LOC110520197 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110520197
Entrez Gene ID	110520197
Full Name	poly [ADP-ribose] polymerase 14-like
Gene Type	protein-coding
Organism	Oncorhynchus mykiss(rainbow trout)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021597348.1	XP_021453023.1	poly [ADP-ribose] polymerase 14-like isoform X2
XM_021597347.1	XP_021453022.1	poly [ADP-ribose] polymerase 14-like isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC110520197 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110520197 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
OOf40492	XM_021597347.1 Latest version!	Oncorhynchus mykiss poly [ADP-ribose] polymerase 14-like (LOC110520197), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OOf40493	XM_021597348.1 Latest version!	Oncorhynchus mykiss poly [ADP-ribose] polymerase 14-like (LOC110520197), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC110520197 ( XM_021597347.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021453022.1 Oncorhynchus mykiss poly [ADP-ribose] polymerase 14-like (LOC110520197), transcript variant X1, mRNA.

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CloneID	OOf40492
Clone ID Related Accession (Same CDS sequence)	XM_021597347.1
Accession Version	XM_021597347.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6312bp) 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	1498406400000
Organism	Oncorhynchus mykiss(rainbow trout)
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 (NC_035079.1) 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 :: Oncorhynchus mykiss Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGGAAA AAACACTGAT TTTGGAGGGT CTGCCTGTCG ACCTAGACAA AATTAGATCC 
AAGTTGGATT TGTACTTCAA AAACAAAAGG AGGTCTGGAG GAGAGGTATT ACAAATTCAA 
GACTATCCTG GGGACAAGAA GAAGGCTCTG CTCGTTTACC TCGAAGATGC ATCTCTGCAG 
AAAGTGTTGG CTAAAAGAGA TCATAAGATA GATTTTAAAA AACCCATTGG GGTGGTTGAG 
CTTCAAGTGA AACTGAAGGA GAATGGCGGT GAAACAAAAG TGAAGAATGT TAAACCACCT 
CTCTTACCAA AAAGAGACAA CAATCTGACT CTTGTGGGAA AATCTGCACT CAACACTGAA 
GAGAAGCAGC CAGTGTCAGA CAGTCAAGCA GATTCAGTGG AGGATAAGGA TATTAAAGCA 
AACACACATA CACTGCTTGT TAGAACCACA AAGGAACTTG AAAAGGAGCT CCTTAAATTG 
TATTTTGACC AGTTTGCATC AGAAGAAGAA GGGGTCAGCA TTACAAGACA TGGCAATAAT 
AGCTGGATCC TCAAACTGTC CTTTCAGTCA GATGCAGAGA AAGTCCTTGC CAAGAAGGAG 
CATCAGTATG GCATTTCTGT GGAGGTGTAC AATGAGACTG CTGTGGAAGG GAAACTGGAC 
AACAGGCGCT TCGTCCTGAC TGGGTTTAAT GAGAGCTGCA AGTGCGACAT CATCTCTCTG 
TTCATCGGCA GCTGCAGCCA AGGGGCTGAG CATGCCTGGG AGACCCTGGA CGATGGAGAC 
AGAATAGTGG TCAGTTTCAA ACAGAACATT GACGTAAAGT CCTTCCTTAG GAAATGTTCA 
TCGAAGAAGT ACCAGGGCAT GGAGATCGGG TCGTGTCGTT TAGAGCTGAC AGACTCTGTG 
CTTGTCCAGG GGGACATGAG CCAAATCAAA GGAGGAGTGG AGGAGGCCCT CAATCTCTAC 
TTCTCCAGCA AAAGGAGCAA AGGAGGAGAT ATCAAGTCCC AGATCTGGGT TACCAAGGGC 
AAGAGCATGG TCATCACCTT TGAAGACTGT CATGTTGCCT ATCAGGTTGC GGAACACAAG 
CATAATTTCG GTGGGATGGA CCTCATAGCT CAGCTATTCT ACTCCAGTCT GCAGAAGGCG 
TTAACAGGGC AAACAGCCCT CCCATCAGAC ATCCCTTCTA ACATAGCCCT TTGTCTCAGT 
TCAGCACTTT TCGACTTCAT TAAATGTGAT GAAGCCCGCA AGCAGGATTT AACAACTGGA 
CTACGTAAGG TCAATGCTAG CGTCTCCTTC AATATGATCA CAGAACCCCC ACAGATGGAG 
CTGGATATGA CCATGGAGAA GGAGTCCTTG GGCATGCTCA GACTGGGCCC TAAATGGGGA 
AGAATTGCCC AGAGAGAGGC TCTGGCCTTG CTAGAGAAAT ACAAAGAGGT TCAGCTACCC 
ACAGCGGTGG AGGTCTGGGA AAGGGTTGAG AATAGTTGTC TTGGTTTCAA ATCCTCTGAT 
GCCAGCATCT CTTACAAGAA GAGCAATGGT GAGATTGTGG TGGTAGGAGT GCAGAATGAG 
GTGAAGACCC TTGTGGAGAA GATTGAGCAC ATGGTGAAGA AGGTCAGTGA TGAGCTTCAG 
ATGGAGAGGA ACACAATAGT AAGAAAAATC TCACTGGACT CCAAAGAGAA GTTTGAGATC 
ATCTGGGATC TTGTCTCTGG CAAACTAGTG GACGTGGAGT TGTCCAAAGA TGAAGAAAGC 
TTCATCATAT GTCTAAAGGG TTTGGAGAAC AAGGTGAGTA CCGCAGAAGG TGTTGTCCAT 
GAGGCAATGG GGAATGTTGA AACCAGACTG CTTAATAATG TATCAGTGCC TTTGATGGAG 
TTCTTGAAAT CTCTGGACCT GAAAAAGTTT GAGAGGAAGC ATTTTGCCCA GAACCACATA 
TCGTCTGTAT TCCTCCTTAG TGATGGTTCC ATCCAGATCC TTGCAGAAAG AGCTGACATC 
CAGAGAGCTG AAGACACATT ACATGAGGTC ATCAAAGAGG AAGTCATCAA ACTCACACCA 
GACCAAGCCC ATGTGACCAA TGGCGAACAA TGGGCACAGT TCTTTGCCAT ACTTAATGGA 
GACCTCAAAT TCACCAAGAA CAACCACAAT GTCAGAATCT CCGTAACACA GGAGAAGATT 
GGAGTCTGTG GATTCTCCAG TGTGGTGGCA GATGTGGCAG GGAAGTTGAG GGGATACCTG 
GACAACAAGA AGCCGGAAAC AGTGGATGTC TCTCTCAAAT CAGTCCAGGA AGTAGAGTTT 
GTGGCCTCTT GCATGAACCT CTCAGAGGTC CCTGAAATCA AGGCTCTGGG CGTGACTATA 
CTGCCATGCA AAACACTAGG ATCTCCTTGT CTGAAGATCA CGGCAGCGAG TGATAAAATC 
AAAGAGGCCG TAGATGCAGT GAAACAGCAG GTCAGTACAA TTACAACGGA GAGGTACACA 
TACTCCAAGG CCGGGGAGTC CAAAGTCCTA GAGAAAAACC AAGCGGATCT GCAGGCCAAG 
TTCAAGGATT TAGGGTGCAA ACTCTACCTA TCACCAGTGA TTACCCACTG TCAGAAATAC 
AGATACAACA TTGAAGGTTG CGTCACTTTA ACTGTTGGTC AGGGTAACAT CTCCCAACAT 
GCTGCAGATG CTTTGATCTG CCCTCTGAGC AGCAGTCTGT CCTTTGATAC TCCGATCGCT 
AAGCAGTTCC TTCAGATTGG TGGGCCTGAT ATCAGGAAGG TGTTTGACAA GTTCCTGAAG 
GAGAGGCAGA CTCTACAGCC AGGAGATGTG GTCTTGTCCA ACCCAGGCAC CCTTGGAGCT 
CAGCACCTCA TCTATGCAGT GCTTCCAGTA TGGGGGAAGG ACACCTCAAC TCTTAGAAAT 
ATTAATCTAC AGTCGACGGT CCAGGACAGT TTACTGAAAG CAGACATCAA GAAGTGCGTC 
TCCATATGGA TGCCAGCGAT GGGGTGCGGT ACCTTTGGTT TTCCTGTCAC AGAGAGCTGT 
GCAGCAGTTA TCAAGGGAGT CCTCGGTTTC ATTAAACAGA AACCCCAACA CCTGAGGAAC 
ATATTTGTGA TAGACTCCGA TGCCAAGATA GTGGGGGAGT TCCAGTCAGC CATTGAAGGA 
GAGGGTTATC GTCGACAACA AATAACCAAC AAAACAGCAA CAGGCACAAC TCCAACTGCT 
CCCTCTGCAG CCACTGCCCC ACATAACACA CATCCACCAC CACCCCTAGT GGCTAAGCCA 
GGCTCAGACA TCAAAGTGAT TATTAGTGGA GTGTCAGTGT TCCTGAAGAA GGGAGACATC 
ACCAAAGAGA CAGTGGATGT CATAGTGAAT TCCAACAACC ATCATCTGAA TCTTAAGTCT 
GGTGTGTCTG GAGCCATCCT AAAGGAAGCT GGGAAATCAG TAGTGGATGA ATGCAGAAGA 
ATGGTACAAT CACTTGGTGT CCTGAAGGAC AATGATGTTG TGTTCTCATG TGGTGGGAAA 
CTGAACTGTA AGAACATAGC TCAGATAGTT GGGCCCAAGA ATGCTGCAAA TATCACTACC 
TCCATAGAGA AGGTCCTTAA TCTGTCTGAG CACAGGAAGG CAGTCACAAT GTCCATTCCT 
ACTATTGGCA CAGGGAAAGG TGGCATTGAG CCCAAAGATT CCATCAAGGC CATACTAAAA 
GGACTGGAGA GTCACATATC ACAGATGCCT TCATCCAGCA TCAAAATCAT CTTCATAGTG 
GCCTTTGAGC AAAAGATCTT TGACCTCTTG AGAGATTACT TTAACGAAAG GAACCTGGGC 
CCACACAAAA TCGAGCAGGC AAAGGCTGCA TCACCATCTA CACCTTCTCA GTCCAGTCTT 
CCCCCAAATC AAGTTAAAAT CCTTGGTGTC AGAATTGAAG TGAGGAGAGG CGACATCACT 
CAAGAAACTG TCAGAGGTAT CGTGAATACC ACCAACTCAA GAATCAGCTT AACAAGAGGA 
GTTAGTGCTG CGATTCTCAA AGCAGCTGGG AGCGCAGTTG AACAGGAGTG CAAAACCATT 
TGCCCTCTGA GGGCTGATGC AGCAGGGGTG ACCAGTGGAG GGGCCCTGCA GTGTGACTTC 
ATCCTCCACA TGCTGGGGCC CCACTCTGTG GCTGACACTA CACTACGAGT CACCAAGGTG 
CTGAAGTGCT GTGAGGACAA ACAGATCACA ACCGTGTCCT TCCCTGCTGT GGGCACTGGA 
GGTGGCGGCC TTAATGGTGC CGACTCCATT GGTGCCATCC TCCAGGGCAT CCAGGATCAT 
CTATCACAGT GCCTCGTTCC TACCATCATC AAACTGATCT ACATTGTCAT CTACGAGGAC 
AAGGTCCTGC AGGAGTGTCA GCTGGGGCTC AACCAGTGGA AGACTAGACA GATGGATAAA 
GATGATCTTT GTAGTGATGA TGATGATGAT GATGAAGACA GTGACTCTGA GGATGATATT 
TATGATGATG ACACCAGCTC TGGGGAAGGA GAGGGCAGCA GTGGCCAGAC AGGAAACACC 
ATTGAAGCAG TAATTGGGCC AGTGAAGGTC AAGGTGGTAT GTGGGGACAT CACTAAGGAG 
AAAACCGACG CCATCGTCAG CAGTACAAAC TCAAGCCTCG ATCTGAACTC AGGTGTTTCA 
GGAGCCATTC TAAAAGCTGC TGGACAGTCG GTTGTGGACG AGTGCAAAGC TTTAGGGACC 
CAACCCAATG ATGGTGTTGT CATGACCAAA CCTGGAAACA TCCAGGCCAA GCACATCATT 
CACATGGTGG GGCAGACCAA GGAAGAGGAG ATCACCAGCT CCATGCTCAA GGTGTTGAAG 
ATGTGTGAAG ACAAGAAAAT CCAGTCGGTC TCCATCCCAG CACTTGGAAC AGGTGCTGGT 
AACCTGGGAG CAGTGGAGGT TGGGAATGCA ATGTTGCACG CAATAACTGA GCTACAGAAA 
ACCATCGGAA ACCCATCAGT TAAAACTATT CACATTGTTA TATTCCAAAC CAAGATGATG 
AAGGACTTTG ATGAGGTTAT GAAAAAGTTC AAAAAGGTGA CACCCAAGAC TGCTGCCAAA 
AAGTTATCAA AAACGGTCCA ACAAACCACA CCAACCCAGC CTGCTCCTAC CAAACCAGCC 
TTGTGTTTGG CCAGCGCCAC AGCAGCGGTG GTCTTCCCCA GTATGGAGGC TGAGGTGTAC 
GGGTCCTCCC CTGCCAGCCT GGCTCAGGTG AAGAAACTTC TGGACGAGCT GGTCTCTGAG 
GAGTGCGTTA GCCAGGACCT GCCCTCCAGC CACTTGCCCC TGCTGCTGGA GCCGCAGAAA 
CAGGCCATCG TGGCCCTGAG CCAGAATAAC CAGGTCCGTG TCCTGGTAGC ATCCCCAAAC 
AAAGTCACTG TCTCTGGGAA GAAAGACAAT GTTTTTTCCG CTGTCCTCCA GATTAGGGAC 
TATCTGCTGG GGGCGAGGGA CAGGGATAAC CGGGAGGGAG AGGAGAAGAG GATGAGGGAG 
ACAGTGCGCT GGGAGGCCGG AGAGGGAGAG GTCTGGGGAG AGCTGGATCA GAGTCTCAGC 
TATGACCTGG AACTGGCCTG CCACAGGAAA GACAAGAGTT TTAAATATAA CCACCAGGGG 
GAGACATTCA CTGTAGATCT GAGCCGAATG CAGCAGACTG ACAGCAAAGG GACCATCACC 
AGGGTCAAAA GGAGCCTTGT GGCAGATTCT GACACAGCTG TCATTCAGTT CCCACGTAGC 
TGGACCAGAA TGGATGGCAA GGATCTGGAG ATAGTCACTC TGGCTCCTAA CTCAGGGGAG 
TACCAGAGCA TAGAGAAGGA ATTTGTTGCA ACCTCCAAGA AACCAAATAC TAAAACACAA 
TCAACCGTTC AGATTGTCCA GATCCAGAGG ATACAGAGCA AGGACCAGTG GCAGAGGTAC 
GCAGTGAAGA AACAGGCATT GGATAAGAAG TATCCTAGAA ACAAGAATGA GCTGAACCTT 
TACCATGGCA CCACCAAAGA CATCTGTCAG AAAATCAATG CCTGTGGTTT CAATAGGAGC 
TTCTGTGGGA GAAACGCTAC TGTTTACGGG GATGGGACCT ACTTTGCCAA AGAGACGTGG 
TACTCGTGCC AGGATGCCTA CTCCAACCCA GACGCCAGTG GGCTAAAGTA CATGTACCGT 
GCCAGGGTGC TAGTGGGTAA TCCCTGCCTA GGGGTGAGGG GCATGAAGGA GCCGAACCCT 
CTGAACCCTA CTGATCTCCA TCAGGGCCTG CATGACTGTG CTGTCAATGA CCTGCAGAAT 
CCCTTTATCT ATGTGGTGTT CTGTGATGCA GGGGCCTACC CCGACTACCT CATCAGTTTC 
AAGACTGTCT GA

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

RefSeq	XP_021453022.1
CDS	291..6602
Translation	MTEKTLILEGLPVDLDKIRSKLDLYFKNKRRSGGEVLQIQDYPGDKKKALLVYLEDASLQKVLAKRDHKIDFKKPIGVVELQVKLKENGGETKVKNVKPPLLPKRDNNLTLVGKSALNTEEKQPVSDSQADSVEDKDIKANTHTLLVRTTKELEKELLKLYFDQFASEEEGVSITRHGNNSWILKLSFQSDAEKVLAKKEHQYGISVEVYNETAVEGKLDNRRFVLTGFNESCKCDIISLFIGSCSQGAEHAWETLDDGDRIVVSFKQNIDVKSFLRKCSSKKYQGMEIGSCRLELTDSVLVQGDMSQIKGGVEEALNLYFSSKRSKGGDIKSQIWVTKGKSMVITFEDCHVAYQVAEHKHNFGGMDLIAQLFYSSLQKALTGQTALPSDIPSNIALCLSSALFDFIKCDEARKQDLTTGLRKVNASVSFNMITEPPQMELDMTMEKESLGMLRLGPKWGRIAQREALALLEKYKEVQLPTAVEVWERVENSCLGFKSSDASISYKKSNGEIVVVGVQNEVKTLVEKIEHMVKKVSDELQMERNTIVRKISLDSKEKFEIIWDLVSGKLVDVELSKDEESFIICLKGLENKVSTAEGVVHEAMGNVETRLLNNVSVPLMEFLKSLDLKKFERKHFAQNHISSVFLLSDGSIQILAERADIQRAEDTLHEVIKEEVIKLTPDQAHVTNGEQWAQFFAILNGDLKFTKNNHNVRISVTQEKIGVCGFSSVVADVAGKLRGYLDNKKPETVDVSLKSVQEVEFVASCMNLSEVPEIKALGVTILPCKTLGSPCLKITAASDKIKEAVDAVKQQVSTITTERYTYSKAGESKVLEKNQADLQAKFKDLGCKLYLSPVITHCQKYRYNIEGCVTLTVGQGNISQHAADALICPLSSSLSFDTPIAKQFLQIGGPDIRKVFDKFLKERQTLQPGDVVLSNPGTLGAQHLIYAVLPVWGKDTSTLRNINLQSTVQDSLLKADIKKCVSIWMPAMGCGTFGFPVTESCAAVIKGVLGFIKQKPQHLRNIFVIDSDAKIVGEFQSAIEGEGYRRQQITNKTATGTTPTAPSAATAPHNTHPPPPLVAKPGSDIKVIISGVSVFLKKGDITKETVDVIVNSNNHHLNLKSGVSGAILKEAGKSVVDECRRMVQSLGVLKDNDVVFSCGGKLNCKNIAQIVGPKNAANITTSIEKVLNLSEHRKAVTMSIPTIGTGKGGIEPKDSIKAILKGLESHISQMPSSSIKIIFIVAFEQKIFDLLRDYFNERNLGPHKIEQAKAASPSTPSQSSLPPNQVKILGVRIEVRRGDITQETVRGIVNTTNSRISLTRGVSAAILKAAGSAVEQECKTICPLRADAAGVTSGGALQCDFILHMLGPHSVADTTLRVTKVLKCCEDKQITTVSFPAVGTGGGGLNGADSIGAILQGIQDHLSQCLVPTIIKLIYIVIYEDKVLQECQLGLNQWKTRQMDKDDLCSDDDDDDEDSDSEDDIYDDDTSSGEGEGSSGQTGNTIEAVIGPVKVKVVCGDITKEKTDAIVSSTNSSLDLNSGVSGAILKAAGQSVVDECKALGTQPNDGVVMTKPGNIQAKHIIHMVGQTKEEEITSSMLKVLKMCEDKKIQSVSIPALGTGAGNLGAVEVGNAMLHAITELQKTIGNPSVKTIHIVIFQTKMMKDFDEVMKKFKKVTPKTAAKKLSKTVQQTTPTQPAPTKPALCLASATAAVVFPSMEAEVYGSSPASLAQVKKLLDELVSEECVSQDLPSSHLPLLLEPQKQAIVALSQNNQVRVLVASPNKVTVSGKKDNVFSAVLQIRDYLLGARDRDNREGEEKRMRETVRWEAGEGEVWGELDQSLSYDLELACHRKDKSFKYNHQGETFTVDLSRMQQTDSKGTITRVKRSLVADSDTAVIQFPRSWTRMDGKDLEIVTLAPNSGEYQSIEKEFVATSKKPNTKTQSTVQIVQIQRIQSKDQWQRYAVKKQALDKKYPRNKNELNLYHGTTKDICQKINACGFNRSFCGRNATVYGDGTYFAKETWYSCQDAYSNPDASGLKYMYRARVLVGNPCLGVRGMKEPNPLNPTDLHQGLHDCAVNDLQNPFIYVVFCDAGAYPDYLISFKTV

Target ORF information:

RefSeq Version	XM_021597347.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss poly [ADP-ribose] polymerase 14-like (LOC110520197), transcript variant X1, mRNA.

Target ORF information:

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

XM_021597347.1

ORF Insert Sequence:

ATGACGGAAA AAACACTGAT TTTGGAGGGT CTGCCTGTCG ACCTAGACAA AATTAGATCC 
AAGTTGGATT TGTACTTCAA AAACAAAAGG AGGTCTGGAG GAGAGGTATT ACAAATTCAA 
GACTATCCTG GGGACAAGAA GAAGGCTCTG CTCGTTTACC TCGAAGATGC ATCTCTGCAG 
AAAGTGTTGG CTAAAAGAGA TCATAAGATA GATTTTAAAA AACCCATTGG GGTGGTTGAG 
CTTCAAGTGA AACTGAAGGA GAATGGCGGT GAAACAAAAG TGAAGAATGT TAAACCACCT 
CTCTTACCAA AAAGAGACAA CAATCTGACT CTTGTGGGAA AATCTGCACT CAACACTGAA 
GAGAAGCAGC CAGTGTCAGA CAGTCAAGCA GATTCAGTGG AGGATAAGGA TATTAAAGCA 
AACACACATA CACTGCTTGT TAGAACCACA AAGGAACTTG AAAAGGAGCT CCTTAAATTG 
TATTTTGACC AGTTTGCATC AGAAGAAGAA GGGGTCAGCA TTACAAGACA TGGCAATAAT 
AGCTGGATCC TCAAACTGTC CTTTCAGTCA GATGCAGAGA AAGTCCTTGC CAAGAAGGAG 
CATCAGTATG GCATTTCTGT GGAGGTGTAC AATGAGACTG CTGTGGAAGG GAAACTGGAC 
AACAGGCGCT TCGTCCTGAC TGGGTTTAAT GAGAGCTGCA AGTGCGACAT CATCTCTCTG 
TTCATCGGCA GCTGCAGCCA AGGGGCTGAG CATGCCTGGG AGACCCTGGA CGATGGAGAC 
AGAATAGTGG TCAGTTTCAA ACAGAACATT GACGTAAAGT CCTTCCTTAG GAAATGTTCA 
TCGAAGAAGT ACCAGGGCAT GGAGATCGGG TCGTGTCGTT TAGAGCTGAC AGACTCTGTG 
CTTGTCCAGG GGGACATGAG CCAAATCAAA GGAGGAGTGG AGGAGGCCCT CAATCTCTAC 
TTCTCCAGCA AAAGGAGCAA AGGAGGAGAT ATCAAGTCCC AGATCTGGGT TACCAAGGGC 
AAGAGCATGG TCATCACCTT TGAAGACTGT CATGTTGCCT ATCAGGTTGC GGAACACAAG 
CATAATTTCG GTGGGATGGA CCTCATAGCT CAGCTATTCT ACTCCAGTCT GCAGAAGGCG 
TTAACAGGGC AAACAGCCCT CCCATCAGAC ATCCCTTCTA ACATAGCCCT TTGTCTCAGT 
TCAGCACTTT TCGACTTCAT TAAATGTGAT GAAGCCCGCA AGCAGGATTT AACAACTGGA 
CTACGTAAGG TCAATGCTAG CGTCTCCTTC AATATGATCA CAGAACCCCC ACAGATGGAG 
CTGGATATGA CCATGGAGAA GGAGTCCTTG GGCATGCTCA GACTGGGCCC TAAATGGGGA 
AGAATTGCCC AGAGAGAGGC TCTGGCCTTG CTAGAGAAAT ACAAAGAGGT TCAGCTACCC 
ACAGCGGTGG AGGTCTGGGA AAGGGTTGAG AATAGTTGTC TTGGTTTCAA ATCCTCTGAT 
GCCAGCATCT CTTACAAGAA GAGCAATGGT GAGATTGTGG TGGTAGGAGT GCAGAATGAG 
GTGAAGACCC TTGTGGAGAA GATTGAGCAC ATGGTGAAGA AGGTCAGTGA TGAGCTTCAG 
ATGGAGAGGA ACACAATAGT AAGAAAAATC TCACTGGACT CCAAAGAGAA GTTTGAGATC 
ATCTGGGATC TTGTCTCTGG CAAACTAGTG GACGTGGAGT TGTCCAAAGA TGAAGAAAGC 
TTCATCATAT GTCTAAAGGG TTTGGAGAAC AAGGTGAGTA CCGCAGAAGG TGTTGTCCAT 
GAGGCAATGG GGAATGTTGA AACCAGACTG CTTAATAATG TATCAGTGCC TTTGATGGAG 
TTCTTGAAAT CTCTGGACCT GAAAAAGTTT GAGAGGAAGC ATTTTGCCCA GAACCACATA 
TCGTCTGTAT TCCTCCTTAG TGATGGTTCC ATCCAGATCC TTGCAGAAAG AGCTGACATC 
CAGAGAGCTG AAGACACATT ACATGAGGTC ATCAAAGAGG AAGTCATCAA ACTCACACCA 
GACCAAGCCC ATGTGACCAA TGGCGAACAA TGGGCACAGT TCTTTGCCAT ACTTAATGGA 
GACCTCAAAT TCACCAAGAA CAACCACAAT GTCAGAATCT CCGTAACACA GGAGAAGATT 
GGAGTCTGTG GATTCTCCAG TGTGGTGGCA GATGTGGCAG GGAAGTTGAG GGGATACCTG 
GACAACAAGA AGCCGGAAAC AGTGGATGTC TCTCTCAAAT CAGTCCAGGA AGTAGAGTTT 
GTGGCCTCTT GCATGAACCT CTCAGAGGTC CCTGAAATCA AGGCTCTGGG CGTGACTATA 
CTGCCATGCA AAACACTAGG ATCTCCTTGT CTGAAGATCA CGGCAGCGAG TGATAAAATC 
AAAGAGGCCG TAGATGCAGT GAAACAGCAG GTCAGTACAA TTACAACGGA GAGGTACACA 
TACTCCAAGG CCGGGGAGTC CAAAGTCCTA GAGAAAAACC AAGCGGATCT GCAGGCCAAG 
TTCAAGGATT TAGGGTGCAA ACTCTACCTA TCACCAGTGA TTACCCACTG TCAGAAATAC 
AGATACAACA TTGAAGGTTG CGTCACTTTA ACTGTTGGTC AGGGTAACAT CTCCCAACAT 
GCTGCAGATG CTTTGATCTG CCCTCTGAGC AGCAGTCTGT CCTTTGATAC TCCGATCGCT 
AAGCAGTTCC TTCAGATTGG TGGGCCTGAT ATCAGGAAGG TGTTTGACAA GTTCCTGAAG 
GAGAGGCAGA CTCTACAGCC AGGAGATGTG GTCTTGTCCA ACCCAGGCAC CCTTGGAGCT 
CAGCACCTCA TCTATGCAGT GCTTCCAGTA TGGGGGAAGG ACACCTCAAC TCTTAGAAAT 
ATTAATCTAC AGTCGACGGT CCAGGACAGT TTACTGAAAG CAGACATCAA GAAGTGCGTC 
TCCATATGGA TGCCAGCGAT GGGGTGCGGT ACCTTTGGTT TTCCTGTCAC AGAGAGCTGT 
GCAGCAGTTA TCAAGGGAGT CCTCGGTTTC ATTAAACAGA AACCCCAACA CCTGAGGAAC 
ATATTTGTGA TAGACTCCGA TGCCAAGATA GTGGGGGAGT TCCAGTCAGC CATTGAAGGA 
GAGGGTTATC GTCGACAACA AATAACCAAC AAAACAGCAA CAGGCACAAC TCCAACTGCT 
CCCTCTGCAG CCACTGCCCC ACATAACACA CATCCACCAC CACCCCTAGT GGCTAAGCCA 
GGCTCAGACA TCAAAGTGAT TATTAGTGGA GTGTCAGTGT TCCTGAAGAA GGGAGACATC 
ACCAAAGAGA CAGTGGATGT CATAGTGAAT TCCAACAACC ATCATCTGAA TCTTAAGTCT 
GGTGTGTCTG GAGCCATCCT AAAGGAAGCT GGGAAATCAG TAGTGGATGA ATGCAGAAGA 
ATGGTACAAT CACTTGGTGT CCTGAAGGAC AATGATGTTG TGTTCTCATG TGGTGGGAAA 
CTGAACTGTA AGAACATAGC TCAGATAGTT GGGCCCAAGA ATGCTGCAAA TATCACTACC 
TCCATAGAGA AGGTCCTTAA TCTGTCTGAG CACAGGAAGG CAGTCACAAT GTCCATTCCT 
ACTATTGGCA CAGGGAAAGG TGGCATTGAG CCCAAAGATT CCATCAAGGC CATACTAAAA 
GGACTGGAGA GTCACATATC ACAGATGCCT TCATCCAGCA TCAAAATCAT CTTCATAGTG 
GCCTTTGAGC AAAAGATCTT TGACCTCTTG AGAGATTACT TTAACGAAAG GAACCTGGGC 
CCACACAAAA TCGAGCAGGC AAAGGCTGCA TCACCATCTA CACCTTCTCA GTCCAGTCTT 
CCCCCAAATC AAGTTAAAAT CCTTGGTGTC AGAATTGAAG TGAGGAGAGG CGACATCACT 
CAAGAAACTG TCAGAGGTAT CGTGAATACC ACCAACTCAA GAATCAGCTT AACAAGAGGA 
GTTAGTGCTG CGATTCTCAA AGCAGCTGGG AGCGCAGTTG AACAGGAGTG CAAAACCATT 
TGCCCTCTGA GGGCTGATGC AGCAGGGGTG ACCAGTGGAG GGGCCCTGCA GTGTGACTTC 
ATCCTCCACA TGCTGGGGCC CCACTCTGTG GCTGACACTA CACTACGAGT CACCAAGGTG 
CTGAAGTGCT GTGAGGACAA ACAGATCACA ACCGTGTCCT TCCCTGCTGT GGGCACTGGA 
GGTGGCGGCC TTAATGGTGC CGACTCCATT GGTGCCATCC TCCAGGGCAT CCAGGATCAT 
CTATCACAGT GCCTCGTTCC TACCATCATC AAACTGATCT ACATTGTCAT CTACGAGGAC 
AAGGTCCTGC AGGAGTGTCA GCTGGGGCTC AACCAGTGGA AGACTAGACA GATGGATAAA 
GATGATCTTT GTAGTGATGA TGATGATGAT GATGAAGACA GTGACTCTGA GGATGATATT 
TATGATGATG ACACCAGCTC TGGGGAAGGA GAGGGCAGCA GTGGCCAGAC AGGAAACACC 
ATTGAAGCAG TAATTGGGCC AGTGAAGGTC AAGGTGGTAT GTGGGGACAT CACTAAGGAG 
AAAACCGACG CCATCGTCAG CAGTACAAAC TCAAGCCTCG ATCTGAACTC AGGTGTTTCA 
GGAGCCATTC TAAAAGCTGC TGGACAGTCG GTTGTGGACG AGTGCAAAGC TTTAGGGACC 
CAACCCAATG ATGGTGTTGT CATGACCAAA CCTGGAAACA TCCAGGCCAA GCACATCATT 
CACATGGTGG GGCAGACCAA GGAAGAGGAG ATCACCAGCT CCATGCTCAA GGTGTTGAAG 
ATGTGTGAAG ACAAGAAAAT CCAGTCGGTC TCCATCCCAG CACTTGGAAC AGGTGCTGGT 
AACCTGGGAG CAGTGGAGGT TGGGAATGCA ATGTTGCACG CAATAACTGA GCTACAGAAA 
ACCATCGGAA ACCCATCAGT TAAAACTATT CACATTGTTA TATTCCAAAC CAAGATGATG 
AAGGACTTTG ATGAGGTTAT GAAAAAGTTC AAAAAGGTGA CACCCAAGAC TGCTGCCAAA 
AAGTTATCAA AAACGGTCCA ACAAACCACA CCAACCCAGC CTGCTCCTAC CAAACCAGCC 
TTGTGTTTGG CCAGCGCCAC AGCAGCGGTG GTCTTCCCCA GTATGGAGGC TGAGGTGTAC 
GGGTCCTCCC CTGCCAGCCT GGCTCAGGTG AAGAAACTTC TGGACGAGCT GGTCTCTGAG 
GAGTGCGTTA GCCAGGACCT GCCCTCCAGC CACTTGCCCC TGCTGCTGGA GCCGCAGAAA 
CAGGCCATCG TGGCCCTGAG CCAGAATAAC CAGGTCCGTG TCCTGGTAGC ATCCCCAAAC 
AAAGTCACTG TCTCTGGGAA GAAAGACAAT GTTTTTTCCG CTGTCCTCCA GATTAGGGAC 
TATCTGCTGG GGGCGAGGGA CAGGGATAAC CGGGAGGGAG AGGAGAAGAG GATGAGGGAG 
ACAGTGCGCT GGGAGGCCGG AGAGGGAGAG GTCTGGGGAG AGCTGGATCA GAGTCTCAGC 
TATGACCTGG AACTGGCCTG CCACAGGAAA GACAAGAGTT TTAAATATAA CCACCAGGGG 
GAGACATTCA CTGTAGATCT GAGCCGAATG CAGCAGACTG ACAGCAAAGG GACCATCACC 
AGGGTCAAAA GGAGCCTTGT GGCAGATTCT GACACAGCTG TCATTCAGTT CCCACGTAGC 
TGGACCAGAA TGGATGGCAA GGATCTGGAG ATAGTCACTC TGGCTCCTAA CTCAGGGGAG 
TACCAGAGCA TAGAGAAGGA ATTTGTTGCA ACCTCCAAGA AACCAAATAC TAAAACACAA 
TCAACCGTTC AGATTGTCCA GATCCAGAGG ATACAGAGCA AGGACCAGTG GCAGAGGTAC 
GCAGTGAAGA AACAGGCATT GGATAAGAAG TATCCTAGAA ACAAGAATGA GCTGAACCTT 
TACCATGGCA CCACCAAAGA CATCTGTCAG AAAATCAATG CCTGTGGTTT CAATAGGAGC 
TTCTGTGGGA GAAACGCTAC TGTTTACGGG GATGGGACCT ACTTTGCCAA AGAGACGTGG 
TACTCGTGCC AGGATGCCTA CTCCAACCCA GACGCCAGTG GGCTAAAGTA CATGTACCGT 
GCCAGGGTGC TAGTGGGTAA TCCCTGCCTA GGGGTGAGGG GCATGAAGGA GCCGAACCCT 
CTGAACCCTA CTGATCTCCA TCAGGGCCTG CATGACTGTG CTGTCAATGA CCTGCAGAAT 
CCCTTTATCT ATGTGGTGTT CTGTGATGCA GGGGCCTACC CCGACTACCT CATCAGTTTC 
AAGACTGTCT GA

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

LOC110520197 ( XM_021597348.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021453023.1 Oncorhynchus mykiss poly [ADP-ribose] polymerase 14-like (LOC110520197), transcript variant X2, mRNA.

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CloneID	OOf40493
Clone ID Related Accession (Same CDS sequence)	XM_021597348.1
Accession Version	XM_021597348.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6309bp) 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	1498406400000
Organism	Oncorhynchus mykiss(rainbow trout)
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 (NC_035079.1) 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 :: Oncorhynchus mykiss Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGGAAA AAACACTGAT TTTGGAGGGT CTGCCTGTCG ACCTAGACAA AATTAGATCC 
AAGTTGGATT TGTACTTCAA AAACAAAAGG AGGTCTGGAG GAGAGGTATT ACAAATTCAA 
GACTATCCTG GGGACAAGAA GAAGGCTCTG CTCGTTTACC TCGAAGATGC ATCTCTGCAG 
AAAGTGTTGG CTAAAAGAGA TCATAAGATA GATTTTAAAA AACCCATTGG GGTGGTTGAG 
CTTCAAGTGA AACTGAAGGA GAATGGCGGT GAAACAAAAG TGAAGAATGT TAAACCACCT 
CTCTTACCAA AAAGAGACAA CAATCTGACT CTTGTGGGAA AATCTGCACT CAACACTGAA 
GAGAAGCCAG TGTCAGACAG TCAAGCAGAT TCAGTGGAGG ATAAGGATAT TAAAGCAAAC 
ACACATACAC TGCTTGTTAG AACCACAAAG GAACTTGAAA AGGAGCTCCT TAAATTGTAT 
TTTGACCAGT TTGCATCAGA AGAAGAAGGG GTCAGCATTA CAAGACATGG CAATAATAGC 
TGGATCCTCA AACTGTCCTT TCAGTCAGAT GCAGAGAAAG TCCTTGCCAA GAAGGAGCAT 
CAGTATGGCA TTTCTGTGGA GGTGTACAAT GAGACTGCTG TGGAAGGGAA ACTGGACAAC 
AGGCGCTTCG TCCTGACTGG GTTTAATGAG AGCTGCAAGT GCGACATCAT CTCTCTGTTC 
ATCGGCAGCT GCAGCCAAGG GGCTGAGCAT GCCTGGGAGA CCCTGGACGA TGGAGACAGA 
ATAGTGGTCA GTTTCAAACA GAACATTGAC GTAAAGTCCT TCCTTAGGAA ATGTTCATCG 
AAGAAGTACC AGGGCATGGA GATCGGGTCG TGTCGTTTAG AGCTGACAGA CTCTGTGCTT 
GTCCAGGGGG ACATGAGCCA AATCAAAGGA GGAGTGGAGG AGGCCCTCAA TCTCTACTTC 
TCCAGCAAAA GGAGCAAAGG AGGAGATATC AAGTCCCAGA TCTGGGTTAC CAAGGGCAAG 
AGCATGGTCA TCACCTTTGA AGACTGTCAT GTTGCCTATC AGGTTGCGGA ACACAAGCAT 
AATTTCGGTG GGATGGACCT CATAGCTCAG CTATTCTACT CCAGTCTGCA GAAGGCGTTA 
ACAGGGCAAA CAGCCCTCCC ATCAGACATC CCTTCTAACA TAGCCCTTTG TCTCAGTTCA 
GCACTTTTCG ACTTCATTAA ATGTGATGAA GCCCGCAAGC AGGATTTAAC AACTGGACTA 
CGTAAGGTCA ATGCTAGCGT CTCCTTCAAT ATGATCACAG AACCCCCACA GATGGAGCTG 
GATATGACCA TGGAGAAGGA GTCCTTGGGC ATGCTCAGAC TGGGCCCTAA ATGGGGAAGA 
ATTGCCCAGA GAGAGGCTCT GGCCTTGCTA GAGAAATACA AAGAGGTTCA GCTACCCACA 
GCGGTGGAGG TCTGGGAAAG GGTTGAGAAT AGTTGTCTTG GTTTCAAATC CTCTGATGCC 
AGCATCTCTT ACAAGAAGAG CAATGGTGAG ATTGTGGTGG TAGGAGTGCA GAATGAGGTG 
AAGACCCTTG TGGAGAAGAT TGAGCACATG GTGAAGAAGG TCAGTGATGA GCTTCAGATG 
GAGAGGAACA CAATAGTAAG AAAAATCTCA CTGGACTCCA AAGAGAAGTT TGAGATCATC 
TGGGATCTTG TCTCTGGCAA ACTAGTGGAC GTGGAGTTGT CCAAAGATGA AGAAAGCTTC 
ATCATATGTC TAAAGGGTTT GGAGAACAAG GTGAGTACCG CAGAAGGTGT TGTCCATGAG 
GCAATGGGGA ATGTTGAAAC CAGACTGCTT AATAATGTAT CAGTGCCTTT GATGGAGTTC 
TTGAAATCTC TGGACCTGAA AAAGTTTGAG AGGAAGCATT TTGCCCAGAA CCACATATCG 
TCTGTATTCC TCCTTAGTGA TGGTTCCATC CAGATCCTTG CAGAAAGAGC TGACATCCAG 
AGAGCTGAAG ACACATTACA TGAGGTCATC AAAGAGGAAG TCATCAAACT CACACCAGAC 
CAAGCCCATG TGACCAATGG CGAACAATGG GCACAGTTCT TTGCCATACT TAATGGAGAC 
CTCAAATTCA CCAAGAACAA CCACAATGTC AGAATCTCCG TAACACAGGA GAAGATTGGA 
GTCTGTGGAT TCTCCAGTGT GGTGGCAGAT GTGGCAGGGA AGTTGAGGGG ATACCTGGAC 
AACAAGAAGC CGGAAACAGT GGATGTCTCT CTCAAATCAG TCCAGGAAGT AGAGTTTGTG 
GCCTCTTGCA TGAACCTCTC AGAGGTCCCT GAAATCAAGG CTCTGGGCGT GACTATACTG 
CCATGCAAAA CACTAGGATC TCCTTGTCTG AAGATCACGG CAGCGAGTGA TAAAATCAAA 
GAGGCCGTAG ATGCAGTGAA ACAGCAGGTC AGTACAATTA CAACGGAGAG GTACACATAC 
TCCAAGGCCG GGGAGTCCAA AGTCCTAGAG AAAAACCAAG CGGATCTGCA GGCCAAGTTC 
AAGGATTTAG GGTGCAAACT CTACCTATCA CCAGTGATTA CCCACTGTCA GAAATACAGA 
TACAACATTG AAGGTTGCGT CACTTTAACT GTTGGTCAGG GTAACATCTC CCAACATGCT 
GCAGATGCTT TGATCTGCCC TCTGAGCAGC AGTCTGTCCT TTGATACTCC GATCGCTAAG 
CAGTTCCTTC AGATTGGTGG GCCTGATATC AGGAAGGTGT TTGACAAGTT CCTGAAGGAG 
AGGCAGACTC TACAGCCAGG AGATGTGGTC TTGTCCAACC CAGGCACCCT TGGAGCTCAG 
CACCTCATCT ATGCAGTGCT TCCAGTATGG GGGAAGGACA CCTCAACTCT TAGAAATATT 
AATCTACAGT CGACGGTCCA GGACAGTTTA CTGAAAGCAG ACATCAAGAA GTGCGTCTCC 
ATATGGATGC CAGCGATGGG GTGCGGTACC TTTGGTTTTC CTGTCACAGA GAGCTGTGCA 
GCAGTTATCA AGGGAGTCCT CGGTTTCATT AAACAGAAAC CCCAACACCT GAGGAACATA 
TTTGTGATAG ACTCCGATGC CAAGATAGTG GGGGAGTTCC AGTCAGCCAT TGAAGGAGAG 
GGTTATCGTC GACAACAAAT AACCAACAAA ACAGCAACAG GCACAACTCC AACTGCTCCC 
TCTGCAGCCA CTGCCCCACA TAACACACAT CCACCACCAC CCCTAGTGGC TAAGCCAGGC 
TCAGACATCA AAGTGATTAT TAGTGGAGTG TCAGTGTTCC TGAAGAAGGG AGACATCACC 
AAAGAGACAG TGGATGTCAT AGTGAATTCC AACAACCATC ATCTGAATCT TAAGTCTGGT 
GTGTCTGGAG CCATCCTAAA GGAAGCTGGG AAATCAGTAG TGGATGAATG CAGAAGAATG 
GTACAATCAC TTGGTGTCCT GAAGGACAAT GATGTTGTGT TCTCATGTGG TGGGAAACTG 
AACTGTAAGA ACATAGCTCA GATAGTTGGG CCCAAGAATG CTGCAAATAT CACTACCTCC 
ATAGAGAAGG TCCTTAATCT GTCTGAGCAC AGGAAGGCAG TCACAATGTC CATTCCTACT 
ATTGGCACAG GGAAAGGTGG CATTGAGCCC AAAGATTCCA TCAAGGCCAT ACTAAAAGGA 
CTGGAGAGTC ACATATCACA GATGCCTTCA TCCAGCATCA AAATCATCTT CATAGTGGCC 
TTTGAGCAAA AGATCTTTGA CCTCTTGAGA GATTACTTTA ACGAAAGGAA CCTGGGCCCA 
CACAAAATCG AGCAGGCAAA GGCTGCATCA CCATCTACAC CTTCTCAGTC CAGTCTTCCC 
CCAAATCAAG TTAAAATCCT TGGTGTCAGA ATTGAAGTGA GGAGAGGCGA CATCACTCAA 
GAAACTGTCA GAGGTATCGT GAATACCACC AACTCAAGAA TCAGCTTAAC AAGAGGAGTT 
AGTGCTGCGA TTCTCAAAGC AGCTGGGAGC GCAGTTGAAC AGGAGTGCAA AACCATTTGC 
CCTCTGAGGG CTGATGCAGC AGGGGTGACC AGTGGAGGGG CCCTGCAGTG TGACTTCATC 
CTCCACATGC TGGGGCCCCA CTCTGTGGCT GACACTACAC TACGAGTCAC CAAGGTGCTG 
AAGTGCTGTG AGGACAAACA GATCACAACC GTGTCCTTCC CTGCTGTGGG CACTGGAGGT 
GGCGGCCTTA ATGGTGCCGA CTCCATTGGT GCCATCCTCC AGGGCATCCA GGATCATCTA 
TCACAGTGCC TCGTTCCTAC CATCATCAAA CTGATCTACA TTGTCATCTA CGAGGACAAG 
GTCCTGCAGG AGTGTCAGCT GGGGCTCAAC CAGTGGAAGA CTAGACAGAT GGATAAAGAT 
GATCTTTGTA GTGATGATGA TGATGATGAT GAAGACAGTG ACTCTGAGGA TGATATTTAT 
GATGATGACA CCAGCTCTGG GGAAGGAGAG GGCAGCAGTG GCCAGACAGG AAACACCATT 
GAAGCAGTAA TTGGGCCAGT GAAGGTCAAG GTGGTATGTG GGGACATCAC TAAGGAGAAA 
ACCGACGCCA TCGTCAGCAG TACAAACTCA AGCCTCGATC TGAACTCAGG TGTTTCAGGA 
GCCATTCTAA AAGCTGCTGG ACAGTCGGTT GTGGACGAGT GCAAAGCTTT AGGGACCCAA 
CCCAATGATG GTGTTGTCAT GACCAAACCT GGAAACATCC AGGCCAAGCA CATCATTCAC 
ATGGTGGGGC AGACCAAGGA AGAGGAGATC ACCAGCTCCA TGCTCAAGGT GTTGAAGATG 
TGTGAAGACA AGAAAATCCA GTCGGTCTCC ATCCCAGCAC TTGGAACAGG TGCTGGTAAC 
CTGGGAGCAG TGGAGGTTGG GAATGCAATG TTGCACGCAA TAACTGAGCT ACAGAAAACC 
ATCGGAAACC CATCAGTTAA AACTATTCAC ATTGTTATAT TCCAAACCAA GATGATGAAG 
GACTTTGATG AGGTTATGAA AAAGTTCAAA AAGGTGACAC CCAAGACTGC TGCCAAAAAG 
TTATCAAAAA CGGTCCAACA AACCACACCA ACCCAGCCTG CTCCTACCAA ACCAGCCTTG 
TGTTTGGCCA GCGCCACAGC AGCGGTGGTC TTCCCCAGTA TGGAGGCTGA GGTGTACGGG 
TCCTCCCCTG CCAGCCTGGC TCAGGTGAAG AAACTTCTGG ACGAGCTGGT CTCTGAGGAG 
TGCGTTAGCC AGGACCTGCC CTCCAGCCAC TTGCCCCTGC TGCTGGAGCC GCAGAAACAG 
GCCATCGTGG CCCTGAGCCA GAATAACCAG GTCCGTGTCC TGGTAGCATC CCCAAACAAA 
GTCACTGTCT CTGGGAAGAA AGACAATGTT TTTTCCGCTG TCCTCCAGAT TAGGGACTAT 
CTGCTGGGGG CGAGGGACAG GGATAACCGG GAGGGAGAGG AGAAGAGGAT GAGGGAGACA 
GTGCGCTGGG AGGCCGGAGA GGGAGAGGTC TGGGGAGAGC TGGATCAGAG TCTCAGCTAT 
GACCTGGAAC TGGCCTGCCA CAGGAAAGAC AAGAGTTTTA AATATAACCA CCAGGGGGAG 
ACATTCACTG TAGATCTGAG CCGAATGCAG CAGACTGACA GCAAAGGGAC CATCACCAGG 
GTCAAAAGGA GCCTTGTGGC AGATTCTGAC ACAGCTGTCA TTCAGTTCCC ACGTAGCTGG 
ACCAGAATGG ATGGCAAGGA TCTGGAGATA GTCACTCTGG CTCCTAACTC AGGGGAGTAC 
CAGAGCATAG AGAAGGAATT TGTTGCAACC TCCAAGAAAC CAAATACTAA AACACAATCA 
ACCGTTCAGA TTGTCCAGAT CCAGAGGATA CAGAGCAAGG ACCAGTGGCA GAGGTACGCA 
GTGAAGAAAC AGGCATTGGA TAAGAAGTAT CCTAGAAACA AGAATGAGCT GAACCTTTAC 
CATGGCACCA CCAAAGACAT CTGTCAGAAA ATCAATGCCT GTGGTTTCAA TAGGAGCTTC 
TGTGGGAGAA ACGCTACTGT TTACGGGGAT GGGACCTACT TTGCCAAAGA GACGTGGTAC 
TCGTGCCAGG ATGCCTACTC CAACCCAGAC GCCAGTGGGC TAAAGTACAT GTACCGTGCC 
AGGGTGCTAG TGGGTAATCC CTGCCTAGGG GTGAGGGGCA TGAAGGAGCC GAACCCTCTG 
AACCCTACTG ATCTCCATCA GGGCCTGCAT GACTGTGCTG TCAATGACCT GCAGAATCCC 
TTTATCTATG TGGTGTTCTG TGATGCAGGG GCCTACCCCG ACTACCTCAT CAGTTTCAAG 
ACTGTCTGA

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

RefSeq	XP_021453023.1
CDS	292..6600
Translation	MTEKTLILEGLPVDLDKIRSKLDLYFKNKRRSGGEVLQIQDYPGDKKKALLVYLEDASLQKVLAKRDHKIDFKKPIGVVELQVKLKENGGETKVKNVKPPLLPKRDNNLTLVGKSALNTEEKPVSDSQADSVEDKDIKANTHTLLVRTTKELEKELLKLYFDQFASEEEGVSITRHGNNSWILKLSFQSDAEKVLAKKEHQYGISVEVYNETAVEGKLDNRRFVLTGFNESCKCDIISLFIGSCSQGAEHAWETLDDGDRIVVSFKQNIDVKSFLRKCSSKKYQGMEIGSCRLELTDSVLVQGDMSQIKGGVEEALNLYFSSKRSKGGDIKSQIWVTKGKSMVITFEDCHVAYQVAEHKHNFGGMDLIAQLFYSSLQKALTGQTALPSDIPSNIALCLSSALFDFIKCDEARKQDLTTGLRKVNASVSFNMITEPPQMELDMTMEKESLGMLRLGPKWGRIAQREALALLEKYKEVQLPTAVEVWERVENSCLGFKSSDASISYKKSNGEIVVVGVQNEVKTLVEKIEHMVKKVSDELQMERNTIVRKISLDSKEKFEIIWDLVSGKLVDVELSKDEESFIICLKGLENKVSTAEGVVHEAMGNVETRLLNNVSVPLMEFLKSLDLKKFERKHFAQNHISSVFLLSDGSIQILAERADIQRAEDTLHEVIKEEVIKLTPDQAHVTNGEQWAQFFAILNGDLKFTKNNHNVRISVTQEKIGVCGFSSVVADVAGKLRGYLDNKKPETVDVSLKSVQEVEFVASCMNLSEVPEIKALGVTILPCKTLGSPCLKITAASDKIKEAVDAVKQQVSTITTERYTYSKAGESKVLEKNQADLQAKFKDLGCKLYLSPVITHCQKYRYNIEGCVTLTVGQGNISQHAADALICPLSSSLSFDTPIAKQFLQIGGPDIRKVFDKFLKERQTLQPGDVVLSNPGTLGAQHLIYAVLPVWGKDTSTLRNINLQSTVQDSLLKADIKKCVSIWMPAMGCGTFGFPVTESCAAVIKGVLGFIKQKPQHLRNIFVIDSDAKIVGEFQSAIEGEGYRRQQITNKTATGTTPTAPSAATAPHNTHPPPPLVAKPGSDIKVIISGVSVFLKKGDITKETVDVIVNSNNHHLNLKSGVSGAILKEAGKSVVDECRRMVQSLGVLKDNDVVFSCGGKLNCKNIAQIVGPKNAANITTSIEKVLNLSEHRKAVTMSIPTIGTGKGGIEPKDSIKAILKGLESHISQMPSSSIKIIFIVAFEQKIFDLLRDYFNERNLGPHKIEQAKAASPSTPSQSSLPPNQVKILGVRIEVRRGDITQETVRGIVNTTNSRISLTRGVSAAILKAAGSAVEQECKTICPLRADAAGVTSGGALQCDFILHMLGPHSVADTTLRVTKVLKCCEDKQITTVSFPAVGTGGGGLNGADSIGAILQGIQDHLSQCLVPTIIKLIYIVIYEDKVLQECQLGLNQWKTRQMDKDDLCSDDDDDDEDSDSEDDIYDDDTSSGEGEGSSGQTGNTIEAVIGPVKVKVVCGDITKEKTDAIVSSTNSSLDLNSGVSGAILKAAGQSVVDECKALGTQPNDGVVMTKPGNIQAKHIIHMVGQTKEEEITSSMLKVLKMCEDKKIQSVSIPALGTGAGNLGAVEVGNAMLHAITELQKTIGNPSVKTIHIVIFQTKMMKDFDEVMKKFKKVTPKTAAKKLSKTVQQTTPTQPAPTKPALCLASATAAVVFPSMEAEVYGSSPASLAQVKKLLDELVSEECVSQDLPSSHLPLLLEPQKQAIVALSQNNQVRVLVASPNKVTVSGKKDNVFSAVLQIRDYLLGARDRDNREGEEKRMRETVRWEAGEGEVWGELDQSLSYDLELACHRKDKSFKYNHQGETFTVDLSRMQQTDSKGTITRVKRSLVADSDTAVIQFPRSWTRMDGKDLEIVTLAPNSGEYQSIEKEFVATSKKPNTKTQSTVQIVQIQRIQSKDQWQRYAVKKQALDKKYPRNKNELNLYHGTTKDICQKINACGFNRSFCGRNATVYGDGTYFAKETWYSCQDAYSNPDASGLKYMYRARVLVGNPCLGVRGMKEPNPLNPTDLHQGLHDCAVNDLQNPFIYVVFCDAGAYPDYLISFKTV

Target ORF information:

RefSeq Version	XM_021597348.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss poly [ADP-ribose] polymerase 14-like (LOC110520197), transcript variant X2, mRNA.

Target ORF information:

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

XM_021597348.1

ORF Insert Sequence:

ATGACGGAAA AAACACTGAT TTTGGAGGGT CTGCCTGTCG ACCTAGACAA AATTAGATCC 
AAGTTGGATT TGTACTTCAA AAACAAAAGG AGGTCTGGAG GAGAGGTATT ACAAATTCAA 
GACTATCCTG GGGACAAGAA GAAGGCTCTG CTCGTTTACC TCGAAGATGC ATCTCTGCAG 
AAAGTGTTGG CTAAAAGAGA TCATAAGATA GATTTTAAAA AACCCATTGG GGTGGTTGAG 
CTTCAAGTGA AACTGAAGGA GAATGGCGGT GAAACAAAAG TGAAGAATGT TAAACCACCT 
CTCTTACCAA AAAGAGACAA CAATCTGACT CTTGTGGGAA AATCTGCACT CAACACTGAA 
GAGAAGCCAG TGTCAGACAG TCAAGCAGAT TCAGTGGAGG ATAAGGATAT TAAAGCAAAC 
ACACATACAC TGCTTGTTAG AACCACAAAG GAACTTGAAA AGGAGCTCCT TAAATTGTAT 
TTTGACCAGT TTGCATCAGA AGAAGAAGGG GTCAGCATTA CAAGACATGG CAATAATAGC 
TGGATCCTCA AACTGTCCTT TCAGTCAGAT GCAGAGAAAG TCCTTGCCAA GAAGGAGCAT 
CAGTATGGCA TTTCTGTGGA GGTGTACAAT GAGACTGCTG TGGAAGGGAA ACTGGACAAC 
AGGCGCTTCG TCCTGACTGG GTTTAATGAG AGCTGCAAGT GCGACATCAT CTCTCTGTTC 
ATCGGCAGCT GCAGCCAAGG GGCTGAGCAT GCCTGGGAGA CCCTGGACGA TGGAGACAGA 
ATAGTGGTCA GTTTCAAACA GAACATTGAC GTAAAGTCCT TCCTTAGGAA ATGTTCATCG 
AAGAAGTACC AGGGCATGGA GATCGGGTCG TGTCGTTTAG AGCTGACAGA CTCTGTGCTT 
GTCCAGGGGG ACATGAGCCA AATCAAAGGA GGAGTGGAGG AGGCCCTCAA TCTCTACTTC 
TCCAGCAAAA GGAGCAAAGG AGGAGATATC AAGTCCCAGA TCTGGGTTAC CAAGGGCAAG 
AGCATGGTCA TCACCTTTGA AGACTGTCAT GTTGCCTATC AGGTTGCGGA ACACAAGCAT 
AATTTCGGTG GGATGGACCT CATAGCTCAG CTATTCTACT CCAGTCTGCA GAAGGCGTTA 
ACAGGGCAAA CAGCCCTCCC ATCAGACATC CCTTCTAACA TAGCCCTTTG TCTCAGTTCA 
GCACTTTTCG ACTTCATTAA ATGTGATGAA GCCCGCAAGC AGGATTTAAC AACTGGACTA 
CGTAAGGTCA ATGCTAGCGT CTCCTTCAAT ATGATCACAG AACCCCCACA GATGGAGCTG 
GATATGACCA TGGAGAAGGA GTCCTTGGGC ATGCTCAGAC TGGGCCCTAA ATGGGGAAGA 
ATTGCCCAGA GAGAGGCTCT GGCCTTGCTA GAGAAATACA AAGAGGTTCA GCTACCCACA 
GCGGTGGAGG TCTGGGAAAG GGTTGAGAAT AGTTGTCTTG GTTTCAAATC CTCTGATGCC 
AGCATCTCTT ACAAGAAGAG CAATGGTGAG ATTGTGGTGG TAGGAGTGCA GAATGAGGTG 
AAGACCCTTG TGGAGAAGAT TGAGCACATG GTGAAGAAGG TCAGTGATGA GCTTCAGATG 
GAGAGGAACA CAATAGTAAG AAAAATCTCA CTGGACTCCA AAGAGAAGTT TGAGATCATC 
TGGGATCTTG TCTCTGGCAA ACTAGTGGAC GTGGAGTTGT CCAAAGATGA AGAAAGCTTC 
ATCATATGTC TAAAGGGTTT GGAGAACAAG GTGAGTACCG CAGAAGGTGT TGTCCATGAG 
GCAATGGGGA ATGTTGAAAC CAGACTGCTT AATAATGTAT CAGTGCCTTT GATGGAGTTC 
TTGAAATCTC TGGACCTGAA AAAGTTTGAG AGGAAGCATT TTGCCCAGAA CCACATATCG 
TCTGTATTCC TCCTTAGTGA TGGTTCCATC CAGATCCTTG CAGAAAGAGC TGACATCCAG 
AGAGCTGAAG ACACATTACA TGAGGTCATC AAAGAGGAAG TCATCAAACT CACACCAGAC 
CAAGCCCATG TGACCAATGG CGAACAATGG GCACAGTTCT TTGCCATACT TAATGGAGAC 
CTCAAATTCA CCAAGAACAA CCACAATGTC AGAATCTCCG TAACACAGGA GAAGATTGGA 
GTCTGTGGAT TCTCCAGTGT GGTGGCAGAT GTGGCAGGGA AGTTGAGGGG ATACCTGGAC 
AACAAGAAGC CGGAAACAGT GGATGTCTCT CTCAAATCAG TCCAGGAAGT AGAGTTTGTG 
GCCTCTTGCA TGAACCTCTC AGAGGTCCCT GAAATCAAGG CTCTGGGCGT GACTATACTG 
CCATGCAAAA CACTAGGATC TCCTTGTCTG AAGATCACGG CAGCGAGTGA TAAAATCAAA 
GAGGCCGTAG ATGCAGTGAA ACAGCAGGTC AGTACAATTA CAACGGAGAG GTACACATAC 
TCCAAGGCCG GGGAGTCCAA AGTCCTAGAG AAAAACCAAG CGGATCTGCA GGCCAAGTTC 
AAGGATTTAG GGTGCAAACT CTACCTATCA CCAGTGATTA CCCACTGTCA GAAATACAGA 
TACAACATTG AAGGTTGCGT CACTTTAACT GTTGGTCAGG GTAACATCTC CCAACATGCT 
GCAGATGCTT TGATCTGCCC TCTGAGCAGC AGTCTGTCCT TTGATACTCC GATCGCTAAG 
CAGTTCCTTC AGATTGGTGG GCCTGATATC AGGAAGGTGT TTGACAAGTT CCTGAAGGAG 
AGGCAGACTC TACAGCCAGG AGATGTGGTC TTGTCCAACC CAGGCACCCT TGGAGCTCAG 
CACCTCATCT ATGCAGTGCT TCCAGTATGG GGGAAGGACA CCTCAACTCT TAGAAATATT 
AATCTACAGT CGACGGTCCA GGACAGTTTA CTGAAAGCAG ACATCAAGAA GTGCGTCTCC 
ATATGGATGC CAGCGATGGG GTGCGGTACC TTTGGTTTTC CTGTCACAGA GAGCTGTGCA 
GCAGTTATCA AGGGAGTCCT CGGTTTCATT AAACAGAAAC CCCAACACCT GAGGAACATA 
TTTGTGATAG ACTCCGATGC CAAGATAGTG GGGGAGTTCC AGTCAGCCAT TGAAGGAGAG 
GGTTATCGTC GACAACAAAT AACCAACAAA ACAGCAACAG GCACAACTCC AACTGCTCCC 
TCTGCAGCCA CTGCCCCACA TAACACACAT CCACCACCAC CCCTAGTGGC TAAGCCAGGC 
TCAGACATCA AAGTGATTAT TAGTGGAGTG TCAGTGTTCC TGAAGAAGGG AGACATCACC 
AAAGAGACAG TGGATGTCAT AGTGAATTCC AACAACCATC ATCTGAATCT TAAGTCTGGT 
GTGTCTGGAG CCATCCTAAA GGAAGCTGGG AAATCAGTAG TGGATGAATG CAGAAGAATG 
GTACAATCAC TTGGTGTCCT GAAGGACAAT GATGTTGTGT TCTCATGTGG TGGGAAACTG 
AACTGTAAGA ACATAGCTCA GATAGTTGGG CCCAAGAATG CTGCAAATAT CACTACCTCC 
ATAGAGAAGG TCCTTAATCT GTCTGAGCAC AGGAAGGCAG TCACAATGTC CATTCCTACT 
ATTGGCACAG GGAAAGGTGG CATTGAGCCC AAAGATTCCA TCAAGGCCAT ACTAAAAGGA 
CTGGAGAGTC ACATATCACA GATGCCTTCA TCCAGCATCA AAATCATCTT CATAGTGGCC 
TTTGAGCAAA AGATCTTTGA CCTCTTGAGA GATTACTTTA ACGAAAGGAA CCTGGGCCCA 
CACAAAATCG AGCAGGCAAA GGCTGCATCA CCATCTACAC CTTCTCAGTC CAGTCTTCCC 
CCAAATCAAG TTAAAATCCT TGGTGTCAGA ATTGAAGTGA GGAGAGGCGA CATCACTCAA 
GAAACTGTCA GAGGTATCGT GAATACCACC AACTCAAGAA TCAGCTTAAC AAGAGGAGTT 
AGTGCTGCGA TTCTCAAAGC AGCTGGGAGC GCAGTTGAAC AGGAGTGCAA AACCATTTGC 
CCTCTGAGGG CTGATGCAGC AGGGGTGACC AGTGGAGGGG CCCTGCAGTG TGACTTCATC 
CTCCACATGC TGGGGCCCCA CTCTGTGGCT GACACTACAC TACGAGTCAC CAAGGTGCTG 
AAGTGCTGTG AGGACAAACA GATCACAACC GTGTCCTTCC CTGCTGTGGG CACTGGAGGT 
GGCGGCCTTA ATGGTGCCGA CTCCATTGGT GCCATCCTCC AGGGCATCCA GGATCATCTA 
TCACAGTGCC TCGTTCCTAC CATCATCAAA CTGATCTACA TTGTCATCTA CGAGGACAAG 
GTCCTGCAGG AGTGTCAGCT GGGGCTCAAC CAGTGGAAGA CTAGACAGAT GGATAAAGAT 
GATCTTTGTA GTGATGATGA TGATGATGAT GAAGACAGTG ACTCTGAGGA TGATATTTAT 
GATGATGACA CCAGCTCTGG GGAAGGAGAG GGCAGCAGTG GCCAGACAGG AAACACCATT 
GAAGCAGTAA TTGGGCCAGT GAAGGTCAAG GTGGTATGTG GGGACATCAC TAAGGAGAAA 
ACCGACGCCA TCGTCAGCAG TACAAACTCA AGCCTCGATC TGAACTCAGG TGTTTCAGGA 
GCCATTCTAA AAGCTGCTGG ACAGTCGGTT GTGGACGAGT GCAAAGCTTT AGGGACCCAA 
CCCAATGATG GTGTTGTCAT GACCAAACCT GGAAACATCC AGGCCAAGCA CATCATTCAC 
ATGGTGGGGC AGACCAAGGA AGAGGAGATC ACCAGCTCCA TGCTCAAGGT GTTGAAGATG 
TGTGAAGACA AGAAAATCCA GTCGGTCTCC ATCCCAGCAC TTGGAACAGG TGCTGGTAAC 
CTGGGAGCAG TGGAGGTTGG GAATGCAATG TTGCACGCAA TAACTGAGCT ACAGAAAACC 
ATCGGAAACC CATCAGTTAA AACTATTCAC ATTGTTATAT TCCAAACCAA GATGATGAAG 
GACTTTGATG AGGTTATGAA AAAGTTCAAA AAGGTGACAC CCAAGACTGC TGCCAAAAAG 
TTATCAAAAA CGGTCCAACA AACCACACCA ACCCAGCCTG CTCCTACCAA ACCAGCCTTG 
TGTTTGGCCA GCGCCACAGC AGCGGTGGTC TTCCCCAGTA TGGAGGCTGA GGTGTACGGG 
TCCTCCCCTG CCAGCCTGGC TCAGGTGAAG AAACTTCTGG ACGAGCTGGT CTCTGAGGAG 
TGCGTTAGCC AGGACCTGCC CTCCAGCCAC TTGCCCCTGC TGCTGGAGCC GCAGAAACAG 
GCCATCGTGG CCCTGAGCCA GAATAACCAG GTCCGTGTCC TGGTAGCATC CCCAAACAAA 
GTCACTGTCT CTGGGAAGAA AGACAATGTT TTTTCCGCTG TCCTCCAGAT TAGGGACTAT 
CTGCTGGGGG CGAGGGACAG GGATAACCGG GAGGGAGAGG AGAAGAGGAT GAGGGAGACA 
GTGCGCTGGG AGGCCGGAGA GGGAGAGGTC TGGGGAGAGC TGGATCAGAG TCTCAGCTAT 
GACCTGGAAC TGGCCTGCCA CAGGAAAGAC AAGAGTTTTA AATATAACCA CCAGGGGGAG 
ACATTCACTG TAGATCTGAG CCGAATGCAG CAGACTGACA GCAAAGGGAC CATCACCAGG 
GTCAAAAGGA GCCTTGTGGC AGATTCTGAC ACAGCTGTCA TTCAGTTCCC ACGTAGCTGG 
ACCAGAATGG ATGGCAAGGA TCTGGAGATA GTCACTCTGG CTCCTAACTC AGGGGAGTAC 
CAGAGCATAG AGAAGGAATT TGTTGCAACC TCCAAGAAAC CAAATACTAA AACACAATCA 
ACCGTTCAGA TTGTCCAGAT CCAGAGGATA CAGAGCAAGG ACCAGTGGCA GAGGTACGCA 
GTGAAGAAAC AGGCATTGGA TAAGAAGTAT CCTAGAAACA AGAATGAGCT GAACCTTTAC 
CATGGCACCA CCAAAGACAT CTGTCAGAAA ATCAATGCCT GTGGTTTCAA TAGGAGCTTC 
TGTGGGAGAA ACGCTACTGT TTACGGGGAT GGGACCTACT TTGCCAAAGA GACGTGGTAC 
TCGTGCCAGG ATGCCTACTC CAACCCAGAC GCCAGTGGGC TAAAGTACAT GTACCGTGCC 
AGGGTGCTAG TGGGTAATCC CTGCCTAGGG GTGAGGGGCA TGAAGGAGCC GAACCCTCTG 
AACCCTACTG ATCTCCATCA GGGCCTGCAT GACTGTGCTG TCAATGACCT GCAGAATCCC 
TTTATCTATG TGGTGTTCTG TGATGCAGGG GCCTACCCCG ACTACCTCAT CAGTTTCAAG 
ACTGTCTGA

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

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LOC110520197 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

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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