LOC108701243 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108701243
Entrez Gene ID	108701243
Full Name	poly [ADP-ribose] polymerase 14-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018235602.1	XP_018091091.1	poly [ADP-ribose] polymerase 14-like isoform X1
XM_018235604.1	XP_018091093.1	poly [ADP-ribose] polymerase 14-like isoform X3
XM_018235603.1	XP_018091092.1	poly [ADP-ribose] polymerase 14-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC108701243 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108701243 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)
OAf46102	XM_018235602.1 Latest version!	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAf46103	XM_018235603.1 Latest version!	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAf46104	XM_018235604.1 Latest version!	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), 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)

LOC108701243 ( XM_018235602.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018091091.1 Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X1, mRNA.

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CloneID	OAf46102
Clone ID Related Accession (Same CDS sequence)	XM_018235602.1
Accession Version	XM_018235602.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5496bp) 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	1474214400000
Organism	Xenopus laevis(African clawed frog)
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_030740.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACAATG ACACATCCTA CCAGTTCCCT TTGGCCCTAC ATTGGGACCT GGGGCCTGAG 
AAACTGAAGG AGCTGAAGAA CAAGCTTCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAT 
GGAGGGGAGT GTGTGATCAA GGACCCCGAC AGCACAAAGG GATACGTTCT CATCCACTTC 
AGCCAAGAAA CAGTGAGGGA TGCTGTCGTT AAAAAAGAGA CCCACGAAAT GCATTTATCA 
GGAGGCAAGA GGTTAAAGTT GGATGTCTCA TTGCCCAAAG AGCCAATACC CACCAGTAAT 
CAGAAACCTC CAGCAGACAG TACAGAACCT CGTAATCACC AAGTGCCAGA AGAAGTGACA 
CCTCATACCT CCTTCTTTGT GGGACCCCCT TCTCTGAATG TGACTGCTGA AGCTGCATCA 
ACTGAAGAAC CACCTTCTAT GAATGTAGGC CCTGAGACCT CACCCTCCGT GGCTCTGATT 
GAAAGCATCG CAGACTCCTG CACACCGGAG ATACTGATTC TCCTGGTGGA GAATATCAGT 
AATAAATGTG CCGGCACCGA CTTTACCTTG GAGATGATCC CTGAGATTAA ATCTGCTGCA 
GTCACTTTCA GCTGTAACAT TGATATCCCA AATTTCATCA TAGCCTTCCT TGACACCCGT 
CGCGTGAAGC AGATGAAATT GAGGGCAAAG CCACTGGAAG AGACCAAATG TATCAGGGTT 
GAGAATTTGC CCCCCAACAC GTCTGATGAT TACCTGATGA TGTACTTTGA GTGCCCACGG 
TATGGAGGGG GGGCTGTAGA GGAGGTGGAG CTATTGTCAG AAGAGGATGC TGCCATAATA 
ACATTTTCTG ATAAGCAAGT TATCAGAAAA GTGTTGGAGA AACAGCATGT GTTTGGGAAG 
AAATCGATAT CAGTATATCC ATACTATGAG TCCTTGGGTG TAGCACTATA TGGGGAAAAG 
GGACCTTGTG TAACATTACC CAAACCCCTG GAGTTTCCAG TCAGTCCATA TGTACTGGAA 
TTCATACTGG GAAATCCACA GATAAAAGAC AACATGCATA AAAAAATGAC AGATAAGAAT 
TGTGAGCTCA CATGGCCAGA GCCAAACTGC TCCAATCCCA ACATTAAACT CTCCATTCCG 
AGATCCATAT CATCTAATCT TAGGACTGTG GCAAAGATTG TACATACATG GAGAGATCAC 
GTCTCTACAG AATTCTCTAA TGTTATTTCC AAGTTCAAAG CTGCAGAATA CAATGTGAGT 
CCATCAGTTT GGGAAGCCAT TATAGGAGAA GTCAGCAGCC CCACATATGA GGGAGTTTTG 
GTCAAACCAG ACGTAGCCAA ACAGAAAGTC TTCCTTGCAG GACTCTCCAA GGATATTACT 
AAGATAGAAC AAACTTTCAG GGACCTGGTA GAAAATACAA CTAGACGGAT TGATAGACAA 
AACAGCAGTA TGGAAATGTC TGAGCCTCTG GCTCCTGCTC TCTATGAAAT AATGTGTAAA 
AATGGCCATT TAAAGAACAT CCAGTCACAG GCTCCAGAAC TCAGAATGGA GTATGATGTG 
CCAAACAGGA ACCTTAAACT ATATGGAGTC AAAGAAGAAG CTCTCTTTGC CCGATGTGAA 
CTACTTAAGA TAATACAACA ACTGAAATTT AAATCCATCC CACTGGATTC CCATATTATC 
CATTTCTTGG GGCTTACGGA CAATGATGAG TTGTCCTGTC TTCTCCTCAC ACGGCACAAT 
ATTAATGCAA AGTTCCAGAC TGAGGATAAA TCAGTCACAC TGACTGGACT CTCCATGAAC 
GATCTGTCAG AGGCAGAAGA ACAGATGAGA CGTGAATTAG TTTGTAAGCA ACTTACTGTC 
GAAGACAAGA TGATTATCAA GGGACATGAG TGGAAGAGTC TCAAAACACA TTTGTGTAAA 
TTATTTAACT CAGAAAGATG CACGGTTTTG ATTGAGGAGT TTCCCAGAGG AGCAGAGAAT 
CAGGTGGTTA TTGCTGGTCT GGCACCCAGT GTAGGAACTG CTTCCGAACA GATCCATGAC 
TTTCTGGAGA GAAACACTCC CATACTGAAG GACATACCAG TAAAATCTGT GGCCGTTATA 
CAGTTTATTA AAGAAGAAAA GAAAGATACT TGCAAGGAAA TAAAAAAGAA AAATGTAAGT 
GTTACTTTGA AAAGGAAATC TATTACTCTG AGTGGGTGCA GACTTTATGT TGAAGAAGCT 
TCTAACCTTA TGGAAGGGGT TCTTTCTTCA CTACACAATG ATGTTCTCAC TGTAAATAAG 
CCTGGAGCCA AAAAGTTCTT TATAGACAAG GAAGAAATGT TAGTTAGTAC AGCAAAGCAT 
AAATACAAGT GTTTAATATA TCTGCAGAAG GAAGGAGAAG AAGATTCTAT GGAAATTGAT 
ATAAATGTAG ATGAAGAGCC ACAGTACCAG ATACGCTTGC CATATGGAAT TACCATTGCA 
GTCTACAAGG ATGATCTGAC CCGTCACCGG GTTGACGTTG TAGTTAATGC AGCCAATGAG 
GATCTGAAGC ACATTGGGGG GTTGGCATTG GCCTTACTGA GAGCTGCAGG GCCTAAACTA 
CAAACTGATT GTGATCATAT AGTTAAAACC AGTGGGAGAT TATTTGCAGG TGATGCAAAA 
ATAACAGATG GTGGCAGTCT GCCATGCAAG CAGGTAATAC ATGCTGTTGG GCCCAGATGG 
GATCCAAGCT CACAAGTAAA ATGTGAACGT CATCTTCGCA AAGCAATAAC CAATAGCTTA 
GAACTGGCTA CAGAAAATGG ACATAGTTCT ATTGGTATCC CAGCGGTCAG TGCAGGAATA 
TTTGGGTTCC CTCTGGAGCG CTGCATTAAG AACATTACTG AATCCATCAG TCAGTTTTTG 
GAAGATTATC AAGGGACTTC TTCCATTAAA AGGATTCACA TTGTGGACAC AGATGATAAA 
ATAATTTCAA CATTCATTAA AGCGCTGAAA GTTGAATTTG GAGATACAAA TGAACAAGAG 
TCCCCTAAAC GTAAAGTTGA GGAGGAGAGA AGGAGGCCAA ACGCCAAACC AGAGGGAACA 
AGAGAGCCGG CCCTCCAGAT GATAAATGTC AATGGGATAA CCATTAAATT AATCAAGGGA 
AACCTGCAAG ATGCTACAAC AGATATTATT GTGAATAGTG TTGGGAAGGA CCTTGATCTT 
GATAACGGTG GTGCCTCCAA AGCTTTATTA CGCAAGGCTG GGAAGAAACT CCAGTACGTT 
CTAAATGAAG AGTGCAAAGG AAAGCAAGTG CAAGAAGGTT CTGTGTTTGC AACAAATGGC 
TGTGACTTGT CCTGCCAGAT GGTCCTTCAT GTCATTACTC CATACTGGAA CCATGGAAGC 
AGTTCCGGAG CGAAGACGTT AAGGGAGATC ATTCATACTT GCCTCAGTAG CACAGAGAAG 
AAACAAATGA CTTCCATAAC ATTCCCAGCT ATTGGAACAG GAGCTTTAAG TTTTCCCAAG 
AATCTGGTTG CCGCTATAAT GTTTGAAGAG GTGGAAAAAT TCACCGGAAG CAAAAACATT 
CAGCATCTCC AAGAAGTCAA CTTTGTGCTG CATCCAAGTG ACATGGACAC TATTACGGCA 
TTTTTTGGTG AACTGAAAAA AAGAATAGGC ACAAATGCAC CTCAAGTAAA TCCTGGGCCC 
AAACCAATTG CCTCAAAAAG TTCAGGTGCA GAGGTGTTTG GGTCAGTCAC TACCCCGAAT 
CTTGGTATCC ATGAGATGAA AATTGGATCA GTTACATATC AAGTGAAAAC AGGAGATATC 
ACCAAGGAGA CCACTGATGT TATTGTCAAT TCATCCAATG GAAACTTTAC TCTCAGAACA 
GGAGTATCCA AGGCAATTCT GGAGGCTGCA GGGCAGAGTG TGGCAGATGA ATGTGCCAAG 
CTTGGGTCCA TGCCCCACAG AGGGTTTATC ATTACAGATA AGGGGAATTT ACTCTGTAAG 
AAAATCCTTC ATGTTTGTGG GCGGAACTCA CAGAGTGAAA TTAAATCATG TGTATTGGAT 
GCGCTGCAGG AGTGCGAGAG ACTCCAGGTC ACATCTGTAG CATTTCCTGC CATTGGATCA 
GGTGGGGGCA GTGTGCGACC CATGGATGTA GCTGATGCCA TGCAGGAGGC AGTGATAGAA 
TTCATCACCT CTAAATCTTC CCAATGCCTT CAGATGGTCA AAGTCGTTAT TTTCCAGGAG 
AAAATGCTGC AGGATTTCTA CAGGTGTATG AAAAACAAGG AGGGAACCAT TGTGTCCAAA 
CAAACCTCTT TATTGGGCAA GATATCATCT TTTTTTGGTT CTTTATTCTC ATTTGGGGAG 
ACAGAAGAAC CTTCAGTGAT AATGCTAAAA GAAAACATTG AACCGGCTAA TTTTTATCTT 
TGTGGAGAAG CAAGAGATCA GGTGAAGGCA GCTAAGCTGT GGCTTGAGAA ACTTATACAA 
CAGGAGCAGA GTGAGAATAT TATCACTAAT GACTGGATCT TGGAATTTGA TGAACGGGAA 
CAACAGAAAT TATGTGAACT TCAAAAAAGA TCTCAAGTGT CAATTAGTTT TGAATACCAG 
AGATCTACCA TTATAGTGTC CGGTCTCACT AGAGATGTCT TCTATGTATC CAAGGAAATT 
GAAGACATGA TAAAAACGAT ATGTGCTAAG AAAACACGAG AGCGGGAAGC AGATCTCTGC 
AGTAACCTGG TGGAATGGCG GTACCATAAT GGCTTTAGTT ATGTTCCATT TGATAAAATG 
TCTAATCTGG ATCTTGAGAC AGCCAAGAGT GAGGGCCGGC AAAGTCTCAC CATCAAAGTT 
AAGGGGGTTC ATTACACAGT TAACATGGAA CTAAAATCTG CATCAGACCC CAGTGGAAAG 
ACGGTGAAGA TTGAGCGAGC ACCTAAGAGT GGTGAATCCA TGGAATTGCC ACCGGGGTGG 
GAAAATATGA CAAGTGAGCA GGTGAAAGTT GTTCCACTAA ATCCTGGGGC CCCGGAATAC 
AATGATGTGC AGAGTCAATT TCAAAAGTCC TGCCCAATGA AAATTATTAA GATTGAGAGG 
ATACAGAACA AACACCTCTG GTTAAATTAT CAAATAAAAA AGCAGAGCAT TGACGCTAAA 
AACCAATCAA CAAGCAACGA GATGCAACTG TTCCACGGCT CAGACCCCAA CACAATAAAG 
AACGTCAATC AAAATGGTTT CAACCGAAGC TATGCCGGGA GGAACGCTGC TTATTATGGA 
AATGGAACAT ATTTTGCTGT GAATGCCAAT TACTCTGCAC AAGACACATA CTCCCGGCCA 
GACCCAAATG GACATAAACA CATGTACCTG GCGCGGGTCC TCACGGGCAT CTCTTGTGTT 
GGCCAACAGG GGATGGTCGC ACCTCCTGCC AAGAACCCAT CAAACCCAAC GGATCTTTAT 
GACAGCGTAA CGGATAGAAC AAGCTCTCCT GTAATGTTTG TTATATTCAA TGATATTCAG 
GCCTATCCCG AGTATCTTAT TACCTTTTCA AGATGA

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

RefSeq	XP_018091091.1
CDS	609..6104
Translation	MDNDTSYQFPLALHWDLGPEKLKELKNKLLVYFQSKSKSNGGECVIKDPDSTKGYVLIHFSQETVRDAVVKKETHEMHLSGGKRLKLDVSLPKEPIPTSNQKPPADSTEPRNHQVPEEVTPHTSFFVGPPSLNVTAEAASTEEPPSMNVGPETSPSVALIESIADSCTPEILILLVENISNKCAGTDFTLEMIPEIKSAAVTFSCNIDIPNFIIAFLDTRRVKQMKLRAKPLEETKCIRVENLPPNTSDDYLMMYFECPRYGGGAVEEVELLSEEDAAIITFSDKQVIRKVLEKQHVFGKKSISVYPYYESLGVALYGEKGPCVTLPKPLEFPVSPYVLEFILGNPQIKDNMHKKMTDKNCELTWPEPNCSNPNIKLSIPRSISSNLRTVAKIVHTWRDHVSTEFSNVISKFKAAEYNVSPSVWEAIIGEVSSPTYEGVLVKPDVAKQKVFLAGLSKDITKIEQTFRDLVENTTRRIDRQNSSMEMSEPLAPALYEIMCKNGHLKNIQSQAPELRMEYDVPNRNLKLYGVKEEALFARCELLKIIQQLKFKSIPLDSHIIHFLGLTDNDELSCLLLTRHNINAKFQTEDKSVTLTGLSMNDLSEAEEQMRRELVCKQLTVEDKMIIKGHEWKSLKTHLCKLFNSERCTVLIEEFPRGAENQVVIAGLAPSVGTASEQIHDFLERNTPILKDIPVKSVAVIQFIKEEKKDTCKEIKKKNVSVTLKRKSITLSGCRLYVEEASNLMEGVLSSLHNDVLTVNKPGAKKFFIDKEEMLVSTAKHKYKCLIYLQKEGEEDSMEIDINVDEEPQYQIRLPYGITIAVYKDDLTRHRVDVVVNAANEDLKHIGGLALALLRAAGPKLQTDCDHIVKTSGRLFAGDAKITDGGSLPCKQVIHAVGPRWDPSSQVKCERHLRKAITNSLELATENGHSSIGIPAVSAGIFGFPLERCIKNITESISQFLEDYQGTSSIKRIHIVDTDDKIISTFIKALKVEFGDTNEQESPKRKVEEERRRPNAKPEGTREPALQMINVNGITIKLIKGNLQDATTDIIVNSVGKDLDLDNGGASKALLRKAGKKLQYVLNEECKGKQVQEGSVFATNGCDLSCQMVLHVITPYWNHGSSSGAKTLREIIHTCLSSTEKKQMTSITFPAIGTGALSFPKNLVAAIMFEEVEKFTGSKNIQHLQEVNFVLHPSDMDTITAFFGELKKRIGTNAPQVNPGPKPIASKSSGAEVFGSVTTPNLGIHEMKIGSVTYQVKTGDITKETTDVIVNSSNGNFTLRTGVSKAILEAAGQSVADECAKLGSMPHRGFIITDKGNLLCKKILHVCGRNSQSEIKSCVLDALQECERLQVTSVAFPAIGSGGGSVRPMDVADAMQEAVIEFITSKSSQCLQMVKVVIFQEKMLQDFYRCMKNKEGTIVSKQTSLLGKISSFFGSLFSFGETEEPSVIMLKENIEPANFYLCGEARDQVKAAKLWLEKLIQQEQSENIITNDWILEFDEREQQKLCELQKRSQVSISFEYQRSTIIVSGLTRDVFYVSKEIEDMIKTICAKKTREREADLCSNLVEWRYHNGFSYVPFDKMSNLDLETAKSEGRQSLTIKVKGVHYTVNMELKSASDPSGKTVKIERAPKSGESMELPPGWENMTSEQVKVVPLNPGAPEYNDVQSQFQKSCPMKIIKIERIQNKHLWLNYQIKKQSIDAKNQSTSNEMQLFHGSDPNTIKNVNQNGFNRSYAGRNAAYYGNGTYFAVNANYSAQDTYSRPDPNGHKHMYLARVLTGISCVGQQGMVAPPAKNPSNPTDLYDSVTDRTSSPVMFVIFNDIQAYPEYLITFSR

Target ORF information:

RefSeq Version	XM_018235602.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X1, mRNA.

Target ORF information:

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

XM_018235602.1

ORF Insert Sequence:

ATGGACAATG ACACATCCTA CCAGTTCCCT TTGGCCCTAC ATTGGGACCT GGGGCCTGAG 
AAACTGAAGG AGCTGAAGAA CAAGCTTCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAT 
GGAGGGGAGT GTGTGATCAA GGACCCCGAC AGCACAAAGG GATACGTTCT CATCCACTTC 
AGCCAAGAAA CAGTGAGGGA TGCTGTCGTT AAAAAAGAGA CCCACGAAAT GCATTTATCA 
GGAGGCAAGA GGTTAAAGTT GGATGTCTCA TTGCCCAAAG AGCCAATACC CACCAGTAAT 
CAGAAACCTC CAGCAGACAG TACAGAACCT CGTAATCACC AAGTGCCAGA AGAAGTGACA 
CCTCATACCT CCTTCTTTGT GGGACCCCCT TCTCTGAATG TGACTGCTGA AGCTGCATCA 
ACTGAAGAAC CACCTTCTAT GAATGTAGGC CCTGAGACCT CACCCTCCGT GGCTCTGATT 
GAAAGCATCG CAGACTCCTG CACACCGGAG ATACTGATTC TCCTGGTGGA GAATATCAGT 
AATAAATGTG CCGGCACCGA CTTTACCTTG GAGATGATCC CTGAGATTAA ATCTGCTGCA 
GTCACTTTCA GCTGTAACAT TGATATCCCA AATTTCATCA TAGCCTTCCT TGACACCCGT 
CGCGTGAAGC AGATGAAATT GAGGGCAAAG CCACTGGAAG AGACCAAATG TATCAGGGTT 
GAGAATTTGC CCCCCAACAC GTCTGATGAT TACCTGATGA TGTACTTTGA GTGCCCACGG 
TATGGAGGGG GGGCTGTAGA GGAGGTGGAG CTATTGTCAG AAGAGGATGC TGCCATAATA 
ACATTTTCTG ATAAGCAAGT TATCAGAAAA GTGTTGGAGA AACAGCATGT GTTTGGGAAG 
AAATCGATAT CAGTATATCC ATACTATGAG TCCTTGGGTG TAGCACTATA TGGGGAAAAG 
GGACCTTGTG TAACATTACC CAAACCCCTG GAGTTTCCAG TCAGTCCATA TGTACTGGAA 
TTCATACTGG GAAATCCACA GATAAAAGAC AACATGCATA AAAAAATGAC AGATAAGAAT 
TGTGAGCTCA CATGGCCAGA GCCAAACTGC TCCAATCCCA ACATTAAACT CTCCATTCCG 
AGATCCATAT CATCTAATCT TAGGACTGTG GCAAAGATTG TACATACATG GAGAGATCAC 
GTCTCTACAG AATTCTCTAA TGTTATTTCC AAGTTCAAAG CTGCAGAATA CAATGTGAGT 
CCATCAGTTT GGGAAGCCAT TATAGGAGAA GTCAGCAGCC CCACATATGA GGGAGTTTTG 
GTCAAACCAG ACGTAGCCAA ACAGAAAGTC TTCCTTGCAG GACTCTCCAA GGATATTACT 
AAGATAGAAC AAACTTTCAG GGACCTGGTA GAAAATACAA CTAGACGGAT TGATAGACAA 
AACAGCAGTA TGGAAATGTC TGAGCCTCTG GCTCCTGCTC TCTATGAAAT AATGTGTAAA 
AATGGCCATT TAAAGAACAT CCAGTCACAG GCTCCAGAAC TCAGAATGGA GTATGATGTG 
CCAAACAGGA ACCTTAAACT ATATGGAGTC AAAGAAGAAG CTCTCTTTGC CCGATGTGAA 
CTACTTAAGA TAATACAACA ACTGAAATTT AAATCCATCC CACTGGATTC CCATATTATC 
CATTTCTTGG GGCTTACGGA CAATGATGAG TTGTCCTGTC TTCTCCTCAC ACGGCACAAT 
ATTAATGCAA AGTTCCAGAC TGAGGATAAA TCAGTCACAC TGACTGGACT CTCCATGAAC 
GATCTGTCAG AGGCAGAAGA ACAGATGAGA CGTGAATTAG TTTGTAAGCA ACTTACTGTC 
GAAGACAAGA TGATTATCAA GGGACATGAG TGGAAGAGTC TCAAAACACA TTTGTGTAAA 
TTATTTAACT CAGAAAGATG CACGGTTTTG ATTGAGGAGT TTCCCAGAGG AGCAGAGAAT 
CAGGTGGTTA TTGCTGGTCT GGCACCCAGT GTAGGAACTG CTTCCGAACA GATCCATGAC 
TTTCTGGAGA GAAACACTCC CATACTGAAG GACATACCAG TAAAATCTGT GGCCGTTATA 
CAGTTTATTA AAGAAGAAAA GAAAGATACT TGCAAGGAAA TAAAAAAGAA AAATGTAAGT 
GTTACTTTGA AAAGGAAATC TATTACTCTG AGTGGGTGCA GACTTTATGT TGAAGAAGCT 
TCTAACCTTA TGGAAGGGGT TCTTTCTTCA CTACACAATG ATGTTCTCAC TGTAAATAAG 
CCTGGAGCCA AAAAGTTCTT TATAGACAAG GAAGAAATGT TAGTTAGTAC AGCAAAGCAT 
AAATACAAGT GTTTAATATA TCTGCAGAAG GAAGGAGAAG AAGATTCTAT GGAAATTGAT 
ATAAATGTAG ATGAAGAGCC ACAGTACCAG ATACGCTTGC CATATGGAAT TACCATTGCA 
GTCTACAAGG ATGATCTGAC CCGTCACCGG GTTGACGTTG TAGTTAATGC AGCCAATGAG 
GATCTGAAGC ACATTGGGGG GTTGGCATTG GCCTTACTGA GAGCTGCAGG GCCTAAACTA 
CAAACTGATT GTGATCATAT AGTTAAAACC AGTGGGAGAT TATTTGCAGG TGATGCAAAA 
ATAACAGATG GTGGCAGTCT GCCATGCAAG CAGGTAATAC ATGCTGTTGG GCCCAGATGG 
GATCCAAGCT CACAAGTAAA ATGTGAACGT CATCTTCGCA AAGCAATAAC CAATAGCTTA 
GAACTGGCTA CAGAAAATGG ACATAGTTCT ATTGGTATCC CAGCGGTCAG TGCAGGAATA 
TTTGGGTTCC CTCTGGAGCG CTGCATTAAG AACATTACTG AATCCATCAG TCAGTTTTTG 
GAAGATTATC AAGGGACTTC TTCCATTAAA AGGATTCACA TTGTGGACAC AGATGATAAA 
ATAATTTCAA CATTCATTAA AGCGCTGAAA GTTGAATTTG GAGATACAAA TGAACAAGAG 
TCCCCTAAAC GTAAAGTTGA GGAGGAGAGA AGGAGGCCAA ACGCCAAACC AGAGGGAACA 
AGAGAGCCGG CCCTCCAGAT GATAAATGTC AATGGGATAA CCATTAAATT AATCAAGGGA 
AACCTGCAAG ATGCTACAAC AGATATTATT GTGAATAGTG TTGGGAAGGA CCTTGATCTT 
GATAACGGTG GTGCCTCCAA AGCTTTATTA CGCAAGGCTG GGAAGAAACT CCAGTACGTT 
CTAAATGAAG AGTGCAAAGG AAAGCAAGTG CAAGAAGGTT CTGTGTTTGC AACAAATGGC 
TGTGACTTGT CCTGCCAGAT GGTCCTTCAT GTCATTACTC CATACTGGAA CCATGGAAGC 
AGTTCCGGAG CGAAGACGTT AAGGGAGATC ATTCATACTT GCCTCAGTAG CACAGAGAAG 
AAACAAATGA CTTCCATAAC ATTCCCAGCT ATTGGAACAG GAGCTTTAAG TTTTCCCAAG 
AATCTGGTTG CCGCTATAAT GTTTGAAGAG GTGGAAAAAT TCACCGGAAG CAAAAACATT 
CAGCATCTCC AAGAAGTCAA CTTTGTGCTG CATCCAAGTG ACATGGACAC TATTACGGCA 
TTTTTTGGTG AACTGAAAAA AAGAATAGGC ACAAATGCAC CTCAAGTAAA TCCTGGGCCC 
AAACCAATTG CCTCAAAAAG TTCAGGTGCA GAGGTGTTTG GGTCAGTCAC TACCCCGAAT 
CTTGGTATCC ATGAGATGAA AATTGGATCA GTTACATATC AAGTGAAAAC AGGAGATATC 
ACCAAGGAGA CCACTGATGT TATTGTCAAT TCATCCAATG GAAACTTTAC TCTCAGAACA 
GGAGTATCCA AGGCAATTCT GGAGGCTGCA GGGCAGAGTG TGGCAGATGA ATGTGCCAAG 
CTTGGGTCCA TGCCCCACAG AGGGTTTATC ATTACAGATA AGGGGAATTT ACTCTGTAAG 
AAAATCCTTC ATGTTTGTGG GCGGAACTCA CAGAGTGAAA TTAAATCATG TGTATTGGAT 
GCGCTGCAGG AGTGCGAGAG ACTCCAGGTC ACATCTGTAG CATTTCCTGC CATTGGATCA 
GGTGGGGGCA GTGTGCGACC CATGGATGTA GCTGATGCCA TGCAGGAGGC AGTGATAGAA 
TTCATCACCT CTAAATCTTC CCAATGCCTT CAGATGGTCA AAGTCGTTAT TTTCCAGGAG 
AAAATGCTGC AGGATTTCTA CAGGTGTATG AAAAACAAGG AGGGAACCAT TGTGTCCAAA 
CAAACCTCTT TATTGGGCAA GATATCATCT TTTTTTGGTT CTTTATTCTC ATTTGGGGAG 
ACAGAAGAAC CTTCAGTGAT AATGCTAAAA GAAAACATTG AACCGGCTAA TTTTTATCTT 
TGTGGAGAAG CAAGAGATCA GGTGAAGGCA GCTAAGCTGT GGCTTGAGAA ACTTATACAA 
CAGGAGCAGA GTGAGAATAT TATCACTAAT GACTGGATCT TGGAATTTGA TGAACGGGAA 
CAACAGAAAT TATGTGAACT TCAAAAAAGA TCTCAAGTGT CAATTAGTTT TGAATACCAG 
AGATCTACCA TTATAGTGTC CGGTCTCACT AGAGATGTCT TCTATGTATC CAAGGAAATT 
GAAGACATGA TAAAAACGAT ATGTGCTAAG AAAACACGAG AGCGGGAAGC AGATCTCTGC 
AGTAACCTGG TGGAATGGCG GTACCATAAT GGCTTTAGTT ATGTTCCATT TGATAAAATG 
TCTAATCTGG ATCTTGAGAC AGCCAAGAGT GAGGGCCGGC AAAGTCTCAC CATCAAAGTT 
AAGGGGGTTC ATTACACAGT TAACATGGAA CTAAAATCTG CATCAGACCC CAGTGGAAAG 
ACGGTGAAGA TTGAGCGAGC ACCTAAGAGT GGTGAATCCA TGGAATTGCC ACCGGGGTGG 
GAAAATATGA CAAGTGAGCA GGTGAAAGTT GTTCCACTAA ATCCTGGGGC CCCGGAATAC 
AATGATGTGC AGAGTCAATT TCAAAAGTCC TGCCCAATGA AAATTATTAA GATTGAGAGG 
ATACAGAACA AACACCTCTG GTTAAATTAT CAAATAAAAA AGCAGAGCAT TGACGCTAAA 
AACCAATCAA CAAGCAACGA GATGCAACTG TTCCACGGCT CAGACCCCAA CACAATAAAG 
AACGTCAATC AAAATGGTTT CAACCGAAGC TATGCCGGGA GGAACGCTGC TTATTATGGA 
AATGGAACAT ATTTTGCTGT GAATGCCAAT TACTCTGCAC AAGACACATA CTCCCGGCCA 
GACCCAAATG GACATAAACA CATGTACCTG GCGCGGGTCC TCACGGGCAT CTCTTGTGTT 
GGCCAACAGG GGATGGTCGC ACCTCCTGCC AAGAACCCAT CAAACCCAAC GGATCTTTAT 
GACAGCGTAA CGGATAGAAC AAGCTCTCCT GTAATGTTTG TTATATTCAA TGATATTCAG 
GCCTATCCCG AGTATCTTAT TACCTTTTCA AGATGA

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

LOC108701243 ( XM_018235603.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018091092.1 Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X2, mRNA.

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CloneID	OAf46103
Clone ID Related Accession (Same CDS sequence)	XM_018235603.1
Accession Version	XM_018235603.1 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	1474214400000
Organism	Xenopus laevis(African clawed frog)
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_030740.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACAATG ACACATCCTA CCAGTTCCCT TTGGCCCTAC ATTGGGACCT GGGGCCTGAG 
AAACTGAAGG AGCTGAAGAA CAAGCTTCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAT 
GGAGGGGAGT GTGTGATCAA GGACCCCGAC AGCACAAAGG GATACGTTCT CATCCACTTC 
AGCCAAGAAA CAGTGAGGGA TGCTGTCGTT AAAAAAGAGA CCCACGAAAT GCATTTATCA 
GGAGGCAAGA GGTTAAAGTT GGATGTCTCA TTGCCCAAAG AGCCAATACC CACCAGTAAT 
CAGAAACCTC CAGCAGACAG TACAGAACCT CGTAATCACC AAGTGCCAGA AGTGACACCT 
CATACCTCCT TCTTTGTGGG ACCCCCTTCT CTGAATGTGA CTGCTGAAGC TGCATCAACT 
GAAGAACCAC CTTCTATGAA TGTAGGCCCT GAGACCTCAC CCTCCGTGGC TCTGATTGAA 
AGCATCGCAG ACTCCTGCAC ACCGGAGATA CTGATTCTCC TGGTGGAGAA TATCAGTAAT 
AAATGTGCCG GCACCGACTT TACCTTGGAG ATGATCCCTG AGATTAAATC TGCTGCAGTC 
ACTTTCAGCT GTAACATTGA TATCCCAAAT TTCATCATAG CCTTCCTTGA CACCCGTCGC 
GTGAAGCAGA TGAAATTGAG GGCAAAGCCA CTGGAAGAGA CCAAATGTAT CAGGGTTGAG 
AATTTGCCCC CCAACACGTC TGATGATTAC CTGATGATGT ACTTTGAGTG CCCACGGTAT 
GGAGGGGGGG CTGTAGAGGA GGTGGAGCTA TTGTCAGAAG AGGATGCTGC CATAATAACA 
TTTTCTGATA AGCAAGTTAT CAGAAAAGTG TTGGAGAAAC AGCATGTGTT TGGGAAGAAA 
TCGATATCAG TATATCCATA CTATGAGTCC TTGGGTGTAG CACTATATGG GGAAAAGGGA 
CCTTGTGTAA CATTACCCAA ACCCCTGGAG TTTCCAGTCA GTCCATATGT ACTGGAATTC 
ATACTGGGAA ATCCACAGAT AAAAGACAAC ATGCATAAAA AAATGACAGA TAAGAATTGT 
GAGCTCACAT GGCCAGAGCC AAACTGCTCC AATCCCAACA TTAAACTCTC CATTCCGAGA 
TCCATATCAT CTAATCTTAG GACTGTGGCA AAGATTGTAC ATACATGGAG AGATCACGTC 
TCTACAGAAT TCTCTAATGT TATTTCCAAG TTCAAAGCTG CAGAATACAA TGTGAGTCCA 
TCAGTTTGGG AAGCCATTAT AGGAGAAGTC AGCAGCCCCA CATATGAGGG AGTTTTGGTC 
AAACCAGACG TAGCCAAACA GAAAGTCTTC CTTGCAGGAC TCTCCAAGGA TATTACTAAG 
ATAGAACAAA CTTTCAGGGA CCTGGTAGAA AATACAACTA GACGGATTGA TAGACAAAAC 
AGCAGTATGG AAATGTCTGA GCCTCTGGCT CCTGCTCTCT ATGAAATAAT GTGTAAAAAT 
GGCCATTTAA AGAACATCCA GTCACAGGCT CCAGAACTCA GAATGGAGTA TGATGTGCCA 
AACAGGAACC TTAAACTATA TGGAGTCAAA GAAGAAGCTC TCTTTGCCCG ATGTGAACTA 
CTTAAGATAA TACAACAACT GAAATTTAAA TCCATCCCAC TGGATTCCCA TATTATCCAT 
TTCTTGGGGC TTACGGACAA TGATGAGTTG TCCTGTCTTC TCCTCACACG GCACAATATT 
AATGCAAAGT TCCAGACTGA GGATAAATCA GTCACACTGA CTGGACTCTC CATGAACGAT 
CTGTCAGAGG CAGAAGAACA GATGAGACGT GAATTAGTTT GTAAGCAACT TACTGTCGAA 
GACAAGATGA TTATCAAGGG ACATGAGTGG AAGAGTCTCA AAACACATTT GTGTAAATTA 
TTTAACTCAG AAAGATGCAC GGTTTTGATT GAGGAGTTTC CCAGAGGAGC AGAGAATCAG 
GTGGTTATTG CTGGTCTGGC ACCCAGTGTA GGAACTGCTT CCGAACAGAT CCATGACTTT 
CTGGAGAGAA ACACTCCCAT ACTGAAGGAC ATACCAGTAA AATCTGTGGC CGTTATACAG 
TTTATTAAAG AAGAAAAGAA AGATACTTGC AAGGAAATAA AAAAGAAAAA TGTAAGTGTT 
ACTTTGAAAA GGAAATCTAT TACTCTGAGT GGGTGCAGAC TTTATGTTGA AGAAGCTTCT 
AACCTTATGG AAGGGGTTCT TTCTTCACTA CACAATGATG TTCTCACTGT AAATAAGCCT 
GGAGCCAAAA AGTTCTTTAT AGACAAGGAA GAAATGTTAG TTAGTACAGC AAAGCATAAA 
TACAAGTGTT TAATATATCT GCAGAAGGAA GGAGAAGAAG ATTCTATGGA AATTGATATA 
AATGTAGATG AAGAGCCACA GTACCAGATA CGCTTGCCAT ATGGAATTAC CATTGCAGTC 
TACAAGGATG ATCTGACCCG TCACCGGGTT GACGTTGTAG TTAATGCAGC CAATGAGGAT 
CTGAAGCACA TTGGGGGGTT GGCATTGGCC TTACTGAGAG CTGCAGGGCC TAAACTACAA 
ACTGATTGTG ATCATATAGT TAAAACCAGT GGGAGATTAT TTGCAGGTGA TGCAAAAATA 
ACAGATGGTG GCAGTCTGCC ATGCAAGCAG GTAATACATG CTGTTGGGCC CAGATGGGAT 
CCAAGCTCAC AAGTAAAATG TGAACGTCAT CTTCGCAAAG CAATAACCAA TAGCTTAGAA 
CTGGCTACAG AAAATGGACA TAGTTCTATT GGTATCCCAG CGGTCAGTGC AGGAATATTT 
GGGTTCCCTC TGGAGCGCTG CATTAAGAAC ATTACTGAAT CCATCAGTCA GTTTTTGGAA 
GATTATCAAG GGACTTCTTC CATTAAAAGG ATTCACATTG TGGACACAGA TGATAAAATA 
ATTTCAACAT TCATTAAAGC GCTGAAAGTT GAATTTGGAG ATACAAATGA ACAAGAGTCC 
CCTAAACGTA AAGTTGAGGA GGAGAGAAGG AGGCCAAACG CCAAACCAGA GGGAACAAGA 
GAGCCGGCCC TCCAGATGAT AAATGTCAAT GGGATAACCA TTAAATTAAT CAAGGGAAAC 
CTGCAAGATG CTACAACAGA TATTATTGTG AATAGTGTTG GGAAGGACCT TGATCTTGAT 
AACGGTGGTG CCTCCAAAGC TTTATTACGC AAGGCTGGGA AGAAACTCCA GTACGTTCTA 
AATGAAGAGT GCAAAGGAAA GCAAGTGCAA GAAGGTTCTG TGTTTGCAAC AAATGGCTGT 
GACTTGTCCT GCCAGATGGT CCTTCATGTC ATTACTCCAT ACTGGAACCA TGGAAGCAGT 
TCCGGAGCGA AGACGTTAAG GGAGATCATT CATACTTGCC TCAGTAGCAC AGAGAAGAAA 
CAAATGACTT CCATAACATT CCCAGCTATT GGAACAGGAG CTTTAAGTTT TCCCAAGAAT 
CTGGTTGCCG CTATAATGTT TGAAGAGGTG GAAAAATTCA CCGGAAGCAA AAACATTCAG 
CATCTCCAAG AAGTCAACTT TGTGCTGCAT CCAAGTGACA TGGACACTAT TACGGCATTT 
TTTGGTGAAC TGAAAAAAAG AATAGGCACA AATGCACCTC AAGTAAATCC TGGGCCCAAA 
CCAATTGCCT CAAAAAGTTC AGGTGCAGAG GTGTTTGGGT CAGTCACTAC CCCGAATCTT 
GGTATCCATG AGATGAAAAT TGGATCAGTT ACATATCAAG TGAAAACAGG AGATATCACC 
AAGGAGACCA CTGATGTTAT TGTCAATTCA TCCAATGGAA ACTTTACTCT CAGAACAGGA 
GTATCCAAGG CAATTCTGGA GGCTGCAGGG CAGAGTGTGG CAGATGAATG TGCCAAGCTT 
GGGTCCATGC CCCACAGAGG GTTTATCATT ACAGATAAGG GGAATTTACT CTGTAAGAAA 
ATCCTTCATG TTTGTGGGCG GAACTCACAG AGTGAAATTA AATCATGTGT ATTGGATGCG 
CTGCAGGAGT GCGAGAGACT CCAGGTCACA TCTGTAGCAT TTCCTGCCAT TGGATCAGGT 
GGGGGCAGTG TGCGACCCAT GGATGTAGCT GATGCCATGC AGGAGGCAGT GATAGAATTC 
ATCACCTCTA AATCTTCCCA ATGCCTTCAG ATGGTCAAAG TCGTTATTTT CCAGGAGAAA 
ATGCTGCAGG ATTTCTACAG GTGTATGAAA AACAAGGAGG GAACCATTGT GTCCAAACAA 
ACCTCTTTAT TGGGCAAGAT ATCATCTTTT TTTGGTTCTT TATTCTCATT TGGGGAGACA 
GAAGAACCTT CAGTGATAAT GCTAAAAGAA AACATTGAAC CGGCTAATTT TTATCTTTGT 
GGAGAAGCAA GAGATCAGGT GAAGGCAGCT AAGCTGTGGC TTGAGAAACT TATACAACAG 
GAGCAGAGTG AGAATATTAT CACTAATGAC TGGATCTTGG AATTTGATGA ACGGGAACAA 
CAGAAATTAT GTGAACTTCA AAAAAGATCT CAAGTGTCAA TTAGTTTTGA ATACCAGAGA 
TCTACCATTA TAGTGTCCGG TCTCACTAGA GATGTCTTCT ATGTATCCAA GGAAATTGAA 
GACATGATAA AAACGATATG TGCTAAGAAA ACACGAGAGC GGGAAGCAGA TCTCTGCAGT 
AACCTGGTGG AATGGCGGTA CCATAATGGC TTTAGTTATG TTCCATTTGA TAAAATGTCT 
AATCTGGATC TTGAGACAGC CAAGAGTGAG GGCCGGCAAA GTCTCACCAT CAAAGTTAAG 
GGGGTTCATT ACACAGTTAA CATGGAACTA AAATCTGCAT CAGACCCCAG TGGAAAGACG 
GTGAAGATTG AGCGAGCACC TAAGAGTGGT GAATCCATGG AATTGCCACC GGGGTGGGAA 
AATATGACAA GTGAGCAGGT GAAAGTTGTT CCACTAAATC CTGGGGCCCC GGAATACAAT 
GATGTGCAGA GTCAATTTCA AAAGTCCTGC CCAATGAAAA TTATTAAGAT TGAGAGGATA 
CAGAACAAAC ACCTCTGGTT AAATTATCAA ATAAAAAAGC AGAGCATTGA CGCTAAAAAC 
CAATCAACAA GCAACGAGAT GCAACTGTTC CACGGCTCAG ACCCCAACAC AATAAAGAAC 
GTCAATCAAA ATGGTTTCAA CCGAAGCTAT GCCGGGAGGA ACGCTGCTTA TTATGGAAAT 
GGAACATATT TTGCTGTGAA TGCCAATTAC TCTGCACAAG ACACATACTC CCGGCCAGAC 
CCAAATGGAC ATAAACACAT GTACCTGGCG CGGGTCCTCA CGGGCATCTC TTGTGTTGGC 
CAACAGGGGA TGGTCGCACC TCCTGCCAAG AACCCATCAA ACCCAACGGA TCTTTATGAC 
AGCGTAACGG ATAGAACAAG CTCTCCTGTA ATGTTTGTTA TATTCAATGA TATTCAGGCC 
TATCCCGAGT ATCTTATTAC CTTTTCAAGA TGA

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

RefSeq	XP_018091092.1
CDS	610..6102
Translation	MDNDTSYQFPLALHWDLGPEKLKELKNKLLVYFQSKSKSNGGECVIKDPDSTKGYVLIHFSQETVRDAVVKKETHEMHLSGGKRLKLDVSLPKEPIPTSNQKPPADSTEPRNHQVPEVTPHTSFFVGPPSLNVTAEAASTEEPPSMNVGPETSPSVALIESIADSCTPEILILLVENISNKCAGTDFTLEMIPEIKSAAVTFSCNIDIPNFIIAFLDTRRVKQMKLRAKPLEETKCIRVENLPPNTSDDYLMMYFECPRYGGGAVEEVELLSEEDAAIITFSDKQVIRKVLEKQHVFGKKSISVYPYYESLGVALYGEKGPCVTLPKPLEFPVSPYVLEFILGNPQIKDNMHKKMTDKNCELTWPEPNCSNPNIKLSIPRSISSNLRTVAKIVHTWRDHVSTEFSNVISKFKAAEYNVSPSVWEAIIGEVSSPTYEGVLVKPDVAKQKVFLAGLSKDITKIEQTFRDLVENTTRRIDRQNSSMEMSEPLAPALYEIMCKNGHLKNIQSQAPELRMEYDVPNRNLKLYGVKEEALFARCELLKIIQQLKFKSIPLDSHIIHFLGLTDNDELSCLLLTRHNINAKFQTEDKSVTLTGLSMNDLSEAEEQMRRELVCKQLTVEDKMIIKGHEWKSLKTHLCKLFNSERCTVLIEEFPRGAENQVVIAGLAPSVGTASEQIHDFLERNTPILKDIPVKSVAVIQFIKEEKKDTCKEIKKKNVSVTLKRKSITLSGCRLYVEEASNLMEGVLSSLHNDVLTVNKPGAKKFFIDKEEMLVSTAKHKYKCLIYLQKEGEEDSMEIDINVDEEPQYQIRLPYGITIAVYKDDLTRHRVDVVVNAANEDLKHIGGLALALLRAAGPKLQTDCDHIVKTSGRLFAGDAKITDGGSLPCKQVIHAVGPRWDPSSQVKCERHLRKAITNSLELATENGHSSIGIPAVSAGIFGFPLERCIKNITESISQFLEDYQGTSSIKRIHIVDTDDKIISTFIKALKVEFGDTNEQESPKRKVEEERRRPNAKPEGTREPALQMINVNGITIKLIKGNLQDATTDIIVNSVGKDLDLDNGGASKALLRKAGKKLQYVLNEECKGKQVQEGSVFATNGCDLSCQMVLHVITPYWNHGSSSGAKTLREIIHTCLSSTEKKQMTSITFPAIGTGALSFPKNLVAAIMFEEVEKFTGSKNIQHLQEVNFVLHPSDMDTITAFFGELKKRIGTNAPQVNPGPKPIASKSSGAEVFGSVTTPNLGIHEMKIGSVTYQVKTGDITKETTDVIVNSSNGNFTLRTGVSKAILEAAGQSVADECAKLGSMPHRGFIITDKGNLLCKKILHVCGRNSQSEIKSCVLDALQECERLQVTSVAFPAIGSGGGSVRPMDVADAMQEAVIEFITSKSSQCLQMVKVVIFQEKMLQDFYRCMKNKEGTIVSKQTSLLGKISSFFGSLFSFGETEEPSVIMLKENIEPANFYLCGEARDQVKAAKLWLEKLIQQEQSENIITNDWILEFDEREQQKLCELQKRSQVSISFEYQRSTIIVSGLTRDVFYVSKEIEDMIKTICAKKTREREADLCSNLVEWRYHNGFSYVPFDKMSNLDLETAKSEGRQSLTIKVKGVHYTVNMELKSASDPSGKTVKIERAPKSGESMELPPGWENMTSEQVKVVPLNPGAPEYNDVQSQFQKSCPMKIIKIERIQNKHLWLNYQIKKQSIDAKNQSTSNEMQLFHGSDPNTIKNVNQNGFNRSYAGRNAAYYGNGTYFAVNANYSAQDTYSRPDPNGHKHMYLARVLTGISCVGQQGMVAPPAKNPSNPTDLYDSVTDRTSSPVMFVIFNDIQAYPEYLITFSR

Target ORF information:

RefSeq Version	XM_018235603.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X2, mRNA.

Target ORF information:

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

XM_018235603.1

ORF Insert Sequence:

ATGGACAATG ACACATCCTA CCAGTTCCCT TTGGCCCTAC ATTGGGACCT GGGGCCTGAG 
AAACTGAAGG AGCTGAAGAA CAAGCTTCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAT 
GGAGGGGAGT GTGTGATCAA GGACCCCGAC AGCACAAAGG GATACGTTCT CATCCACTTC 
AGCCAAGAAA CAGTGAGGGA TGCTGTCGTT AAAAAAGAGA CCCACGAAAT GCATTTATCA 
GGAGGCAAGA GGTTAAAGTT GGATGTCTCA TTGCCCAAAG AGCCAATACC CACCAGTAAT 
CAGAAACCTC CAGCAGACAG TACAGAACCT CGTAATCACC AAGTGCCAGA AGTGACACCT 
CATACCTCCT TCTTTGTGGG ACCCCCTTCT CTGAATGTGA CTGCTGAAGC TGCATCAACT 
GAAGAACCAC CTTCTATGAA TGTAGGCCCT GAGACCTCAC CCTCCGTGGC TCTGATTGAA 
AGCATCGCAG ACTCCTGCAC ACCGGAGATA CTGATTCTCC TGGTGGAGAA TATCAGTAAT 
AAATGTGCCG GCACCGACTT TACCTTGGAG ATGATCCCTG AGATTAAATC TGCTGCAGTC 
ACTTTCAGCT GTAACATTGA TATCCCAAAT TTCATCATAG CCTTCCTTGA CACCCGTCGC 
GTGAAGCAGA TGAAATTGAG GGCAAAGCCA CTGGAAGAGA CCAAATGTAT CAGGGTTGAG 
AATTTGCCCC CCAACACGTC TGATGATTAC CTGATGATGT ACTTTGAGTG CCCACGGTAT 
GGAGGGGGGG CTGTAGAGGA GGTGGAGCTA TTGTCAGAAG AGGATGCTGC CATAATAACA 
TTTTCTGATA AGCAAGTTAT CAGAAAAGTG TTGGAGAAAC AGCATGTGTT TGGGAAGAAA 
TCGATATCAG TATATCCATA CTATGAGTCC TTGGGTGTAG CACTATATGG GGAAAAGGGA 
CCTTGTGTAA CATTACCCAA ACCCCTGGAG TTTCCAGTCA GTCCATATGT ACTGGAATTC 
ATACTGGGAA ATCCACAGAT AAAAGACAAC ATGCATAAAA AAATGACAGA TAAGAATTGT 
GAGCTCACAT GGCCAGAGCC AAACTGCTCC AATCCCAACA TTAAACTCTC CATTCCGAGA 
TCCATATCAT CTAATCTTAG GACTGTGGCA AAGATTGTAC ATACATGGAG AGATCACGTC 
TCTACAGAAT TCTCTAATGT TATTTCCAAG TTCAAAGCTG CAGAATACAA TGTGAGTCCA 
TCAGTTTGGG AAGCCATTAT AGGAGAAGTC AGCAGCCCCA CATATGAGGG AGTTTTGGTC 
AAACCAGACG TAGCCAAACA GAAAGTCTTC CTTGCAGGAC TCTCCAAGGA TATTACTAAG 
ATAGAACAAA CTTTCAGGGA CCTGGTAGAA AATACAACTA GACGGATTGA TAGACAAAAC 
AGCAGTATGG AAATGTCTGA GCCTCTGGCT CCTGCTCTCT ATGAAATAAT GTGTAAAAAT 
GGCCATTTAA AGAACATCCA GTCACAGGCT CCAGAACTCA GAATGGAGTA TGATGTGCCA 
AACAGGAACC TTAAACTATA TGGAGTCAAA GAAGAAGCTC TCTTTGCCCG ATGTGAACTA 
CTTAAGATAA TACAACAACT GAAATTTAAA TCCATCCCAC TGGATTCCCA TATTATCCAT 
TTCTTGGGGC TTACGGACAA TGATGAGTTG TCCTGTCTTC TCCTCACACG GCACAATATT 
AATGCAAAGT TCCAGACTGA GGATAAATCA GTCACACTGA CTGGACTCTC CATGAACGAT 
CTGTCAGAGG CAGAAGAACA GATGAGACGT GAATTAGTTT GTAAGCAACT TACTGTCGAA 
GACAAGATGA TTATCAAGGG ACATGAGTGG AAGAGTCTCA AAACACATTT GTGTAAATTA 
TTTAACTCAG AAAGATGCAC GGTTTTGATT GAGGAGTTTC CCAGAGGAGC AGAGAATCAG 
GTGGTTATTG CTGGTCTGGC ACCCAGTGTA GGAACTGCTT CCGAACAGAT CCATGACTTT 
CTGGAGAGAA ACACTCCCAT ACTGAAGGAC ATACCAGTAA AATCTGTGGC CGTTATACAG 
TTTATTAAAG AAGAAAAGAA AGATACTTGC AAGGAAATAA AAAAGAAAAA TGTAAGTGTT 
ACTTTGAAAA GGAAATCTAT TACTCTGAGT GGGTGCAGAC TTTATGTTGA AGAAGCTTCT 
AACCTTATGG AAGGGGTTCT TTCTTCACTA CACAATGATG TTCTCACTGT AAATAAGCCT 
GGAGCCAAAA AGTTCTTTAT AGACAAGGAA GAAATGTTAG TTAGTACAGC AAAGCATAAA 
TACAAGTGTT TAATATATCT GCAGAAGGAA GGAGAAGAAG ATTCTATGGA AATTGATATA 
AATGTAGATG AAGAGCCACA GTACCAGATA CGCTTGCCAT ATGGAATTAC CATTGCAGTC 
TACAAGGATG ATCTGACCCG TCACCGGGTT GACGTTGTAG TTAATGCAGC CAATGAGGAT 
CTGAAGCACA TTGGGGGGTT GGCATTGGCC TTACTGAGAG CTGCAGGGCC TAAACTACAA 
ACTGATTGTG ATCATATAGT TAAAACCAGT GGGAGATTAT TTGCAGGTGA TGCAAAAATA 
ACAGATGGTG GCAGTCTGCC ATGCAAGCAG GTAATACATG CTGTTGGGCC CAGATGGGAT 
CCAAGCTCAC AAGTAAAATG TGAACGTCAT CTTCGCAAAG CAATAACCAA TAGCTTAGAA 
CTGGCTACAG AAAATGGACA TAGTTCTATT GGTATCCCAG CGGTCAGTGC AGGAATATTT 
GGGTTCCCTC TGGAGCGCTG CATTAAGAAC ATTACTGAAT CCATCAGTCA GTTTTTGGAA 
GATTATCAAG GGACTTCTTC CATTAAAAGG ATTCACATTG TGGACACAGA TGATAAAATA 
ATTTCAACAT TCATTAAAGC GCTGAAAGTT GAATTTGGAG ATACAAATGA ACAAGAGTCC 
CCTAAACGTA AAGTTGAGGA GGAGAGAAGG AGGCCAAACG CCAAACCAGA GGGAACAAGA 
GAGCCGGCCC TCCAGATGAT AAATGTCAAT GGGATAACCA TTAAATTAAT CAAGGGAAAC 
CTGCAAGATG CTACAACAGA TATTATTGTG AATAGTGTTG GGAAGGACCT TGATCTTGAT 
AACGGTGGTG CCTCCAAAGC TTTATTACGC AAGGCTGGGA AGAAACTCCA GTACGTTCTA 
AATGAAGAGT GCAAAGGAAA GCAAGTGCAA GAAGGTTCTG TGTTTGCAAC AAATGGCTGT 
GACTTGTCCT GCCAGATGGT CCTTCATGTC ATTACTCCAT ACTGGAACCA TGGAAGCAGT 
TCCGGAGCGA AGACGTTAAG GGAGATCATT CATACTTGCC TCAGTAGCAC AGAGAAGAAA 
CAAATGACTT CCATAACATT CCCAGCTATT GGAACAGGAG CTTTAAGTTT TCCCAAGAAT 
CTGGTTGCCG CTATAATGTT TGAAGAGGTG GAAAAATTCA CCGGAAGCAA AAACATTCAG 
CATCTCCAAG AAGTCAACTT TGTGCTGCAT CCAAGTGACA TGGACACTAT TACGGCATTT 
TTTGGTGAAC TGAAAAAAAG AATAGGCACA AATGCACCTC AAGTAAATCC TGGGCCCAAA 
CCAATTGCCT CAAAAAGTTC AGGTGCAGAG GTGTTTGGGT CAGTCACTAC CCCGAATCTT 
GGTATCCATG AGATGAAAAT TGGATCAGTT ACATATCAAG TGAAAACAGG AGATATCACC 
AAGGAGACCA CTGATGTTAT TGTCAATTCA TCCAATGGAA ACTTTACTCT CAGAACAGGA 
GTATCCAAGG CAATTCTGGA GGCTGCAGGG CAGAGTGTGG CAGATGAATG TGCCAAGCTT 
GGGTCCATGC CCCACAGAGG GTTTATCATT ACAGATAAGG GGAATTTACT CTGTAAGAAA 
ATCCTTCATG TTTGTGGGCG GAACTCACAG AGTGAAATTA AATCATGTGT ATTGGATGCG 
CTGCAGGAGT GCGAGAGACT CCAGGTCACA TCTGTAGCAT TTCCTGCCAT TGGATCAGGT 
GGGGGCAGTG TGCGACCCAT GGATGTAGCT GATGCCATGC AGGAGGCAGT GATAGAATTC 
ATCACCTCTA AATCTTCCCA ATGCCTTCAG ATGGTCAAAG TCGTTATTTT CCAGGAGAAA 
ATGCTGCAGG ATTTCTACAG GTGTATGAAA AACAAGGAGG GAACCATTGT GTCCAAACAA 
ACCTCTTTAT TGGGCAAGAT ATCATCTTTT TTTGGTTCTT TATTCTCATT TGGGGAGACA 
GAAGAACCTT CAGTGATAAT GCTAAAAGAA AACATTGAAC CGGCTAATTT TTATCTTTGT 
GGAGAAGCAA GAGATCAGGT GAAGGCAGCT AAGCTGTGGC TTGAGAAACT TATACAACAG 
GAGCAGAGTG AGAATATTAT CACTAATGAC TGGATCTTGG AATTTGATGA ACGGGAACAA 
CAGAAATTAT GTGAACTTCA AAAAAGATCT CAAGTGTCAA TTAGTTTTGA ATACCAGAGA 
TCTACCATTA TAGTGTCCGG TCTCACTAGA GATGTCTTCT ATGTATCCAA GGAAATTGAA 
GACATGATAA AAACGATATG TGCTAAGAAA ACACGAGAGC GGGAAGCAGA TCTCTGCAGT 
AACCTGGTGG AATGGCGGTA CCATAATGGC TTTAGTTATG TTCCATTTGA TAAAATGTCT 
AATCTGGATC TTGAGACAGC CAAGAGTGAG GGCCGGCAAA GTCTCACCAT CAAAGTTAAG 
GGGGTTCATT ACACAGTTAA CATGGAACTA AAATCTGCAT CAGACCCCAG TGGAAAGACG 
GTGAAGATTG AGCGAGCACC TAAGAGTGGT GAATCCATGG AATTGCCACC GGGGTGGGAA 
AATATGACAA GTGAGCAGGT GAAAGTTGTT CCACTAAATC CTGGGGCCCC GGAATACAAT 
GATGTGCAGA GTCAATTTCA AAAGTCCTGC CCAATGAAAA TTATTAAGAT TGAGAGGATA 
CAGAACAAAC ACCTCTGGTT AAATTATCAA ATAAAAAAGC AGAGCATTGA CGCTAAAAAC 
CAATCAACAA GCAACGAGAT GCAACTGTTC CACGGCTCAG ACCCCAACAC AATAAAGAAC 
GTCAATCAAA ATGGTTTCAA CCGAAGCTAT GCCGGGAGGA ACGCTGCTTA TTATGGAAAT 
GGAACATATT TTGCTGTGAA TGCCAATTAC TCTGCACAAG ACACATACTC CCGGCCAGAC 
CCAAATGGAC ATAAACACAT GTACCTGGCG CGGGTCCTCA CGGGCATCTC TTGTGTTGGC 
CAACAGGGGA TGGTCGCACC TCCTGCCAAG AACCCATCAA ACCCAACGGA TCTTTATGAC 
AGCGTAACGG ATAGAACAAG CTCTCCTGTA ATGTTTGTTA TATTCAATGA TATTCAGGCC 
TATCCCGAGT ATCTTATTAC CTTTTCAAGA TGA

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

LOC108701243 ( XM_018235604.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018091093.1 Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X3, mRNA.

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CloneID	OAf46104
Clone ID Related Accession (Same CDS sequence)	XM_018235604.1
Accession Version	XM_018235604.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5268bp) 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	1474214400000
Organism	Xenopus laevis(African clawed frog)
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 (NC_030740.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCATTTAT CAGGAGGCAA GAGGTTAAAG TTGGATGTCT CATTGCCCAA AGAGCCAATA 
CCCACCAGTA ATCAGAAACC TCCAGCAGAC AGTACAGAAC CTCGTAATCA CCAAGTGCCA 
GAAGAAGTGA CACCTCATAC CTCCTTCTTT GTGGGACCCC CTTCTCTGAA TGTGACTGCT 
GAAGCTGCAT CAACTGAAGA ACCACCTTCT ATGAATGTAG GCCCTGAGAC CTCACCCTCC 
GTGGCTCTGA TTGAAAGCAT CGCAGACTCC TGCACACCGG AGATACTGAT TCTCCTGGTG 
GAGAATATCA GTAATAAATG TGCCGGCACC GACTTTACCT TGGAGATGAT CCCTGAGATT 
AAATCTGCTG CAGTCACTTT CAGCTGTAAC ATTGATATCC CAAATTTCAT CATAGCCTTC 
CTTGACACCC GTCGCGTGAA GCAGATGAAA TTGAGGGCAA AGCCACTGGA AGAGACCAAA 
TGTATCAGGG TTGAGAATTT GCCCCCCAAC ACGTCTGATG ATTACCTGAT GATGTACTTT 
GAGTGCCCAC GGTATGGAGG GGGGGCTGTA GAGGAGGTGG AGCTATTGTC AGAAGAGGAT 
GCTGCCATAA TAACATTTTC TGATAAGCAA GTTATCAGAA AAGTGTTGGA GAAACAGCAT 
GTGTTTGGGA AGAAATCGAT ATCAGTATAT CCATACTATG AGTCCTTGGG TGTAGCACTA 
TATGGGGAAA AGGGACCTTG TGTAACATTA CCCAAACCCC TGGAGTTTCC AGTCAGTCCA 
TATGTACTGG AATTCATACT GGGAAATCCA CAGATAAAAG ACAACATGCA TAAAAAAATG 
ACAGATAAGA ATTGTGAGCT CACATGGCCA GAGCCAAACT GCTCCAATCC CAACATTAAA 
CTCTCCATTC CGAGATCCAT ATCATCTAAT CTTAGGACTG TGGCAAAGAT TGTACATACA 
TGGAGAGATC ACGTCTCTAC AGAATTCTCT AATGTTATTT CCAAGTTCAA AGCTGCAGAA 
TACAATGTGA GTCCATCAGT TTGGGAAGCC ATTATAGGAG AAGTCAGCAG CCCCACATAT 
GAGGGAGTTT TGGTCAAACC AGACGTAGCC AAACAGAAAG TCTTCCTTGC AGGACTCTCC 
AAGGATATTA CTAAGATAGA ACAAACTTTC AGGGACCTGG TAGAAAATAC AACTAGACGG 
ATTGATAGAC AAAACAGCAG TATGGAAATG TCTGAGCCTC TGGCTCCTGC TCTCTATGAA 
ATAATGTGTA AAAATGGCCA TTTAAAGAAC ATCCAGTCAC AGGCTCCAGA ACTCAGAATG 
GAGTATGATG TGCCAAACAG GAACCTTAAA CTATATGGAG TCAAAGAAGA AGCTCTCTTT 
GCCCGATGTG AACTACTTAA GATAATACAA CAACTGAAAT TTAAATCCAT CCCACTGGAT 
TCCCATATTA TCCATTTCTT GGGGCTTACG GACAATGATG AGTTGTCCTG TCTTCTCCTC 
ACACGGCACA ATATTAATGC AAAGTTCCAG ACTGAGGATA AATCAGTCAC ACTGACTGGA 
CTCTCCATGA ACGATCTGTC AGAGGCAGAA GAACAGATGA GACGTGAATT AGTTTGTAAG 
CAACTTACTG TCGAAGACAA GATGATTATC AAGGGACATG AGTGGAAGAG TCTCAAAACA 
CATTTGTGTA AATTATTTAA CTCAGAAAGA TGCACGGTTT TGATTGAGGA GTTTCCCAGA 
GGAGCAGAGA ATCAGGTGGT TATTGCTGGT CTGGCACCCA GTGTAGGAAC TGCTTCCGAA 
CAGATCCATG ACTTTCTGGA GAGAAACACT CCCATACTGA AGGACATACC AGTAAAATCT 
GTGGCCGTTA TACAGTTTAT TAAAGAAGAA AAGAAAGATA CTTGCAAGGA AATAAAAAAG 
AAAAATGTAA GTGTTACTTT GAAAAGGAAA TCTATTACTC TGAGTGGGTG CAGACTTTAT 
GTTGAAGAAG CTTCTAACCT TATGGAAGGG GTTCTTTCTT CACTACACAA TGATGTTCTC 
ACTGTAAATA AGCCTGGAGC CAAAAAGTTC TTTATAGACA AGGAAGAAAT GTTAGTTAGT 
ACAGCAAAGC ATAAATACAA GTGTTTAATA TATCTGCAGA AGGAAGGAGA AGAAGATTCT 
ATGGAAATTG ATATAAATGT AGATGAAGAG CCACAGTACC AGATACGCTT GCCATATGGA 
ATTACCATTG CAGTCTACAA GGATGATCTG ACCCGTCACC GGGTTGACGT TGTAGTTAAT 
GCAGCCAATG AGGATCTGAA GCACATTGGG GGGTTGGCAT TGGCCTTACT GAGAGCTGCA 
GGGCCTAAAC TACAAACTGA TTGTGATCAT ATAGTTAAAA CCAGTGGGAG ATTATTTGCA 
GGTGATGCAA AAATAACAGA TGGTGGCAGT CTGCCATGCA AGCAGGTAAT ACATGCTGTT 
GGGCCCAGAT GGGATCCAAG CTCACAAGTA AAATGTGAAC GTCATCTTCG CAAAGCAATA 
ACCAATAGCT TAGAACTGGC TACAGAAAAT GGACATAGTT CTATTGGTAT CCCAGCGGTC 
AGTGCAGGAA TATTTGGGTT CCCTCTGGAG CGCTGCATTA AGAACATTAC TGAATCCATC 
AGTCAGTTTT TGGAAGATTA TCAAGGGACT TCTTCCATTA AAAGGATTCA CATTGTGGAC 
ACAGATGATA AAATAATTTC AACATTCATT AAAGCGCTGA AAGTTGAATT TGGAGATACA 
AATGAACAAG AGTCCCCTAA ACGTAAAGTT GAGGAGGAGA GAAGGAGGCC AAACGCCAAA 
CCAGAGGGAA CAAGAGAGCC GGCCCTCCAG ATGATAAATG TCAATGGGAT AACCATTAAA 
TTAATCAAGG GAAACCTGCA AGATGCTACA ACAGATATTA TTGTGAATAG TGTTGGGAAG 
GACCTTGATC TTGATAACGG TGGTGCCTCC AAAGCTTTAT TACGCAAGGC TGGGAAGAAA 
CTCCAGTACG TTCTAAATGA AGAGTGCAAA GGAAAGCAAG TGCAAGAAGG TTCTGTGTTT 
GCAACAAATG GCTGTGACTT GTCCTGCCAG ATGGTCCTTC ATGTCATTAC TCCATACTGG 
AACCATGGAA GCAGTTCCGG AGCGAAGACG TTAAGGGAGA TCATTCATAC TTGCCTCAGT 
AGCACAGAGA AGAAACAAAT GACTTCCATA ACATTCCCAG CTATTGGAAC AGGAGCTTTA 
AGTTTTCCCA AGAATCTGGT TGCCGCTATA ATGTTTGAAG AGGTGGAAAA ATTCACCGGA 
AGCAAAAACA TTCAGCATCT CCAAGAAGTC AACTTTGTGC TGCATCCAAG TGACATGGAC 
ACTATTACGG CATTTTTTGG TGAACTGAAA AAAAGAATAG GCACAAATGC ACCTCAAGTA 
AATCCTGGGC CCAAACCAAT TGCCTCAAAA AGTTCAGGTG CAGAGGTGTT TGGGTCAGTC 
ACTACCCCGA ATCTTGGTAT CCATGAGATG AAAATTGGAT CAGTTACATA TCAAGTGAAA 
ACAGGAGATA TCACCAAGGA GACCACTGAT GTTATTGTCA ATTCATCCAA TGGAAACTTT 
ACTCTCAGAA CAGGAGTATC CAAGGCAATT CTGGAGGCTG CAGGGCAGAG TGTGGCAGAT 
GAATGTGCCA AGCTTGGGTC CATGCCCCAC AGAGGGTTTA TCATTACAGA TAAGGGGAAT 
TTACTCTGTA AGAAAATCCT TCATGTTTGT GGGCGGAACT CACAGAGTGA AATTAAATCA 
TGTGTATTGG ATGCGCTGCA GGAGTGCGAG AGACTCCAGG TCACATCTGT AGCATTTCCT 
GCCATTGGAT CAGGTGGGGG CAGTGTGCGA CCCATGGATG TAGCTGATGC CATGCAGGAG 
GCAGTGATAG AATTCATCAC CTCTAAATCT TCCCAATGCC TTCAGATGGT CAAAGTCGTT 
ATTTTCCAGG AGAAAATGCT GCAGGATTTC TACAGGTGTA TGAAAAACAA GGAGGGAACC 
ATTGTGTCCA AACAAACCTC TTTATTGGGC AAGATATCAT CTTTTTTTGG TTCTTTATTC 
TCATTTGGGG AGACAGAAGA ACCTTCAGTG ATAATGCTAA AAGAAAACAT TGAACCGGCT 
AATTTTTATC TTTGTGGAGA AGCAAGAGAT CAGGTGAAGG CAGCTAAGCT GTGGCTTGAG 
AAACTTATAC AACAGGAGCA GAGTGAGAAT ATTATCACTA ATGACTGGAT CTTGGAATTT 
GATGAACGGG AACAACAGAA ATTATGTGAA CTTCAAAAAA GATCTCAAGT GTCAATTAGT 
TTTGAATACC AGAGATCTAC CATTATAGTG TCCGGTCTCA CTAGAGATGT CTTCTATGTA 
TCCAAGGAAA TTGAAGACAT GATAAAAACG ATATGTGCTA AGAAAACACG AGAGCGGGAA 
GCAGATCTCT GCAGTAACCT GGTGGAATGG CGGTACCATA ATGGCTTTAG TTATGTTCCA 
TTTGATAAAA TGTCTAATCT GGATCTTGAG ACAGCCAAGA GTGAGGGCCG GCAAAGTCTC 
ACCATCAAAG TTAAGGGGGT TCATTACACA GTTAACATGG AACTAAAATC TGCATCAGAC 
CCCAGTGGAA AGACGGTGAA GATTGAGCGA GCACCTAAGA GTGGTGAATC CATGGAATTG 
CCACCGGGGT GGGAAAATAT GACAAGTGAG CAGGTGAAAG TTGTTCCACT AAATCCTGGG 
GCCCCGGAAT ACAATGATGT GCAGAGTCAA TTTCAAAAGT CCTGCCCAAT GAAAATTATT 
AAGATTGAGA GGATACAGAA CAAACACCTC TGGTTAAATT ATCAAATAAA AAAGCAGAGC 
ATTGACGCTA AAAACCAATC AACAAGCAAC GAGATGCAAC TGTTCCACGG CTCAGACCCC 
AACACAATAA AGAACGTCAA TCAAAATGGT TTCAACCGAA GCTATGCCGG GAGGAACGCT 
GCTTATTATG GAAATGGAAC ATATTTTGCT GTGAATGCCA ATTACTCTGC ACAAGACACA 
TACTCCCGGC CAGACCCAAA TGGACATAAA CACATGTACC TGGCGCGGGT CCTCACGGGC 
ATCTCTTGTG TTGGCCAACA GGGGATGGTC GCACCTCCTG CCAAGAACCC ATCAAACCCA 
ACGGATCTTT ATGACAGCGT AACGGATAGA ACAAGCTCTC CTGTAATGTT TGTTATATTC 
AATGATATTC AGGCCTATCC CGAGTATCTT ATTACCTTTT CAAGATGA

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

RefSeq	XP_018091093.1
CDS	246..5513
Translation	MHLSGGKRLKLDVSLPKEPIPTSNQKPPADSTEPRNHQVPEEVTPHTSFFVGPPSLNVTAEAASTEEPPSMNVGPETSPSVALIESIADSCTPEILILLVENISNKCAGTDFTLEMIPEIKSAAVTFSCNIDIPNFIIAFLDTRRVKQMKLRAKPLEETKCIRVENLPPNTSDDYLMMYFECPRYGGGAVEEVELLSEEDAAIITFSDKQVIRKVLEKQHVFGKKSISVYPYYESLGVALYGEKGPCVTLPKPLEFPVSPYVLEFILGNPQIKDNMHKKMTDKNCELTWPEPNCSNPNIKLSIPRSISSNLRTVAKIVHTWRDHVSTEFSNVISKFKAAEYNVSPSVWEAIIGEVSSPTYEGVLVKPDVAKQKVFLAGLSKDITKIEQTFRDLVENTTRRIDRQNSSMEMSEPLAPALYEIMCKNGHLKNIQSQAPELRMEYDVPNRNLKLYGVKEEALFARCELLKIIQQLKFKSIPLDSHIIHFLGLTDNDELSCLLLTRHNINAKFQTEDKSVTLTGLSMNDLSEAEEQMRRELVCKQLTVEDKMIIKGHEWKSLKTHLCKLFNSERCTVLIEEFPRGAENQVVIAGLAPSVGTASEQIHDFLERNTPILKDIPVKSVAVIQFIKEEKKDTCKEIKKKNVSVTLKRKSITLSGCRLYVEEASNLMEGVLSSLHNDVLTVNKPGAKKFFIDKEEMLVSTAKHKYKCLIYLQKEGEEDSMEIDINVDEEPQYQIRLPYGITIAVYKDDLTRHRVDVVVNAANEDLKHIGGLALALLRAAGPKLQTDCDHIVKTSGRLFAGDAKITDGGSLPCKQVIHAVGPRWDPSSQVKCERHLRKAITNSLELATENGHSSIGIPAVSAGIFGFPLERCIKNITESISQFLEDYQGTSSIKRIHIVDTDDKIISTFIKALKVEFGDTNEQESPKRKVEEERRRPNAKPEGTREPALQMINVNGITIKLIKGNLQDATTDIIVNSVGKDLDLDNGGASKALLRKAGKKLQYVLNEECKGKQVQEGSVFATNGCDLSCQMVLHVITPYWNHGSSSGAKTLREIIHTCLSSTEKKQMTSITFPAIGTGALSFPKNLVAAIMFEEVEKFTGSKNIQHLQEVNFVLHPSDMDTITAFFGELKKRIGTNAPQVNPGPKPIASKSSGAEVFGSVTTPNLGIHEMKIGSVTYQVKTGDITKETTDVIVNSSNGNFTLRTGVSKAILEAAGQSVADECAKLGSMPHRGFIITDKGNLLCKKILHVCGRNSQSEIKSCVLDALQECERLQVTSVAFPAIGSGGGSVRPMDVADAMQEAVIEFITSKSSQCLQMVKVVIFQEKMLQDFYRCMKNKEGTIVSKQTSLLGKISSFFGSLFSFGETEEPSVIMLKENIEPANFYLCGEARDQVKAAKLWLEKLIQQEQSENIITNDWILEFDEREQQKLCELQKRSQVSISFEYQRSTIIVSGLTRDVFYVSKEIEDMIKTICAKKTREREADLCSNLVEWRYHNGFSYVPFDKMSNLDLETAKSEGRQSLTIKVKGVHYTVNMELKSASDPSGKTVKIERAPKSGESMELPPGWENMTSEQVKVVPLNPGAPEYNDVQSQFQKSCPMKIIKIERIQNKHLWLNYQIKKQSIDAKNQSTSNEMQLFHGSDPNTIKNVNQNGFNRSYAGRNAAYYGNGTYFAVNANYSAQDTYSRPDPNGHKHMYLARVLTGISCVGQQGMVAPPAKNPSNPTDLYDSVTDRTSSPVMFVIFNDIQAYPEYLITFSR

Target ORF information:

RefSeq Version	XM_018235604.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701243), transcript variant X3, mRNA.

Target ORF information:

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

XM_018235604.1

ORF Insert Sequence:

ATGCATTTAT CAGGAGGCAA GAGGTTAAAG TTGGATGTCT CATTGCCCAA AGAGCCAATA 
CCCACCAGTA ATCAGAAACC TCCAGCAGAC AGTACAGAAC CTCGTAATCA CCAAGTGCCA 
GAAGAAGTGA CACCTCATAC CTCCTTCTTT GTGGGACCCC CTTCTCTGAA TGTGACTGCT 
GAAGCTGCAT CAACTGAAGA ACCACCTTCT ATGAATGTAG GCCCTGAGAC CTCACCCTCC 
GTGGCTCTGA TTGAAAGCAT CGCAGACTCC TGCACACCGG AGATACTGAT TCTCCTGGTG 
GAGAATATCA GTAATAAATG TGCCGGCACC GACTTTACCT TGGAGATGAT CCCTGAGATT 
AAATCTGCTG CAGTCACTTT CAGCTGTAAC ATTGATATCC CAAATTTCAT CATAGCCTTC 
CTTGACACCC GTCGCGTGAA GCAGATGAAA TTGAGGGCAA AGCCACTGGA AGAGACCAAA 
TGTATCAGGG TTGAGAATTT GCCCCCCAAC ACGTCTGATG ATTACCTGAT GATGTACTTT 
GAGTGCCCAC GGTATGGAGG GGGGGCTGTA GAGGAGGTGG AGCTATTGTC AGAAGAGGAT 
GCTGCCATAA TAACATTTTC TGATAAGCAA GTTATCAGAA AAGTGTTGGA GAAACAGCAT 
GTGTTTGGGA AGAAATCGAT ATCAGTATAT CCATACTATG AGTCCTTGGG TGTAGCACTA 
TATGGGGAAA AGGGACCTTG TGTAACATTA CCCAAACCCC TGGAGTTTCC AGTCAGTCCA 
TATGTACTGG AATTCATACT GGGAAATCCA CAGATAAAAG ACAACATGCA TAAAAAAATG 
ACAGATAAGA ATTGTGAGCT CACATGGCCA GAGCCAAACT GCTCCAATCC CAACATTAAA 
CTCTCCATTC CGAGATCCAT ATCATCTAAT CTTAGGACTG TGGCAAAGAT TGTACATACA 
TGGAGAGATC ACGTCTCTAC AGAATTCTCT AATGTTATTT CCAAGTTCAA AGCTGCAGAA 
TACAATGTGA GTCCATCAGT TTGGGAAGCC ATTATAGGAG AAGTCAGCAG CCCCACATAT 
GAGGGAGTTT TGGTCAAACC AGACGTAGCC AAACAGAAAG TCTTCCTTGC AGGACTCTCC 
AAGGATATTA CTAAGATAGA ACAAACTTTC AGGGACCTGG TAGAAAATAC AACTAGACGG 
ATTGATAGAC AAAACAGCAG TATGGAAATG TCTGAGCCTC TGGCTCCTGC TCTCTATGAA 
ATAATGTGTA AAAATGGCCA TTTAAAGAAC ATCCAGTCAC AGGCTCCAGA ACTCAGAATG 
GAGTATGATG TGCCAAACAG GAACCTTAAA CTATATGGAG TCAAAGAAGA AGCTCTCTTT 
GCCCGATGTG AACTACTTAA GATAATACAA CAACTGAAAT TTAAATCCAT CCCACTGGAT 
TCCCATATTA TCCATTTCTT GGGGCTTACG GACAATGATG AGTTGTCCTG TCTTCTCCTC 
ACACGGCACA ATATTAATGC AAAGTTCCAG ACTGAGGATA AATCAGTCAC ACTGACTGGA 
CTCTCCATGA ACGATCTGTC AGAGGCAGAA GAACAGATGA GACGTGAATT AGTTTGTAAG 
CAACTTACTG TCGAAGACAA GATGATTATC AAGGGACATG AGTGGAAGAG TCTCAAAACA 
CATTTGTGTA AATTATTTAA CTCAGAAAGA TGCACGGTTT TGATTGAGGA GTTTCCCAGA 
GGAGCAGAGA ATCAGGTGGT TATTGCTGGT CTGGCACCCA GTGTAGGAAC TGCTTCCGAA 
CAGATCCATG ACTTTCTGGA GAGAAACACT CCCATACTGA AGGACATACC AGTAAAATCT 
GTGGCCGTTA TACAGTTTAT TAAAGAAGAA AAGAAAGATA CTTGCAAGGA AATAAAAAAG 
AAAAATGTAA GTGTTACTTT GAAAAGGAAA TCTATTACTC TGAGTGGGTG CAGACTTTAT 
GTTGAAGAAG CTTCTAACCT TATGGAAGGG GTTCTTTCTT CACTACACAA TGATGTTCTC 
ACTGTAAATA AGCCTGGAGC CAAAAAGTTC TTTATAGACA AGGAAGAAAT GTTAGTTAGT 
ACAGCAAAGC ATAAATACAA GTGTTTAATA TATCTGCAGA AGGAAGGAGA AGAAGATTCT 
ATGGAAATTG ATATAAATGT AGATGAAGAG CCACAGTACC AGATACGCTT GCCATATGGA 
ATTACCATTG CAGTCTACAA GGATGATCTG ACCCGTCACC GGGTTGACGT TGTAGTTAAT 
GCAGCCAATG AGGATCTGAA GCACATTGGG GGGTTGGCAT TGGCCTTACT GAGAGCTGCA 
GGGCCTAAAC TACAAACTGA TTGTGATCAT ATAGTTAAAA CCAGTGGGAG ATTATTTGCA 
GGTGATGCAA AAATAACAGA TGGTGGCAGT CTGCCATGCA AGCAGGTAAT ACATGCTGTT 
GGGCCCAGAT GGGATCCAAG CTCACAAGTA AAATGTGAAC GTCATCTTCG CAAAGCAATA 
ACCAATAGCT TAGAACTGGC TACAGAAAAT GGACATAGTT CTATTGGTAT CCCAGCGGTC 
AGTGCAGGAA TATTTGGGTT CCCTCTGGAG CGCTGCATTA AGAACATTAC TGAATCCATC 
AGTCAGTTTT TGGAAGATTA TCAAGGGACT TCTTCCATTA AAAGGATTCA CATTGTGGAC 
ACAGATGATA AAATAATTTC AACATTCATT AAAGCGCTGA AAGTTGAATT TGGAGATACA 
AATGAACAAG AGTCCCCTAA ACGTAAAGTT GAGGAGGAGA GAAGGAGGCC AAACGCCAAA 
CCAGAGGGAA CAAGAGAGCC GGCCCTCCAG ATGATAAATG TCAATGGGAT AACCATTAAA 
TTAATCAAGG GAAACCTGCA AGATGCTACA ACAGATATTA TTGTGAATAG TGTTGGGAAG 
GACCTTGATC TTGATAACGG TGGTGCCTCC AAAGCTTTAT TACGCAAGGC TGGGAAGAAA 
CTCCAGTACG TTCTAAATGA AGAGTGCAAA GGAAAGCAAG TGCAAGAAGG TTCTGTGTTT 
GCAACAAATG GCTGTGACTT GTCCTGCCAG ATGGTCCTTC ATGTCATTAC TCCATACTGG 
AACCATGGAA GCAGTTCCGG AGCGAAGACG TTAAGGGAGA TCATTCATAC TTGCCTCAGT 
AGCACAGAGA AGAAACAAAT GACTTCCATA ACATTCCCAG CTATTGGAAC AGGAGCTTTA 
AGTTTTCCCA AGAATCTGGT TGCCGCTATA ATGTTTGAAG AGGTGGAAAA ATTCACCGGA 
AGCAAAAACA TTCAGCATCT CCAAGAAGTC AACTTTGTGC TGCATCCAAG TGACATGGAC 
ACTATTACGG CATTTTTTGG TGAACTGAAA AAAAGAATAG GCACAAATGC ACCTCAAGTA 
AATCCTGGGC CCAAACCAAT TGCCTCAAAA AGTTCAGGTG CAGAGGTGTT TGGGTCAGTC 
ACTACCCCGA ATCTTGGTAT CCATGAGATG AAAATTGGAT CAGTTACATA TCAAGTGAAA 
ACAGGAGATA TCACCAAGGA GACCACTGAT GTTATTGTCA ATTCATCCAA TGGAAACTTT 
ACTCTCAGAA CAGGAGTATC CAAGGCAATT CTGGAGGCTG CAGGGCAGAG TGTGGCAGAT 
GAATGTGCCA AGCTTGGGTC CATGCCCCAC AGAGGGTTTA TCATTACAGA TAAGGGGAAT 
TTACTCTGTA AGAAAATCCT TCATGTTTGT GGGCGGAACT CACAGAGTGA AATTAAATCA 
TGTGTATTGG ATGCGCTGCA GGAGTGCGAG AGACTCCAGG TCACATCTGT AGCATTTCCT 
GCCATTGGAT CAGGTGGGGG CAGTGTGCGA CCCATGGATG TAGCTGATGC CATGCAGGAG 
GCAGTGATAG AATTCATCAC CTCTAAATCT TCCCAATGCC TTCAGATGGT CAAAGTCGTT 
ATTTTCCAGG AGAAAATGCT GCAGGATTTC TACAGGTGTA TGAAAAACAA GGAGGGAACC 
ATTGTGTCCA AACAAACCTC TTTATTGGGC AAGATATCAT CTTTTTTTGG TTCTTTATTC 
TCATTTGGGG AGACAGAAGA ACCTTCAGTG ATAATGCTAA AAGAAAACAT TGAACCGGCT 
AATTTTTATC TTTGTGGAGA AGCAAGAGAT CAGGTGAAGG CAGCTAAGCT GTGGCTTGAG 
AAACTTATAC AACAGGAGCA GAGTGAGAAT ATTATCACTA ATGACTGGAT CTTGGAATTT 
GATGAACGGG AACAACAGAA ATTATGTGAA CTTCAAAAAA GATCTCAAGT GTCAATTAGT 
TTTGAATACC AGAGATCTAC CATTATAGTG TCCGGTCTCA CTAGAGATGT CTTCTATGTA 
TCCAAGGAAA TTGAAGACAT GATAAAAACG ATATGTGCTA AGAAAACACG AGAGCGGGAA 
GCAGATCTCT GCAGTAACCT GGTGGAATGG CGGTACCATA ATGGCTTTAG TTATGTTCCA 
TTTGATAAAA TGTCTAATCT GGATCTTGAG ACAGCCAAGA GTGAGGGCCG GCAAAGTCTC 
ACCATCAAAG TTAAGGGGGT TCATTACACA GTTAACATGG AACTAAAATC TGCATCAGAC 
CCCAGTGGAA AGACGGTGAA GATTGAGCGA GCACCTAAGA GTGGTGAATC CATGGAATTG 
CCACCGGGGT GGGAAAATAT GACAAGTGAG CAGGTGAAAG TTGTTCCACT AAATCCTGGG 
GCCCCGGAAT ACAATGATGT GCAGAGTCAA TTTCAAAAGT CCTGCCCAAT GAAAATTATT 
AAGATTGAGA GGATACAGAA CAAACACCTC TGGTTAAATT ATCAAATAAA AAAGCAGAGC 
ATTGACGCTA AAAACCAATC AACAAGCAAC GAGATGCAAC TGTTCCACGG CTCAGACCCC 
AACACAATAA AGAACGTCAA TCAAAATGGT TTCAACCGAA GCTATGCCGG GAGGAACGCT 
GCTTATTATG GAAATGGAAC ATATTTTGCT GTGAATGCCA ATTACTCTGC ACAAGACACA 
TACTCCCGGC CAGACCCAAA TGGACATAAA CACATGTACC TGGCGCGGGT CCTCACGGGC 
ATCTCTTGTG TTGGCCAACA GGGGATGGTC GCACCTCCTG CCAAGAACCC ATCAAACCCA 
ACGGATCTTT ATGACAGCGT AACGGATAGA ACAAGCTCTC CTGTAATGTT TGTTATATTC 
AATGATATTC AGGCCTATCC CGAGTATCTT ATTACCTTTT CAAGATGA

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

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LOC108701243 cDNA ORF clone, Xenopus laevis(African clawed frog)

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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