTA ACTTCCCTGA GGGAACTACC TATGGCAGGA GGAGCACTTT CCAATGCAGG 
GAGCCTGCCC AGCTCGTAGG TTCTAACAAC ACTCTGACGT GTCTGGAGGA TGGTCTGTGG 
TCATTCCCTG AGGCACTGTG TGAGCTGCGC TGTCCGGCCC CACCCCACGT GCCCAACGCC 
ATGCTGCAGA CCAAGCGCTG CAACGACACG GGCCTCAAAG TGGGCTCCCT CTGCAAGTAC 
AAGTGCAAGC CGGGCTACCA TGTCACCAAC AAGCCCAAGA GGCGAGCCTT TAAGCGTCAG 
TGCACAGAAG ACGGCAGCTG GCTGGAGGGA GCGTGCGAGC CGGTGACCTG TGACCCTCCG 
CCTGCCATCT TCCACGGCAT GTATCAGTGC ACGGATGGCT TCCGCTTCGA CAGCACCTGC 
TGGATCAACT GCCCCGGAGC CAACCACACG GTGAGACCGC TGCACGCCGC TCCATGCAAG 
CAGGGGCCTA GCACCAATGT GATCCGCTGT AGGAAGGACG GCAACTGGAC TGGCACCTTC 
AAGCTCTGTC CTCAGAGCAT GGGACAGTGC TCTCTACCTC AAAACCTCAA CCCCAGCATA 
CGAGTCAGCT GCAAGAAGGG ACATGGAATA GGTGAGGAGT GTGAGCTGAT GTGCAAGGAC 
AGTAACAACG ATGTGGTGAT CCTGCCTAGC AACATGACCG CAGACAGCGT ACTCAAAGAG 
CACTGGAGAA ACCCACCCAA AGTCAAGAAT GTAGTGTGTA CAATGGGACT GAAGTGGTAT 
CCACACCCAG AGGTGCTCCA CTGCATCAAA GGATGTGAGC CCTTCATGGG AGACAATTAC 
TGTGACTCGG TCAACAACAG AGCCTTCTGT AACTACGACG GAGGGGACTG CTGCCACTCC 
ACCGTCAAGA CCAAGAAGGT GATCCCGTTC CCCATGTCCT GTGACATACG GGAAGACTGT 
GCCTGCCGAG ACCCCAATGC TCCAGAGAAG AGGAAAGACG AGCACGTCCA CTCCCTGGGG 
TGA

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

RefSeq	XP_013989055.1
CDS	469..5391
Translation	MKLWTFPWLLCLVILILCFGSECGTVRRKGRSKRDLVRIREATATFPGACATRLPRGKRSLPGLERRVPRQRRRSSQAEENSPGRGKAVYFTGRGDQLRLKPGVEIPRGNFTLEMWIKPEGGQRSPTVIAGLYDKCFYASSDRGWLLGIRAVSEQGNCDPRFFFSLKTDRAHKVTSIHSNGQYLPNTWAHLAVTYDGLYMKLYVNGAQVGVSREQSGNVFSYLTKKCKVLMVGGNALNHNYRGAVERVNLWREARGQRQIIRDMQGHEDPQDEPQLVIRETFEHPARKWLTVKDGSFPQQEEGSSSRVGQAEGVGGSGSGGSLDTTLEPPTCGQTICDNVEVVTNYNRTWTFRKPKTIRYRVVNVWDDAGRRPTVTPHQIQLQHQDLNKAFAVYNITWELSVHNVTNSSLRHRLVLANCDISKVGDEACDPECNHTLTGFDAGDCKRHRSRCPEYKQDNGVCDPECNWDNFFYDNGDCCNPNVTDVTKTCFNRSSPHRAYLDVKELKEILNLDGSTHLNVFFANSSDEDLAGVATWPWDKEALTHLGGIVLNPSFYGTFGHTHTMIHEIGHSLGLYHVFRGISEIESCNDPCLETEPSLETGDLCEDTNPTPKYKYCRDPEPGNDTCERRHFTHTPYNNYMSYADDDCTDSFTPNQVARMHCYLDLIYQTWQPASKPPPVPMAPQVVGQEHDAITLEWFPPISGHFYDREVGSVCDKCTEGRVLLQYASNSSSPRPCAPSGHWSPREAEGPPDVEQACEPSVRTWSPNAGIEQGAVGLSECPLQGCMLQLEFPHPLVPDSLTVWVTFFSPEETAFPAIHNILLLTVSGNNLSLGPSNVFCDTPLTLKLDVEEEVYGVQFFTMEQHLEIDATLLASKPNCLLCRHCKPLRHRLLRQPPFSHAPHGVVLNEPARRYTDRDVVPSSVYTYQVQTISTRSESEPSPPLTHQLGAPYCGDGRIQRSQGEECDDMNSMNGDGCSSQCKKEPFFNCVEEPSMCYFYDGDGVCEDFERETSVRDCGLYTPSGFLDQWATAVHVSHQESLYCPGEVAAGYPAVTKTCQSKVFDLSDGVSQYAWFPCREAQQSSWYPQYWLKANFSHPMVAAAVIIHLAADGTGYIDQTQCNITVQLVDTKEVIHSLGDWRLTCRTNPLVIPVSHDLSVAFYRTKAILVQFRSHLVAISGVGLRSFQFFDPITISGCQSNEIYNPMGQSCVHYSCEAIDCQEPLIRNAELKCSSLGFFNGARCTITCNSGYVLQVHRDDDIIKTQSDSTVTITCADGKWNKQVSCEPVDCGLPDKYHVHPANFNFPEGTTYGRRSTFQCREPAQLVGSNNTLTCLEDGLWSFPEALCELRCPAPPHVPNAMLQTKRCNDTGLKVGSLCKYKCKPGYHVTNKPKRRAFKRQCTEDGSWLEGACEPVTCDPPPAIFHGMYQCTDGFRFDSTCWINCPGANHTVRPLHAAPCKQGPSTNVIRCRKDGNWTGTFKLCPQSMGQCSLPQNLNPSIRVSCKKGHGIGEECELMCKDSNNDVVILPSNMTADSVLKEHWRNPPKVKNVVCTMGLKWYPHPEVLHCIKGCEPFMGDNYCDSVNNRAFCNYDGGDCCHSTVKTKKVIPFPMSCDIREDCACRDPNAPEKRKDEHVHSLG

Target ORF information:

RefSeq Version	XM_014133580.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar pappalysin-1-like (LOC106565903), transcript variant X1, mRNA.

Target ORF information:

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

XM_014133580.1

ORF Insert Sequence:

ATGAAACTTT GGACTTTTCC CTGGCTGCTT TGCCTGGTGA TACTCATCTT ATGTTTTGGA 
TCAGAGTGCG GGACTGTCCG GAGAAAGGGG AGATCCAAAA GAGACTTGGT GCGTATCAGG 
GAGGCGACAG CCACCTTTCC AGGGGCTTGT GCCACACGTC TGCCCCGGGG CAAACGCTCC 
TTGCCCGGCT TGGAACGACG TGTACCTCGC CAGCGCCGGC GCTCCTCCCA GGCGGAGGAG 
AACTCTCCAG GTCGGGGGAA AGCTGTTTAT TTTACCGGCA GGGGTGACCA ACTTCGGCTT 
AAACCGGGCG TAGAGATACC GAGAGGAAAT TTTACGCTGG AGATGTGGAT CAAACCAGAA 
GGAGGTCAAC GATCTCCTAC GGTGATTGCA GGTCTGTATG ATAAGTGTTT CTATGCCTCC 
AGCGACCGGG GCTGGCTGCT GGGCATCCGG GCGGTCAGTG AGCAGGGTAA CTGCGACCCA 
CGCTTCTTCT TCTCCTTAAA GACGGACCGT GCCCACAAAG TCACCTCCAT CCACTCCAAT 
GGCCAATACC TGCCCAACAC CTGGGCCCAC CTGGCAGTAA CCTACGACGG CCTCTACATG 
AAACTCTACG TCAACGGCGC CCAGGTGGGT GTTAGCCGGG AACAGTCGGG CAACGTCTTC 
AGCTATCTAA CCAAGAAGTG TAAGGTGCTG ATGGTGGGCG GGAACGCTCT GAACCATAAC 
TACCGTGGGG CTGTGGAGAG GGTAAATCTG TGGAGGGAGG CCCGGGGACA GAGGCAGATA 
ATCAGGGATA TGCAGGGTCA CGAGGATCCT CAAGATGAGC CTCAGCTGGT GATCCGGGAG 
ACCTTTGAGC ACCCGGCCAG AAAGTGGCTG ACTGTGAAGG ATGGCAGCTT CCCCCAGCAA 
GAGGAGGGTA GCAGCAGCAG GGTGGGGCAG GCTGAAGGGG TAGGAGGAAG TGGAAGTGGA 
GGGTCCTTGG ATACCACCCT GGAACCCCCA ACCTGTGGTC AAACTATCTG CGATAACGTG 
GAAGTGGTGA CCAACTACAA CCGCACCTGG ACCTTCCGGA AACCCAAGAC GATACGATAC 
CGTGTGGTCA ACGTGTGGGA CGATGCTGGG CGCAGGCCCA CTGTCACTCC TCATCAGATC 
CAACTGCAAC ACCAGGACCT CAACAAGGCC TTCGCTGTCT ACAACATCAC CTGGGAGTTG 
AGCGTCCACA ATGTCACCAA CTCTTCCCTG CGCCACCGTC TGGTCCTGGC CAACTGTGAC 
ATCAGCAAAG TGGGCGACGA GGCATGTGAC CCAGAGTGTA ACCACACACT TACAGGCTTC 
GACGCAGGCG ACTGTAAGAG GCACCGCAGC CGATGCCCCG AGTACAAGCA GGACAACGGG 
GTGTGCGACC CCGAGTGTAA CTGGGACAAC TTCTTCTATG ACAACGGAGA CTGCTGTAAC 
CCCAATGTGA CGGATGTGAC CAAGACCTGC TTCAACCGCT CCTCTCCACA CAGAGCCTAT 
TTGGATGTAA AGGAGCTGAA AGAGATCCTG AATCTGGATG GCTCCACTCA CCTGAACGTC 
TTCTTTGCCA ACTCGTCTGA TGAAGATCTG GCCGGTGTCG CCACTTGGCC GTGGGACAAA 
GAAGCCCTAA CACATTTGGG TGGTATTGTT TTGAACCCCT CCTTCTACGG CACATTTGGT 
CACACCCACA CCATGATCCA TGAGATCGGC CACAGTCTCG GGCTGTACCA CGTGTTCCGG 
GGGATCTCTG AGATTGAGTC GTGTAACGAT CCGTGTCTGG AGACTGAGCC CTCGTTGGAG 
ACAGGAGATC TGTGTGAAGA CACTAACCCC ACGCCCAAGT ACAAGTACTG CAGAGACCCT 
GAGCCTGGCA ACGACACTTG CGAGCGTCGC CACTTCACAC ACACACCGTA CAACAACTAC 
ATGAGCTATG CAGATGACGA CTGTACAGAC TCTTTCACCC CCAACCAAGT GGCCCGGATG 
CACTGCTACC TGGACCTGAT CTACCAGACA TGGCAGCCCG CATCCAAACC ACCACCTGTG 
CCCATGGCGC CCCAAGTGGT GGGGCAGGAG CATGACGCCA TTACCCTGGA GTGGTTCCCG 
CCTATCTCCG GCCACTTCTA CGACAGAGAA GTGGGATCAG TGTGTGATAA ATGCACAGAG 
GGCCGGGTCC TGCTGCAGTA CGCATCCAAC TCCTCGTCCC CACGACCCTG CGCTCCCTCT 
GGACACTGGA GCCCCCGCGA GGCCGAAGGA CCTCCAGACG TGGAGCAGGC ATGTGAGCCC 
AGTGTGCGCA CCTGGAGCCC CAACGCCGGC ATCGAGCAGG GGGCCGTGGG ACTGTCCGAG 
TGCCCACTGC AGGGCTGCAT GCTCCAGCTA GAGTTCCCCC ACCCACTGGT GCCCGACTCC 
CTCACTGTGT GGGTCACCTT CTTCAGCCCC GAGGAGACGG CCTTTCCCGC CATCCACAAC 
ATCCTGCTCC TGACCGTTAG TGGAAACAAC CTTTCGTTGG GCCCTAGTAA CGTGTTCTGT 
GATACGCCAC TGACGCTGAA GCTGGACGTG GAGGAGGAGG TGTACGGTGT GCAGTTCTTC 
ACCATGGAGC AGCACCTGGA GATTGATGCT ACCCTGCTGG CATCTAAGCC TAACTGCCTG 
CTGTGCCGCC ACTGCAAGCC GCTCCGCCAC CGACTGCTGC GCCAGCCACC ATTCTCCCAT 
GCCCCCCACG GTGTGGTGTT GAACGAACCT GCCAGGCGAT ACACTGACAG GGACGTGGTA 
CCAAGCAGTG TGTACACCTA CCAGGTCCAA ACCATCTCAA CCCGCAGTGA GAGTGAACCC 
TCCCCACCCC TCACCCACCA GCTTGGGGCA CCATACTGCG GAGACGGGCG CATCCAGAGG 
TCCCAGGGAG AGGAGTGTGA TGATATGAAC TCCATGAATG GAGACGGGTG CTCCAGCCAG 
TGTAAGAAGG AGCCCTTCTT CAACTGTGTC GAGGAGCCCA GTATGTGTTA CTTCTACGAT 
GGTGACGGAG TGTGTGAGGA CTTTGAGCGG GAGACCAGCG TGAGGGACTG TGGCCTGTAT 
ACCCCCAGTG GCTTCTTGGA CCAGTGGGCC ACAGCCGTGC ACGTGTCCCA CCAGGAGAGT 
CTCTACTGCC CTGGCGAGGT GGCCGCCGGC TACCCTGCTG TCACTAAGAC ATGCCAGTCC 
AAGGTGTTTG ACCTGTCTGA CGGGGTTTCC CAGTACGCCT GGTTTCCCTG CAGAGAGGCC 
CAGCAGTCCT CCTGGTACCC CCAGTACTGG CTCAAGGCCA ACTTTTCCCA CCCCATGGTG 
GCTGCTGCTG TGATAATCCA CCTAGCTGCA GACGGGACAG GCTACATCGA CCAGACACAG 
TGCAACATCA CCGTTCAACT GGTGGACACC AAGGAGGTCA TCCACAGCTT AGGTGATTGG 
CGTCTGACCT GCAGGACCAA CCCCCTGGTA ATCCCAGTGA GCCATGACCT GAGCGTGGCC 
TTCTACCGCA CCAAGGCCAT CCTGGTCCAG TTCCGCTCCC ACCTGGTGGC CATCTCTGGC 
GTGGGCCTGC GCTCCTTCCA GTTCTTTGAC CCAATCACCA TTAGCGGGTG CCAGAGCAAC 
GAGATCTACA ACCCCATGGG TCAAAGTTGT GTCCATTACT CATGTGAGGC CATCGACTGC 
CAGGAGCCGC TGATCCGCAA TGCAGAGCTC AAGTGCAGCA GTCTGGGCTT CTTCAACGGA 
GCTCGCTGCA CCATCACCTG TAACTCTGGC TACGTCCTGC AGGTCCACAG AGACGATGAC 
ATCATCAAGA CCCAGTCGGA CTCAACAGTG ACCATCACCT GTGCAGATGG TAAGTGGAAT 
AAGCAGGTGT CGTGTGAGCC CGTAGACTGT GGTCTACCAG ACAAGTACCA CGTCCACCCA 
GCCAACTTTA ACTTCCCTGA GGGAACTACC TATGGCAGGA GGAGCACTTT CCAATGCAGG 
GAGCCTGCCC AGCTCGTAGG TTCTAACAAC ACTCTGACGT GTCTGGAGGA TGGTCTGTGG 
TCATTCCCTG AGGCACTGTG TGAGCTGCGC TGTCCGGCCC CACCCCACGT GCCCAACGCC 
ATGCTGCAGA CCAAGCGCTG CAACGACACG GGCCTCAAAG TGGGCTCCCT CTGCAAGTAC 
AAGTGCAAGC CGGGCTACCA TGTCACCAAC AAGCCCAAGA GGCGAGCCTT TAAGCGTCAG 
TGCACAGAAG ACGGCAGCTG GCTGGAGGGA GCGTGCGAGC CGGTGACCTG TGACCCTCCG 
CCTGCCATCT TCCACGGCAT GTATCAGTGC ACGGATGGCT TCCGCTTCGA CAGCACCTGC 
TGGATCAACT GCCCCGGAGC CAACCACACG GTGAGACCGC TGCACGCCGC TCCATGCAAG 
CAGGGGCCTA GCACCAATGT GATCCGCTGT AGGAAGGACG GCAACTGGAC TGGCACCTTC 
AAGCTCTGTC CTCAGAGCAT GGGACAGTGC TCTCTACCTC AAAACCTCAA CCCCAGCATA 
CGAGTCAGCT GCAAGAAGGG ACATGGAATA GGTGAGGAGT GTGAGCTGAT GTGCAAGGAC 
AGTAACAACG ATGTGGTGAT CCTGCCTAGC AACATGACCG CAGACAGCGT ACTCAAAGAG 
CACTGGAGAA ACCCACCCAA AGTCAAGAAT GTAGTGTGTA CAATGGGACT GAAGTGGTAT 
CCACACCCAG AGGTGCTCCA CTGCATCAAA GGATGTGAGC CCTTCATGGG AGACAATTAC 
TGTGACTCGG TCAACAACAG AGCCTTCTGT AACTACGACG GAGGGGACTG CTGCCACTCC 
ACCGTCAAGA CCAAGAAGGT GATCCCGTTC CCCATGTCCT GTGACATACG GGAAGACTGT 
GCCTGCCGAG ACCCCAATGC TCCAGAGAAG AGGAAAGACG AGCACGTCCA CTCCCTGGGG 
TGA

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

LOC106565903 ( XM_014133590.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989065.1 Salmo salar pappalysin-1-like (LOC106565903), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt07285
Clone ID Related Accession (Same CDS sequence)	XM_014133590.1
Accession Version	XM_014133590.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4890bp) 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	pappalysin-1-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012332745.1) 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##

ATGAAACTTT GGACTTTTCC CTGGCTGCTT TGCCTGGTGA TACTCATCTT ATGTTTTGGA 
TCAGAGTGCG GGACTGTCCG GAGAAAGGGG AGATCCAAAA GAGACTTGGT GCGTATCAGG 
GAGGCGACAG CCACCTTTCC AGGGGCTTGT GCCACACGTC TGCCCCGGGG CAAACGCTCC 
TTGCCCGGCT TGGAACGACG TGTACCTCGC CAGCGCCGGC GCTCCTCCCA GGCGGAGGAG 
AACTCTCCAG GTCGGGGGAA AGCTGTTTAT TTTACCGGCA GGGGTGACCA ACTTCGGCTT 
AAACCGGGCG TAGAGATACC GAGAGGAAAT TTTACGCTGG AGATGTGGAT CAAACCAGAA 
GGAGGTCAAC GATCTCCTAC GGTGATTGCA GGTCTGTATG ATAAGTGTTT CTATGCCTCC 
AGCGACCGGG GCTGGCTGCT GGGCATCCGG GCGGTCAGTG AGCAGGGTAA CTGCGACCCA 
CGCTTCTTCT TCTCCTTAAA GACGGACCGT GCCCACAAAG TCACCTCCAT CCACTCCAAT 
GGCCAATACC TGCCCAACAC CTGGGCCCAC CTGGCAGTAA CCTACGACGG CCTCTACATG 
AAACTCTACG TCAACGGCGC CCAGGTGGGT GTTAGCCGGG AACAGTCGGG CAACGTCTTC 
AGCTATCTAA CCAAGAAGTG TAAGGTGCTG ATGGTGGGCG GGAACGCTCT GAACCATAAC 
TACCGTGGGG CTGTGGAGAG GGTAAATCTG TGGAGGGAGG CCCGGGGACA GAGGCAGATA 
ATCAGGGATA TGCAGGGTCA CGAGGATCCT CAAGATGAGC CTCAGCTGGT GATCCGGGAG 
ACCTTTGAGC ACCCGGCCAG AAAGTGGCTG ACTGTGAAGG ATGGCAGCTT CCCCCAGCAA 
GAGGAGGGTA GCAGCAGCAG GGTGGGGCAG GCTGAAGGGG TAGGAGGAAG TGGAAGTGGA 
GGGTCCTTGG ATACCACCCT GGAACCCCCA ACCTGTGGTC AAACTATCTG CGATAACGTG 
GAAGTGGTGA CCAACTACAA CCGCACCTGG ACCTTCCGGA AACCCAAGAC GATACGATAC 
CGTGTGGTCA ACGTGTGGGA CGATGCTGGG CGCAGGCCCA CTGTCACTCC TCATCAGATC 
CAACTGCAAC ACCAGGACCT CAACAAGGCC TTCGCTGTCT ACAACATCAC CTGGGAGTTG 
AGCGTCCACA ATGTCACCAA CTCTTCCCTG CGCCACCGTC TGGTCCTGGC CAACTGTGAC 
ATCAGCAAAG TGGGCGACGA GGCATGTGAC CCAGAGTGTA ACCACACACT TACAGGCTTC 
GACGCAGGCG ACTGTAAGAG GCACCGCAGC CGATGCCCCG AGTACAAGCA GGACAACGGG 
GTGTGCGACC CCGAGTGTAA CTGGGACAAC TTCTTCTATG ACAACGGAGA CTGCTGTAAC 
CCCAATGTGA CGGATGTGAC CAAGACCTGC TTCAACCGCT CCTCTCCACA CAGAGCCTAT 
TTGGATGTAA AGGAGCTGAA AGAGATCCTG AATCTGGATG GCTCCACTCA CCTGAACGTC 
TTCTTTGCCA ACTCGTCTGA TGAAGATCTG GCCGGTGTCG CCACTTGGCC GTGGGACAAA 
GAAGCCCTAA CACATTTGGG TGGTATTGTT TTGAACCCCT CCTTCTACGG CACATTTGGT 
CACACCCACA CCATGATCCA TGAGATCGGC CACAGTCTCG GGCTGTACCA CGTGTTCCGG 
GGGATCTCTG AGATTGAGTC GTGTAACGAT CCGTGTCTGG AGACTGAGCC CTCGTTGGAG 
ACAGGAGATC TGTGTGAAGA CACTAACCCC ACGCCCAAGT ACAAGTACTG CAGAGACCCT 
GAGCCTGGCA ACGACACTTG CGAGCGTCGC CACTTCACAC ACACACCGTA CAACAACTAC 
ATGAGCTATG CAGATGACGA CTGTACAGAC TCTTTCACCC CCAACCAAGT GGCCCGGATG 
CACTGCTACC TGGACCTGAT CTACCAGACA TGGCAGCCCG CATCCAAACC ACCACCTGTG 
CCCATGGCGC CCCAAGTGGT GGGGCAGGAG CATGACGCCA TTACCCTGGA GTGGTTCCCG 
CCTATCTCCG GCCACTTCTA CGACAGAGAA GTGGGATCAG TGTGTGATAA ATGCACAGAG 
GGCCGGGTCC TGCTGCAGTA CGCATCCAAC TCCTCGTCCC CACGACCCTG CGCTCCCTCT 
GGACACTGGA GCCCCCGCGA GGCCGAAGGA CCTCCAGACG TGGAGCAGGC ATGTGAGCCC 
AGTGTGCGCA CCTGGAGCCC CAACGCCGGC ATCGAGCAGG GGGCCGTGGG ACTGTCCGAG 
TGCCCACTGC AGGGCTGCAT GCTCCAGCTA GAGTTCCCCC ACCCACTGGT GCCCGACTCC 
CTCACTGTGT GGGTCACCTT CTTCAGCCCC GAGGAGACGG CCTTTCCCGC CATCCACAAC 
ATCCTGCTCC TGACCGTTAG TGGAAACAAC CTTTCGTTGG GCCCTAGTAA CGTGTTCTGT 
GATACGCCAC TGACGCTGAA GCTGGACGTG GAGGAGGAGG TGTACGGTGT GCAGTTCTTC 
ACCATGGAGC AGCACCTGGA GATTGATGCT ACCCTGCTGG CATCTAAGCC TAACTGCCTG 
CTGTGCCGCC ACTGCAAGCC GCTCCGCCAC CGACTGCTGC GCCAGCCACC ATTCTCCCAT 
GCCCCCCACG GTGTGGTGTT GAACGAACCT GCCAGGCGAT ACACTGACAG GGACGTGGTA 
CCAAGCAGTG TGTACACCTA CCAGGTCCAA ACCATCTCAA CCCGCAGTGA GAGTGAACCC 
TCCCCACCCC TCACCCACCA GCTTGGGGCA CCATACTGCG GAGACGGGCG CATCCAGAGG 
TCCCAGGGAG AGGAGTGTGA TGATATGAAC TCCATGAATG GAGACGGGTG CTCCAGCCAG 
TGTAAGAAGG AGCCCTTCTT CAACTGTGTC GAGGAGCCCA GTATGTGTTA CTTCTACGAT 
GGTGACGGAG TGTGTGAGGA CTTTGAGCGG GAGACCAGCG TGAGGGACTG TGGCCTGTAT 
ACCCCCAGTG GCTTCTTGGA CCAGTGGGCC ACAGCCGTGC ACGTGTCCCA CCAGGAGAGT 
CTCTACTGCC CTGGCGAGGT GGCCGCCGGC TACCCTGCTG TCACTAAGAC ATGCCAGTCC 
AAGGTGTTTG ACCTGTCTGA CGGGGTTTCC CAGTACGCCT GGTTTCCCTG CAGAGAGGCC 
CAGCAGTCCT CCTGGTACCC CCAGTACTGG CTCAAGGCCA ACTTTTCCCA CCCCATGGTG 
GCTGCTGCTG TGATAATCCA CCTAGCTGCA GACGGGACAG GCTACATCGA CCAGACACAG 
TGCAACATCA CCGTTCAACT GGTGGACACC AAGGAGGTCA TCCACAGCTT AGGTGATTGG 
CGTCTGACCT GCAGGACCAA CCCCCTGGTA ATCCCAGTGA GCCATGACCT GAGCGTGGCC 
TTCTACCGCA CCAAGGCCAT CCTGGTCCAG TTCCGCTCCC ACCTGGTGGC CATCTCTGGC 
GTGGGCCTGC GCTCCTTCCA GTTCTTTGAC CCAATCACCA TTAGCGGGTG CCAGAGCAAC 
GAGATCTACA ACCCCATGGG TCAAAGTTGT GTCCATTACT CATGTGAGGC CATCGACTGC 
CAGGAGCCGC TGATCCGCAA TGCAGAGCTC AAGTGCAGCA GTCTGGGCTT CTTCAACGGA 
GCTCGCTGCA CCATCACCTG TAACTCTGGC TACGTCCTGC AGGTCCACAG AGACGATGAC 
ATCATCAAGA CCCAGTCGGA CTCAACAGTG ACCATCACCT GTGCAGATGG TAAGTGGAAT 
AAGCAGGTGT CGTGTGAGCC CGTAGACTGT GGTCTACCAG ACAAGTACCA CGTCCACCCA 
GCCAACTTTA ACTTCCCTGA GGGAACTACC TATGGCAGGA GGAGCACTTT CCAATGCAGG 
GAGCCTGCCC AGCTCGTAGG TTCTAACAAC ACTCTGACGT GTCTGGAGGA TGGTCTGTGG 
TCATTCCCTG AGGCACTGTG TGAGCTGCGC TGTCCGGCCC CACCCCACGT GCCCAACGCC 
ATGCTGCAGA CCAAGCGCTG CAACGACACG GGCCTCAAAG TGGGCTCCCT CTGCAAGTAC 
AAGTGCAAGC CGGGCTACCA TGTCACCAAC AAGCCCAAGA GGCGAGCCTT TAAGCGTCAG 
TGCACAGAAG ACGGCAGCTG GCTGGAGGGA GCGTGCGAGC CGGTGACCTG TGACCCTCCG 
CCTGCCATCT TCCACGGCAT GTATCAGTGC ACGGATGGCT TCCGCTTCGA CAGCACCTGC 
TGGATCAACT GCCCCGGAGC CAACCACACG GGGCCTAGCA CCAATGTGAT CCGCTGTAGG 
AAGGACGGCA ACTGGACTGG CACCTTCAAG CTCTGTCCTC AGAGCATGGG ACAGTGCTCT 
CTACCTCAAA ACCTCAACCC CAGCATACGA GTCAGCTGCA AGAAGGGACA TGGAATAGGT 
GAGGAGTGTG AGCTGATGTG CAAGGACAGT AACAACGATG TGGTGATCCT GCCTAGCAAC 
ATGACCGCAG ACAGCGTACT CAAAGAGCAC TGGAGAAACC CACCCAAAGT CAAGAATGTA 
GTGTGTACAA TGGGACTGAA GTGGTATCCA CACCCAGAGG TGCTCCACTG CATCAAAGGA 
TGTGAGCCCT TCATGGGAGA CAATTACTGT GACTCGGTCA ACAACAGAGC CTTCTGTAAC 
TACGACGGAG GGGACTGCTG CCACTCCACC GTCAAGACCA AGAAGGTGAT CCCGTTCCCC 
ATGTCCTGTG ACATACGGGA AGACTGTGCC TGCCGAGACC CCAATGCTCC AGAGAAGAGG 
AAAGACGAGC ACGTCCACTC CCTGGGGTGA

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

RefSeq	XP_013989065.1
CDS	469..5358
Translation	MKLWTFPWLLCLVILILCFGSECGTVRRKGRSKRDLVRIREATATFPGACATRLPRGKRSLPGLERRVPRQRRRSSQAEENSPGRGKAVYFTGRGDQLRLKPGVEIPRGNFTLEMWIKPEGGQRSPTVIAGLYDKCFYASSDRGWLLGIRAVSEQGNCDPRFFFSLKTDRAHKVTSIHSNGQYLPNTWAHLAVTYDGLYMKLYVNGAQVGVSREQSGNVFSYLTKKCKVLMVGGNALNHNYRGAVERVNLWREARGQRQIIRDMQGHEDPQDEPQLVIRETFEHPARKWLTVKDGSFPQQEEGSSSRVGQAEGVGGSGSGGSLDTTLEPPTCGQTICDNVEVVTNYNRTWTFRKPKTIRYRVVNVWDDAGRRPTVTPHQIQLQHQDLNKAFAVYNITWELSVHNVTNSSLRHRLVLANCDISKVGDEACDPECNHTLTGFDAGDCKRHRSRCPEYKQDNGVCDPECNWDNFFYDNGDCCNPNVTDVTKTCFNRSSPHRAYLDVKELKEILNLDGSTHLNVFFANSSDEDLAGVATWPWDKEALTHLGGIVLNPSFYGTFGHTHTMIHEIGHSLGLYHVFRGISEIESCNDPCLETEPSLETGDLCEDTNPTPKYKYCRDPEPGNDTCERRHFTHTPYNNYMSYADDDCTDSFTPNQVARMHCYLDLIYQTWQPASKPPPVPMAPQVVGQEHDAITLEWFPPISGHFYDREVGSVCDKCTEGRVLLQYASNSSSPRPCAPSGHWSPREAEGPPDVEQACEPSVRTWSPNAGIEQGAVGLSECPLQGCMLQLEFPHPLVPDSLTVWVTFFSPEETAFPAIHNILLLTVSGNNLSLGPSNVFCDTPLTLKLDVEEEVYGVQFFTMEQHLEIDATLLASKPNCLLCRHCKPLRHRLLRQPPFSHAPHGVVLNEPARRYTDRDVVPSSVYTYQVQTISTRSESEPSPPLTHQLGAPYCGDGRIQRSQGEECDDMNSMNGDGCSSQCKKEPFFNCVEEPSMCYFYDGDGVCEDFERETSVRDCGLYTPSGFLDQWATAVHVSHQESLYCPGEVAAGYPAVTKTCQSKVFDLSDGVSQYAWFPCREAQQSSWYPQYWLKANFSHPMVAAAVIIHLAADGTGYIDQTQCNITVQLVDTKEVIHSLGDWRLTCRTNPLVIPVSHDLSVAFYRTKAILVQFRSHLVAISGVGLRSFQFFDPITISGCQSNEIYNPMGQSCVHYSCEAIDCQEPLIRNAELKCSSLGFFNGARCTITCNSGYVLQVHRDDDIIKTQSDSTVTITCADGKWNKQVSCEPVDCGLPDKYHVHPANFNFPEGTTYGRRSTFQCREPAQLVGSNNTLTCLEDGLWSFPEALCELRCPAPPHVPNAMLQTKRCNDTGLKVGSLCKYKCKPGYHVTNKPKRRAFKRQCTEDGSWLEGACEPVTCDPPPAIFHGMYQCTDGFRFDSTCWINCPGANHTGPSTNVIRCRKDGNWTGTFKLCPQSMGQCSLPQNLNPSIRVSCKKGHGIGEECELMCKDSNNDVVILPSNMTADSVLKEHWRNPPKVKNVVCTMGLKWYPHPEVLHCIKGCEPFMGDNYCDSVNNRAFCNYDGGDCCHSTVKTKKVIPFPMSCDIREDCACRDPNAPEKRKDEHVHSLG

Target ORF information:

RefSeq Version	XM_014133590.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar pappalysin-1-like (LOC106565903), transcript variant X2, mRNA.

Target ORF information:

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

XM_014133590.1

ORF Insert Sequence:

ATGAAACTTT GGACTTTTCC CTGGCTGCTT TGCCTGGTGA TACTCATCTT ATGTTTTGGA 
TCAGAGTGCG GGACTGTCCG GAGAAAGGGG AGATCCAAAA GAGACTTGGT GCGTATCAGG 
GAGGCGACAG CCACCTTTCC AGGGGCTTGT GCCACACGTC TGCCCCGGGG CAAACGCTCC 
TTGCCCGGCT TGGAACGACG TGTACCTCGC CAGCGCCGGC GCTCCTCCCA GGCGGAGGAG 
AACTCTCCAG GTCGGGGGAA AGCTGTTTAT TTTACCGGCA GGGGTGACCA ACTTCGGCTT 
AAACCGGGCG TAGAGATACC GAGAGGAAAT TTTACGCTGG AGATGTGGAT CAAACCAGAA 
GGAGGTCAAC GATCTCCTAC GGTGATTGCA GGTCTGTATG ATAAGTGTTT CTATGCCTCC 
AGCGACCGGG GCTGGCTGCT GGGCATCCGG GCGGTCAGTG AGCAGGGTAA CTGCGACCCA 
CGCTTCTTCT TCTCCTTAAA GACGGACCGT GCCCACAAAG TCACCTCCAT CCACTCCAAT 
GGCCAATACC TGCCCAACAC CTGGGCCCAC CTGGCAGTAA CCTACGACGG CCTCTACATG 
AAACTCTACG TCAACGGCGC CCAGGTGGGT GTTAGCCGGG AACAGTCGGG CAACGTCTTC 
AGCTATCTAA CCAAGAAGTG TAAGGTGCTG ATGGTGGGCG GGAACGCTCT GAACCATAAC 
TACCGTGGGG CTGTGGAGAG GGTAAATCTG TGGAGGGAGG CCCGGGGACA GAGGCAGATA 
ATCAGGGATA TGCAGGGTCA CGAGGATCCT CAAGATGAGC CTCAGCTGGT GATCCGGGAG 
ACCTTTGAGC ACCCGGCCAG AAAGTGGCTG ACTGTGAAGG ATGGCAGCTT CCCCCAGCAA 
GAGGAGGGTA GCAGCAGCAG GGTGGGGCAG GCTGAAGGGG TAGGAGGAAG TGGAAGTGGA 
GGGTCCTTGG ATACCACCCT GGAACCCCCA ACCTGTGGTC AAACTATCTG CGATAACGTG 
GAAGTGGTGA CCAACTACAA CCGCACCTGG ACCTTCCGGA AACCCAAGAC GATACGATAC 
CGTGTGGTCA ACGTGTGGGA CGATGCTGGG CGCAGGCCCA CTGTCACTCC TCATCAGATC 
CAACTGCAAC ACCAGGACCT CAACAAGGCC TTCGCTGTCT ACAACATCAC CTGGGAGTTG 
AGCGTCCACA ATGTCACCAA CTCTTCCCTG CGCCACCGTC TGGTCCTGGC CAACTGTGAC 
ATCAGCAAAG TGGGCGACGA GGCATGTGAC CCAGAGTGTA ACCACACACT TACAGGCTTC 
GACGCAGGCG ACTGTAAGAG GCACCGCAGC CGATGCCCCG AGTACAAGCA GGACAACGGG 
GTGTGCGACC CCGAGTGTAA CTGGGACAAC TTCTTCTATG ACAACGGAGA CTGCTGTAAC 
CCCAATGTGA CGGATGTGAC CAAGACCTGC TTCAACCGCT CCTCTCCACA CAGAGCCTAT 
TTGGATGTAA AGGAGCTGAA AGAGATCCTG AATCTGGATG GCTCCACTCA CCTGAACGTC 
TTCTTTGCCA ACTCGTCTGA TGAAGATCTG GCCGGTGTCG CCACTTGGCC GTGGGACAAA 
GAAGCCCTAA CACATTTGGG TGGTATTGTT TTGAACCCCT CCTTCTACGG CACATTTGGT 
CACACCCACA CCATGATCCA TGAGATCGGC CACAGTCTCG GGCTGTACCA CGTGTTCCGG 
GGGATCTCTG AGATTGAGTC GTGTAACGAT CCGTGTCTGG AGACTGAGCC CTCGTTGGAG 
ACAGGAGATC TGTGTGAAGA CACTAACCCC ACGCCCAAGT ACAAGTACTG CAGAGACCCT 
GAGCCTGGCA ACGACACTTG CGAGCGTCGC CACTTCACAC ACACACCGTA CAACAACTAC 
ATGAGCTATG CAGATGACGA CTGTACAGAC TCTTTCACCC CCAACCAAGT GGCCCGGATG 
CACTGCTACC TGGACCTGAT CTACCAGACA TGGCAGCCCG CATCCAAACC ACCACCTGTG 
CCCATGGCGC CCCAAGTGGT GGGGCAGGAG CATGACGCCA TTACCCTGGA GTGGTTCCCG 
CCTATCTCCG GCCACTTCTA CGACAGAGAA GTGGGATCAG TGTGTGATAA ATGCACAGAG 
GGCCGGGTCC TGCTGCAGTA CGCATCCAAC TCCTCGTCCC CACGACCCTG CGCTCCCTCT 
GGACACTGGA GCCCCCGCGA GGCCGAAGGA CCTCCAGACG TGGAGCAGGC ATGTGAGCCC 
AGTGTGCGCA CCTGGAGCCC CAACGCCGGC ATCGAGCAGG GGGCCGTGGG ACTGTCCGAG 
TGCCCACTGC AGGGCTGCAT GCTCCAGCTA GAGTTCCCCC ACCCACTGGT GCCCGACTCC 
CTCACTGTGT GGGTCACCTT CTTCAGCCCC GAGGAGACGG CCTTTCCCGC CATCCACAAC 
ATCCTGCTCC TGACCGTTAG TGGAAACAAC CTTTCGTTGG GCCCTAGTAA CGTGTTCTGT 
GATACGCCAC TGACGCTGAA GCTGGACGTG GAGGAGGAGG TGTACGGTGT GCAGTTCTTC 
ACCATGGAGC AGCACCTGGA GATTGATGCT ACCCTGCTGG CATCTAAGCC TAACTGCCTG 
CTGTGCCGCC ACTGCAAGCC GCTCCGCCAC CGACTGCTGC GCCAGCCACC ATTCTCCCAT 
GCCCCCCACG GTGTGGTGTT GAACGAACCT GCCAGGCGAT ACACTGACAG GGACGTGGTA 
CCAAGCAGTG TGTACACCTA CCAGGTCCAA ACCATCTCAA CCCGCAGTGA GAGTGAACCC 
TCCCCACCCC TCACCCACCA GCTTGGGGCA CCATACTGCG GAGACGGGCG CATCCAGAGG 
TCCCAGGGAG AGGAGTGTGA TGATATGAAC TCCATGAATG GAGACGGGTG CTCCAGCCAG 
TGTAAGAAGG AGCCCTTCTT CAACTGTGTC GAGGAGCCCA GTATGTGTTA CTTCTACGAT 
GGTGACGGAG TGTGTGAGGA CTTTGAGCGG GAGACCAGCG TGAGGGACTG TGGCCTGTAT 
ACCCCCAGTG GCTTCTTGGA CCAGTGGGCC ACAGCCGTGC ACGTGTCCCA CCAGGAGAGT 
CTCTACTGCC CTGGCGAGGT GGCCGCCGGC TACCCTGCTG TCACTAAGAC ATGCCAGTCC 
AAGGTGTTTG ACCTGTCTGA CGGGGTTTCC CAGTACGCCT GGTTTCCCTG CAGAGAGGCC 
CAGCAGTCCT CCTGGTACCC CCAGTACTGG CTCAAGGCCA ACTTTTCCCA CCCCATGGTG 
GCTGCTGCTG TGATAATCCA CCTAGCTGCA GACGGGACAG GCTACATCGA CCAGACACAG 
TGCAACATCA CCGTTCAACT GGTGGACACC AAGGAGGTCA TCCACAGCTT AGGTGATTGG 
CGTCTGACCT GCAGGACCAA CCCCCTGGTA ATCCCAGTGA GCCATGACCT GAGCGTGGCC 
TTCTACCGCA CCAAGGCCAT CCTGGTCCAG TTCCGCTCCC ACCTGGTGGC CATCTCTGGC 
GTGGGCCTGC GCTCCTTCCA GTTCTTTGAC CCAATCACCA TTAGCGGGTG CCAGAGCAAC 
GAGATCTACA ACCCCATGGG TCAAAGTTGT GTCCATTACT CATGTGAGGC CATCGACTGC 
CAGGAGCCGC TGATCCGCAA TGCAGAGCTC AAGTGCAGCA GTCTGGGCTT CTTCAACGGA 
GCTCGCTGCA CCATCACCTG TAACTCTGGC TACGTCCTGC AGGTCCACAG AGACGATGAC 
ATCATCAAGA CCCAGTCGGA CTCAACAGTG ACCATCACCT GTGCAGATGG TAAGTGGAAT 
AAGCAGGTGT CGTGTGAGCC CGTAGACTGT GGTCTACCAG ACAAGTACCA CGTCCACCCA 
GCCAACTTTA ACTTCCCTGA GGGAACTACC TATGGCAGGA GGAGCACTTT CCAATGCAGG 
GAGCCTGCCC AGCTCGTAGG TTCTAACAAC ACTCTGACGT GTCTGGAGGA TGGTCTGTGG 
TCATTCCCTG AGGCACTGTG TGAGCTGCGC TGTCCGGCCC CACCCCACGT GCCCAACGCC 
ATGCTGCAGA CCAAGCGCTG CAACGACACG GGCCTCAAAG TGGGCTCCCT CTGCAAGTAC 
AAGTGCAAGC CGGGCTACCA TGTCACCAAC AAGCCCAAGA GGCGAGCCTT TAAGCGTCAG 
TGCACAGAAG ACGGCAGCTG GCTGGAGGGA GCGTGCGAGC CGGTGACCTG TGACCCTCCG 
CCTGCCATCT TCCACGGCAT GTATCAGTGC ACGGATGGCT TCCGCTTCGA CAGCACCTGC 
TGGATCAACT GCCCCGGAGC CAACCACACG GGGCCTAGCA CCAATGTGAT CCGCTGTAGG 
AAGGACGGCA ACTGGACTGG CACCTTCAAG CTCTGTCCTC AGAGCATGGG ACAGTGCTCT 
CTACCTCAAA ACCTCAACCC CAGCATACGA GTCAGCTGCA AGAAGGGACA TGGAATAGGT 
GAGGAGTGTG AGCTGATGTG CAAGGACAGT AACAACGATG TGGTGATCCT GCCTAGCAAC 
ATGACCGCAG ACAGCGTACT CAAAGAGCAC TGGAGAAACC CACCCAAAGT CAAGAATGTA 
GTGTGTACAA TGGGACTGAA GTGGTATCCA CACCCAGAGG TGCTCCACTG CATCAAAGGA 
TGTGAGCCCT TCATGGGAGA CAATTACTGT GACTCGGTCA ACAACAGAGC CTTCTGTAAC 
TACGACGGAG GGGACTGCTG CCACTCCACC GTCAAGACCA AGAAGGTGAT CCCGTTCCCC 
ATGTCCTGTG ACATACGGGA AGACTGTGCC TGCCGAGACC CCAATGCTCC AGAGAAGAGG 
AAAGACGAGC ACGTCCACTC CCTGGGGTGA

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

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LOC106565903 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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