LOC106600688 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106600688
Entrez Gene ID	106600688
Full Name	poly [ADP-ribose] polymerase 14-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014192241.1	XP_014047716.1	poly [ADP-ribose] polymerase 14-like isoform X3
XM_014192239.1	XP_014047714.1	poly [ADP-ribose] polymerase 14-like isoform X1
XM_014192240.1	XP_014047715.1	poly [ADP-ribose] polymerase 14-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106600688 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106600688 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)
OAt13009	XM_014192239.1 Latest version!	Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt13010	XM_014192240.1 Latest version!	Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt13011	XM_014192241.1 Latest version!	Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC106600688 ( XM_014192239.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014047714.1 Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X1, mRNA.

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CloneID	OAt13009
Clone ID Related Accession (Same CDS sequence)	XM_014192239.1
Accession Version	XM_014192239.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5601bp) 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	poly [ADP-ribose] polymerase 14-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012333569.1) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGCAGAAG CCTACGCATT TTCCCTGCTT GTTGAGTTGG AGGGGAATCC CAATATTCCC 
AAACTGAAAA ACAAGTTGGT AAAATATTTC CAAAGTAAAA AGTCTAATGG TGGTGATTGT 
CTTGTGGAAT ACGAAGATGG ACAAGAAGCA GTAGTGCGGT TCAAAACGGA GGAGGTCAGG 
CATAGAGTTC TTGAGAAGCA GGAGCACGAG ATCAGGTTGG ATCGAGGGGT GCTGAAACTG 
ATCATTCGTC TGCCATCAGA TGATGTCCCA AAGAGTGCAC AGGAAACACA GTCTCCTATC 
ACCTCAGCAG GTTATAGGGA GCCAATTGAC AGCCAGCTCA TGGCGTCAGC TAAGAGGAAG 
GCAGAGGCTG ATGCTCCTCA GCAGGAATTA CTAGGCTTCA AAAAGCAAGC TGTTGCTGCT 
ACTGATTCAA AAGACTTACC AAAGAGCGGG GTTGGAGATG GACACACTCC CCTTACTGAG 
CCACAGACAG AGATGGAGAT TGAACCGATG GAAGTCGAGG AAAAGCTGGT GTCCACCTCA 
GCCGTGTTGG GGAACATTGA GGAGAGCATG AACAAGGAGT TCCTGGAGAT GCTGATAGAG 
AACATCCTGA GTGCGTATAA CACCTCTGGT TCTGACTCTC CTACTGCAAC ACAGACCTTC 
AGTTTGGAGA TCCTGACACC TGTCCTAGAC ACCGGCCTGG CTGTGGTGAC TTTCCAAAAT 
GGAAAAGAGA CTGAGAACTT CATCACCAGC TGCACCAGCA ACAGGATGTT CAGACAGAAA 
CAACTATCTG TTAAACTCCT GGAACTCACC ACAAAAGTGA AAGTTGAAAA CATAAATCCA 
AATGTTAGTT CAGACCACCT CCAACTGTTA TTTGGAAAAG GGGGCGAGGA GGTGGAAGAC 
ACTGAAATGA ATGAAGAGGA CCAATCAGCA ATCCTCACCT TTCAAGATCC TAAAGCTGTT 
CACAGAGTCC TAGAGAAACC ACATTACATC GAGAAGCAGC CTCTCAAGGC TTTCCCCTTC 
TATGATTCTC TGGGAACGGC CTTGTATGGC AAAGACAGAC CCACATTGAA ACTCCCTTCT 
GCTTTCACTG AAAACATAAA CCACGCAATT TGGAGATACC TCTGTGACAA CCAGGAAGCT 
GCAGAGACCA TCCACAAGGA AATGACCAAA CACTTCTGCA ATGTAGACTT CCAACAACCT 
ACCATCAAGT TAAGCCCACT GCCATCTCTA CTCAAACAGA CGGGTGTGAA ACCCAAGCAC 
TTACAACAAT GGAAGGACAC CACCAAAGTT GCCTTAATCC AAGCCTTGTC TAACTTTAAG 
TCATTGGAGC TCCAGGTTCA GGACACTGCA TGGGAAGAGT CTGAAGGGGA GATCCTCAAG 
GCGGTGTCTG GGGAGGCCGT GATGGTAGTC CATGAAGAGA CCAGAGGTGT TCTGGCAGTG 
GTAGGATTGG TAGAAGATGT GGACCGGCTC AGGCAGACAC TGGATGGGAT CATGGACAGG 
ATTTCTAGAA GAATCGAGAG GGAGAAGACG AGCATAACAG AGGAGTTCCC TCTGGTTCCA 
TCAATCTACC AGGTACTGTT GCATGGTGGC CTGCTGGACA AGATTGTTGG TGAATTCCCA 
GACTTGAAGC TGACGTATAA TCAAGAGAGC CAGAGTGTGA CCATCTATGG GTTGATGCAA 
GAGGTGTTGT GTGCTAACAG AAAGCTTGCA GGTGAAGTAG TAGCCCTGAA ACGAAAGCTG 
GTGGAATTGG ATGAATACGT CCTTGAGTTC CTGCAGGAAG AAAGCCAGGA AAAGCTAACC 
AGTTCCCTTC TCACCTTACA GAGCATCAAT GCAGCACTAG AAATAGAGAG AAAAGGAGTG 
CAGCTTCTGG CTGTCTCTGA GGAGGCCCTG TGCGAAGCAG AACATCAACT GCATACGCTT 
TTGATTTCTC AATACATAGA TGTAGAAGAC TCCGATCTCC TGAGGATGTC CGAGTGGAAG 
GATATTGCCA ACCGTTTTGA GGAAGCGTCA AACACTCCTT TCAGGAAAGT TATGGTCCAG 
ACATCAGGTG CCTATTCAGG ACAACAAGTG GTAGTGTCTG GCTACAAGGA AACTGTTCTC 
TTAGTCCGAA ATGAATTGGA TGATTTCTTA CACAAAAATG CTCATGTTGA TGAAACTATC 
GAAGTTAAGC CTGAGGCTAT TGGTAAATTC ATCCAGGAAC AACACAGGGA TGCTTGGTCT 
GATAAAGTCA AAGATAGTGG AGTTAAAGTT TCTTTCAAGG ATGAGGCTAT TTACCTGAGT 
GGCACCAGAG TTCACGTAGC AGATTGCAAG GCATTATTCG AAAACTTGGT ATCCTCCACA 
TTCTTTGACG CCTTGAGAAT CTCCAAGCCT GGAGCAAAGA AGTTCTTCCA GGACAATGAG 
CCCATGTATG TTGACACAGT CATGAATCAG ACAGGCTGTG TGGTCCAGCT GATTGAAGAA 
GAGTATGATG CCAATGGCGG ACAAGGCATA AAGCTAGCAG GAGGAGGAAT GAAACCTACC 
TACCAGCTTC AAACACCTGA TGGGGTGGAG ATAGCCGTTT GCAAAGCAGA CATGTGCAAA 
TATTCTGTTC ACGCTGTTGT CAATGCTGCC GCCCTGGACC TGAAGCACAG TGGAGGTCTT 
GCAGGAGCTC TTCTGGATAC TGCTGGCCCT CAACTGCAGG ATGAGTGCAA CCAGATCATC 
AAGAACAAGG GTCAGCTCAA GCCAGGGGAC AGTGTCATCA CTGGTGCAGG AGGGAAGCTC 
CGCTGCAAGC ACATCATTCA TGCAGTGGGA CCCAGGTTTG ACCAGGCAAA CCCCCAGAAG 
GCCATGGGAC AGTTGAGGAG GGCGGTGAAA GGGAGTCTGG ATCTAGCAGA GACCCACAAC 
TGCCTGTATG TGGCTCTTCC TGCTATTAGC TCTGGGAATC TAGGCTTTCC TCTGACCCTG 
TGTGCAGACA CCATCGTCAA AGCAGTTAAA GAACACTGTG ACGACAAATT TGGGGACAAT 
ACTCTGAAGA AGATCCATCT GGTGAACAAT GATGACAAGA CAGTCCAGGC TATGGAGGCA 
GCGGTGCTGA AGGTGTTTGG GAGCCATGGA ACTAGTCATC CACGAGAGAA TCGACCCACC 
ATAGCTACAC ACAGCCAGCC TGGTAATCGG GTTCAACGCA CAAGTGGTTC AAGTGGGAAG 
ACAAAAGAGG GGCTGGCTAT TACCCTGACG AAAGGGAATA TCCAAGATGC TGTGACAGAA 
GTTGTGGTCA ACACCGTGGG TGATGACCTA GCACTTAACC ATGGTGCAGT CTCCAAGGCC 
ATCCTCGCCG CTGCTGGCCC CCAACTTCAG ACTCTGGTAA ACCAACAGGG CACAGCCGGA 
AGGGCTGGGG AAGTCATTGT CACCACTGGC TGCAACCTGA AGTGCAAGCG GGTGTTTCAT 
ACCATCGCCC CTCACTGGGA CAATGGACAA GGAGCACCAC AGAAGATATT GAGCAGGATC 
GTGAAAGAGT GCTTGGATGA GGCAGAGGAT CAGGGACTCA TCTCGATCAC CTTCCCTGCC 
ATCGGCACGG GAAACCTGGG CTTCCCCAAA GACCTGGTGG CCTCTCTGAT GCTGGATGAA 
GTCCTCAAGT TTAGCAGTAA GAAGAACCCC AAACACCTGA AGGAGGTGGT CTTCATCCTC 
CACCCAGGTG ATGCACCGAC GATCCAGGCT TTCACTGATG AATTTAACAA AAGGTTCAAA 
ACCCAGTCGG GAACGTCAAG GGGCTCAGCA GCATCCAGTC AACAGAGTAA AGGCCCTTTC 
TCTAAAATCA CTTCAAGCTC AGGGATGCAC GAGATGAAGA TGGGAGGGGT GCTTATACAG 
GTCATCACAG GAGACATCAC CAAGGAGACC ACTGATGTCA TCGTCAACTC CTCCAATGAC 
ACCTTCAGTC TCCAGTCAGG GGTATCTAAG GCCATTCTGG ATGTGGCTGG TCAGACTGTG 
GTAGCGGAAT GCCAACAACT CGGAGCCCAG CCTAACAATG GAGTGATACT TACCCAGCCG 
GGCAACATGC GGTGTAAGAA GATCATCCAC GTGGTTGGTC AGACGGACCC AAAGAAGATC 
CAGGAGTCGG TCAAAGGAGC ACTGCAAATG TGTGCACAGA ATAACCTCAC ATCCATCTCC 
TTCCCTGCTC TTGGCACAGG TCAGGGCAAT GTACAGGCGG GCCAGGTGGC TGACGCCATG 
TTGGATGCTG TTGTGGAGGT GGTGGGTCAG AAGTCCCAAA ACACACTGCA GCTGGTCAGG 
ATGGTCATCT TCCAGCCTGC CATGCTCACA GAGTTCCACA AATCTATGGT GAAGAAAGAG 
GGCACAGACG TTGACACTCA AAAGAAGGGG AGCATCTGGG GAAAAATTAA ATCGTTGTTA 
ACCTGGGGTA AAGCTGACAT GCCACAAAAG GATGAGGATT TTGTCATCGA GGGCCAGCAA 
GTAGATCCAG CTTTCTTCCA TATCTGCGGT GGATCTCAGG CCAGAGTGGA CCAAGCCAAG 
CGTTGGATCA AGGACCTGAT CCTGAAGGAG CAAGTCAGCA ACAGCATCAC CGATGACGCC 
ATCCTCAACT TGTCTGACTC TGACCGTAAG TGCATCCACG AAATCCAGAC CACCATGGGA 
GTGAGTGTGA GGATAGAATA CAATTCGTCC AGGGAGGAAG CTATGCTCAC GATCGAGGGC 
CTTAGCAAGG ATGTCCTCAA TGCAGTCAAC GAGATCCAGA AGATGCTGAG GAAGGCCAGG 
GACAAAGAGA CCTTCAACAG GAACGTGGAA GTGGCCAGCA ACATGGTGGA GTGGCAGTAT 
CAGCAGCAGC CAGGGGGGCA GTACCAGAGC TTTGACCCCA TCCCCAACTT CCATCTGGAG 
CAGGCACTGG AGAGGAAGTT GCCCCACGTA GAGGTCTCTT TCCAGGGGAA GATGTACACG 
GTCACCCTGC CTGACGGGCC TGCTACAGAT ACCAATGGCA ACAGCCTCAA AATTAGACGC 
ATCGACAAGT TGGCAGCTCA ACCCATTGAC AGTCTCCCTC AGCATTGGGA TGCCATGCCA 
GCAAACACAT CATGCCATTC CTGCCTCATT CAGCCAGGAA GCCCAGAGCA CAATGAAGTC 
TTAAACTTGT TCCTAGCCAC CTGCCCCAAC ATCGTTTTAA AGATTGAGAG GATCCAGAAC 
CCAAGCCTGT GGAGGAACCT CCAGATCAAG AAGAATGAAA TGGAGCTCAG GAATGGTCAT 
AAGAACAACG AGAAGAGGCT CTTCCATGGA ATGTGCCACA CAACCATTAA TCACATCAAC 
CACCATGGCT TCAATCGGAG CTATGCTGGA AAAAATGCTG CAGTGTATGG AAATGGCACA 
TATTTTGCAG TTTGTGCCAG ATACTCTGCC AGTAACACAT ACTCAAGACC AGATCCACAA 
GGACAGAAGT ATATTTTTCT CTGCCGAGTT CTGACTGGCG ATTTCACAAC AGGACGACAG 
GGGATGATAG TGCCTCCAGC TAAAAACACT ACATCTGCTC AACTCTACGA CAGCGTGACA 
GACAACCCAT CAGCGCCATC CATGTTCATT GTATTCAACG ACATTCAGGC ATATCCTGAG 
TACTTGATCA CTTTCCGCTA G

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

RefSeq	XP_014047714.1
CDS	314..5914
Translation	MAEAYAFSLLVELEGNPNIPKLKNKLVKYFQSKKSNGGDCLVEYEDGQEAVVRFKTEEVRHRVLEKQEHEIRLDRGVLKLIIRLPSDDVPKSAQETQSPITSAGYREPIDSQLMASAKRKAEADAPQQELLGFKKQAVAATDSKDLPKSGVGDGHTPLTEPQTEMEIEPMEVEEKLVSTSAVLGNIEESMNKEFLEMLIENILSAYNTSGSDSPTATQTFSLEILTPVLDTGLAVVTFQNGKETENFITSCTSNRMFRQKQLSVKLLELTTKVKVENINPNVSSDHLQLLFGKGGEEVEDTEMNEEDQSAILTFQDPKAVHRVLEKPHYIEKQPLKAFPFYDSLGTALYGKDRPTLKLPSAFTENINHAIWRYLCDNQEAAETIHKEMTKHFCNVDFQQPTIKLSPLPSLLKQTGVKPKHLQQWKDTTKVALIQALSNFKSLELQVQDTAWEESEGEILKAVSGEAVMVVHEETRGVLAVVGLVEDVDRLRQTLDGIMDRISRRIEREKTSITEEFPLVPSIYQVLLHGGLLDKIVGEFPDLKLTYNQESQSVTIYGLMQEVLCANRKLAGEVVALKRKLVELDEYVLEFLQEESQEKLTSSLLTLQSINAALEIERKGVQLLAVSEEALCEAEHQLHTLLISQYIDVEDSDLLRMSEWKDIANRFEEASNTPFRKVMVQTSGAYSGQQVVVSGYKETVLLVRNELDDFLHKNAHVDETIEVKPEAIGKFIQEQHRDAWSDKVKDSGVKVSFKDEAIYLSGTRVHVADCKALFENLVSSTFFDALRISKPGAKKFFQDNEPMYVDTVMNQTGCVVQLIEEEYDANGGQGIKLAGGGMKPTYQLQTPDGVEIAVCKADMCKYSVHAVVNAAALDLKHSGGLAGALLDTAGPQLQDECNQIIKNKGQLKPGDSVITGAGGKLRCKHIIHAVGPRFDQANPQKAMGQLRRAVKGSLDLAETHNCLYVALPAISSGNLGFPLTLCADTIVKAVKEHCDDKFGDNTLKKIHLVNNDDKTVQAMEAAVLKVFGSHGTSHPRENRPTIATHSQPGNRVQRTSGSSGKTKEGLAITLTKGNIQDAVTEVVVNTVGDDLALNHGAVSKAILAAAGPQLQTLVNQQGTAGRAGEVIVTTGCNLKCKRVFHTIAPHWDNGQGAPQKILSRIVKECLDEAEDQGLISITFPAIGTGNLGFPKDLVASLMLDEVLKFSSKKNPKHLKEVVFILHPGDAPTIQAFTDEFNKRFKTQSGTSRGSAASSQQSKGPFSKITSSSGMHEMKMGGVLIQVITGDITKETTDVIVNSSNDTFSLQSGVSKAILDVAGQTVVAECQQLGAQPNNGVILTQPGNMRCKKIIHVVGQTDPKKIQESVKGALQMCAQNNLTSISFPALGTGQGNVQAGQVADAMLDAVVEVVGQKSQNTLQLVRMVIFQPAMLTEFHKSMVKKEGTDVDTQKKGSIWGKIKSLLTWGKADMPQKDEDFVIEGQQVDPAFFHICGGSQARVDQAKRWIKDLILKEQVSNSITDDAILNLSDSDRKCIHEIQTTMGVSVRIEYNSSREEAMLTIEGLSKDVLNAVNEIQKMLRKARDKETFNRNVEVASNMVEWQYQQQPGGQYQSFDPIPNFHLEQALERKLPHVEVSFQGKMYTVTLPDGPATDTNGNSLKIRRIDKLAAQPIDSLPQHWDAMPANTSCHSCLIQPGSPEHNEVLNLFLATCPNIVLKIERIQNPSLWRNLQIKKNEMELRNGHKNNEKRLFHGMCHTTINHINHHGFNRSYAGKNAAVYGNGTYFAVCARYSASNTYSRPDPQGQKYIFLCRVLTGDFTTGRQGMIVPPAKNTTSAQLYDSVTDNPSAPSMFIVFNDIQAYPEYLITFR

Target ORF information:

RefSeq Version	XM_014192239.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X1, mRNA.

Target ORF information:

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

XM_014192239.1

ORF Insert Sequence:

ATGGCAGAAG CCTACGCATT TTCCCTGCTT GTTGAGTTGG AGGGGAATCC CAATATTCCC 
AAACTGAAAA ACAAGTTGGT AAAATATTTC CAAAGTAAAA AGTCTAATGG TGGTGATTGT 
CTTGTGGAAT ACGAAGATGG ACAAGAAGCA GTAGTGCGGT TCAAAACGGA GGAGGTCAGG 
CATAGAGTTC TTGAGAAGCA GGAGCACGAG ATCAGGTTGG ATCGAGGGGT GCTGAAACTG 
ATCATTCGTC TGCCATCAGA TGATGTCCCA AAGAGTGCAC AGGAAACACA GTCTCCTATC 
ACCTCAGCAG GTTATAGGGA GCCAATTGAC AGCCAGCTCA TGGCGTCAGC TAAGAGGAAG 
GCAGAGGCTG ATGCTCCTCA GCAGGAATTA CTAGGCTTCA AAAAGCAAGC TGTTGCTGCT 
ACTGATTCAA AAGACTTACC AAAGAGCGGG GTTGGAGATG GACACACTCC CCTTACTGAG 
CCACAGACAG AGATGGAGAT TGAACCGATG GAAGTCGAGG AAAAGCTGGT GTCCACCTCA 
GCCGTGTTGG GGAACATTGA GGAGAGCATG AACAAGGAGT TCCTGGAGAT GCTGATAGAG 
AACATCCTGA GTGCGTATAA CACCTCTGGT TCTGACTCTC CTACTGCAAC ACAGACCTTC 
AGTTTGGAGA TCCTGACACC TGTCCTAGAC ACCGGCCTGG CTGTGGTGAC TTTCCAAAAT 
GGAAAAGAGA CTGAGAACTT CATCACCAGC TGCACCAGCA ACAGGATGTT CAGACAGAAA 
CAACTATCTG TTAAACTCCT GGAACTCACC ACAAAAGTGA AAGTTGAAAA CATAAATCCA 
AATGTTAGTT CAGACCACCT CCAACTGTTA TTTGGAAAAG GGGGCGAGGA GGTGGAAGAC 
ACTGAAATGA ATGAAGAGGA CCAATCAGCA ATCCTCACCT TTCAAGATCC TAAAGCTGTT 
CACAGAGTCC TAGAGAAACC ACATTACATC GAGAAGCAGC CTCTCAAGGC TTTCCCCTTC 
TATGATTCTC TGGGAACGGC CTTGTATGGC AAAGACAGAC CCACATTGAA ACTCCCTTCT 
GCTTTCACTG AAAACATAAA CCACGCAATT TGGAGATACC TCTGTGACAA CCAGGAAGCT 
GCAGAGACCA TCCACAAGGA AATGACCAAA CACTTCTGCA ATGTAGACTT CCAACAACCT 
ACCATCAAGT TAAGCCCACT GCCATCTCTA CTCAAACAGA CGGGTGTGAA ACCCAAGCAC 
TTACAACAAT GGAAGGACAC CACCAAAGTT GCCTTAATCC AAGCCTTGTC TAACTTTAAG 
TCATTGGAGC TCCAGGTTCA GGACACTGCA TGGGAAGAGT CTGAAGGGGA GATCCTCAAG 
GCGGTGTCTG GGGAGGCCGT GATGGTAGTC CATGAAGAGA CCAGAGGTGT TCTGGCAGTG 
GTAGGATTGG TAGAAGATGT GGACCGGCTC AGGCAGACAC TGGATGGGAT CATGGACAGG 
ATTTCTAGAA GAATCGAGAG GGAGAAGACG AGCATAACAG AGGAGTTCCC TCTGGTTCCA 
TCAATCTACC AGGTACTGTT GCATGGTGGC CTGCTGGACA AGATTGTTGG TGAATTCCCA 
GACTTGAAGC TGACGTATAA TCAAGAGAGC CAGAGTGTGA CCATCTATGG GTTGATGCAA 
GAGGTGTTGT GTGCTAACAG AAAGCTTGCA GGTGAAGTAG TAGCCCTGAA ACGAAAGCTG 
GTGGAATTGG ATGAATACGT CCTTGAGTTC CTGCAGGAAG AAAGCCAGGA AAAGCTAACC 
AGTTCCCTTC TCACCTTACA GAGCATCAAT GCAGCACTAG AAATAGAGAG AAAAGGAGTG 
CAGCTTCTGG CTGTCTCTGA GGAGGCCCTG TGCGAAGCAG AACATCAACT GCATACGCTT 
TTGATTTCTC AATACATAGA TGTAGAAGAC TCCGATCTCC TGAGGATGTC CGAGTGGAAG 
GATATTGCCA ACCGTTTTGA GGAAGCGTCA AACACTCCTT TCAGGAAAGT TATGGTCCAG 
ACATCAGGTG CCTATTCAGG ACAACAAGTG GTAGTGTCTG GCTACAAGGA AACTGTTCTC 
TTAGTCCGAA ATGAATTGGA TGATTTCTTA CACAAAAATG CTCATGTTGA TGAAACTATC 
GAAGTTAAGC CTGAGGCTAT TGGTAAATTC ATCCAGGAAC AACACAGGGA TGCTTGGTCT 
GATAAAGTCA AAGATAGTGG AGTTAAAGTT TCTTTCAAGG ATGAGGCTAT TTACCTGAGT 
GGCACCAGAG TTCACGTAGC AGATTGCAAG GCATTATTCG AAAACTTGGT ATCCTCCACA 
TTCTTTGACG CCTTGAGAAT CTCCAAGCCT GGAGCAAAGA AGTTCTTCCA GGACAATGAG 
CCCATGTATG TTGACACAGT CATGAATCAG ACAGGCTGTG TGGTCCAGCT GATTGAAGAA 
GAGTATGATG CCAATGGCGG ACAAGGCATA AAGCTAGCAG GAGGAGGAAT GAAACCTACC 
TACCAGCTTC AAACACCTGA TGGGGTGGAG ATAGCCGTTT GCAAAGCAGA CATGTGCAAA 
TATTCTGTTC ACGCTGTTGT CAATGCTGCC GCCCTGGACC TGAAGCACAG TGGAGGTCTT 
GCAGGAGCTC TTCTGGATAC TGCTGGCCCT CAACTGCAGG ATGAGTGCAA CCAGATCATC 
AAGAACAAGG GTCAGCTCAA GCCAGGGGAC AGTGTCATCA CTGGTGCAGG AGGGAAGCTC 
CGCTGCAAGC ACATCATTCA TGCAGTGGGA CCCAGGTTTG ACCAGGCAAA CCCCCAGAAG 
GCCATGGGAC AGTTGAGGAG GGCGGTGAAA GGGAGTCTGG ATCTAGCAGA GACCCACAAC 
TGCCTGTATG TGGCTCTTCC TGCTATTAGC TCTGGGAATC TAGGCTTTCC TCTGACCCTG 
TGTGCAGACA CCATCGTCAA AGCAGTTAAA GAACACTGTG ACGACAAATT TGGGGACAAT 
ACTCTGAAGA AGATCCATCT GGTGAACAAT GATGACAAGA CAGTCCAGGC TATGGAGGCA 
GCGGTGCTGA AGGTGTTTGG GAGCCATGGA ACTAGTCATC CACGAGAGAA TCGACCCACC 
ATAGCTACAC ACAGCCAGCC TGGTAATCGG GTTCAACGCA CAAGTGGTTC AAGTGGGAAG 
ACAAAAGAGG GGCTGGCTAT TACCCTGACG AAAGGGAATA TCCAAGATGC TGTGACAGAA 
GTTGTGGTCA ACACCGTGGG TGATGACCTA GCACTTAACC ATGGTGCAGT CTCCAAGGCC 
ATCCTCGCCG CTGCTGGCCC CCAACTTCAG ACTCTGGTAA ACCAACAGGG CACAGCCGGA 
AGGGCTGGGG AAGTCATTGT CACCACTGGC TGCAACCTGA AGTGCAAGCG GGTGTTTCAT 
ACCATCGCCC CTCACTGGGA CAATGGACAA GGAGCACCAC AGAAGATATT GAGCAGGATC 
GTGAAAGAGT GCTTGGATGA GGCAGAGGAT CAGGGACTCA TCTCGATCAC CTTCCCTGCC 
ATCGGCACGG GAAACCTGGG CTTCCCCAAA GACCTGGTGG CCTCTCTGAT GCTGGATGAA 
GTCCTCAAGT TTAGCAGTAA GAAGAACCCC AAACACCTGA AGGAGGTGGT CTTCATCCTC 
CACCCAGGTG ATGCACCGAC GATCCAGGCT TTCACTGATG AATTTAACAA AAGGTTCAAA 
ACCCAGTCGG GAACGTCAAG GGGCTCAGCA GCATCCAGTC AACAGAGTAA AGGCCCTTTC 
TCTAAAATCA CTTCAAGCTC AGGGATGCAC GAGATGAAGA TGGGAGGGGT GCTTATACAG 
GTCATCACAG GAGACATCAC CAAGGAGACC ACTGATGTCA TCGTCAACTC CTCCAATGAC 
ACCTTCAGTC TCCAGTCAGG GGTATCTAAG GCCATTCTGG ATGTGGCTGG TCAGACTGTG 
GTAGCGGAAT GCCAACAACT CGGAGCCCAG CCTAACAATG GAGTGATACT TACCCAGCCG 
GGCAACATGC GGTGTAAGAA GATCATCCAC GTGGTTGGTC AGACGGACCC AAAGAAGATC 
CAGGAGTCGG TCAAAGGAGC ACTGCAAATG TGTGCACAGA ATAACCTCAC ATCCATCTCC 
TTCCCTGCTC TTGGCACAGG TCAGGGCAAT GTACAGGCGG GCCAGGTGGC TGACGCCATG 
TTGGATGCTG TTGTGGAGGT GGTGGGTCAG AAGTCCCAAA ACACACTGCA GCTGGTCAGG 
ATGGTCATCT TCCAGCCTGC CATGCTCACA GAGTTCCACA AATCTATGGT GAAGAAAGAG 
GGCACAGACG TTGACACTCA AAAGAAGGGG AGCATCTGGG GAAAAATTAA ATCGTTGTTA 
ACCTGGGGTA AAGCTGACAT GCCACAAAAG GATGAGGATT TTGTCATCGA GGGCCAGCAA 
GTAGATCCAG CTTTCTTCCA TATCTGCGGT GGATCTCAGG CCAGAGTGGA CCAAGCCAAG 
CGTTGGATCA AGGACCTGAT CCTGAAGGAG CAAGTCAGCA ACAGCATCAC CGATGACGCC 
ATCCTCAACT TGTCTGACTC TGACCGTAAG TGCATCCACG AAATCCAGAC CACCATGGGA 
GTGAGTGTGA GGATAGAATA CAATTCGTCC AGGGAGGAAG CTATGCTCAC GATCGAGGGC 
CTTAGCAAGG ATGTCCTCAA TGCAGTCAAC GAGATCCAGA AGATGCTGAG GAAGGCCAGG 
GACAAAGAGA CCTTCAACAG GAACGTGGAA GTGGCCAGCA ACATGGTGGA GTGGCAGTAT 
CAGCAGCAGC CAGGGGGGCA GTACCAGAGC TTTGACCCCA TCCCCAACTT CCATCTGGAG 
CAGGCACTGG AGAGGAAGTT GCCCCACGTA GAGGTCTCTT TCCAGGGGAA GATGTACACG 
GTCACCCTGC CTGACGGGCC TGCTACAGAT ACCAATGGCA ACAGCCTCAA AATTAGACGC 
ATCGACAAGT TGGCAGCTCA ACCCATTGAC AGTCTCCCTC AGCATTGGGA TGCCATGCCA 
GCAAACACAT CATGCCATTC CTGCCTCATT CAGCCAGGAA GCCCAGAGCA CAATGAAGTC 
TTAAACTTGT TCCTAGCCAC CTGCCCCAAC ATCGTTTTAA AGATTGAGAG GATCCAGAAC 
CCAAGCCTGT GGAGGAACCT CCAGATCAAG AAGAATGAAA TGGAGCTCAG GAATGGTCAT 
AAGAACAACG AGAAGAGGCT CTTCCATGGA ATGTGCCACA CAACCATTAA TCACATCAAC 
CACCATGGCT TCAATCGGAG CTATGCTGGA AAAAATGCTG CAGTGTATGG AAATGGCACA 
TATTTTGCAG TTTGTGCCAG ATACTCTGCC AGTAACACAT ACTCAAGACC AGATCCACAA 
GGACAGAAGT ATATTTTTCT CTGCCGAGTT CTGACTGGCG ATTTCACAAC AGGACGACAG 
GGGATGATAG TGCCTCCAGC TAAAAACACT ACATCTGCTC AACTCTACGA CAGCGTGACA 
GACAACCCAT CAGCGCCATC CATGTTCATT GTATTCAACG ACATTCAGGC ATATCCTGAG 
TACTTGATCA CTTTCCGCTA G

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

LOC106600688 ( XM_014192240.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014047715.1 Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X2, mRNA.

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CloneID	OAt13010
Clone ID Related Accession (Same CDS sequence)	XM_014192240.1
Accession Version	XM_014192240.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5493bp) 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	poly [ADP-ribose] polymerase 14-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012333569.1) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGCAGAAG CCTACGCATT TTCCCTGCTT GTTGAGTTGG AGGGGAATCC CAATATTCCC 
AAACTGAAAA ACAAGTTGGT AAAATATTTC CAAAGTAAAA AGTCTAATGG TGGTGATTGT 
CTTGTGGAAT ACGAAGATGG ACAAGAAGCA GTAGTGCGGT TCAAAACGGA GGAGGTCAGG 
CATAGAGTTC TTGAGAAGCA GGAGCACGAG ATCAGGTTGG ATCGAGGGGT GCTGAAACTG 
ATCATTCGTC TGCCATCAGA TGATGTCCCA AAGAGTGCAC AGGAAACACA GTCTCCTATC 
ACCTCAGCTG CTACTGATTC AAAAGACTTA CCAAAGAGCG GGGTTGGAGA TGGACACACT 
CCCCTTACTG AGCCACAGAC AGAGATGGAG ATTGAACCGA TGGAAGTCGA GGAAAAGCTG 
GTGTCCACCT CAGCCGTGTT GGGGAACATT GAGGAGAGCA TGAACAAGGA GTTCCTGGAG 
ATGCTGATAG AGAACATCCT GAGTGCGTAT AACACCTCTG GTTCTGACTC TCCTACTGCA 
ACACAGACCT TCAGTTTGGA GATCCTGACA CCTGTCCTAG ACACCGGCCT GGCTGTGGTG 
ACTTTCCAAA ATGGAAAAGA GACTGAGAAC TTCATCACCA GCTGCACCAG CAACAGGATG 
TTCAGACAGA AACAACTATC TGTTAAACTC CTGGAACTCA CCACAAAAGT GAAAGTTGAA 
AACATAAATC CAAATGTTAG TTCAGACCAC CTCCAACTGT TATTTGGAAA AGGGGGCGAG 
GAGGTGGAAG ACACTGAAAT GAATGAAGAG GACCAATCAG CAATCCTCAC CTTTCAAGAT 
CCTAAAGCTG TTCACAGAGT CCTAGAGAAA CCACATTACA TCGAGAAGCA GCCTCTCAAG 
GCTTTCCCCT TCTATGATTC TCTGGGAACG GCCTTGTATG GCAAAGACAG ACCCACATTG 
AAACTCCCTT CTGCTTTCAC TGAAAACATA AACCACGCAA TTTGGAGATA CCTCTGTGAC 
AACCAGGAAG CTGCAGAGAC CATCCACAAG GAAATGACCA AACACTTCTG CAATGTAGAC 
TTCCAACAAC CTACCATCAA GTTAAGCCCA CTGCCATCTC TACTCAAACA GACGGGTGTG 
AAACCCAAGC ACTTACAACA ATGGAAGGAC ACCACCAAAG TTGCCTTAAT CCAAGCCTTG 
TCTAACTTTA AGTCATTGGA GCTCCAGGTT CAGGACACTG CATGGGAAGA GTCTGAAGGG 
GAGATCCTCA AGGCGGTGTC TGGGGAGGCC GTGATGGTAG TCCATGAAGA GACCAGAGGT 
GTTCTGGCAG TGGTAGGATT GGTAGAAGAT GTGGACCGGC TCAGGCAGAC ACTGGATGGG 
ATCATGGACA GGATTTCTAG AAGAATCGAG AGGGAGAAGA CGAGCATAAC AGAGGAGTTC 
CCTCTGGTTC CATCAATCTA CCAGGTACTG TTGCATGGTG GCCTGCTGGA CAAGATTGTT 
GGTGAATTCC CAGACTTGAA GCTGACGTAT AATCAAGAGA GCCAGAGTGT GACCATCTAT 
GGGTTGATGC AAGAGGTGTT GTGTGCTAAC AGAAAGCTTG CAGGTGAAGT AGTAGCCCTG 
AAACGAAAGC TGGTGGAATT GGATGAATAC GTCCTTGAGT TCCTGCAGGA AGAAAGCCAG 
GAAAAGCTAA CCAGTTCCCT TCTCACCTTA CAGAGCATCA ATGCAGCACT AGAAATAGAG 
AGAAAAGGAG TGCAGCTTCT GGCTGTCTCT GAGGAGGCCC TGTGCGAAGC AGAACATCAA 
CTGCATACGC TTTTGATTTC TCAATACATA GATGTAGAAG ACTCCGATCT CCTGAGGATG 
TCCGAGTGGA AGGATATTGC CAACCGTTTT GAGGAAGCGT CAAACACTCC TTTCAGGAAA 
GTTATGGTCC AGACATCAGG TGCCTATTCA GGACAACAAG TGGTAGTGTC TGGCTACAAG 
GAAACTGTTC TCTTAGTCCG AAATGAATTG GATGATTTCT TACACAAAAA TGCTCATGTT 
GATGAAACTA TCGAAGTTAA GCCTGAGGCT ATTGGTAAAT TCATCCAGGA ACAACACAGG 
GATGCTTGGT CTGATAAAGT CAAAGATAGT GGAGTTAAAG TTTCTTTCAA GGATGAGGCT 
ATTTACCTGA GTGGCACCAG AGTTCACGTA GCAGATTGCA AGGCATTATT CGAAAACTTG 
GTATCCTCCA CATTCTTTGA CGCCTTGAGA ATCTCCAAGC CTGGAGCAAA GAAGTTCTTC 
CAGGACAATG AGCCCATGTA TGTTGACACA GTCATGAATC AGACAGGCTG TGTGGTCCAG 
CTGATTGAAG AAGAGTATGA TGCCAATGGC GGACAAGGCA TAAAGCTAGC AGGAGGAGGA 
ATGAAACCTA CCTACCAGCT TCAAACACCT GATGGGGTGG AGATAGCCGT TTGCAAAGCA 
GACATGTGCA AATATTCTGT TCACGCTGTT GTCAATGCTG CCGCCCTGGA CCTGAAGCAC 
AGTGGAGGTC TTGCAGGAGC TCTTCTGGAT ACTGCTGGCC CTCAACTGCA GGATGAGTGC 
AACCAGATCA TCAAGAACAA GGGTCAGCTC AAGCCAGGGG ACAGTGTCAT CACTGGTGCA 
GGAGGGAAGC TCCGCTGCAA GCACATCATT CATGCAGTGG GACCCAGGTT TGACCAGGCA 
AACCCCCAGA AGGCCATGGG ACAGTTGAGG AGGGCGGTGA AAGGGAGTCT GGATCTAGCA 
GAGACCCACA ACTGCCTGTA TGTGGCTCTT CCTGCTATTA GCTCTGGGAA TCTAGGCTTT 
CCTCTGACCC TGTGTGCAGA CACCATCGTC AAAGCAGTTA AAGAACACTG TGACGACAAA 
TTTGGGGACA ATACTCTGAA GAAGATCCAT CTGGTGAACA ATGATGACAA GACAGTCCAG 
GCTATGGAGG CAGCGGTGCT GAAGGTGTTT GGGAGCCATG GAACTAGTCA TCCACGAGAG 
AATCGACCCA CCATAGCTAC ACACAGCCAG CCTGGTAATC GGGTTCAACG CACAAGTGGT 
TCAAGTGGGA AGACAAAAGA GGGGCTGGCT ATTACCCTGA CGAAAGGGAA TATCCAAGAT 
GCTGTGACAG AAGTTGTGGT CAACACCGTG GGTGATGACC TAGCACTTAA CCATGGTGCA 
GTCTCCAAGG CCATCCTCGC CGCTGCTGGC CCCCAACTTC AGACTCTGGT AAACCAACAG 
GGCACAGCCG GAAGGGCTGG GGAAGTCATT GTCACCACTG GCTGCAACCT GAAGTGCAAG 
CGGGTGTTTC ATACCATCGC CCCTCACTGG GACAATGGAC AAGGAGCACC ACAGAAGATA 
TTGAGCAGGA TCGTGAAAGA GTGCTTGGAT GAGGCAGAGG ATCAGGGACT CATCTCGATC 
ACCTTCCCTG CCATCGGCAC GGGAAACCTG GGCTTCCCCA AAGACCTGGT GGCCTCTCTG 
ATGCTGGATG AAGTCCTCAA GTTTAGCAGT AAGAAGAACC CCAAACACCT GAAGGAGGTG 
GTCTTCATCC TCCACCCAGG TGATGCACCG ACGATCCAGG CTTTCACTGA TGAATTTAAC 
AAAAGGTTCA AAACCCAGTC GGGAACGTCA AGGGGCTCAG CAGCATCCAG TCAACAGAGT 
AAAGGCCCTT TCTCTAAAAT CACTTCAAGC TCAGGGATGC ACGAGATGAA GATGGGAGGG 
GTGCTTATAC AGGTCATCAC AGGAGACATC ACCAAGGAGA CCACTGATGT CATCGTCAAC 
TCCTCCAATG ACACCTTCAG TCTCCAGTCA GGGGTATCTA AGGCCATTCT GGATGTGGCT 
GGTCAGACTG TGGTAGCGGA ATGCCAACAA CTCGGAGCCC AGCCTAACAA TGGAGTGATA 
CTTACCCAGC CGGGCAACAT GCGGTGTAAG AAGATCATCC ACGTGGTTGG TCAGACGGAC 
CCAAAGAAGA TCCAGGAGTC GGTCAAAGGA GCACTGCAAA TGTGTGCACA GAATAACCTC 
ACATCCATCT CCTTCCCTGC TCTTGGCACA GGTCAGGGCA ATGTACAGGC GGGCCAGGTG 
GCTGACGCCA TGTTGGATGC TGTTGTGGAG GTGGTGGGTC AGAAGTCCCA AAACACACTG 
CAGCTGGTCA GGATGGTCAT CTTCCAGCCT GCCATGCTCA CAGAGTTCCA CAAATCTATG 
GTGAAGAAAG AGGGCACAGA CGTTGACACT CAAAAGAAGG GGAGCATCTG GGGAAAAATT 
AAATCGTTGT TAACCTGGGG TAAAGCTGAC ATGCCACAAA AGGATGAGGA TTTTGTCATC 
GAGGGCCAGC AAGTAGATCC AGCTTTCTTC CATATCTGCG GTGGATCTCA GGCCAGAGTG 
GACCAAGCCA AGCGTTGGAT CAAGGACCTG ATCCTGAAGG AGCAAGTCAG CAACAGCATC 
ACCGATGACG CCATCCTCAA CTTGTCTGAC TCTGACCGTA AGTGCATCCA CGAAATCCAG 
ACCACCATGG GAGTGAGTGT GAGGATAGAA TACAATTCGT CCAGGGAGGA AGCTATGCTC 
ACGATCGAGG GCCTTAGCAA GGATGTCCTC AATGCAGTCA ACGAGATCCA GAAGATGCTG 
AGGAAGGCCA GGGACAAAGA GACCTTCAAC AGGAACGTGG AAGTGGCCAG CAACATGGTG 
GAGTGGCAGT ATCAGCAGCA GCCAGGGGGG CAGTACCAGA GCTTTGACCC CATCCCCAAC 
TTCCATCTGG AGCAGGCACT GGAGAGGAAG TTGCCCCACG TAGAGGTCTC TTTCCAGGGG 
AAGATGTACA CGGTCACCCT GCCTGACGGG CCTGCTACAG ATACCAATGG CAACAGCCTC 
AAAATTAGAC GCATCGACAA GTTGGCAGCT CAACCCATTG ACAGTCTCCC TCAGCATTGG 
GATGCCATGC CAGCAAACAC ATCATGCCAT TCCTGCCTCA TTCAGCCAGG AAGCCCAGAG 
CACAATGAAG TCTTAAACTT GTTCCTAGCC ACCTGCCCCA ACATCGTTTT AAAGATTGAG 
AGGATCCAGA ACCCAAGCCT GTGGAGGAAC CTCCAGATCA AGAAGAATGA AATGGAGCTC 
AGGAATGGTC ATAAGAACAA CGAGAAGAGG CTCTTCCATG GAATGTGCCA CACAACCATT 
AATCACATCA ACCACCATGG CTTCAATCGG AGCTATGCTG GAAAAAATGC TGCAGTGTAT 
GGAAATGGCA CATATTTTGC AGTTTGTGCC AGATACTCTG CCAGTAACAC ATACTCAAGA 
CCAGATCCAC AAGGACAGAA GTATATTTTT CTCTGCCGAG TTCTGACTGG CGATTTCACA 
ACAGGACGAC AGGGGATGAT AGTGCCTCCA GCTAAAAACA CTACATCTGC TCAACTCTAC 
GACAGCGTGA CAGACAACCC ATCAGCGCCA TCCATGTTCA TTGTATTCAA CGACATTCAG 
GCATATCCTG AGTACTTGAT CACTTTCCGC TAG

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

RefSeq	XP_014047715.1
CDS	314..5806
Translation	MAEAYAFSLLVELEGNPNIPKLKNKLVKYFQSKKSNGGDCLVEYEDGQEAVVRFKTEEVRHRVLEKQEHEIRLDRGVLKLIIRLPSDDVPKSAQETQSPITSAATDSKDLPKSGVGDGHTPLTEPQTEMEIEPMEVEEKLVSTSAVLGNIEESMNKEFLEMLIENILSAYNTSGSDSPTATQTFSLEILTPVLDTGLAVVTFQNGKETENFITSCTSNRMFRQKQLSVKLLELTTKVKVENINPNVSSDHLQLLFGKGGEEVEDTEMNEEDQSAILTFQDPKAVHRVLEKPHYIEKQPLKAFPFYDSLGTALYGKDRPTLKLPSAFTENINHAIWRYLCDNQEAAETIHKEMTKHFCNVDFQQPTIKLSPLPSLLKQTGVKPKHLQQWKDTTKVALIQALSNFKSLELQVQDTAWEESEGEILKAVSGEAVMVVHEETRGVLAVVGLVEDVDRLRQTLDGIMDRISRRIEREKTSITEEFPLVPSIYQVLLHGGLLDKIVGEFPDLKLTYNQESQSVTIYGLMQEVLCANRKLAGEVVALKRKLVELDEYVLEFLQEESQEKLTSSLLTLQSINAALEIERKGVQLLAVSEEALCEAEHQLHTLLISQYIDVEDSDLLRMSEWKDIANRFEEASNTPFRKVMVQTSGAYSGQQVVVSGYKETVLLVRNELDDFLHKNAHVDETIEVKPEAIGKFIQEQHRDAWSDKVKDSGVKVSFKDEAIYLSGTRVHVADCKALFENLVSSTFFDALRISKPGAKKFFQDNEPMYVDTVMNQTGCVVQLIEEEYDANGGQGIKLAGGGMKPTYQLQTPDGVEIAVCKADMCKYSVHAVVNAAALDLKHSGGLAGALLDTAGPQLQDECNQIIKNKGQLKPGDSVITGAGGKLRCKHIIHAVGPRFDQANPQKAMGQLRRAVKGSLDLAETHNCLYVALPAISSGNLGFPLTLCADTIVKAVKEHCDDKFGDNTLKKIHLVNNDDKTVQAMEAAVLKVFGSHGTSHPRENRPTIATHSQPGNRVQRTSGSSGKTKEGLAITLTKGNIQDAVTEVVVNTVGDDLALNHGAVSKAILAAAGPQLQTLVNQQGTAGRAGEVIVTTGCNLKCKRVFHTIAPHWDNGQGAPQKILSRIVKECLDEAEDQGLISITFPAIGTGNLGFPKDLVASLMLDEVLKFSSKKNPKHLKEVVFILHPGDAPTIQAFTDEFNKRFKTQSGTSRGSAASSQQSKGPFSKITSSSGMHEMKMGGVLIQVITGDITKETTDVIVNSSNDTFSLQSGVSKAILDVAGQTVVAECQQLGAQPNNGVILTQPGNMRCKKIIHVVGQTDPKKIQESVKGALQMCAQNNLTSISFPALGTGQGNVQAGQVADAMLDAVVEVVGQKSQNTLQLVRMVIFQPAMLTEFHKSMVKKEGTDVDTQKKGSIWGKIKSLLTWGKADMPQKDEDFVIEGQQVDPAFFHICGGSQARVDQAKRWIKDLILKEQVSNSITDDAILNLSDSDRKCIHEIQTTMGVSVRIEYNSSREEAMLTIEGLSKDVLNAVNEIQKMLRKARDKETFNRNVEVASNMVEWQYQQQPGGQYQSFDPIPNFHLEQALERKLPHVEVSFQGKMYTVTLPDGPATDTNGNSLKIRRIDKLAAQPIDSLPQHWDAMPANTSCHSCLIQPGSPEHNEVLNLFLATCPNIVLKIERIQNPSLWRNLQIKKNEMELRNGHKNNEKRLFHGMCHTTINHINHHGFNRSYAGKNAAVYGNGTYFAVCARYSASNTYSRPDPQGQKYIFLCRVLTGDFTTGRQGMIVPPAKNTTSAQLYDSVTDNPSAPSMFIVFNDIQAYPEYLITFR

Target ORF information:

RefSeq Version	XM_014192240.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X2, mRNA.

Target ORF information:

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

XM_014192240.1

ORF Insert Sequence:

ATGGCAGAAG CCTACGCATT TTCCCTGCTT GTTGAGTTGG AGGGGAATCC CAATATTCCC 
AAACTGAAAA ACAAGTTGGT AAAATATTTC CAAAGTAAAA AGTCTAATGG TGGTGATTGT 
CTTGTGGAAT ACGAAGATGG ACAAGAAGCA GTAGTGCGGT TCAAAACGGA GGAGGTCAGG 
CATAGAGTTC TTGAGAAGCA GGAGCACGAG ATCAGGTTGG ATCGAGGGGT GCTGAAACTG 
ATCATTCGTC TGCCATCAGA TGATGTCCCA AAGAGTGCAC AGGAAACACA GTCTCCTATC 
ACCTCAGCTG CTACTGATTC AAAAGACTTA CCAAAGAGCG GGGTTGGAGA TGGACACACT 
CCCCTTACTG AGCCACAGAC AGAGATGGAG ATTGAACCGA TGGAAGTCGA GGAAAAGCTG 
GTGTCCACCT CAGCCGTGTT GGGGAACATT GAGGAGAGCA TGAACAAGGA GTTCCTGGAG 
ATGCTGATAG AGAACATCCT GAGTGCGTAT AACACCTCTG GTTCTGACTC TCCTACTGCA 
ACACAGACCT TCAGTTTGGA GATCCTGACA CCTGTCCTAG ACACCGGCCT GGCTGTGGTG 
ACTTTCCAAA ATGGAAAAGA GACTGAGAAC TTCATCACCA GCTGCACCAG CAACAGGATG 
TTCAGACAGA AACAACTATC TGTTAAACTC CTGGAACTCA CCACAAAAGT GAAAGTTGAA 
AACATAAATC CAAATGTTAG TTCAGACCAC CTCCAACTGT TATTTGGAAA AGGGGGCGAG 
GAGGTGGAAG ACACTGAAAT GAATGAAGAG GACCAATCAG CAATCCTCAC CTTTCAAGAT 
CCTAAAGCTG TTCACAGAGT CCTAGAGAAA CCACATTACA TCGAGAAGCA GCCTCTCAAG 
GCTTTCCCCT TCTATGATTC TCTGGGAACG GCCTTGTATG GCAAAGACAG ACCCACATTG 
AAACTCCCTT CTGCTTTCAC TGAAAACATA AACCACGCAA TTTGGAGATA CCTCTGTGAC 
AACCAGGAAG CTGCAGAGAC CATCCACAAG GAAATGACCA AACACTTCTG CAATGTAGAC 
TTCCAACAAC CTACCATCAA GTTAAGCCCA CTGCCATCTC TACTCAAACA GACGGGTGTG 
AAACCCAAGC ACTTACAACA ATGGAAGGAC ACCACCAAAG TTGCCTTAAT CCAAGCCTTG 
TCTAACTTTA AGTCATTGGA GCTCCAGGTT CAGGACACTG CATGGGAAGA GTCTGAAGGG 
GAGATCCTCA AGGCGGTGTC TGGGGAGGCC GTGATGGTAG TCCATGAAGA GACCAGAGGT 
GTTCTGGCAG TGGTAGGATT GGTAGAAGAT GTGGACCGGC TCAGGCAGAC ACTGGATGGG 
ATCATGGACA GGATTTCTAG AAGAATCGAG AGGGAGAAGA CGAGCATAAC AGAGGAGTTC 
CCTCTGGTTC CATCAATCTA CCAGGTACTG TTGCATGGTG GCCTGCTGGA CAAGATTGTT 
GGTGAATTCC CAGACTTGAA GCTGACGTAT AATCAAGAGA GCCAGAGTGT GACCATCTAT 
GGGTTGATGC AAGAGGTGTT GTGTGCTAAC AGAAAGCTTG CAGGTGAAGT AGTAGCCCTG 
AAACGAAAGC TGGTGGAATT GGATGAATAC GTCCTTGAGT TCCTGCAGGA AGAAAGCCAG 
GAAAAGCTAA CCAGTTCCCT TCTCACCTTA CAGAGCATCA ATGCAGCACT AGAAATAGAG 
AGAAAAGGAG TGCAGCTTCT GGCTGTCTCT GAGGAGGCCC TGTGCGAAGC AGAACATCAA 
CTGCATACGC TTTTGATTTC TCAATACATA GATGTAGAAG ACTCCGATCT CCTGAGGATG 
TCCGAGTGGA AGGATATTGC CAACCGTTTT GAGGAAGCGT CAAACACTCC TTTCAGGAAA 
GTTATGGTCC AGACATCAGG TGCCTATTCA GGACAACAAG TGGTAGTGTC TGGCTACAAG 
GAAACTGTTC TCTTAGTCCG AAATGAATTG GATGATTTCT TACACAAAAA TGCTCATGTT 
GATGAAACTA TCGAAGTTAA GCCTGAGGCT ATTGGTAAAT TCATCCAGGA ACAACACAGG 
GATGCTTGGT CTGATAAAGT CAAAGATAGT GGAGTTAAAG TTTCTTTCAA GGATGAGGCT 
ATTTACCTGA GTGGCACCAG AGTTCACGTA GCAGATTGCA AGGCATTATT CGAAAACTTG 
GTATCCTCCA CATTCTTTGA CGCCTTGAGA ATCTCCAAGC CTGGAGCAAA GAAGTTCTTC 
CAGGACAATG AGCCCATGTA TGTTGACACA GTCATGAATC AGACAGGCTG TGTGGTCCAG 
CTGATTGAAG AAGAGTATGA TGCCAATGGC GGACAAGGCA TAAAGCTAGC AGGAGGAGGA 
ATGAAACCTA CCTACCAGCT TCAAACACCT GATGGGGTGG AGATAGCCGT TTGCAAAGCA 
GACATGTGCA AATATTCTGT TCACGCTGTT GTCAATGCTG CCGCCCTGGA CCTGAAGCAC 
AGTGGAGGTC TTGCAGGAGC TCTTCTGGAT ACTGCTGGCC CTCAACTGCA GGATGAGTGC 
AACCAGATCA TCAAGAACAA GGGTCAGCTC AAGCCAGGGG ACAGTGTCAT CACTGGTGCA 
GGAGGGAAGC TCCGCTGCAA GCACATCATT CATGCAGTGG GACCCAGGTT TGACCAGGCA 
AACCCCCAGA AGGCCATGGG ACAGTTGAGG AGGGCGGTGA AAGGGAGTCT GGATCTAGCA 
GAGACCCACA ACTGCCTGTA TGTGGCTCTT CCTGCTATTA GCTCTGGGAA TCTAGGCTTT 
CCTCTGACCC TGTGTGCAGA CACCATCGTC AAAGCAGTTA AAGAACACTG TGACGACAAA 
TTTGGGGACA ATACTCTGAA GAAGATCCAT CTGGTGAACA ATGATGACAA GACAGTCCAG 
GCTATGGAGG CAGCGGTGCT GAAGGTGTTT GGGAGCCATG GAACTAGTCA TCCACGAGAG 
AATCGACCCA CCATAGCTAC ACACAGCCAG CCTGGTAATC GGGTTCAACG CACAAGTGGT 
TCAAGTGGGA AGACAAAAGA GGGGCTGGCT ATTACCCTGA CGAAAGGGAA TATCCAAGAT 
GCTGTGACAG AAGTTGTGGT CAACACCGTG GGTGATGACC TAGCACTTAA CCATGGTGCA 
GTCTCCAAGG CCATCCTCGC CGCTGCTGGC CCCCAACTTC AGACTCTGGT AAACCAACAG 
GGCACAGCCG GAAGGGCTGG GGAAGTCATT GTCACCACTG GCTGCAACCT GAAGTGCAAG 
CGGGTGTTTC ATACCATCGC CCCTCACTGG GACAATGGAC AAGGAGCACC ACAGAAGATA 
TTGAGCAGGA TCGTGAAAGA GTGCTTGGAT GAGGCAGAGG ATCAGGGACT CATCTCGATC 
ACCTTCCCTG CCATCGGCAC GGGAAACCTG GGCTTCCCCA AAGACCTGGT GGCCTCTCTG 
ATGCTGGATG AAGTCCTCAA GTTTAGCAGT AAGAAGAACC CCAAACACCT GAAGGAGGTG 
GTCTTCATCC TCCACCCAGG TGATGCACCG ACGATCCAGG CTTTCACTGA TGAATTTAAC 
AAAAGGTTCA AAACCCAGTC GGGAACGTCA AGGGGCTCAG CAGCATCCAG TCAACAGAGT 
AAAGGCCCTT TCTCTAAAAT CACTTCAAGC TCAGGGATGC ACGAGATGAA GATGGGAGGG 
GTGCTTATAC AGGTCATCAC AGGAGACATC ACCAAGGAGA CCACTGATGT CATCGTCAAC 
TCCTCCAATG ACACCTTCAG TCTCCAGTCA GGGGTATCTA AGGCCATTCT GGATGTGGCT 
GGTCAGACTG TGGTAGCGGA ATGCCAACAA CTCGGAGCCC AGCCTAACAA TGGAGTGATA 
CTTACCCAGC CGGGCAACAT GCGGTGTAAG AAGATCATCC ACGTGGTTGG TCAGACGGAC 
CCAAAGAAGA TCCAGGAGTC GGTCAAAGGA GCACTGCAAA TGTGTGCACA GAATAACCTC 
ACATCCATCT CCTTCCCTGC TCTTGGCACA GGTCAGGGCA ATGTACAGGC GGGCCAGGTG 
GCTGACGCCA TGTTGGATGC TGTTGTGGAG GTGGTGGGTC AGAAGTCCCA AAACACACTG 
CAGCTGGTCA GGATGGTCAT CTTCCAGCCT GCCATGCTCA CAGAGTTCCA CAAATCTATG 
GTGAAGAAAG AGGGCACAGA CGTTGACACT CAAAAGAAGG GGAGCATCTG GGGAAAAATT 
AAATCGTTGT TAACCTGGGG TAAAGCTGAC ATGCCACAAA AGGATGAGGA TTTTGTCATC 
GAGGGCCAGC AAGTAGATCC AGCTTTCTTC CATATCTGCG GTGGATCTCA GGCCAGAGTG 
GACCAAGCCA AGCGTTGGAT CAAGGACCTG ATCCTGAAGG AGCAAGTCAG CAACAGCATC 
ACCGATGACG CCATCCTCAA CTTGTCTGAC TCTGACCGTA AGTGCATCCA CGAAATCCAG 
ACCACCATGG GAGTGAGTGT GAGGATAGAA TACAATTCGT CCAGGGAGGA AGCTATGCTC 
ACGATCGAGG GCCTTAGCAA GGATGTCCTC AATGCAGTCA ACGAGATCCA GAAGATGCTG 
AGGAAGGCCA GGGACAAAGA GACCTTCAAC AGGAACGTGG AAGTGGCCAG CAACATGGTG 
GAGTGGCAGT ATCAGCAGCA GCCAGGGGGG CAGTACCAGA GCTTTGACCC CATCCCCAAC 
TTCCATCTGG AGCAGGCACT GGAGAGGAAG TTGCCCCACG TAGAGGTCTC TTTCCAGGGG 
AAGATGTACA CGGTCACCCT GCCTGACGGG CCTGCTACAG ATACCAATGG CAACAGCCTC 
AAAATTAGAC GCATCGACAA GTTGGCAGCT CAACCCATTG ACAGTCTCCC TCAGCATTGG 
GATGCCATGC CAGCAAACAC ATCATGCCAT TCCTGCCTCA TTCAGCCAGG AAGCCCAGAG 
CACAATGAAG TCTTAAACTT GTTCCTAGCC ACCTGCCCCA ACATCGTTTT AAAGATTGAG 
AGGATCCAGA ACCCAAGCCT GTGGAGGAAC CTCCAGATCA AGAAGAATGA AATGGAGCTC 
AGGAATGGTC ATAAGAACAA CGAGAAGAGG CTCTTCCATG GAATGTGCCA CACAACCATT 
AATCACATCA ACCACCATGG CTTCAATCGG AGCTATGCTG GAAAAAATGC TGCAGTGTAT 
GGAAATGGCA CATATTTTGC AGTTTGTGCC AGATACTCTG CCAGTAACAC ATACTCAAGA 
CCAGATCCAC AAGGACAGAA GTATATTTTT CTCTGCCGAG TTCTGACTGG CGATTTCACA 
ACAGGACGAC AGGGGATGAT AGTGCCTCCA GCTAAAAACA CTACATCTGC TCAACTCTAC 
GACAGCGTGA CAGACAACCC ATCAGCGCCA TCCATGTTCA TTGTATTCAA CGACATTCAG 
GCATATCCTG AGTACTTGAT CACTTTCCGC TAG

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

LOC106600688 ( XM_014192241.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014047716.1 Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X3, mRNA.

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CloneID	OAt13011
Clone ID Related Accession (Same CDS sequence)	XM_014192241.1
Accession Version	XM_014192241.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5262bp) 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	poly [ADP-ribose] polymerase 14-like isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012333569.1) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGCGTCAG CTAAGAGGAA GGCAGAGGCT GATGCTCCTC AGCAGGAATT ACTAGGCTTC 
AAAAAGCAAG CTGTTGCTGC TACTGATTCA AAAGACTTAC CAAAGAGCGG GGTTGGAGAT 
GGACACACTC CCCTTACTGA GCCACAGACA GAGATGGAGA TTGAACCGAT GGAAGTCGAG 
GAAAAGCTGG TGTCCACCTC AGCCGTGTTG GGGAACATTG AGGAGAGCAT GAACAAGGAG 
TTCCTGGAGA TGCTGATAGA GAACATCCTG AGTGCGTATA ACACCTCTGG TTCTGACTCT 
CCTACTGCAA CACAGACCTT CAGTTTGGAG ATCCTGACAC CTGTCCTAGA CACCGGCCTG 
GCTGTGGTGA CTTTCCAAAA TGGAAAAGAG ACTGAGAACT TCATCACCAG CTGCACCAGC 
AACAGGATGT TCAGACAGAA ACAACTATCT GTTAAACTCC TGGAACTCAC CACAAAAGTG 
AAAGTTGAAA ACATAAATCC AAATGTTAGT TCAGACCACC TCCAACTGTT ATTTGGAAAA 
GGGGGCGAGG AGGTGGAAGA CACTGAAATG AATGAAGAGG ACCAATCAGC AATCCTCACC 
TTTCAAGATC CTAAAGCTGT TCACAGAGTC CTAGAGAAAC CACATTACAT CGAGAAGCAG 
CCTCTCAAGG CTTTCCCCTT CTATGATTCT CTGGGAACGG CCTTGTATGG CAAAGACAGA 
CCCACATTGA AACTCCCTTC TGCTTTCACT GAAAACATAA ACCACGCAAT TTGGAGATAC 
CTCTGTGACA ACCAGGAAGC TGCAGAGACC ATCCACAAGG AAATGACCAA ACACTTCTGC 
AATGTAGACT TCCAACAACC TACCATCAAG TTAAGCCCAC TGCCATCTCT ACTCAAACAG 
ACGGGTGTGA AACCCAAGCA CTTACAACAA TGGAAGGACA CCACCAAAGT TGCCTTAATC 
CAAGCCTTGT CTAACTTTAA GTCATTGGAG CTCCAGGTTC AGGACACTGC ATGGGAAGAG 
TCTGAAGGGG AGATCCTCAA GGCGGTGTCT GGGGAGGCCG TGATGGTAGT CCATGAAGAG 
ACCAGAGGTG TTCTGGCAGT GGTAGGATTG GTAGAAGATG TGGACCGGCT CAGGCAGACA 
CTGGATGGGA TCATGGACAG GATTTCTAGA AGAATCGAGA GGGAGAAGAC GAGCATAACA 
GAGGAGTTCC CTCTGGTTCC ATCAATCTAC CAGGTACTGT TGCATGGTGG CCTGCTGGAC 
AAGATTGTTG GTGAATTCCC AGACTTGAAG CTGACGTATA ATCAAGAGAG CCAGAGTGTG 
ACCATCTATG GGTTGATGCA AGAGGTGTTG TGTGCTAACA GAAAGCTTGC AGGTGAAGTA 
GTAGCCCTGA AACGAAAGCT GGTGGAATTG GATGAATACG TCCTTGAGTT CCTGCAGGAA 
GAAAGCCAGG AAAAGCTAAC CAGTTCCCTT CTCACCTTAC AGAGCATCAA TGCAGCACTA 
GAAATAGAGA GAAAAGGAGT GCAGCTTCTG GCTGTCTCTG AGGAGGCCCT GTGCGAAGCA 
GAACATCAAC TGCATACGCT TTTGATTTCT CAATACATAG ATGTAGAAGA CTCCGATCTC 
CTGAGGATGT CCGAGTGGAA GGATATTGCC AACCGTTTTG AGGAAGCGTC AAACACTCCT 
TTCAGGAAAG TTATGGTCCA GACATCAGGT GCCTATTCAG GACAACAAGT GGTAGTGTCT 
GGCTACAAGG AAACTGTTCT CTTAGTCCGA AATGAATTGG ATGATTTCTT ACACAAAAAT 
GCTCATGTTG ATGAAACTAT CGAAGTTAAG CCTGAGGCTA TTGGTAAATT CATCCAGGAA 
CAACACAGGG ATGCTTGGTC TGATAAAGTC AAAGATAGTG GAGTTAAAGT TTCTTTCAAG 
GATGAGGCTA TTTACCTGAG TGGCACCAGA GTTCACGTAG CAGATTGCAA GGCATTATTC 
GAAAACTTGG TATCCTCCAC ATTCTTTGAC GCCTTGAGAA TCTCCAAGCC TGGAGCAAAG 
AAGTTCTTCC AGGACAATGA GCCCATGTAT GTTGACACAG TCATGAATCA GACAGGCTGT 
GTGGTCCAGC TGATTGAAGA AGAGTATGAT GCCAATGGCG GACAAGGCAT AAAGCTAGCA 
GGAGGAGGAA TGAAACCTAC CTACCAGCTT CAAACACCTG ATGGGGTGGA GATAGCCGTT 
TGCAAAGCAG ACATGTGCAA ATATTCTGTT CACGCTGTTG TCAATGCTGC CGCCCTGGAC 
CTGAAGCACA GTGGAGGTCT TGCAGGAGCT CTTCTGGATA CTGCTGGCCC TCAACTGCAG 
GATGAGTGCA ACCAGATCAT CAAGAACAAG GGTCAGCTCA AGCCAGGGGA CAGTGTCATC 
ACTGGTGCAG GAGGGAAGCT CCGCTGCAAG CACATCATTC ATGCAGTGGG ACCCAGGTTT 
GACCAGGCAA ACCCCCAGAA GGCCATGGGA CAGTTGAGGA GGGCGGTGAA AGGGAGTCTG 
GATCTAGCAG AGACCCACAA CTGCCTGTAT GTGGCTCTTC CTGCTATTAG CTCTGGGAAT 
CTAGGCTTTC CTCTGACCCT GTGTGCAGAC ACCATCGTCA AAGCAGTTAA AGAACACTGT 
GACGACAAAT TTGGGGACAA TACTCTGAAG AAGATCCATC TGGTGAACAA TGATGACAAG 
ACAGTCCAGG CTATGGAGGC AGCGGTGCTG AAGGTGTTTG GGAGCCATGG AACTAGTCAT 
CCACGAGAGA ATCGACCCAC CATAGCTACA CACAGCCAGC CTGGTAATCG GGTTCAACGC 
ACAAGTGGTT CAAGTGGGAA GACAAAAGAG GGGCTGGCTA TTACCCTGAC GAAAGGGAAT 
ATCCAAGATG CTGTGACAGA AGTTGTGGTC AACACCGTGG GTGATGACCT AGCACTTAAC 
CATGGTGCAG TCTCCAAGGC CATCCTCGCC GCTGCTGGCC CCCAACTTCA GACTCTGGTA 
AACCAACAGG GCACAGCCGG AAGGGCTGGG GAAGTCATTG TCACCACTGG CTGCAACCTG 
AAGTGCAAGC GGGTGTTTCA TACCATCGCC CCTCACTGGG ACAATGGACA AGGAGCACCA 
CAGAAGATAT TGAGCAGGAT CGTGAAAGAG TGCTTGGATG AGGCAGAGGA TCAGGGACTC 
ATCTCGATCA CCTTCCCTGC CATCGGCACG GGAAACCTGG GCTTCCCCAA AGACCTGGTG 
GCCTCTCTGA TGCTGGATGA AGTCCTCAAG TTTAGCAGTA AGAAGAACCC CAAACACCTG 
AAGGAGGTGG TCTTCATCCT CCACCCAGGT GATGCACCGA CGATCCAGGC TTTCACTGAT 
GAATTTAACA AAAGGTTCAA AACCCAGTCG GGAACGTCAA GGGGCTCAGC AGCATCCAGT 
CAACAGAGTA AAGGCCCTTT CTCTAAAATC ACTTCAAGCT CAGGGATGCA CGAGATGAAG 
ATGGGAGGGG TGCTTATACA GGTCATCACA GGAGACATCA CCAAGGAGAC CACTGATGTC 
ATCGTCAACT CCTCCAATGA CACCTTCAGT CTCCAGTCAG GGGTATCTAA GGCCATTCTG 
GATGTGGCTG GTCAGACTGT GGTAGCGGAA TGCCAACAAC TCGGAGCCCA GCCTAACAAT 
GGAGTGATAC TTACCCAGCC GGGCAACATG CGGTGTAAGA AGATCATCCA CGTGGTTGGT 
CAGACGGACC CAAAGAAGAT CCAGGAGTCG GTCAAAGGAG CACTGCAAAT GTGTGCACAG 
AATAACCTCA CATCCATCTC CTTCCCTGCT CTTGGCACAG GTCAGGGCAA TGTACAGGCG 
GGCCAGGTGG CTGACGCCAT GTTGGATGCT GTTGTGGAGG TGGTGGGTCA GAAGTCCCAA 
AACACACTGC AGCTGGTCAG GATGGTCATC TTCCAGCCTG CCATGCTCAC AGAGTTCCAC 
AAATCTATGG TGAAGAAAGA GGGCACAGAC GTTGACACTC AAAAGAAGGG GAGCATCTGG 
GGAAAAATTA AATCGTTGTT AACCTGGGGT AAAGCTGACA TGCCACAAAA GGATGAGGAT 
TTTGTCATCG AGGGCCAGCA AGTAGATCCA GCTTTCTTCC ATATCTGCGG TGGATCTCAG 
GCCAGAGTGG ACCAAGCCAA GCGTTGGATC AAGGACCTGA TCCTGAAGGA GCAAGTCAGC 
AACAGCATCA CCGATGACGC CATCCTCAAC TTGTCTGACT CTGACCGTAA GTGCATCCAC 
GAAATCCAGA CCACCATGGG AGTGAGTGTG AGGATAGAAT ACAATTCGTC CAGGGAGGAA 
GCTATGCTCA CGATCGAGGG CCTTAGCAAG GATGTCCTCA ATGCAGTCAA CGAGATCCAG 
AAGATGCTGA GGAAGGCCAG GGACAAAGAG ACCTTCAACA GGAACGTGGA AGTGGCCAGC 
AACATGGTGG AGTGGCAGTA TCAGCAGCAG CCAGGGGGGC AGTACCAGAG CTTTGACCCC 
ATCCCCAACT TCCATCTGGA GCAGGCACTG GAGAGGAAGT TGCCCCACGT AGAGGTCTCT 
TTCCAGGGGA AGATGTACAC GGTCACCCTG CCTGACGGGC CTGCTACAGA TACCAATGGC 
AACAGCCTCA AAATTAGACG CATCGACAAG TTGGCAGCTC AACCCATTGA CAGTCTCCCT 
CAGCATTGGG ATGCCATGCC AGCAAACACA TCATGCCATT CCTGCCTCAT TCAGCCAGGA 
AGCCCAGAGC ACAATGAAGT CTTAAACTTG TTCCTAGCCA CCTGCCCCAA CATCGTTTTA 
AAGATTGAGA GGATCCAGAA CCCAAGCCTG TGGAGGAACC TCCAGATCAA GAAGAATGAA 
ATGGAGCTCA GGAATGGTCA TAAGAACAAC GAGAAGAGGC TCTTCCATGG AATGTGCCAC 
ACAACCATTA ATCACATCAA CCACCATGGC TTCAATCGGA GCTATGCTGG AAAAAATGCT 
GCAGTGTATG GAAATGGCAC ATATTTTGCA GTTTGTGCCA GATACTCTGC CAGTAACACA 
TACTCAAGAC CAGATCCACA AGGACAGAAG TATATTTTTC TCTGCCGAGT TCTGACTGGC 
GATTTCACAA CAGGACGACA GGGGATGATA GTGCCTCCAG CTAAAAACAC TACATCTGCT 
CAACTCTACG ACAGCGTGAC AGACAACCCA TCAGCGCCAT CCATGTTCAT TGTATTCAAC 
GACATTCAGG CATATCCTGA GTACTTGATC ACTTTCCGCT AG

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

RefSeq	XP_014047716.1
CDS	185..5446
Translation	MASAKRKAEADAPQQELLGFKKQAVAATDSKDLPKSGVGDGHTPLTEPQTEMEIEPMEVEEKLVSTSAVLGNIEESMNKEFLEMLIENILSAYNTSGSDSPTATQTFSLEILTPVLDTGLAVVTFQNGKETENFITSCTSNRMFRQKQLSVKLLELTTKVKVENINPNVSSDHLQLLFGKGGEEVEDTEMNEEDQSAILTFQDPKAVHRVLEKPHYIEKQPLKAFPFYDSLGTALYGKDRPTLKLPSAFTENINHAIWRYLCDNQEAAETIHKEMTKHFCNVDFQQPTIKLSPLPSLLKQTGVKPKHLQQWKDTTKVALIQALSNFKSLELQVQDTAWEESEGEILKAVSGEAVMVVHEETRGVLAVVGLVEDVDRLRQTLDGIMDRISRRIEREKTSITEEFPLVPSIYQVLLHGGLLDKIVGEFPDLKLTYNQESQSVTIYGLMQEVLCANRKLAGEVVALKRKLVELDEYVLEFLQEESQEKLTSSLLTLQSINAALEIERKGVQLLAVSEEALCEAEHQLHTLLISQYIDVEDSDLLRMSEWKDIANRFEEASNTPFRKVMVQTSGAYSGQQVVVSGYKETVLLVRNELDDFLHKNAHVDETIEVKPEAIGKFIQEQHRDAWSDKVKDSGVKVSFKDEAIYLSGTRVHVADCKALFENLVSSTFFDALRISKPGAKKFFQDNEPMYVDTVMNQTGCVVQLIEEEYDANGGQGIKLAGGGMKPTYQLQTPDGVEIAVCKADMCKYSVHAVVNAAALDLKHSGGLAGALLDTAGPQLQDECNQIIKNKGQLKPGDSVITGAGGKLRCKHIIHAVGPRFDQANPQKAMGQLRRAVKGSLDLAETHNCLYVALPAISSGNLGFPLTLCADTIVKAVKEHCDDKFGDNTLKKIHLVNNDDKTVQAMEAAVLKVFGSHGTSHPRENRPTIATHSQPGNRVQRTSGSSGKTKEGLAITLTKGNIQDAVTEVVVNTVGDDLALNHGAVSKAILAAAGPQLQTLVNQQGTAGRAGEVIVTTGCNLKCKRVFHTIAPHWDNGQGAPQKILSRIVKECLDEAEDQGLISITFPAIGTGNLGFPKDLVASLMLDEVLKFSSKKNPKHLKEVVFILHPGDAPTIQAFTDEFNKRFKTQSGTSRGSAASSQQSKGPFSKITSSSGMHEMKMGGVLIQVITGDITKETTDVIVNSSNDTFSLQSGVSKAILDVAGQTVVAECQQLGAQPNNGVILTQPGNMRCKKIIHVVGQTDPKKIQESVKGALQMCAQNNLTSISFPALGTGQGNVQAGQVADAMLDAVVEVVGQKSQNTLQLVRMVIFQPAMLTEFHKSMVKKEGTDVDTQKKGSIWGKIKSLLTWGKADMPQKDEDFVIEGQQVDPAFFHICGGSQARVDQAKRWIKDLILKEQVSNSITDDAILNLSDSDRKCIHEIQTTMGVSVRIEYNSSREEAMLTIEGLSKDVLNAVNEIQKMLRKARDKETFNRNVEVASNMVEWQYQQQPGGQYQSFDPIPNFHLEQALERKLPHVEVSFQGKMYTVTLPDGPATDTNGNSLKIRRIDKLAAQPIDSLPQHWDAMPANTSCHSCLIQPGSPEHNEVLNLFLATCPNIVLKIERIQNPSLWRNLQIKKNEMELRNGHKNNEKRLFHGMCHTTINHINHHGFNRSYAGKNAAVYGNGTYFAVCARYSASNTYSRPDPQGQKYIFLCRVLTGDFTTGRQGMIVPPAKNTTSAQLYDSVTDNPSAPSMFIVFNDIQAYPEYLITFR

Target ORF information:

RefSeq Version	XM_014192241.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar poly [ADP-ribose] polymerase 14-like (LOC106600688), transcript variant X3, mRNA.

Target ORF information:

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

XM_014192241.1

ORF Insert Sequence:

ATGGCGTCAG CTAAGAGGAA GGCAGAGGCT GATGCTCCTC AGCAGGAATT ACTAGGCTTC 
AAAAAGCAAG CTGTTGCTGC TACTGATTCA AAAGACTTAC CAAAGAGCGG GGTTGGAGAT 
GGACACACTC CCCTTACTGA GCCACAGACA GAGATGGAGA TTGAACCGAT GGAAGTCGAG 
GAAAAGCTGG TGTCCACCTC AGCCGTGTTG GGGAACATTG AGGAGAGCAT GAACAAGGAG 
TTCCTGGAGA TGCTGATAGA GAACATCCTG AGTGCGTATA ACACCTCTGG TTCTGACTCT 
CCTACTGCAA CACAGACCTT CAGTTTGGAG ATCCTGACAC CTGTCCTAGA CACCGGCCTG 
GCTGTGGTGA CTTTCCAAAA TGGAAAAGAG ACTGAGAACT TCATCACCAG CTGCACCAGC 
AACAGGATGT TCAGACAGAA ACAACTATCT GTTAAACTCC TGGAACTCAC CACAAAAGTG 
AAAGTTGAAA ACATAAATCC AAATGTTAGT TCAGACCACC TCCAACTGTT ATTTGGAAAA 
GGGGGCGAGG AGGTGGAAGA CACTGAAATG AATGAAGAGG ACCAATCAGC AATCCTCACC 
TTTCAAGATC CTAAAGCTGT TCACAGAGTC CTAGAGAAAC CACATTACAT CGAGAAGCAG 
CCTCTCAAGG CTTTCCCCTT CTATGATTCT CTGGGAACGG CCTTGTATGG CAAAGACAGA 
CCCACATTGA AACTCCCTTC TGCTTTCACT GAAAACATAA ACCACGCAAT TTGGAGATAC 
CTCTGTGACA ACCAGGAAGC TGCAGAGACC ATCCACAAGG AAATGACCAA ACACTTCTGC 
AATGTAGACT TCCAACAACC TACCATCAAG TTAAGCCCAC TGCCATCTCT ACTCAAACAG 
ACGGGTGTGA AACCCAAGCA CTTACAACAA TGGAAGGACA CCACCAAAGT TGCCTTAATC 
CAAGCCTTGT CTAACTTTAA GTCATTGGAG CTCCAGGTTC AGGACACTGC ATGGGAAGAG 
TCTGAAGGGG AGATCCTCAA GGCGGTGTCT GGGGAGGCCG TGATGGTAGT CCATGAAGAG 
ACCAGAGGTG TTCTGGCAGT GGTAGGATTG GTAGAAGATG TGGACCGGCT CAGGCAGACA 
CTGGATGGGA TCATGGACAG GATTTCTAGA AGAATCGAGA GGGAGAAGAC GAGCATAACA 
GAGGAGTTCC CTCTGGTTCC ATCAATCTAC CAGGTACTGT TGCATGGTGG CCTGCTGGAC 
AAGATTGTTG GTGAATTCCC AGACTTGAAG CTGACGTATA ATCAAGAGAG CCAGAGTGTG 
ACCATCTATG GGTTGATGCA AGAGGTGTTG TGTGCTAACA GAAAGCTTGC AGGTGAAGTA 
GTAGCCCTGA AACGAAAGCT GGTGGAATTG GATGAATACG TCCTTGAGTT CCTGCAGGAA 
GAAAGCCAGG AAAAGCTAAC CAGTTCCCTT CTCACCTTAC AGAGCATCAA TGCAGCACTA 
GAAATAGAGA GAAAAGGAGT GCAGCTTCTG GCTGTCTCTG AGGAGGCCCT GTGCGAAGCA 
GAACATCAAC TGCATACGCT TTTGATTTCT CAATACATAG ATGTAGAAGA CTCCGATCTC 
CTGAGGATGT CCGAGTGGAA GGATATTGCC AACCGTTTTG AGGAAGCGTC AAACACTCCT 
TTCAGGAAAG TTATGGTCCA GACATCAGGT GCCTATTCAG GACAACAAGT GGTAGTGTCT 
GGCTACAAGG AAACTGTTCT CTTAGTCCGA AATGAATTGG ATGATTTCTT ACACAAAAAT 
GCTCATGTTG ATGAAACTAT CGAAGTTAAG CCTGAGGCTA TTGGTAAATT CATCCAGGAA 
CAACACAGGG ATGCTTGGTC TGATAAAGTC AAAGATAGTG GAGTTAAAGT TTCTTTCAAG 
GATGAGGCTA TTTACCTGAG TGGCACCAGA GTTCACGTAG CAGATTGCAA GGCATTATTC 
GAAAACTTGG TATCCTCCAC ATTCTTTGAC GCCTTGAGAA TCTCCAAGCC TGGAGCAAAG 
AAGTTCTTCC AGGACAATGA GCCCATGTAT GTTGACACAG TCATGAATCA GACAGGCTGT 
GTGGTCCAGC TGATTGAAGA AGAGTATGAT GCCAATGGCG GACAAGGCAT AAAGCTAGCA 
GGAGGAGGAA TGAAACCTAC CTACCAGCTT CAAACACCTG ATGGGGTGGA GATAGCCGTT 
TGCAAAGCAG ACATGTGCAA ATATTCTGTT CACGCTGTTG TCAATGCTGC CGCCCTGGAC 
CTGAAGCACA GTGGAGGTCT TGCAGGAGCT CTTCTGGATA CTGCTGGCCC TCAACTGCAG 
GATGAGTGCA ACCAGATCAT CAAGAACAAG GGTCAGCTCA AGCCAGGGGA CAGTGTCATC 
ACTGGTGCAG GAGGGAAGCT CCGCTGCAAG CACATCATTC ATGCAGTGGG ACCCAGGTTT 
GACCAGGCAA ACCCCCAGAA GGCCATGGGA CAGTTGAGGA GGGCGGTGAA AGGGAGTCTG 
GATCTAGCAG AGACCCACAA CTGCCTGTAT GTGGCTCTTC CTGCTATTAG CTCTGGGAAT 
CTAGGCTTTC CTCTGACCCT GTGTGCAGAC ACCATCGTCA AAGCAGTTAA AGAACACTGT 
GACGACAAAT TTGGGGACAA TACTCTGAAG AAGATCCATC TGGTGAACAA TGATGACAAG 
ACAGTCCAGG CTATGGAGGC AGCGGTGCTG AAGGTGTTTG GGAGCCATGG AACTAGTCAT 
CCACGAGAGA ATCGACCCAC CATAGCTACA CACAGCCAGC CTGGTAATCG GGTTCAACGC 
ACAAGTGGTT CAAGTGGGAA GACAAAAGAG GGGCTGGCTA TTACCCTGAC GAAAGGGAAT 
ATCCAAGATG CTGTGACAGA AGTTGTGGTC AACACCGTGG GTGATGACCT AGCACTTAAC 
CATGGTGCAG TCTCCAAGGC CATCCTCGCC GCTGCTGGCC CCCAACTTCA GACTCTGGTA 
AACCAACAGG GCACAGCCGG AAGGGCTGGG GAAGTCATTG TCACCACTGG CTGCAACCTG 
AAGTGCAAGC GGGTGTTTCA TACCATCGCC CCTCACTGGG ACAATGGACA AGGAGCACCA 
CAGAAGATAT TGAGCAGGAT CGTGAAAGAG TGCTTGGATG AGGCAGAGGA TCAGGGACTC 
ATCTCGATCA CCTTCCCTGC CATCGGCACG GGAAACCTGG GCTTCCCCAA AGACCTGGTG 
GCCTCTCTGA TGCTGGATGA AGTCCTCAAG TTTAGCAGTA AGAAGAACCC CAAACACCTG 
AAGGAGGTGG TCTTCATCCT CCACCCAGGT GATGCACCGA CGATCCAGGC TTTCACTGAT 
GAATTTAACA AAAGGTTCAA AACCCAGTCG GGAACGTCAA GGGGCTCAGC AGCATCCAGT 
CAACAGAGTA AAGGCCCTTT CTCTAAAATC ACTTCAAGCT CAGGGATGCA CGAGATGAAG 
ATGGGAGGGG TGCTTATACA GGTCATCACA GGAGACATCA CCAAGGAGAC CACTGATGTC 
ATCGTCAACT CCTCCAATGA CACCTTCAGT CTCCAGTCAG GGGTATCTAA GGCCATTCTG 
GATGTGGCTG GTCAGACTGT GGTAGCGGAA TGCCAACAAC TCGGAGCCCA GCCTAACAAT 
GGAGTGATAC TTACCCAGCC GGGCAACATG CGGTGTAAGA AGATCATCCA CGTGGTTGGT 
CAGACGGACC CAAAGAAGAT CCAGGAGTCG GTCAAAGGAG CACTGCAAAT GTGTGCACAG 
AATAACCTCA CATCCATCTC CTTCCCTGCT CTTGGCACAG GTCAGGGCAA TGTACAGGCG 
GGCCAGGTGG CTGACGCCAT GTTGGATGCT GTTGTGGAGG TGGTGGGTCA GAAGTCCCAA 
AACACACTGC AGCTGGTCAG GATGGTCATC TTCCAGCCTG CCATGCTCAC AGAGTTCCAC 
AAATCTATGG TGAAGAAAGA GGGCACAGAC GTTGACACTC AAAAGAAGGG GAGCATCTGG 
GGAAAAATTA AATCGTTGTT AACCTGGGGT AAAGCTGACA TGCCACAAAA GGATGAGGAT 
TTTGTCATCG AGGGCCAGCA AGTAGATCCA GCTTTCTTCC ATATCTGCGG TGGATCTCAG 
GCCAGAGTGG ACCAAGCCAA GCGTTGGATC AAGGACCTGA TCCTGAAGGA GCAAGTCAGC 
AACAGCATCA CCGATGACGC CATCCTCAAC TTGTCTGACT CTGACCGTAA GTGCATCCAC 
GAAATCCAGA CCACCATGGG AGTGAGTGTG AGGATAGAAT ACAATTCGTC CAGGGAGGAA 
GCTATGCTCA CGATCGAGGG CCTTAGCAAG GATGTCCTCA ATGCAGTCAA CGAGATCCAG 
AAGATGCTGA GGAAGGCCAG GGACAAAGAG ACCTTCAACA GGAACGTGGA AGTGGCCAGC 
AACATGGTGG AGTGGCAGTA TCAGCAGCAG CCAGGGGGGC AGTACCAGAG CTTTGACCCC 
ATCCCCAACT TCCATCTGGA GCAGGCACTG GAGAGGAAGT TGCCCCACGT AGAGGTCTCT 
TTCCAGGGGA AGATGTACAC GGTCACCCTG CCTGACGGGC CTGCTACAGA TACCAATGGC 
AACAGCCTCA AAATTAGACG CATCGACAAG TTGGCAGCTC AACCCATTGA CAGTCTCCCT 
CAGCATTGGG ATGCCATGCC AGCAAACACA TCATGCCATT CCTGCCTCAT TCAGCCAGGA 
AGCCCAGAGC ACAATGAAGT CTTAAACTTG TTCCTAGCCA CCTGCCCCAA CATCGTTTTA 
AAGATTGAGA GGATCCAGAA CCCAAGCCTG TGGAGGAACC TCCAGATCAA GAAGAATGAA 
ATGGAGCTCA GGAATGGTCA TAAGAACAAC GAGAAGAGGC TCTTCCATGG AATGTGCCAC 
ACAACCATTA ATCACATCAA CCACCATGGC TTCAATCGGA GCTATGCTGG AAAAAATGCT 
GCAGTGTATG GAAATGGCAC ATATTTTGCA GTTTGTGCCA GATACTCTGC CAGTAACACA 
TACTCAAGAC CAGATCCACA AGGACAGAAG TATATTTTTC TCTGCCGAGT TCTGACTGGC 
GATTTCACAA CAGGACGACA GGGGATGATA GTGCCTCCAG CTAAAAACAC TACATCTGCT 
CAACTCTACG ACAGCGTGAC AGACAACCCA TCAGCGCCAT CCATGTTCAT TGTATTCAAC 
GACATTCAGG CATATCCTGA GTACTTGATC ACTTTCCGCT AG

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

PubMed

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LOC106600688 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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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