polg cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	polg
Entrez Gene ID	100038061
Full Name	polymerase (DNA directed), gamma
General protein information	Preferred Names polymerase (DNA directed), gamma Names Fanconi anemia group I protein DNA polymerase gamma
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012959553.2	XP_012815007.1	Fanconi anemia group I protein isoform X1
XM_018092467.1	XP_017947956.1	Fanconi anemia group I protein isoform X3
XM_012959553.3	XP_012815007.2	Fanconi anemia group I protein
XM_012959554.2	XP_012815008.1	Fanconi anemia group I protein isoform X1
XM_012959552.3	XP_012815006.2	Fanconi anemia group I protein
XM_012959552.2	XP_012815006.1	Fanconi anemia group I protein isoform X1
XM_018092466.1	XP_017947955.1	Fanconi anemia group I protein isoform X2

Pathways from BioSystems

Homologies

Homo sapiens (human)	FANCI	NP_001106849.1
Canis lupus familiaris (dog)	FANCI	XP_003639009.1
Drosophila melanogaster (fruit fly)	FANCI	NP_610429.2
	FANCI	XP_001092826.2
Rattus norvegicus (Norway rat)	Fanci	XP_006229478.1
Gallus gallus (chicken)	FANCI	NP_001108323.1
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP009655	XP_318692.4
Bos taurus (cattle)	FANCI	NP_001178383.1
Mus musculus (house mouse)	Fanci	NP_666058.2
Xenopus tropicalis (tropical clawed frog)	polg	XP_002932280.1
Pan troglodytes (chimpanzee)	FANCI	XP_510581.2
Danio rerio (zebrafish)	fanci	NP_001070780.2

Gene Ontology

The following polg gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the polg 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)
OXa43383	XM_018092466.1 Latest version!	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OXa43384	XM_018092467.1 Latest version!	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OXa55186	XM_012959552.3 Latest version!	Xenopus tropicalis FA complementation group I (fanci), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa55186	XM_012959553.3 Latest version!	Xenopus tropicalis FA complementation group I (fanci), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa07282	XM_012959553.2 Latest version!	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa07282	XM_012959554.2 Latest version!	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa07282	XM_012959552.2 Latest version!	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

polg ( XM_018092466.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017947955.1 Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OXa43383
Clone ID Related Accession (Same CDS sequence)	XM_018092466.1
Accession Version	XM_018092466.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3960bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	Fanconi anemia group I protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) 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 tropicalis Annotation Release 103 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##

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

RefSeq	XP_017947955.1
CDS	115..4074
Translation	MDQKILSLAAEDKNEGLQCCLQNLKETELLEIITKHAVKGKECGALLRGIFRGSPCSQDVAVQRRLTVYRHCIQLVESGDLQREVASEIMGLLMLEVHLFPGASLIELANLFVDAVKGGSLSNGKSLDLFPTVLSALSSKESLAYGKGELTGEEFKKQLINSLCSSRWDPQSVIFLTSMFRDVSLSVEELQFVVEKVLRMLSKLDLQEMPPLVYQLLLLSAKGSKKNIVEGIITIFNDLDQKQLIQQENSISLDLEDATIPQDQLCHVEGTIILHIVFAIKLDQELGRELLKYLKAGQQGDTSKILCPFSAALLLSVSRIHRFQEQVFDFLKSTILRVYKDHQFHQSSKILQDLVPQPACVSSILLKTVKNSVYGWDHVTQGLVELGFILMDSFGPKAAFGTKVVETISVNSRTPAQQACQLGSRILLEAFKVHEPIRSEILEQVLNRVITKAANPVTHFLDLLSDIVVSAPLILQNSSSKVTEAFDHLSFLPLTTVQGLLKAVQPLLKISMSMRDSLILVLRKAMFSSQIDARKSAVAGFLLLLRNFKVLGSLSSSQCSQAIGASQIQVDVHMRYNAAANEAFCLEILGSLRRCLSQQADVRLMLYEGFYDVLRRNSQLASSVMQTLLSQLKRYYEPEPDLLPPLKLEGCITAQGDHIFLQEPLAHLLCCIHHCLHWYKSSLLQHRNPDDDDDDEDNDHTGCQQDLHDILESITRRMIKCDLEDFELDKSADFSLASGVGVKNNIYAVLVMGICEVLIEYNFIIANFSKSKFEDILGLFKCYSKLSDILKEKAAKGRQPGNNKMARSLISMTFVSTLLTALFRDSTRSHEESLSVLRANMDFMRYSVCVALQKIQQLEETGVTDGPDGQNSEKMFQSICEITRVLMWRYNSIPTAAENPGKKDKGKNISLLCLEGLLRVFNTIQQRYPSKIPQFFTALDALGEEDEEGAREINVTEKAAFQIKQFQRSLINQLSGGEDDFNSKEALLLVSILSTLSRLLAPSSPQFVQMLSWTVKICKETNIEDVQFCKGLMNLLFSLHAQFKSPVSVLRELCQDIHGHLGDIDQDIEVEKQSHFASVSLKTAAPTVTLLVLAQAAKVLEEVDWLIIKLKGLLGSEKLSTEDLTQTSNARLPIEKAIILQLGTLLTACHELVQTALPAGSCTETLLKELAKMYTILTSVVKYYLQICSSHGGQISARLEKLNIHSESLSLAGEKKKKKKEEASTVTTAKILRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINAATLDAALQEKGSEDEENEPDNEQTVTEEQSQEPKKKRRRK

Target ORF information:

RefSeq Version	XM_018092466.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X4, mRNA.

Target ORF information:

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

XM_018092466.1

ORF Insert Sequence:

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

polg ( XM_018092467.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017947956.1 Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OXa43384
Clone ID Related Accession (Same CDS sequence)	XM_018092467.1
Accession Version	XM_018092467.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3951bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	Fanconi anemia group I protein isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) 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 tropicalis Annotation Release 103 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##

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGTTAAAG CGATATTATG AGCCTGAGCC TGATCTTTTG 
CCACCATTAA AGTTGGAGGG CTGCATTACT GCTCAAGGGG ATCATATCTT TTTGCAGGAA 
CCTCTGGCCC ACCTGTTGTG CTGTATTCAC CATTGTTTGC ATTGGTATAA AAGCAGTTTA 
CTGCAGCATA GAAATCCTGA TGATGATGAT GATGATGAAG ACAATGACCA TACAGGATGT 
CAGCAGGATC TTCATGATAT ACTGGAATCC ATCACTCGAA GAATGATTAA ATGTGACCTG 
GAGGACTTTG AATTAGACAA ATCTGCAGAC TTTTCTTTGG CATCTGGTGT CGGAGTCAAA 
AATAACATAT ATGCTGTTTT GGTAATGGGG ATTTGTGAGG TCTTAATAGA ATACAACTTT 
ATCATAGCAA ATTTCAGCAA GAGTAAATTT GAGGATATTT TGGGCCTGTT TAAATGCTAC 
AGCAAGCTCT CTGATATCTT AAAGGAGAAA GCTGCAAAAG GCAGACAGCC TGGGAACAAT 
AAAATGGCCA GAAGCCTAAT TTCAATGACT TTTGTGTCTA CACTCTTAAC TGCTTTATTC 
AGAGACAGCA CACGATCACA CGAGGAGAGT CTTTCTGTTC TTCGAGCCAA CATGGATTTC 
ATGCGCTATT CTGTGTGTGT TGCCCTTCAA AAAATTCAGC AACTTGAAGA AACTGGTGTC 
ACAGATGGAC CTGATGGGCA GAACAGTGAG AAAATGTTCC AAAGCATATG TGAAATAACA 
AGAGTACTTA TGTGGAGATA CAACTCAATT CCAACTGCAG CTGAGAATCC TGGGAAAAAG 
GACAAAGGCA AAAACATTTC CTTACTGTGC CTGGAGGGAT TGCTGAGAGT ATTTAACACC 
ATTCAGCAAC GATATCCATC AAAAATCCCA CAGTTTTTTA CAGCTTTGGA TGCTCTAGGC 
GAAGAGGATG AAGAAGGTGC AAGAGAAATC AATGTGACAG AGAAGGCGGC TTTTCAGATT 
AAACAGTTTC AAAGATCTCT AATTAACCAG CTCAGTGGTG GAGAGGATGA CTTTAACAGC 
AAAGAAGCTC TACTGTTAGT CAGCATCCTG TCTACACTAT CCAGGTTACT GGCCCCCTCT 
TCTCCACAGT TTGTGCAAAT GCTGTCTTGG ACTGTTAAAA TCTGCAAAGA GACAAATATT 
GAGGATGTCC AGTTTTGCAA GGGCCTAATG AACCTTCTCT TTAGCCTCCA TGCTCAGTTC 
AAGAGCCCAG TAAGCGTGCT CAGAGAACTG TGCCAAGACA TCCATGGGCA CCTGGGTGAT 
ATTGATCAGG ATATTGAAGT GGAGAAGCAG TCTCATTTTG CTTCTGTAAG TCTCAAGACT 
GCGGCCCCTA CTGTTACTTT GTTGGTTCTG GCTCAAGCTG CAAAGGTCCT GGAAGAGGTG 
GACTGGCTGA TCATAAAGCT GAAAGGATTG CTGGGTTCAG AAAAGCTCTC TACTGAAGAC 
TTAACTCAGA CTTCAAATGC AAGGCTTCCA ATAGAGAAGG CCATTATTCT GCAGCTGGGG 
ACCCTGCTGA CTGCATGCCA TGAGTTAGTG CAGACTGCTC TGCCTGCTGG GAGTTGTACT 
GAAACCCTTC TGAAAGAGCT GGCAAAGATG TACACAATCC TCACGTCTGT TGTCAAATAT 
TACTTGCAGA TCTGCAGCAG TCATGGAGGC CAGATTTCTG CTCGGTTGGA GAAGCTGGTG 
AAGCTTTCGG GTTCTCATCT TACTCCACAG TGTTATGCCT TCATCACATA TGTACAGAAC 
ATCCACAGTG AAAGTCTAAG CCTTGCTGGA GAAAAGAAGA AGAAAAAGAA GGAAGAGGCA 
TCCACAGTCA CCACAGCGAA AATCCTTCGT GACACTAAGC CCATACCAAA CTTGATCTTT 
GCCATTGAAC AGTACGAGAA GTTTCTCATT CATCTCTCCA AGAAGTCCAA GGTAAACTTG 
ATGCAATACA TGAAGCTGAG CACCTCAAGG GATTTCAGGA TTAATGCAGC CACACTAGAT 
GCAGCTTTGC AAGAAAAAGG CTCTGAAGAT GAAGAGAATG AACCAGATAA TGAACAGACT 
GTAACAGAGG AACAAAGCCA GGAACCAAAA AAGAAGAGAC GGAGAAAATA A

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

RefSeq	XP_017947956.1
CDS	115..4065
Translation	MDQKILSLAAEDKNEGLQCCLQNLKETELLEIITKHAVKGKECGALLRGIFRGSPCSQDVAVQRRLTVYRHCIQLVESGDLQREVASEIMGLLMLEVHLFPGASLIELANLFVDAVKGGSLSNGKSLDLFPTVLSALSSKESLAYGKGELTGEEFKKQLINSLCSSRWDPQSVIFLTSMFRDVSLSVEELQFVVEKVLRMLSKLDLQEMPPLVYQLLLLSAKGSKKNIVEGIITIFNDLDQKQLIQQENSISLDLEDATIPQDQLCHVEGTIILHIVFAIKLDQELGRELLKYLKAGQQGDTSKILCPFSAALLLSVSRIHRFQEQVFDFLKSTILRVYKDHQFHQSSKILQDLVPQPACVSSILLKTVKNSVYGWDHVTQGLVELGFILMDSFGPKAAFGTKVVETISVNSRTPAQQACQLGSRILLEAFKVHEPIRSEILEQVLNRVITKAANPVTHFLDLLSDIVVSAPLILQNSSSKVTEAFDHLSFLPLTTVQGLLKAVQPLLKISMSMRDSLILVLRKAMFSSQIDARKSAVAGFLLLLRNFKVLGSLSSSQCSQAIGASQIQVDVHMRYNAAANEAFCLEILGSLRRCLSQQADVRLMLYELKRYYEPEPDLLPPLKLEGCITAQGDHIFLQEPLAHLLCCIHHCLHWYKSSLLQHRNPDDDDDDEDNDHTGCQQDLHDILESITRRMIKCDLEDFELDKSADFSLASGVGVKNNIYAVLVMGICEVLIEYNFIIANFSKSKFEDILGLFKCYSKLSDILKEKAAKGRQPGNNKMARSLISMTFVSTLLTALFRDSTRSHEESLSVLRANMDFMRYSVCVALQKIQQLEETGVTDGPDGQNSEKMFQSICEITRVLMWRYNSIPTAAENPGKKDKGKNISLLCLEGLLRVFNTIQQRYPSKIPQFFTALDALGEEDEEGAREINVTEKAAFQIKQFQRSLINQLSGGEDDFNSKEALLLVSILSTLSRLLAPSSPQFVQMLSWTVKICKETNIEDVQFCKGLMNLLFSLHAQFKSPVSVLRELCQDIHGHLGDIDQDIEVEKQSHFASVSLKTAAPTVTLLVLAQAAKVLEEVDWLIIKLKGLLGSEKLSTEDLTQTSNARLPIEKAIILQLGTLLTACHELVQTALPAGSCTETLLKELAKMYTILTSVVKYYLQICSSHGGQISARLEKLVKLSGSHLTPQCYAFITYVQNIHSESLSLAGEKKKKKKEEASTVTTAKILRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINAATLDAALQEKGSEDEENEPDNEQTVTEEQSQEPKKKRRRK

Target ORF information:

RefSeq Version	XM_018092467.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X5, mRNA.

Target ORF information:

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

XM_018092467.1

ORF Insert Sequence:

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGTTAAAG CGATATTATG AGCCTGAGCC TGATCTTTTG 
CCACCATTAA AGTTGGAGGG CTGCATTACT GCTCAAGGGG ATCATATCTT TTTGCAGGAA 
CCTCTGGCCC ACCTGTTGTG CTGTATTCAC CATTGTTTGC ATTGGTATAA AAGCAGTTTA 
CTGCAGCATA GAAATCCTGA TGATGATGAT GATGATGAAG ACAATGACCA TACAGGATGT 
CAGCAGGATC TTCATGATAT ACTGGAATCC ATCACTCGAA GAATGATTAA ATGTGACCTG 
GAGGACTTTG AATTAGACAA ATCTGCAGAC TTTTCTTTGG CATCTGGTGT CGGAGTCAAA 
AATAACATAT ATGCTGTTTT GGTAATGGGG ATTTGTGAGG TCTTAATAGA ATACAACTTT 
ATCATAGCAA ATTTCAGCAA GAGTAAATTT GAGGATATTT TGGGCCTGTT TAAATGCTAC 
AGCAAGCTCT CTGATATCTT AAAGGAGAAA GCTGCAAAAG GCAGACAGCC TGGGAACAAT 
AAAATGGCCA GAAGCCTAAT TTCAATGACT TTTGTGTCTA CACTCTTAAC TGCTTTATTC 
AGAGACAGCA CACGATCACA CGAGGAGAGT CTTTCTGTTC TTCGAGCCAA CATGGATTTC 
ATGCGCTATT CTGTGTGTGT TGCCCTTCAA AAAATTCAGC AACTTGAAGA AACTGGTGTC 
ACAGATGGAC CTGATGGGCA GAACAGTGAG AAAATGTTCC AAAGCATATG TGAAATAACA 
AGAGTACTTA TGTGGAGATA CAACTCAATT CCAACTGCAG CTGAGAATCC TGGGAAAAAG 
GACAAAGGCA AAAACATTTC CTTACTGTGC CTGGAGGGAT TGCTGAGAGT ATTTAACACC 
ATTCAGCAAC GATATCCATC AAAAATCCCA CAGTTTTTTA CAGCTTTGGA TGCTCTAGGC 
GAAGAGGATG AAGAAGGTGC AAGAGAAATC AATGTGACAG AGAAGGCGGC TTTTCAGATT 
AAACAGTTTC AAAGATCTCT AATTAACCAG CTCAGTGGTG GAGAGGATGA CTTTAACAGC 
AAAGAAGCTC TACTGTTAGT CAGCATCCTG TCTACACTAT CCAGGTTACT GGCCCCCTCT 
TCTCCACAGT TTGTGCAAAT GCTGTCTTGG ACTGTTAAAA TCTGCAAAGA GACAAATATT 
GAGGATGTCC AGTTTTGCAA GGGCCTAATG AACCTTCTCT TTAGCCTCCA TGCTCAGTTC 
AAGAGCCCAG TAAGCGTGCT CAGAGAACTG TGCCAAGACA TCCATGGGCA CCTGGGTGAT 
ATTGATCAGG ATATTGAAGT GGAGAAGCAG TCTCATTTTG CTTCTGTAAG TCTCAAGACT 
GCGGCCCCTA CTGTTACTTT GTTGGTTCTG GCTCAAGCTG CAAAGGTCCT GGAAGAGGTG 
GACTGGCTGA TCATAAAGCT GAAAGGATTG CTGGGTTCAG AAAAGCTCTC TACTGAAGAC 
TTAACTCAGA CTTCAAATGC AAGGCTTCCA ATAGAGAAGG CCATTATTCT GCAGCTGGGG 
ACCCTGCTGA CTGCATGCCA TGAGTTAGTG CAGACTGCTC TGCCTGCTGG GAGTTGTACT 
GAAACCCTTC TGAAAGAGCT GGCAAAGATG TACACAATCC TCACGTCTGT TGTCAAATAT 
TACTTGCAGA TCTGCAGCAG TCATGGAGGC CAGATTTCTG CTCGGTTGGA GAAGCTGGTG 
AAGCTTTCGG GTTCTCATCT TACTCCACAG TGTTATGCCT TCATCACATA TGTACAGAAC 
ATCCACAGTG AAAGTCTAAG CCTTGCTGGA GAAAAGAAGA AGAAAAAGAA GGAAGAGGCA 
TCCACAGTCA CCACAGCGAA AATCCTTCGT GACACTAAGC CCATACCAAA CTTGATCTTT 
GCCATTGAAC AGTACGAGAA GTTTCTCATT CATCTCTCCA AGAAGTCCAA GGTAAACTTG 
ATGCAATACA TGAAGCTGAG CACCTCAAGG GATTTCAGGA TTAATGCAGC CACACTAGAT 
GCAGCTTTGC AAGAAAAAGG CTCTGAAGAT GAAGAGAATG AACCAGATAA TGAACAGACT 
GTAACAGAGG AACAAAGCCA GGAACCAAAA AAGAAGAGAC GGAGAAAATA A

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

polg ( XM_012959553.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815007.2 Xenopus tropicalis FA complementation group I (fanci), transcript variant X2, mRNA.

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CloneID	OXa55186
Clone ID Related Accession (Same CDS sequence)	XM_012959553.3 , XM_012959552.3
Accession Version	XM_012959553.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	Fanconi anemia group I protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959553.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAATTC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACGATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

RefSeq	XP_012815007.2
CDS	118..4137
Translation	MDQKILSLAAEDKNEGLQCCLQNLKETELLEIITKHAVKGKECGALLRGIFRGSPCSQDVAVQRRLTVYRHCIQLVESGDLQREVASEIMGLLMLEVHLFPGASLIELANLFVDAVKGGSLSNGKSLDLFPTVLSALSSKESLAYGKGELTGEEFKKQLINSLCSSRWDPQSVIFLTSMFRDVSLSVEELQFVVEKVLRMLSKLDLQEMPPLVYQLLLLSAKGSKKNIVEGIITIFNDLDQKQLIQQENSISLDLEDATIPQDQLCHVEGTIILHIVFAIKLDQELGRELLKYLKAGQQGDTSKILCPFSAALLLSVSRIHRFQEQVFDFLKSTILRVYKDHQFHQSSKFLQDLVPQPACVSSILLKTVKNSVYGWDHVTQGLVELGFILMDSFGPKAAFGTKVVETISVNSRTPAQQACQLGSRILLEAFKVHEPIRSEILEQVLNRVITKAANPVTHFLDLLSDIVVSAPLILQNSSSKVTEAFDHLSFLPLTTVQGLLKAVQPLLKISMSMRDSLILVLRKAMFSSQIDARKSAVAGFLLLLRNFKVLGSLSSSQCSQAIGASQIQVDVHMRYNAAANEAFCLEILGSLRRCLSQQADVRLMLYEGFYDVLRRNSQLASSVMQTLLSQLKRYYEPEPDLLPPLKLEGCITAQGDHIFLQEPLAHLLCCIHHCLHWYKSSLLQHRNPDDDDDDEDNDHTGCQQDLHDILESITRRMIKCDLEDFELDKSADFSLASGVGVKNNIYAVLVMGICEVLIEYNFIIANFSKSKFEDILGLFKCYSKLSDILKEKAAKGRQPGNNKMARSLISMTFVSTLLTALFRDSTRSHEESLSVLRANMDFMRYSVCVALQKIQQLEETGVTDGPDGQNSEKMFQSICEITRVLMWRYNSIPTAAENPGKKDKGKNISLLCLEGLLRVFNTIQQRYPSKIPQFFTALDALGEEDEEGAREINVTEKAAFQIKQFQRSLINQLSGGEDDFNSKEALLLVSILSTLSRLLAPSSPQFVQMLSWTVKICKETNIEDVQFCKGLMNLLFSLHAQFKSPVSVLRELCQDIHGHLGDIDQDIEVEKQSHFASVSLKTAAPTVTLLVLAQAAKVLEEVDWLIIKLKGLLGSEKLSTEDLTQTSNARLPIEKAIILQLGTLLTACHELVQTALPAGSCTETLLKELAKMYTILTSVVKYYLQICSSHGGQISARLEKLVKLSGSHLTPQCYAFITYVQNIHSESLSLAGEKKKKKKEEASTVTTAKILRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINAATLDAALQEKGSEDEENEPDNEQTVTEEQSQEPKKKRRRK

Target ORF information:

RefSeq Version	XM_012959553.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis FA complementation group I (fanci), transcript variant X2, mRNA.

Target ORF information:

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

XM_012959553.3

ORF Insert Sequence:

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAATTC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACGATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

polg ( XM_012959552.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815006.2 Xenopus tropicalis FA complementation group I (fanci), transcript variant X1, mRNA.

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CloneID	OXa55186
Clone ID Related Accession (Same CDS sequence)	XM_012959553.3 , XM_012959552.3
Accession Version	XM_012959552.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	Fanconi anemia group I protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959552.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAATTC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACGATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

RefSeq	XP_012815006.2
CDS	114..4133
Translation	MDQKILSLAAEDKNEGLQCCLQNLKETELLEIITKHAVKGKECGALLRGIFRGSPCSQDVAVQRRLTVYRHCIQLVESGDLQREVASEIMGLLMLEVHLFPGASLIELANLFVDAVKGGSLSNGKSLDLFPTVLSALSSKESLAYGKGELTGEEFKKQLINSLCSSRWDPQSVIFLTSMFRDVSLSVEELQFVVEKVLRMLSKLDLQEMPPLVYQLLLLSAKGSKKNIVEGIITIFNDLDQKQLIQQENSISLDLEDATIPQDQLCHVEGTIILHIVFAIKLDQELGRELLKYLKAGQQGDTSKILCPFSAALLLSVSRIHRFQEQVFDFLKSTILRVYKDHQFHQSSKFLQDLVPQPACVSSILLKTVKNSVYGWDHVTQGLVELGFILMDSFGPKAAFGTKVVETISVNSRTPAQQACQLGSRILLEAFKVHEPIRSEILEQVLNRVITKAANPVTHFLDLLSDIVVSAPLILQNSSSKVTEAFDHLSFLPLTTVQGLLKAVQPLLKISMSMRDSLILVLRKAMFSSQIDARKSAVAGFLLLLRNFKVLGSLSSSQCSQAIGASQIQVDVHMRYNAAANEAFCLEILGSLRRCLSQQADVRLMLYEGFYDVLRRNSQLASSVMQTLLSQLKRYYEPEPDLLPPLKLEGCITAQGDHIFLQEPLAHLLCCIHHCLHWYKSSLLQHRNPDDDDDDEDNDHTGCQQDLHDILESITRRMIKCDLEDFELDKSADFSLASGVGVKNNIYAVLVMGICEVLIEYNFIIANFSKSKFEDILGLFKCYSKLSDILKEKAAKGRQPGNNKMARSLISMTFVSTLLTALFRDSTRSHEESLSVLRANMDFMRYSVCVALQKIQQLEETGVTDGPDGQNSEKMFQSICEITRVLMWRYNSIPTAAENPGKKDKGKNISLLCLEGLLRVFNTIQQRYPSKIPQFFTALDALGEEDEEGAREINVTEKAAFQIKQFQRSLINQLSGGEDDFNSKEALLLVSILSTLSRLLAPSSPQFVQMLSWTVKICKETNIEDVQFCKGLMNLLFSLHAQFKSPVSVLRELCQDIHGHLGDIDQDIEVEKQSHFASVSLKTAAPTVTLLVLAQAAKVLEEVDWLIIKLKGLLGSEKLSTEDLTQTSNARLPIEKAIILQLGTLLTACHELVQTALPAGSCTETLLKELAKMYTILTSVVKYYLQICSSHGGQISARLEKLVKLSGSHLTPQCYAFITYVQNIHSESLSLAGEKKKKKKEEASTVTTAKILRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINAATLDAALQEKGSEDEENEPDNEQTVTEEQSQEPKKKRRRK

Target ORF information:

RefSeq Version	XM_012959552.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis FA complementation group I (fanci), transcript variant X1, mRNA.

Target ORF information:

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

XM_012959552.3

ORF Insert Sequence:

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAATTC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACGATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

polg ( XM_012959553.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815007.1 Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa07282
Clone ID Related Accession (Same CDS sequence)	XM_012959553.2 , XM_012959554.2 , XM_012959552.2
Accession Version	XM_012959553.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	Fanconi anemia group I protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959553.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 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##

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

RefSeq	XP_012815007.1
CDS	118..4137
Translation	MDQKILSLAAEDKNEGLQCCLQNLKETELLEIITKHAVKGKECGALLRGIFRGSPCSQDVAVQRRLTVYRHCIQLVESGDLQREVASEIMGLLMLEVHLFPGASLIELANLFVDAVKGGSLSNGKSLDLFPTVLSALSSKESLAYGKGELTGEEFKKQLINSLCSSRWDPQSVIFLTSMFRDVSLSVEELQFVVEKVLRMLSKLDLQEMPPLVYQLLLLSAKGSKKNIVEGIITIFNDLDQKQLIQQENSISLDLEDATIPQDQLCHVEGTIILHIVFAIKLDQELGRELLKYLKAGQQGDTSKILCPFSAALLLSVSRIHRFQEQVFDFLKSTILRVYKDHQFHQSSKILQDLVPQPACVSSILLKTVKNSVYGWDHVTQGLVELGFILMDSFGPKAAFGTKVVETISVNSRTPAQQACQLGSRILLEAFKVHEPIRSEILEQVLNRVITKAANPVTHFLDLLSDIVVSAPLILQNSSSKVTEAFDHLSFLPLTTVQGLLKAVQPLLKISMSMRDSLILVLRKAMFSSQIDARKSAVAGFLLLLRNFKVLGSLSSSQCSQAIGASQIQVDVHMRYNAAANEAFCLEILGSLRRCLSQQADVRLMLYEGFYDVLRRNSQLASSVMQTLLSQLKRYYEPEPDLLPPLKLEGCITAQGDHIFLQEPLAHLLCCIHHCLHWYKSSLLQHRNPDDDDDDEDNDHTGCQQDLHDILESITRRMIKCDLEDFELDKSADFSLASGVGVKNNIYAVLVMGICEVLIEYNFIIANFSKSKFEDILGLFKCYSKLSDILKEKAAKGRQPGNNKMARSLISMTFVSTLLTALFRDSTRSHEESLSVLRANMDFMRYSVCVALQKIQQLEETGVTDGPDGQNSEKMFQSICEITRVLMWRYNSIPTAAENPGKKDKGKNISLLCLEGLLRVFNTIQQRYPSKIPQFFTALDALGEEDEEGAREINVTEKAAFQIKQFQRSLINQLSGGEDDFNSKEALLLVSILSTLSRLLAPSSPQFVQMLSWTVKICKETNIEDVQFCKGLMNLLFSLHAQFKSPVSVLRELCQDIHGHLGDIDQDIEVEKQSHFASVSLKTAAPTVTLLVLAQAAKVLEEVDWLIIKLKGLLGSEKLSTEDLTQTSNARLPIEKAIILQLGTLLTACHELVQTALPAGSCTETLLKELAKMYTILTSVVKYYLQICSSHGGQISARLEKLVKLSGSHLTPQCYAFITYVQNIHSESLSLAGEKKKKKKEEASTVTTAKILRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINAATLDAALQEKGSEDEENEPDNEQTVTEEQSQEPKKKRRRK

Target ORF information:

RefSeq Version	XM_012959553.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X2, mRNA.

Target ORF information:

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

XM_012959553.2

ORF Insert Sequence:

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

polg ( XM_012959554.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815008.1 Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X3, mRNA.

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CloneID	OXa07282
Clone ID Related Accession (Same CDS sequence)	XM_012959553.2 , XM_012959554.2 , XM_012959552.2
Accession Version	XM_012959554.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	Fanconi anemia group I protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959554.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 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##

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

RefSeq	XP_012815008.1
CDS	283..4302
Translation	MDQKILSLAAEDKNEGLQCCLQNLKETELLEIITKHAVKGKECGALLRGIFRGSPCSQDVAVQRRLTVYRHCIQLVESGDLQREVASEIMGLLMLEVHLFPGASLIELANLFVDAVKGGSLSNGKSLDLFPTVLSALSSKESLAYGKGELTGEEFKKQLINSLCSSRWDPQSVIFLTSMFRDVSLSVEELQFVVEKVLRMLSKLDLQEMPPLVYQLLLLSAKGSKKNIVEGIITIFNDLDQKQLIQQENSISLDLEDATIPQDQLCHVEGTIILHIVFAIKLDQELGRELLKYLKAGQQGDTSKILCPFSAALLLSVSRIHRFQEQVFDFLKSTILRVYKDHQFHQSSKILQDLVPQPACVSSILLKTVKNSVYGWDHVTQGLVELGFILMDSFGPKAAFGTKVVETISVNSRTPAQQACQLGSRILLEAFKVHEPIRSEILEQVLNRVITKAANPVTHFLDLLSDIVVSAPLILQNSSSKVTEAFDHLSFLPLTTVQGLLKAVQPLLKISMSMRDSLILVLRKAMFSSQIDARKSAVAGFLLLLRNFKVLGSLSSSQCSQAIGASQIQVDVHMRYNAAANEAFCLEILGSLRRCLSQQADVRLMLYEGFYDVLRRNSQLASSVMQTLLSQLKRYYEPEPDLLPPLKLEGCITAQGDHIFLQEPLAHLLCCIHHCLHWYKSSLLQHRNPDDDDDDEDNDHTGCQQDLHDILESITRRMIKCDLEDFELDKSADFSLASGVGVKNNIYAVLVMGICEVLIEYNFIIANFSKSKFEDILGLFKCYSKLSDILKEKAAKGRQPGNNKMARSLISMTFVSTLLTALFRDSTRSHEESLSVLRANMDFMRYSVCVALQKIQQLEETGVTDGPDGQNSEKMFQSICEITRVLMWRYNSIPTAAENPGKKDKGKNISLLCLEGLLRVFNTIQQRYPSKIPQFFTALDALGEEDEEGAREINVTEKAAFQIKQFQRSLINQLSGGEDDFNSKEALLLVSILSTLSRLLAPSSPQFVQMLSWTVKICKETNIEDVQFCKGLMNLLFSLHAQFKSPVSVLRELCQDIHGHLGDIDQDIEVEKQSHFASVSLKTAAPTVTLLVLAQAAKVLEEVDWLIIKLKGLLGSEKLSTEDLTQTSNARLPIEKAIILQLGTLLTACHELVQTALPAGSCTETLLKELAKMYTILTSVVKYYLQICSSHGGQISARLEKLVKLSGSHLTPQCYAFITYVQNIHSESLSLAGEKKKKKKEEASTVTTAKILRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINAATLDAALQEKGSEDEENEPDNEQTVTEEQSQEPKKKRRRK

Target ORF information:

RefSeq Version	XM_012959554.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X3, mRNA.

Target ORF information:

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

XM_012959554.2

ORF Insert Sequence:

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

polg ( XM_012959552.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815006.1 Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X1, mRNA.

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CloneID	OXa07282
Clone ID Related Accession (Same CDS sequence)	XM_012959553.2 , XM_012959554.2 , XM_012959552.2
Accession Version	XM_012959552.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	Fanconi anemia group I protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959552.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 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##

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

RefSeq	XP_012815006.1
CDS	115..4134
Translation	MDQKILSLAAEDKNEGLQCCLQNLKETELLEIITKHAVKGKECGALLRGIFRGSPCSQDVAVQRRLTVYRHCIQLVESGDLQREVASEIMGLLMLEVHLFPGASLIELANLFVDAVKGGSLSNGKSLDLFPTVLSALSSKESLAYGKGELTGEEFKKQLINSLCSSRWDPQSVIFLTSMFRDVSLSVEELQFVVEKVLRMLSKLDLQEMPPLVYQLLLLSAKGSKKNIVEGIITIFNDLDQKQLIQQENSISLDLEDATIPQDQLCHVEGTIILHIVFAIKLDQELGRELLKYLKAGQQGDTSKILCPFSAALLLSVSRIHRFQEQVFDFLKSTILRVYKDHQFHQSSKILQDLVPQPACVSSILLKTVKNSVYGWDHVTQGLVELGFILMDSFGPKAAFGTKVVETISVNSRTPAQQACQLGSRILLEAFKVHEPIRSEILEQVLNRVITKAANPVTHFLDLLSDIVVSAPLILQNSSSKVTEAFDHLSFLPLTTVQGLLKAVQPLLKISMSMRDSLILVLRKAMFSSQIDARKSAVAGFLLLLRNFKVLGSLSSSQCSQAIGASQIQVDVHMRYNAAANEAFCLEILGSLRRCLSQQADVRLMLYEGFYDVLRRNSQLASSVMQTLLSQLKRYYEPEPDLLPPLKLEGCITAQGDHIFLQEPLAHLLCCIHHCLHWYKSSLLQHRNPDDDDDDEDNDHTGCQQDLHDILESITRRMIKCDLEDFELDKSADFSLASGVGVKNNIYAVLVMGICEVLIEYNFIIANFSKSKFEDILGLFKCYSKLSDILKEKAAKGRQPGNNKMARSLISMTFVSTLLTALFRDSTRSHEESLSVLRANMDFMRYSVCVALQKIQQLEETGVTDGPDGQNSEKMFQSICEITRVLMWRYNSIPTAAENPGKKDKGKNISLLCLEGLLRVFNTIQQRYPSKIPQFFTALDALGEEDEEGAREINVTEKAAFQIKQFQRSLINQLSGGEDDFNSKEALLLVSILSTLSRLLAPSSPQFVQMLSWTVKICKETNIEDVQFCKGLMNLLFSLHAQFKSPVSVLRELCQDIHGHLGDIDQDIEVEKQSHFASVSLKTAAPTVTLLVLAQAAKVLEEVDWLIIKLKGLLGSEKLSTEDLTQTSNARLPIEKAIILQLGTLLTACHELVQTALPAGSCTETLLKELAKMYTILTSVVKYYLQICSSHGGQISARLEKLVKLSGSHLTPQCYAFITYVQNIHSESLSLAGEKKKKKKEEASTVTTAKILRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINAATLDAALQEKGSEDEENEPDNEQTVTEEQSQEPKKKRRRK

Target ORF information:

RefSeq Version	XM_012959552.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis polymerase (DNA directed), gamma (polg), transcript variant X1, mRNA.

Target ORF information:

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

XM_012959552.2

ORF Insert Sequence:

ATGGACCAAA AAATTCTGTC TTTGGCTGCT GAAGATAAAA ATGAAGGGCT CCAGTGTTGT 
CTTCAAAACC TAAAAGAAAC AGAGCTTTTA GAAATCATAA CAAAGCATGC AGTCAAGGGA 
AAAGAGTGTG GGGCGTTACT ACGAGGCATC TTTAGAGGGT CTCCTTGTTC TCAAGATGTA 
GCAGTTCAGC GCAGGCTTAC GGTTTACAGA CACTGCATAC AGCTTGTTGA GTCTGGGGAT 
TTGCAAAGAG AGGTTGCATC TGAGATTATG GGTTTATTAA TGCTGGAGGT CCATCTATTT 
CCAGGTGCTT CACTCATTGA ACTGGCTAAT TTGTTTGTGG ATGCTGTTAA AGGTGGCAGT 
CTGTCCAATG GAAAATCTCT AGATTTATTT CCCACAGTAC TATCTGCGCT TTCCTCAAAG 
GAAAGCTTGG CATACGGAAA AGGGGAACTT ACTGGAGAGG AATTTAAGAA ACAACTTATT 
AATAGTCTTT GTTCTAGCAG ATGGGATCCA CAGAGTGTGA TTTTTCTTAC TTCAATGTTT 
AGGGATGTTT CTTTGAGTGT TGAAGAGCTG CAGTTTGTAG TAGAAAAGGT TTTACGGATG 
CTTTCTAAGT TAGACCTCCA GGAAATGCCT CCATTAGTTT ACCAACTTCT ACTTCTTTCT 
GCTAAGGGGA GTAAAAAGAA TATTGTGGAA GGAATCATCA CTATATTCAA TGATCTTGAT 
CAGAAGCAGT TAATACAGCA AGAGAACTCT ATATCTTTAG ACTTGGAAGA TGCAACCATC 
CCACAAGACC AGCTGTGCCA TGTGGAGGGC ACTATCATTT TACACATCGT CTTTGCAATC 
AAGTTAGACC AGGAATTAGG AAGAGAGCTT CTGAAATATC TGAAGGCTGG CCAACAAGGG 
GACACAAGTA AGATCCTTTG CCCTTTCAGT GCTGCCCTCT TGTTATCAGT ATCAAGGATA 
CATAGATTCC AAGAACAGGT ATTTGATTTT CTAAAATCTA CTATACTCAG AGTTTATAAA 
GACCATCAGT TTCATCAAAG TTCAAAAATC CTTCAGGACT TAGTACCTCA GCCTGCATGT 
GTATCTTCAA TTCTTCTGAA AACTGTTAAA AACAGTGTTT ATGGATGGGA TCATGTCACG 
CAAGGGCTTG TAGAACTTGG TTTTATTTTA ATGGATTCGT TTGGACCCAA AGCAGCCTTT 
GGAACTAAAG TGGTTGAGAC AATTTCAGTG AATTCCAGGA CACCTGCCCA GCAAGCTTGT 
CAACTTGGAT CTAGGATCTT GCTGGAAGCT TTTAAGGTCC ATGAGCCTAT CAGAAGTGAA 
ATTCTGGAGC AGGTCTTAAA TCGTGTTATT ACAAAAGCTG CCAATCCAGT TACTCACTTT 
TTAGATCTGT TATCAGATAT TGTGGTTTCT GCTCCACTCA TCCTTCAAAA TTCATCATCT 
AAAGTTACTG AAGCATTTGA CCACTTGTCC TTCCTGCCTC TTACAACTGT TCAGGGTCTT 
CTGAAAGCTG TGCAGCCACT TCTTAAAATC AGTATGTCTA TGAGGGATTC TCTTATTCTT 
GTTTTAAGAA AAGCCATGTT CTCCAGTCAA ATAGATGCAC GAAAGTCTGC CGTTGCTGGG 
TTTCTTCTCC TCCTGAGAAA CTTTAAAGTC TTAGGAAGTC TGTCCTCGTC TCAGTGCAGC 
CAAGCTATTG GTGCCAGCCA GATCCAGGTG GATGTCCATA TGCGTTACAA TGCTGCAGCA 
AATGAGGCCT TTTGTCTGGA AATCCTTGGC AGTCTGAGGA GGTGCTTAAG CCAGCAAGCT 
GATGTCAGGC TCATGCTTTA TGAGGGTTTC TATGATGTCC TTCGGCGCAA TTCCCAGCTT 
GCCAGTTCTG TCATGCAGAC TTTGTTGTCT CAGTTAAAGC GATATTATGA GCCTGAGCCT 
GATCTTTTGC CACCATTAAA GTTGGAGGGC TGCATTACTG CTCAAGGGGA TCATATCTTT 
TTGCAGGAAC CTCTGGCCCA CCTGTTGTGC TGTATTCACC ATTGTTTGCA TTGGTATAAA 
AGCAGTTTAC TGCAGCATAG AAATCCTGAT GATGATGATG ATGATGAAGA CAATGACCAT 
ACAGGATGTC AGCAGGATCT TCATGATATA CTGGAATCCA TCACTCGAAG AATGATTAAA 
TGTGACCTGG AGGACTTTGA ATTAGACAAA TCTGCAGACT TTTCTTTGGC ATCTGGTGTC 
GGAGTCAAAA ATAACATATA TGCTGTTTTG GTAATGGGGA TTTGTGAGGT CTTAATAGAA 
TACAACTTTA TCATAGCAAA TTTCAGCAAG AGTAAATTTG AGGATATTTT GGGCCTGTTT 
AAATGCTACA GCAAGCTCTC TGATATCTTA AAGGAGAAAG CTGCAAAAGG CAGACAGCCT 
GGGAACAATA AAATGGCCAG AAGCCTAATT TCAATGACTT TTGTGTCTAC ACTCTTAACT 
GCTTTATTCA GAGACAGCAC ACGATCACAC GAGGAGAGTC TTTCTGTTCT TCGAGCCAAC 
ATGGATTTCA TGCGCTATTC TGTGTGTGTT GCCCTTCAAA AAATTCAGCA ACTTGAAGAA 
ACTGGTGTCA CAGATGGACC TGATGGGCAG AACAGTGAGA AAATGTTCCA AAGCATATGT 
GAAATAACAA GAGTACTTAT GTGGAGATAC AACTCAATTC CAACTGCAGC TGAGAATCCT 
GGGAAAAAGG ACAAAGGCAA AAACATTTCC TTACTGTGCC TGGAGGGATT GCTGAGAGTA 
TTTAACACCA TTCAGCAACG ATATCCATCA AAAATCCCAC AGTTTTTTAC AGCTTTGGAT 
GCTCTAGGCG AAGAGGATGA AGAAGGTGCA AGAGAAATCA ATGTGACAGA GAAGGCGGCT 
TTTCAGATTA AACAGTTTCA AAGATCTCTA ATTAACCAGC TCAGTGGTGG AGAGGATGAC 
TTTAACAGCA AAGAAGCTCT ACTGTTAGTC AGCATCCTGT CTACACTATC CAGGTTACTG 
GCCCCCTCTT CTCCACAGTT TGTGCAAATG CTGTCTTGGA CTGTTAAAAT CTGCAAAGAG 
ACAAATATTG AGGATGTCCA GTTTTGCAAG GGCCTAATGA ACCTTCTCTT TAGCCTCCAT 
GCTCAGTTCA AGAGCCCAGT AAGCGTGCTC AGAGAACTGT GCCAAGACAT CCATGGGCAC 
CTGGGTGATA TTGATCAGGA TATTGAAGTG GAGAAGCAGT CTCATTTTGC TTCTGTAAGT 
CTCAAGACTG CGGCCCCTAC TGTTACTTTG TTGGTTCTGG CTCAAGCTGC AAAGGTCCTG 
GAAGAGGTGG ACTGGCTGAT CATAAAGCTG AAAGGATTGC TGGGTTCAGA AAAGCTCTCT 
ACTGAAGACT TAACTCAGAC TTCAAATGCA AGGCTTCCAA TAGAGAAGGC CATTATTCTG 
CAGCTGGGGA CCCTGCTGAC TGCATGCCAT GAGTTAGTGC AGACTGCTCT GCCTGCTGGG 
AGTTGTACTG AAACCCTTCT GAAAGAGCTG GCAAAGATGT ACACAATCCT CACGTCTGTT 
GTCAAATATT ACTTGCAGAT CTGCAGCAGT CATGGAGGCC AGATTTCTGC TCGGTTGGAG 
AAGCTGGTGA AGCTTTCGGG TTCTCATCTT ACTCCACAGT GTTATGCCTT CATCACATAT 
GTACAGAACA TCCACAGTGA AAGTCTAAGC CTTGCTGGAG AAAAGAAGAA GAAAAAGAAG 
GAAGAGGCAT CCACAGTCAC CACAGCGAAA ATCCTTCGTG ACACTAAGCC CATACCAAAC 
TTGATCTTTG CCATTGAACA GTACGAGAAG TTTCTCATTC ATCTCTCCAA GAAGTCCAAG 
GTAAACTTGA TGCAATACAT GAAGCTGAGC ACCTCAAGGG ATTTCAGGAT TAATGCAGCC 
ACACTAGATG CAGCTTTGCA AGAAAAAGGC TCTGAAGATG AAGAGAATGA ACCAGATAAT 
GAACAGACTG TAACAGAGGA ACAAAGCCAG GAACCAAAAA AGAAGAGACG GAGAAAATAA

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

PubMed

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polg cDNA ORF clone, Xenopus tropicalis(tropical 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:

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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