tarbp1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	tarbp1
Entrez Gene ID	100493389
Full Name	TAR (HIV-1) RNA binding protein 1
General protein information	Preferred Names TAR (HIV-1) RNA binding protein 1 Names probable methyltransferase TARBP1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018094263.2	XP_017949752.2	probable methyltransferase TARBP1 isoform X3
XM_018094263.1	XP_017949752.1	probable methyltransferase TARBP1 isoform X3
XM_012963714.3	XP_012819168.2	probable methyltransferase TARBP1 isoform X1
XM_002935829.4	XP_002935875.2	probable methyltransferase TARBP1 isoform X2
XM_002935829.5	XP_002935875.3	probable methyltransferase TARBP1 isoform X2
XM_012963714.2	XP_012819168.1	probable methyltransferase TARBP1 isoform X1

Pathways from BioSystems

Homologies

	TARBP1	XP_001102931.1
Canis lupus familiaris (dog)	TARBP1	XP_005618906.1
Bos taurus (cattle)	TARBP1	XP_002698855.3
Danio rerio (zebrafish)	si:dkey-85a20.4	XP_001921874.4
Homo sapiens (human)	TARBP1	NP_005637.3
Pan troglodytes (chimpanzee)	TARBP1	XP_514281.2
Mus musculus (house mouse)	Gm17296	NP_001153379.1
Xenopus tropicalis (tropical clawed frog)	tarbp1	XP_002935875.2
Rattus norvegicus (Norway rat)	LOC679346	XP_006255904.1
Gallus gallus (chicken)	TARBP1	XP_419559.4

Gene Ontology

The following tarbp1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tarbp1 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)
OXa44673	XM_018094263.1 Latest version!	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OXa58322	XM_018094263.2 Latest version!	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa58320	XM_012963714.3 Latest version!	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa58321	XM_002935829.5 Latest version!	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa10602	XM_002935829.4 Latest version!	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa35653	XM_012963714.2 Latest version!	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00

ORF Online Only Promotion

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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)

tarbp1 ( XM_018094263.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017949752.1 Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa44673
Clone ID Related Accession (Same CDS sequence)	XM_018094263.1
Accession Version	XM_018094263.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4053bp) 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	probable methyltransferase TARBP1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) 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##

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCCGAT 
CATTTGGAGA GTGGTGTAGT AAAAGTACAA GGGGAATGCA CATCACCTAG GCATAAAGAA 
ATGACTGTGG AAGAATCTAT AGAGGTTCTG GGAGCTGTGG TACCGATACT GCAGAAGAAC 
AGTGTCTCAG GGTGCAGTAA TGAATTAGAT CAAATAGTAA ACGCAACAGT GTATGCACTT 
AAAGAAGGAA CAGATGAAAC GGCAAACTTA ATATGTGGAA GATTACTACC CAGCCTTGGG 
TCAGACAGGA GAAGTTTAAA CTTGCTTTGG GACTTACTTA TGGTGAATAA TGACAAAATC 
AAAGGAGATG ATGGCATTTG CTTAAGTCGC AGGTTGTTGG TATTAAGCAC CTTATCAGAT 
CATCTTTTCG TTACTGAGGC TAAAGACAGA CCCCTTAAAT CTTGGTGCTG CAGTAGCTTT 
TGGACATTGG TGCAGGGCTG CTTGTGTAGT CCTGACAGCC TGACAAGAAA AAGAGCTGTG 
TACCTGTTAA AAAGAGCAAT CGACTGGTGT CAGGAGACAG GGGAGGAAAT GGCATGTAGC 
ATTGATTGCT GTAGAGATGG AGATCCTGCA TTGTTCTTTT GGTCCACCTG GAAAAATGAA 
GCAATTGTGC TGTTTTGGGA AAATTATTTG TTAATTGTGG AAACACTAGA AGGAAATCAG 
ATACATGTTA TCAAACCAGT TTTGCCAAAA TTAAATATGA TACTTGAATC ATCAGTTTCA 
GAAAACAAAG ATTCTTGGCT GTTTCACCCC TCTTGGCATC TTTGCATTTA TAAGCGTATG 
TTTGAGAGTG AGAACAAAAC ATTGGCAAAG GAAGGAGTTC TCCACTTCTT AGATATGTAT 
AATTCTAAAT CCCTACCTGA GTCACCATCA TGCTCTGAGT TTATTATTGG ACCCCTTATG 
GATGCTATGT CAGAAAGCTC TATGTACAGC AGGTCTTCTG ACCAGTTAAT TGGTGACTGC 
CCTATCCTGG CAACAAAGTT TCAGAAGTTT TTGGCTAAAT TTGTGTCCTC ACTTCATCAA 
GGAAACAGAG GACTGTTCCT GCTGAAGTTT ATCAAGAAGA TGACTAGTAG GCACTGGTGT 
GCTATTCCCA TACTGTTCAT GGCTAAGGCA CTGGCTGATA TTCCAGAAAA AAAAATATGG 
GGTGTGGATG GACTTTTATT GCTGAGGGAG GTGCTGCAGT GTACTATGAC TACACATCAA 
GTTCTGCTTC GTGGAGCTGC ACAATGTTTT TTTCTTCAAG CTGCAATTAA ATTAACTGAC 
GCAGAAAAAG TTACACTTTC TGATGTATCA AGTTTTCTCA TTTCTCTTCG CGCAGATGAA 
TCTTTAGACA GGGGAAGTAA GCTCTGGAAA GAGGTGTGTA TTTGGTTTAA AGAGAACGAT 
GCCATCTTCA AAAAAGATTC AGTCTATGAA TTTACAGGAA GCCAACAAAT TTCATCTTTG 
AGCATGTACA CAAAATATTT AGTTGAAGAT TACCTAACTG TTCCTGCTTC AAAAGGTGAA 
GATGAACTCA TGCCAGACTG GTATGAATCG AGGCTTGTTG CCACCATGGT ACTTTTGGCT 
GCTGATGTAG ATTCCTCAAA AGTAGACATT GCTTTATCAG AAACAGCTGA CTTGAATTTT 
ATGTTGACTC CTCTTCTGAC ATGTCTGTCC AAACTCAGTA CAAATGCATA TATGCCAATT 
CTAAAGACAG ACAAGATCTT ACAGTTGCTC TTAAAACTTC TGCAGACGTG TTCATCAAAA 
TCAGCTCAAA CTAAAACAGA TGGGCTATTG ACTGTTATCT GGAATGTAAT TACAACTACT 
GCAACAAACA TTTTTGAGTT CATTGTAAGA AGGTTAAGTG GTGAGCTGAA AACGATTGCA 
GATCTAGATC GCTGTGATTT GTATCTTGCT GTACTTTCCG AGTTTGTAAA CTTATCTTTA 
AAATTTGGCT GGAAAAAAAG TTTTTCAATA TGGAAGTTTA TATATTATTT AACAACTGCT 
TCAGCTGAAA CCTTGCAGCA ATTGAGCAAG AAGGATGAAA ATTTTGGAGA GCAAATCCAA 
AAAGTAGTCA GCATGGCCTG CCTGGCTTCA GTGTGTGGCA TCGCTTCTTA TTCTTGCCAG 
TTTCAAGAGG ATTCGTACAA CTATGTCAGT GTGCTTTGCA GATATTTGTC ATCTATGCAG 
TTAAATTCCA GCCTTTCAAA ACCCATTGCT TGTGATGGAA GGTTACTAGA AGAAACCACT 
TCTCAAGGGT GGGGTAAAAT AGTTGCACGG TACTTACGTG ATCAGTGGGT CTGCTTGCAT 
TTTGTTCTTC GTAAACATGA ATACAGTTTT TCTACATCAG ACATAAAAAA TTCTGAATTT 
GCCCCATTGA TTTTCTCTGC ACCAACATCA TCTTTACAGT CAGCTCTTGA TGTACTCACT 
GTTGTTCCCT CCACTGAGGC CCTTCCAGTT TTTCATTGCA TGAAGCTTCT AGTACCTAAG 
GTTATTCATT CTTCTGAACT TTTAGCGGTG GAATGTATCA ATACAGCCTG GAAAATTGTT 
CTGTCCTCAT GCAACACTCA ACTAGTGTTT TGGCCCACCT TGCAAGCCTT TGTTGAATTT 
GTCTTCAGTA ATGAAGTACT TTCTGGAGCT GCTTATACTA AAGGTCAATT GTATTTCCGA 
ATAAAAGAGA TAATCCAAGA AACGTCTGAC ATGTCCATCT CAAAGACAGG AGTATTTAAT 
GTGTTGGTTT CTCATTGCTA CCAGTCATGG ACAGATTATT CTAAGAAACC TAGTATTAAA 
GATGATGATC TTTTACATGC AAAATGTTAC ATGGAAATCC TCACAGAAGC ATGTGTGTTC 
GGCACTGTTT TTAGACGGGA TCAGAGGTTA ATTCAAGATA CACATGCTTT TATTGAAAGC 
TTAGGAAAAG ATTGTGCAGC AAATATTGCT GTGACAAGCA TGAACAGAGA TGAACACCAG 
GTCCGGATAT GTGCAACTGC ATTCTTTAGT TGTTTGGATG AGTCAAATCC ACTTCACAAG 
GAGTTTCTGC AAGACCTTGT AATTCATCTT CTTGATAAGG ACATACTTGT TTCCAAGACA 
AAAACAAGGT ATTATGGAAA TTCCCTGCAT CACCGGCTTA AAAACCGTCT GTGGCAAACT 
ATGTTAATTT TGATTCCAAA ACTTGACCAG GACTTTCTTT CTGGTATCAT TGACAGGATT 
TTCCAAGCTG GTTTCAGTAA TAATCAAGCA TCGGTTAAAT ATCTAATAGA ATGGGCCATT 
ATACTGATTC TCCATACACA TCCCATATTT CTTTCCAAAT TCTGGGACTG TTTTAGCAGT 
GTAAGATTTT ATACTGAAGA AAAACTTAAA ACCAGCATTT GCACATTTTT GTCTGTGCTT 
CCTCACTTTG ATGTAGTTAT TGCAAATATT CCTGATAAGG GAGCTAGTCT AAAGAGGGCT 
CTAGTGACTG TACTTCAGTG GTGTTTCAAT CACAACTTCA GTGTTCGGCT TTATGCACTG 
ATTGCTCTAA AGAAACTCTG GGCCATGTGC AAACAACAAT GCATACAGGA ATTTGACGAA 
CTGGCTTTAG TAATAGAGTC CAGTCTTGAT CAAGTAGAAA ATATACAAGG CACTGGACAA 
TTTTTTACAC TCTTCCAAGC TTGTCAGAGT TAA

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

RefSeq	XP_017949752.1
CDS	242..4294
Translation	MELMLVEALLSHCKDHATLVTELGSWNPTTDKVPTAESLEFLRIILEKLAMRKEKADAEKLGQAVTTLALNNCLPLLAILRDGILQPRNVTRVARTVCGVLHYCAEIAGNKVAVPVCLAAVRVLGICGNESQKEGTAGADHLESGVVKVQGECTSPRHKEMTVEESIEVLGAVVPILQKNSVSGCSNELDQIVNATVYALKEGTDETANLICGRLLPSLGSDRRSLNLLWDLLMVNNDKIKGDDGICLSRRLLVLSTLSDHLFVTEAKDRPLKSWCCSSFWTLVQGCLCSPDSLTRKRAVYLLKRAIDWCQETGEEMACSIDCCRDGDPALFFWSTWKNEAIVLFWENYLLIVETLEGNQIHVIKPVLPKLNMILESSVSENKDSWLFHPSWHLCIYKRMFESENKTLAKEGVLHFLDMYNSKSLPESPSCSEFIIGPLMDAMSESSMYSRSSDQLIGDCPILATKFQKFLAKFVSSLHQGNRGLFLLKFIKKMTSRHWCAIPILFMAKALADIPEKKIWGVDGLLLLREVLQCTMTTHQVLLRGAAQCFFLQAAIKLTDAEKVTLSDVSSFLISLRADESLDRGSKLWKEVCIWFKENDAIFKKDSVYEFTGSQQISSLSMYTKYLVEDYLTVPASKGEDELMPDWYESRLVATMVLLAADVDSSKVDIALSETADLNFMLTPLLTCLSKLSTNAYMPILKTDKILQLLLKLLQTCSSKSAQTKTDGLLTVIWNVITTTATNIFEFIVRRLSGELKTIADLDRCDLYLAVLSEFVNLSLKFGWKKSFSIWKFIYYLTTASAETLQQLSKKDENFGEQIQKVVSMACLASVCGIASYSCQFQEDSYNYVSVLCRYLSSMQLNSSLSKPIACDGRLLEETTSQGWGKIVARYLRDQWVCLHFVLRKHEYSFSTSDIKNSEFAPLIFSAPTSSLQSALDVLTVVPSTEALPVFHCMKLLVPKVIHSSELLAVECINTAWKIVLSSCNTQLVFWPTLQAFVEFVFSNEVLSGAAYTKGQLYFRIKEIIQETSDMSISKTGVFNVLVSHCYQSWTDYSKKPSIKDDDLLHAKCYMEILTEACVFGTVFRRDQRLIQDTHAFIESLGKDCAANIAVTSMNRDEHQVRICATAFFSCLDESNPLHKEFLQDLVIHLLDKDILVSKTKTRYYGNSLHHRLKNRLWQTMLILIPKLDQDFLSGIIDRIFQAGFSNNQASVKYLIEWAIILILHTHPIFLSKFWDCFSSVRFYTEEKLKTSICTFLSVLPHFDVVIANIPDKGASLKRALVTVLQWCFNHNFSVRLYALIALKKLWAMCKQQCIQEFDELALVIESSLDQVENIQGTGQFFTLFQACQS

Target ORF information:

RefSeq Version	XM_018094263.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X3, mRNA.

Target ORF information:

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

XM_018094263.1

ORF Insert Sequence:

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCCGAT 
CATTTGGAGA GTGGTGTAGT AAAAGTACAA GGGGAATGCA CATCACCTAG GCATAAAGAA 
ATGACTGTGG AAGAATCTAT AGAGGTTCTG GGAGCTGTGG TACCGATACT GCAGAAGAAC 
AGTGTCTCAG GGTGCAGTAA TGAATTAGAT CAAATAGTAA ACGCAACAGT GTATGCACTT 
AAAGAAGGAA CAGATGAAAC GGCAAACTTA ATATGTGGAA GATTACTACC CAGCCTTGGG 
TCAGACAGGA GAAGTTTAAA CTTGCTTTGG GACTTACTTA TGGTGAATAA TGACAAAATC 
AAAGGAGATG ATGGCATTTG CTTAAGTCGC AGGTTGTTGG TATTAAGCAC CTTATCAGAT 
CATCTTTTCG TTACTGAGGC TAAAGACAGA CCCCTTAAAT CTTGGTGCTG CAGTAGCTTT 
TGGACATTGG TGCAGGGCTG CTTGTGTAGT CCTGACAGCC TGACAAGAAA AAGAGCTGTG 
TACCTGTTAA AAAGAGCAAT CGACTGGTGT CAGGAGACAG GGGAGGAAAT GGCATGTAGC 
ATTGATTGCT GTAGAGATGG AGATCCTGCA TTGTTCTTTT GGTCCACCTG GAAAAATGAA 
GCAATTGTGC TGTTTTGGGA AAATTATTTG TTAATTGTGG AAACACTAGA AGGAAATCAG 
ATACATGTTA TCAAACCAGT TTTGCCAAAA TTAAATATGA TACTTGAATC ATCAGTTTCA 
GAAAACAAAG ATTCTTGGCT GTTTCACCCC TCTTGGCATC TTTGCATTTA TAAGCGTATG 
TTTGAGAGTG AGAACAAAAC ATTGGCAAAG GAAGGAGTTC TCCACTTCTT AGATATGTAT 
AATTCTAAAT CCCTACCTGA GTCACCATCA TGCTCTGAGT TTATTATTGG ACCCCTTATG 
GATGCTATGT CAGAAAGCTC TATGTACAGC AGGTCTTCTG ACCAGTTAAT TGGTGACTGC 
CCTATCCTGG CAACAAAGTT TCAGAAGTTT TTGGCTAAAT TTGTGTCCTC ACTTCATCAA 
GGAAACAGAG GACTGTTCCT GCTGAAGTTT ATCAAGAAGA TGACTAGTAG GCACTGGTGT 
GCTATTCCCA TACTGTTCAT GGCTAAGGCA CTGGCTGATA TTCCAGAAAA AAAAATATGG 
GGTGTGGATG GACTTTTATT GCTGAGGGAG GTGCTGCAGT GTACTATGAC TACACATCAA 
GTTCTGCTTC GTGGAGCTGC ACAATGTTTT TTTCTTCAAG CTGCAATTAA ATTAACTGAC 
GCAGAAAAAG TTACACTTTC TGATGTATCA AGTTTTCTCA TTTCTCTTCG CGCAGATGAA 
TCTTTAGACA GGGGAAGTAA GCTCTGGAAA GAGGTGTGTA TTTGGTTTAA AGAGAACGAT 
GCCATCTTCA AAAAAGATTC AGTCTATGAA TTTACAGGAA GCCAACAAAT TTCATCTTTG 
AGCATGTACA CAAAATATTT AGTTGAAGAT TACCTAACTG TTCCTGCTTC AAAAGGTGAA 
GATGAACTCA TGCCAGACTG GTATGAATCG AGGCTTGTTG CCACCATGGT ACTTTTGGCT 
GCTGATGTAG ATTCCTCAAA AGTAGACATT GCTTTATCAG AAACAGCTGA CTTGAATTTT 
ATGTTGACTC CTCTTCTGAC ATGTCTGTCC AAACTCAGTA CAAATGCATA TATGCCAATT 
CTAAAGACAG ACAAGATCTT ACAGTTGCTC TTAAAACTTC TGCAGACGTG TTCATCAAAA 
TCAGCTCAAA CTAAAACAGA TGGGCTATTG ACTGTTATCT GGAATGTAAT TACAACTACT 
GCAACAAACA TTTTTGAGTT CATTGTAAGA AGGTTAAGTG GTGAGCTGAA AACGATTGCA 
GATCTAGATC GCTGTGATTT GTATCTTGCT GTACTTTCCG AGTTTGTAAA CTTATCTTTA 
AAATTTGGCT GGAAAAAAAG TTTTTCAATA TGGAAGTTTA TATATTATTT AACAACTGCT 
TCAGCTGAAA CCTTGCAGCA ATTGAGCAAG AAGGATGAAA ATTTTGGAGA GCAAATCCAA 
AAAGTAGTCA GCATGGCCTG CCTGGCTTCA GTGTGTGGCA TCGCTTCTTA TTCTTGCCAG 
TTTCAAGAGG ATTCGTACAA CTATGTCAGT GTGCTTTGCA GATATTTGTC ATCTATGCAG 
TTAAATTCCA GCCTTTCAAA ACCCATTGCT TGTGATGGAA GGTTACTAGA AGAAACCACT 
TCTCAAGGGT GGGGTAAAAT AGTTGCACGG TACTTACGTG ATCAGTGGGT CTGCTTGCAT 
TTTGTTCTTC GTAAACATGA ATACAGTTTT TCTACATCAG ACATAAAAAA TTCTGAATTT 
GCCCCATTGA TTTTCTCTGC ACCAACATCA TCTTTACAGT CAGCTCTTGA TGTACTCACT 
GTTGTTCCCT CCACTGAGGC CCTTCCAGTT TTTCATTGCA TGAAGCTTCT AGTACCTAAG 
GTTATTCATT CTTCTGAACT TTTAGCGGTG GAATGTATCA ATACAGCCTG GAAAATTGTT 
CTGTCCTCAT GCAACACTCA ACTAGTGTTT TGGCCCACCT TGCAAGCCTT TGTTGAATTT 
GTCTTCAGTA ATGAAGTACT TTCTGGAGCT GCTTATACTA AAGGTCAATT GTATTTCCGA 
ATAAAAGAGA TAATCCAAGA AACGTCTGAC ATGTCCATCT CAAAGACAGG AGTATTTAAT 
GTGTTGGTTT CTCATTGCTA CCAGTCATGG ACAGATTATT CTAAGAAACC TAGTATTAAA 
GATGATGATC TTTTACATGC AAAATGTTAC ATGGAAATCC TCACAGAAGC ATGTGTGTTC 
GGCACTGTTT TTAGACGGGA TCAGAGGTTA ATTCAAGATA CACATGCTTT TATTGAAAGC 
TTAGGAAAAG ATTGTGCAGC AAATATTGCT GTGACAAGCA TGAACAGAGA TGAACACCAG 
GTCCGGATAT GTGCAACTGC ATTCTTTAGT TGTTTGGATG AGTCAAATCC ACTTCACAAG 
GAGTTTCTGC AAGACCTTGT AATTCATCTT CTTGATAAGG ACATACTTGT TTCCAAGACA 
AAAACAAGGT ATTATGGAAA TTCCCTGCAT CACCGGCTTA AAAACCGTCT GTGGCAAACT 
ATGTTAATTT TGATTCCAAA ACTTGACCAG GACTTTCTTT CTGGTATCAT TGACAGGATT 
TTCCAAGCTG GTTTCAGTAA TAATCAAGCA TCGGTTAAAT ATCTAATAGA ATGGGCCATT 
ATACTGATTC TCCATACACA TCCCATATTT CTTTCCAAAT TCTGGGACTG TTTTAGCAGT 
GTAAGATTTT ATACTGAAGA AAAACTTAAA ACCAGCATTT GCACATTTTT GTCTGTGCTT 
CCTCACTTTG ATGTAGTTAT TGCAAATATT CCTGATAAGG GAGCTAGTCT AAAGAGGGCT 
CTAGTGACTG TACTTCAGTG GTGTTTCAAT CACAACTTCA GTGTTCGGCT TTATGCACTG 
ATTGCTCTAA AGAAACTCTG GGCCATGTGC AAACAACAAT GCATACAGGA ATTTGACGAA 
CTGGCTTTAG TAATAGAGTC CAGTCTTGAT CAAGTAGAAA ATATACAAGG CACTGGACAA 
TTTTTTACAC TCTTCCAAGC TTGTCAGAGT TAA

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

tarbp1 ( XM_018094263.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017949752.2 Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa58322
Clone ID Related Accession (Same CDS sequence)	XM_018094263.2
Accession Version	XM_018094263.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4056bp) 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	probable methyltransferase TARBP1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) 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_018094263.1. ##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##

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCTGAT 
CATTTGGAGA GTGGCGTAGT AAAAGTACAA GGGGAATGCA CATCACTTCC TAGGCATAAA 
GAAATGACTG TGGAAGAATC TATAGAGGTT CTGGGAGCTG TGGTACCGAT ACTGCAGAAG 
AACAGTGTCT CAGGGTGCAG TAATGAATTA GATCAAATAG TAAACGCAAC AGTGTATGCA 
CTTAAAGAAG GAACAGATGA AACGGCAAAC TTAATATGTG GAAGATTACT ACCCAGCCTT 
GGGTCAGACA GGAGAAGTTT AAACTTGCTT TGGGACTTAC TTATGGTGAA TAATGACAAA 
ATCAAAGGAG ATGATGGCAT TTGCTTAAGT CGCAGGTTGT TGGTATTAAG CACCTTATCA 
GATCATCTTT TCGTTACTGA GGCTAAAGAC AGACCCCTTA AATCTTGGTG CTGCAGTAGC 
TTTTGGACAT TGGTGCAGGG CTGCTTGTGT AGTCCTGACA GCCTGACAAG AAAAAGAGCT 
GTGTACCTGT TAAAAAGAGC AATCGACTGG TGTCAGGAGA CAGGGGAGGA AATGGCATGT 
AGCATTGATT GCTGTAGAGA TGGAGATCCT GCATTGTTCT TTTGGTCCAC CTGGAAAAAT 
GAAGCAATTG TGCTGTTTTG GGAAAATTAT TTGTTAATTG TGGAAACACT AGAAGGAAAT 
CAGATACATG TTATCAAACC AGTTTTGCCA AAATTAAATA TGATACTTGA ATCATCAGTT 
TCAGAAAACA AAGATTCTTG GCTGTTTCAC CCCTCTTGGC ATCTTTGCAT TTATAAGCGT 
ATGTTTGAGA GTGAGAACAA AACATTGGCA AAGGAAGGAG TTCTCCACTT CTTAGATATG 
TATAATTCTA AATCCCTACC TGAGTCACCA TCATGCTCTG AGTTTATTAT TGGACCCCTT 
ATGGATGCTA TGTCAGAAAG CTCTATGTAC AGCAGGTCTT CTGACCAGTT AATTGGTGAC 
TGCCCTATCC TGGCAACAAA GTTTCAGAAG TTTTTGGCTA AATTTGTGTC CTCACTTCAT 
CAAGGAAACA GAGGACTGTT CCTGCTGAAG TTTATCAAGA AGATGACTAG TAGGCACTGG 
TGTGCTATTC CCATACTGTT CATGGCTAAG GCACTGGCTG ATATTCCAGA AAAAAAAATA 
TGGGGTGTGG ATGGACTTTT ATTGCTGAGG GAGGTGCTGC AGTGTACTAT GACTACACAT 
CAAGTTCTGC TTCGTGGAGC TGCACAATGT TTTTTTCTTC AAGCTGCAAT TAAATTAACT 
GACGCAGAAA AAGTTACACT TTCTGATGTA TCAAGTTTTC TCATTTCTCT TCGCGCAGAT 
GAATCTTTAG ACAGGGGAAG TAAGCTCTGG AAAGAGGTGT GTATTTGGTT TAAAGAGAAC 
GATGCCATCT TCAAAAAAGA TTCAGTCTAT GAATTTACAG GAAGCCAACA AATTTCATCT 
TTGAGCATGT ACACAAAATA TTTAGTTGAA GATTACCTAA CTGTTCCTGC TTCAAAAGGT 
GAAGATGAAC TCATGCCAGA CTGGTATGAA TCGAGGCTTG TTGCCACCAT GGTACTTTTG 
GCTGCTGATG TAGATTCCTC AAAAGTAGAC ATTGCTTTAT CAGAAACAGC TGACTTGAAT 
TTTATGTTGA CTCCTCTTCT GACATGTCTG TCCAAACTCA GTACAAATGC ATATATGCCA 
ATTCTAAAGA CAGACAAGAT CTTACAGTTG CTCTTAAAAC TTCTGCAGAC GTGTTCATCA 
AAATCAGCTC AAACTAAAAC AGATGGGCTA TTGACTGTTA TCTGGAATGT AATTACAACT 
ACTGCAACAA ACATTTTTGA GTTCATTGTA AGAAGGTTAA GTGGTGAGCT GAAAACGATT 
GCAGATCTAG ATCGCTGTGA TTTGTATCTT GCTGTACTTT CCGAGTTTGT AAACTTATCT 
TTAAAATTTG GCTGGAAAAA AAGTTTTTCA ATATGGAAGT TTATATATTA TTTAACAACT 
GCTTCAGCTG AAACCTTGCA GCAATTGAGC AAGAAGGATG AAAATTTTGG AGAGCAAATC 
CAAAAAGTAG TCAGCATGGC CTGCCTGGCT TCAGTGTGTG GCATCGCTTC TTATTCTTGC 
CAGTTTCAAG AGGATTCGTA CAACTATGTC AGTGTGCTTT GCAGATATTT GTCATCTATG 
CAGTTAAATT CCAGCCTTTC AAAACCCATT GCTTGTGATG GAAGGTTACT AGAAGAAACC 
ACTTCTCAAG GGTGGGGTAA AATAGTTGCA CGGTACTTAC GTGATCAGTG GGTCTGCTTG 
CATTTTGTTC TTCGTAAACA TGAATACAGT TTTTCTACAT CAGACATAAA AAATTCTGAA 
TTTGCCCCAT TGATTTTCTC TGCACCAACA TCATCTTTAC AGTCAGCTCT TGATGTACTC 
ACTGTTGTTC CCTCCACTGA GGCCCTTCCA GTTTTTCATT GCATGAAGCT TCTAGTACCT 
AAGGTTATTC ATTCTTCTGA ACTTTTAGCG GTGGAATGTA TCAATACAGC CTGGAAAATT 
GTTCTGTCCT CATGCAACAC TCAACTAGTG TTTTGGCCCA CCTTGCAAGC CTTTGTTGAA 
TTTGTCTTCA GTAATGAAGT ACTTTCTGGA GCTGCTTATA CTAAAGGTCA ATTGTATTTC 
CGAATAAAAG AGATAATCCA AGAAACGTCT GACATGTCCA TCTCAAAGAC AGGAGTATTT 
AATGTGTTGG TTTCTCATTG CTACCAGTCA TGGACAGATT ATTCTAAGAA ACCTAGTATT 
AAAGATGATG ATCTTTTACA TGCAAAATGT TACATGGAAA TCCTCACAGA AGCATGTGTG 
TTCGGCACTG TTTTTAGACG GGATCAGAGG TTAATTCAAG ATACACATGC TTTTATTGAA 
AGCTTAGGAA AAGATTGTGC AGCAAATATT GCTGTGACAA GCATGAACAG AGATGAACAC 
CAGGTCCGGA TATGTGCAAC TGCATTCTTT AGTTGTTTGG ATGAGTCAAA TCCACTTCAC 
AAGGAGTTTC TGCAAGACCT TGTAATTCAT CTTCTTGATA AGGACATACT TGTTTCCAAG 
ACAAAAACAA GGTATTATGG AAATTCCCTG CATCACCGGC TTAAAAACCG TCTGTGGCAA 
ACTATGTTAA TTTTGATTCC AAAACTTGAC CAGGACTTTC TTTCTGGTAT CATTGACAGG 
ATTTTCCAAG CTGGTTTCAG TAATAATCAA GCATCGGTTA AATATCTAAT AGAATGGGCC 
ATTATACTGA TTCTCCATAC ACATCCCATA TTTCTTTCCA AATTCTGGGA CTGTTTTAGC 
AGTGTAAGAT TTTATACTGA AGAAAAACTT AAAACCAGCA TTTGCACATT TTTGTCTGTG 
CTTCCTCACT TTGATGTAGT TATTGCAAAT ATTCCTGATA AGGGAGCTAG TCTAAAGAGG 
GCTCTAGTGA CTGTACTTCA GTGGTGTTTC AATCACAACT TCAGTGTTCG GCTTTATGCA 
CTGATTGCTC TAAAGAAACT CTGGGCCATG TGCAAACAAC AATGCATACA GGAATTTGAC 
GAACTGGCTT TAGTAATAGA GTCCAGTCTT GATCAAGTAG AAAATATACA AGGCACTGGA 
CAATTTTTTA CACTCTTCCA AGCTTGTCAG AGTTAA

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

RefSeq	XP_017949752.2
CDS	239..4294
Translation	MELMLVEALLSHCKDHATLVTELGSWNPTTDKVPTAESLEFLRIILEKLAMRKEKADAEKLGQAVTTLALNNCLPLLAILRDGILQPRNVTRVARTVCGVLHYCAEIAGNKVAVPVCLAAVRVLGICGNESQKEGTAGADHLESGVVKVQGECTSLPRHKEMTVEESIEVLGAVVPILQKNSVSGCSNELDQIVNATVYALKEGTDETANLICGRLLPSLGSDRRSLNLLWDLLMVNNDKIKGDDGICLSRRLLVLSTLSDHLFVTEAKDRPLKSWCCSSFWTLVQGCLCSPDSLTRKRAVYLLKRAIDWCQETGEEMACSIDCCRDGDPALFFWSTWKNEAIVLFWENYLLIVETLEGNQIHVIKPVLPKLNMILESSVSENKDSWLFHPSWHLCIYKRMFESENKTLAKEGVLHFLDMYNSKSLPESPSCSEFIIGPLMDAMSESSMYSRSSDQLIGDCPILATKFQKFLAKFVSSLHQGNRGLFLLKFIKKMTSRHWCAIPILFMAKALADIPEKKIWGVDGLLLLREVLQCTMTTHQVLLRGAAQCFFLQAAIKLTDAEKVTLSDVSSFLISLRADESLDRGSKLWKEVCIWFKENDAIFKKDSVYEFTGSQQISSLSMYTKYLVEDYLTVPASKGEDELMPDWYESRLVATMVLLAADVDSSKVDIALSETADLNFMLTPLLTCLSKLSTNAYMPILKTDKILQLLLKLLQTCSSKSAQTKTDGLLTVIWNVITTTATNIFEFIVRRLSGELKTIADLDRCDLYLAVLSEFVNLSLKFGWKKSFSIWKFIYYLTTASAETLQQLSKKDENFGEQIQKVVSMACLASVCGIASYSCQFQEDSYNYVSVLCRYLSSMQLNSSLSKPIACDGRLLEETTSQGWGKIVARYLRDQWVCLHFVLRKHEYSFSTSDIKNSEFAPLIFSAPTSSLQSALDVLTVVPSTEALPVFHCMKLLVPKVIHSSELLAVECINTAWKIVLSSCNTQLVFWPTLQAFVEFVFSNEVLSGAAYTKGQLYFRIKEIIQETSDMSISKTGVFNVLVSHCYQSWTDYSKKPSIKDDDLLHAKCYMEILTEACVFGTVFRRDQRLIQDTHAFIESLGKDCAANIAVTSMNRDEHQVRICATAFFSCLDESNPLHKEFLQDLVIHLLDKDILVSKTKTRYYGNSLHHRLKNRLWQTMLILIPKLDQDFLSGIIDRIFQAGFSNNQASVKYLIEWAIILILHTHPIFLSKFWDCFSSVRFYTEEKLKTSICTFLSVLPHFDVVIANIPDKGASLKRALVTVLQWCFNHNFSVRLYALIALKKLWAMCKQQCIQEFDELALVIESSLDQVENIQGTGQFFTLFQACQS

Target ORF information:

RefSeq Version	XM_018094263.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X3, mRNA.

Target ORF information:

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

XM_018094263.2

ORF Insert Sequence:

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCTGAT 
CATTTGGAGA GTGGCGTAGT AAAAGTACAA GGGGAATGCA CATCACTTCC TAGGCATAAA 
GAAATGACTG TGGAAGAATC TATAGAGGTT CTGGGAGCTG TGGTACCGAT ACTGCAGAAG 
AACAGTGTCT CAGGGTGCAG TAATGAATTA GATCAAATAG TAAACGCAAC AGTGTATGCA 
CTTAAAGAAG GAACAGATGA AACGGCAAAC TTAATATGTG GAAGATTACT ACCCAGCCTT 
GGGTCAGACA GGAGAAGTTT AAACTTGCTT TGGGACTTAC TTATGGTGAA TAATGACAAA 
ATCAAAGGAG ATGATGGCAT TTGCTTAAGT CGCAGGTTGT TGGTATTAAG CACCTTATCA 
GATCATCTTT TCGTTACTGA GGCTAAAGAC AGACCCCTTA AATCTTGGTG CTGCAGTAGC 
TTTTGGACAT TGGTGCAGGG CTGCTTGTGT AGTCCTGACA GCCTGACAAG AAAAAGAGCT 
GTGTACCTGT TAAAAAGAGC AATCGACTGG TGTCAGGAGA CAGGGGAGGA AATGGCATGT 
AGCATTGATT GCTGTAGAGA TGGAGATCCT GCATTGTTCT TTTGGTCCAC CTGGAAAAAT 
GAAGCAATTG TGCTGTTTTG GGAAAATTAT TTGTTAATTG TGGAAACACT AGAAGGAAAT 
CAGATACATG TTATCAAACC AGTTTTGCCA AAATTAAATA TGATACTTGA ATCATCAGTT 
TCAGAAAACA AAGATTCTTG GCTGTTTCAC CCCTCTTGGC ATCTTTGCAT TTATAAGCGT 
ATGTTTGAGA GTGAGAACAA AACATTGGCA AAGGAAGGAG TTCTCCACTT CTTAGATATG 
TATAATTCTA AATCCCTACC TGAGTCACCA TCATGCTCTG AGTTTATTAT TGGACCCCTT 
ATGGATGCTA TGTCAGAAAG CTCTATGTAC AGCAGGTCTT CTGACCAGTT AATTGGTGAC 
TGCCCTATCC TGGCAACAAA GTTTCAGAAG TTTTTGGCTA AATTTGTGTC CTCACTTCAT 
CAAGGAAACA GAGGACTGTT CCTGCTGAAG TTTATCAAGA AGATGACTAG TAGGCACTGG 
TGTGCTATTC CCATACTGTT CATGGCTAAG GCACTGGCTG ATATTCCAGA AAAAAAAATA 
TGGGGTGTGG ATGGACTTTT ATTGCTGAGG GAGGTGCTGC AGTGTACTAT GACTACACAT 
CAAGTTCTGC TTCGTGGAGC TGCACAATGT TTTTTTCTTC AAGCTGCAAT TAAATTAACT 
GACGCAGAAA AAGTTACACT TTCTGATGTA TCAAGTTTTC TCATTTCTCT TCGCGCAGAT 
GAATCTTTAG ACAGGGGAAG TAAGCTCTGG AAAGAGGTGT GTATTTGGTT TAAAGAGAAC 
GATGCCATCT TCAAAAAAGA TTCAGTCTAT GAATTTACAG GAAGCCAACA AATTTCATCT 
TTGAGCATGT ACACAAAATA TTTAGTTGAA GATTACCTAA CTGTTCCTGC TTCAAAAGGT 
GAAGATGAAC TCATGCCAGA CTGGTATGAA TCGAGGCTTG TTGCCACCAT GGTACTTTTG 
GCTGCTGATG TAGATTCCTC AAAAGTAGAC ATTGCTTTAT CAGAAACAGC TGACTTGAAT 
TTTATGTTGA CTCCTCTTCT GACATGTCTG TCCAAACTCA GTACAAATGC ATATATGCCA 
ATTCTAAAGA CAGACAAGAT CTTACAGTTG CTCTTAAAAC TTCTGCAGAC GTGTTCATCA 
AAATCAGCTC AAACTAAAAC AGATGGGCTA TTGACTGTTA TCTGGAATGT AATTACAACT 
ACTGCAACAA ACATTTTTGA GTTCATTGTA AGAAGGTTAA GTGGTGAGCT GAAAACGATT 
GCAGATCTAG ATCGCTGTGA TTTGTATCTT GCTGTACTTT CCGAGTTTGT AAACTTATCT 
TTAAAATTTG GCTGGAAAAA AAGTTTTTCA ATATGGAAGT TTATATATTA TTTAACAACT 
GCTTCAGCTG AAACCTTGCA GCAATTGAGC AAGAAGGATG AAAATTTTGG AGAGCAAATC 
CAAAAAGTAG TCAGCATGGC CTGCCTGGCT TCAGTGTGTG GCATCGCTTC TTATTCTTGC 
CAGTTTCAAG AGGATTCGTA CAACTATGTC AGTGTGCTTT GCAGATATTT GTCATCTATG 
CAGTTAAATT CCAGCCTTTC AAAACCCATT GCTTGTGATG GAAGGTTACT AGAAGAAACC 
ACTTCTCAAG GGTGGGGTAA AATAGTTGCA CGGTACTTAC GTGATCAGTG GGTCTGCTTG 
CATTTTGTTC TTCGTAAACA TGAATACAGT TTTTCTACAT CAGACATAAA AAATTCTGAA 
TTTGCCCCAT TGATTTTCTC TGCACCAACA TCATCTTTAC AGTCAGCTCT TGATGTACTC 
ACTGTTGTTC CCTCCACTGA GGCCCTTCCA GTTTTTCATT GCATGAAGCT TCTAGTACCT 
AAGGTTATTC ATTCTTCTGA ACTTTTAGCG GTGGAATGTA TCAATACAGC CTGGAAAATT 
GTTCTGTCCT CATGCAACAC TCAACTAGTG TTTTGGCCCA CCTTGCAAGC CTTTGTTGAA 
TTTGTCTTCA GTAATGAAGT ACTTTCTGGA GCTGCTTATA CTAAAGGTCA ATTGTATTTC 
CGAATAAAAG AGATAATCCA AGAAACGTCT GACATGTCCA TCTCAAAGAC AGGAGTATTT 
AATGTGTTGG TTTCTCATTG CTACCAGTCA TGGACAGATT ATTCTAAGAA ACCTAGTATT 
AAAGATGATG ATCTTTTACA TGCAAAATGT TACATGGAAA TCCTCACAGA AGCATGTGTG 
TTCGGCACTG TTTTTAGACG GGATCAGAGG TTAATTCAAG ATACACATGC TTTTATTGAA 
AGCTTAGGAA AAGATTGTGC AGCAAATATT GCTGTGACAA GCATGAACAG AGATGAACAC 
CAGGTCCGGA TATGTGCAAC TGCATTCTTT AGTTGTTTGG ATGAGTCAAA TCCACTTCAC 
AAGGAGTTTC TGCAAGACCT TGTAATTCAT CTTCTTGATA AGGACATACT TGTTTCCAAG 
ACAAAAACAA GGTATTATGG AAATTCCCTG CATCACCGGC TTAAAAACCG TCTGTGGCAA 
ACTATGTTAA TTTTGATTCC AAAACTTGAC CAGGACTTTC TTTCTGGTAT CATTGACAGG 
ATTTTCCAAG CTGGTTTCAG TAATAATCAA GCATCGGTTA AATATCTAAT AGAATGGGCC 
ATTATACTGA TTCTCCATAC ACATCCCATA TTTCTTTCCA AATTCTGGGA CTGTTTTAGC 
AGTGTAAGAT TTTATACTGA AGAAAAACTT AAAACCAGCA TTTGCACATT TTTGTCTGTG 
CTTCCTCACT TTGATGTAGT TATTGCAAAT ATTCCTGATA AGGGAGCTAG TCTAAAGAGG 
GCTCTAGTGA CTGTACTTCA GTGGTGTTTC AATCACAACT TCAGTGTTCG GCTTTATGCA 
CTGATTGCTC TAAAGAAACT CTGGGCCATG TGCAAACAAC AATGCATACA GGAATTTGAC 
GAACTGGCTT TAGTAATAGA GTCCAGTCTT GATCAAGTAG AAAATATACA AGGCACTGGA 
CAATTTTTTA CACTCTTCCA AGCTTGTCAG AGTTAA

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

tarbp1 ( XM_012963714.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012819168.2 Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X1, mRNA.

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CloneID	OXa58320
Clone ID Related Accession (Same CDS sequence)	XM_012963714.3
Accession Version	XM_012963714.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4893bp) 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	probable methyltransferase TARBP1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) 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_012963714.2. ##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##

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCTGAT 
CATTTGGAGA GTGGCGTAGT AAAAGTACAA GGGGAATGCA CATCACTTCC TAGGCATAAA 
GAAATGACTG TGGAAGAATC TATAGAGGTT CTGGGAGCTG TGGTACCGAT ACTGCAGAAG 
AACAGTGTCT CAGGGTGCAG TAATGAATTA GATCAAATAG TAAACGCAAC AGTGTATGCA 
CTTAAAGAAG GAACAGATGA AACGGCAAAC TTAATATGTG GAAGATTACT ACCCAGCCTT 
GGGTCAGACA GGAGAAGTTT AAACTTGCTT TGGGACTTAC TTATGGTGAA TAATGACAAA 
ATCAAAGGAG ATGATGGCAT TTGCTTAAGT CGCAGGTTGT TGGTATTAAG CACCTTATCA 
GATCATCTTT TCGTTACTGA GGCTAAAGAC AGACCCCTTA AATCTTGGTG CTGCAGTAGC 
TTTTGGACAT TGGTGCAGGG CTGCTTGTGT AGTCCTGACA GCCTGACAAG AAAAAGAGCT 
GTGTACCTGT TAAAAAGAGC AATCGACTGG TGTCAGGAGA CAGGGGAGGA AATGGCATGT 
AGCATTGATT GCTGTAGAGA TGGAGATCCT GCATTGTTCT TTTGGTCCAC CTGGAAAAAT 
GAAGCAATTG TGCTGTTTTG GGAAAATTAT TTGTTAATTG TGGAAACACT AGAAGGAAAT 
CAGATACATG TTATCAAACC AGTTTTGCCA AAATTAAATA TGATACTTGA ATCATCAGTT 
TCAGAAAACA AAGATTCTTG GCTGTTTCAC CCCTCTTGGC ATCTTTGCAT TTATAAGCGT 
ATGTTTGAGA GTGAGAACAA AACATTGGCA AAGGAAGGAG TTCTCCACTT CTTAGATATG 
TATAATTCTA AATCCCTACC TGAGTCACCA TCATGCTCTG AGTTTATTAT TGGACCCCTT 
ATGGATGCTA TGTCAGAAAG CTCTATGTAC AGCAGGTCTT CTGACCAGTT AATTGGTGAC 
TGCCCTATCC TGGCAACAAA GTTTCAGAAG TTTTTGGCTA AATTTGTGTC CTCACTTCAT 
CAAGGAAACA GAGGACTGTT CCTGCTGAAG TTTATCAAGA AGATGACTAG TAGGCACTGG 
TGTGCTATTC CCATACTGTT CATGGCTAAG GCACTGGCTG ATATTCCAGA AAAAAAAATA 
TGGGGTGTGG ATGGACTTTT ATTGCTGAGG GAGGTGCTGC AGTGTACTAT GACTACACAT 
CAAGTTCTGC TTCGTGGAGC TGCACAATGT TTTTTTCTTC AAGCTGCAAT TAAATTAACT 
GACGCAGAAA AAGTTACACT TTCTGATGTA TCAAGTTTTC TCATTTCTCT TCGCGCAGAT 
GAATCTTTAG ACAGGGGAAG TAAGCTCTGG AAAGAGGTGT GTATTTGGTT TAAAGAGAAC 
GATGCCATCT TCAAAAAAGA TTCAGTCTAT GAATTTACAG GAAGCCAACA AATTTCATCT 
TTGAGCATGT ACACAAAATA TTTAGTTGAA GATTACCTAA CTGTTCCTGC TTCAAAAGGT 
GAAGATGAAC TCATGCCAGA CTGGTATGAA TCGAGGCTTG TTGCCACCAT GGTACTTTTG 
GCTGCTGATG TAGATTCCTC AAAAGTAGAC ATTGCTTTAT CAGAAACAGC TGACTTGAAT 
TTTATGTTGA CTCCTCTTCT GACATGTCTG TCCAAACTCA GTACAAATGC ATATATGCCA 
ATTCTAAAGA CAGACAAGAT CTTACAGTTG CTCTTAAAAC TTCTGCAGAC GTGTTCATCA 
AAATCAGCTC AAACTAAAAC AGATGGGCTA TTGACTGTTA TCTGGAATGT AATTACAACT 
ACTGCAACAA ACATTTTTGA GTTCATTGTA AGAAGGTTAA GTGGTGAGCT GAAAACGATT 
GCAGATCTAG ATCGCTGTGA TTTGTATCTT GCTGTACTTT CCGAGTTTGT AAACTTATCT 
TTAAAATTTG GCTGGAAAAA AAGTTTTTCA ATATGGAAGT TTATATATTA TTTAACAACT 
GCTTCAGCTG AAACCTTGCA GCAATTGAGC AAGAAGGATG AAAATTTTGG AGAGCAAATC 
CAAAAAGTAG TCAGCATGGC CTGCCTGGCT TCAGTGTGTG GCATCGCTTC TTATTCTTGC 
CAGTTTCAAG AGGATTCGTA CAACTATGTC AGTGTGCTTT GCAGATATTT GTCATCTATG 
CAGTTAAATT CCAGCCTTTC AAAACCCATT GCTTGTGATG GAAGGTTACT AGAAGAAACC 
ACTTCTCAAG GGTGGGGTAA AATAGTTGCA CGGTACTTAC GTGATCAGTG GGTCTGCTTG 
CATTTTGTTC TTCGTAAACA TGAATACAGT TTTTCTACAT CAGACATAAA AAATTCTGAA 
TTTGCCCCAT TGATTTTCTC TGCACCAACA TCATCTTTAC AGTCAGCTCT TGATGTACTC 
ACTGTTGTTC CCTCCACTGA GGCCCTTCCA GTTTTTCATT GCATGAAGCT TCTAGTACCT 
AAGGTTATTC ATTCTTCTGA ACTTTTAGCG GTGGAATGTA TCAATACAGC CTGGAAAATT 
GTTCTGTCCT CATGCAACAC TCAACTAGTG TTTTGGCCCA CCTTGCAAGC CTTTGTTGAA 
TTTGTCTTCA GTAATGAAGT ACTTTCTGGA GCTGCTTATA CTAAAGGTCA ATTGTATTTC 
CGAATAAAAG AGATAATCCA AGAAACGTCT GACATGTCCA TCTCAAAGAC AGGAGTATTT 
AATGTGTTGG TTTCTCATTG CTACCAGTCA TGGACAGATT ATTCTAAGAA ACCTAGTATT 
AAAGATGATG ATCTTTTACA TGCAAAATGT TACATGGAAA TCCTCACAGA AGCATGTGTG 
TTCGGCACTG TTTTTAGACG GGATCAGAGG TTAATTCAAG ATACACATGC TTTTATTGAA 
AGCTTAGGAA AAGATTGTGC AGCAAATATT GCTGTGACAA GCATGAACAG AGATGAACAC 
CAGGTCCGGA TATGTGCAAC TGCATTCTTT AGTTGTTTGG ATGAGTCAAA TCCACTTCAC 
AAGGAGTTTC TGCAAGACCT TGTAATTCAT CTTCTTGATA AGGACATACT TGTTTCCAAG 
ACAAAAACAA GGTATTATGG AAATTCCCTG CATCACCGGC TTAAAAACCG TCTGTGGCAA 
ACTATGTTAA TTTTGATTCC AAAACTTGAC CAGGACTTTC TTTCTGGTAT CATTGACAGG 
ATTTTCCAAG CTGGTTTCAG TAATAATCAA GCATCGGTTA AATATCTAAT AGAATGGGCC 
ATTATACTGA TTCTCCATAC ACATCCCATA TTTCTTTCCA AATTCTGGGA CTGTTTTAGC 
AGTGTAAGAT TTTATACTGA AGAAAAACTT AAAACCAGCA TTTGCACATT TTTGTCTGTG 
CTTCCTCACT TTGATGTAGT TATTGCAAAT ATTCCTGATA AGGGAGCTAG TCTAAAGAGG 
GCTCTAGTGA CTGTACTTCA GTGGTGTTTC AATCACAACT TCAGTGTTCG GCTTTATGCA 
CTGATTGCTC TAAAGAAACT CTGGGCCATG TGCAAACAAC AATGCATACA GGAATTTGAC 
GAACTGGCTT TAGTAATAGA GTCCAGTCTT GATCAAGTAG AAAATATACA AGGCACTGGT 
AATGCAAGAA AAAACTGGCT ACGAATACAA AATCATTTCT TCTTTTCTAC ATTTCATCCA 
TTGCAAGACT ACAGCATAGA GACAATTTTT TACACTCTTC CAAGCTTGTC AGAGTTAATT 
GAGGATGAAT GGATTTCTCC CCACAAATTC TCCAGCTATA CTAGTAATTT GTGGCAATCC 
TCACTCCCAC TCAACAACCC AAGGCCCATG AATGTAGACC TGCTGTCAAG TGACTGGTTA 
CAAAAAGACA CTGCTGGCAG TGATTTGGGT GACAATGAGA CAGAATGGAC AGATATTCAA 
AAAAAGATAA TTCCTTGGAA GAATAGTATC CCAGATATTG ATTTGGAAAT GGCTGTTCAA 
AATCGTGCTG CTAAGCTTGG AAAGTCAAGT GGAAGTCTTA TTGTTGTAGC ATCCCTCATT 
GATAAACCAA CAAATTTAGG AGGTTTATGT CGCACTTGTG AAATATTTGG AGCTTCTGCA 
TTAGTTGTTG ACAGTCTCCA CCATGTTAAT GATAAACAGT TTCAGTATCT CAGTGTATCA 
GCTGAACAGT GGCTTCCACT TATAGAGGTT AAACCAACTC AGCTTCTAGA GTATTTGCAG 
CTTAAAAAAA ATGAGGGATA CACCATAATC GGAGTTGAGC AAACAGCTAA AAGTTTTGAT 
CTTACAGACT ATTGTTTTCC AGAGAAATCC TTGCTGTTAC TTGGAAATGA ACGAGAGGGA 
ATCCCTGCTA ACCTAATACA GCATCTTGAT GTTTGTGTAG AAATTCCGCA ACAAGGAATA 
ATCCGATCGC TCAATGTACA TGTTAGTGGT GCAGTTTTGA TTTGGGAGTA TACAAGACAA 
CAAATCATGA AGCAAAAAGA TGGAGGAAAA TAG

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

RefSeq	XP_012819168.2
CDS	237..5129
Translation	MELMLVEALLSHCKDHATLVTELGSWNPTTDKVPTAESLEFLRIILEKLAMRKEKADAEKLGQAVTTLALNNCLPLLAILRDGILQPRNVTRVARTVCGVLHYCAEIAGNKVAVPVCLAAVRVLGICGNESQKEGTAGADHLESGVVKVQGECTSLPRHKEMTVEESIEVLGAVVPILQKNSVSGCSNELDQIVNATVYALKEGTDETANLICGRLLPSLGSDRRSLNLLWDLLMVNNDKIKGDDGICLSRRLLVLSTLSDHLFVTEAKDRPLKSWCCSSFWTLVQGCLCSPDSLTRKRAVYLLKRAIDWCQETGEEMACSIDCCRDGDPALFFWSTWKNEAIVLFWENYLLIVETLEGNQIHVIKPVLPKLNMILESSVSENKDSWLFHPSWHLCIYKRMFESENKTLAKEGVLHFLDMYNSKSLPESPSCSEFIIGPLMDAMSESSMYSRSSDQLIGDCPILATKFQKFLAKFVSSLHQGNRGLFLLKFIKKMTSRHWCAIPILFMAKALADIPEKKIWGVDGLLLLREVLQCTMTTHQVLLRGAAQCFFLQAAIKLTDAEKVTLSDVSSFLISLRADESLDRGSKLWKEVCIWFKENDAIFKKDSVYEFTGSQQISSLSMYTKYLVEDYLTVPASKGEDELMPDWYESRLVATMVLLAADVDSSKVDIALSETADLNFMLTPLLTCLSKLSTNAYMPILKTDKILQLLLKLLQTCSSKSAQTKTDGLLTVIWNVITTTATNIFEFIVRRLSGELKTIADLDRCDLYLAVLSEFVNLSLKFGWKKSFSIWKFIYYLTTASAETLQQLSKKDENFGEQIQKVVSMACLASVCGIASYSCQFQEDSYNYVSVLCRYLSSMQLNSSLSKPIACDGRLLEETTSQGWGKIVARYLRDQWVCLHFVLRKHEYSFSTSDIKNSEFAPLIFSAPTSSLQSALDVLTVVPSTEALPVFHCMKLLVPKVIHSSELLAVECINTAWKIVLSSCNTQLVFWPTLQAFVEFVFSNEVLSGAAYTKGQLYFRIKEIIQETSDMSISKTGVFNVLVSHCYQSWTDYSKKPSIKDDDLLHAKCYMEILTEACVFGTVFRRDQRLIQDTHAFIESLGKDCAANIAVTSMNRDEHQVRICATAFFSCLDESNPLHKEFLQDLVIHLLDKDILVSKTKTRYYGNSLHHRLKNRLWQTMLILIPKLDQDFLSGIIDRIFQAGFSNNQASVKYLIEWAIILILHTHPIFLSKFWDCFSSVRFYTEEKLKTSICTFLSVLPHFDVVIANIPDKGASLKRALVTVLQWCFNHNFSVRLYALIALKKLWAMCKQQCIQEFDELALVIESSLDQVENIQGTGNARKNWLRIQNHFFFSTFHPLQDYSIETIFYTLPSLSELIEDEWISPHKFSSYTSNLWQSSLPLNNPRPMNVDLLSSDWLQKDTAGSDLGDNETEWTDIQKKIIPWKNSIPDIDLEMAVQNRAAKLGKSSGSLIVVASLIDKPTNLGGLCRTCEIFGASALVVDSLHHVNDKQFQYLSVSAEQWLPLIEVKPTQLLEYLQLKKNEGYTIIGVEQTAKSFDLTDYCFPEKSLLLLGNEREGIPANLIQHLDVCVEIPQQGIIRSLNVHVSGAVLIWEYTRQQIMKQKDGGK

Target ORF information:

RefSeq Version	XM_012963714.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012963714.3

ORF Insert Sequence:

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCTGAT 
CATTTGGAGA GTGGCGTAGT AAAAGTACAA GGGGAATGCA CATCACTTCC TAGGCATAAA 
GAAATGACTG TGGAAGAATC TATAGAGGTT CTGGGAGCTG TGGTACCGAT ACTGCAGAAG 
AACAGTGTCT CAGGGTGCAG TAATGAATTA GATCAAATAG TAAACGCAAC AGTGTATGCA 
CTTAAAGAAG GAACAGATGA AACGGCAAAC TTAATATGTG GAAGATTACT ACCCAGCCTT 
GGGTCAGACA GGAGAAGTTT AAACTTGCTT TGGGACTTAC TTATGGTGAA TAATGACAAA 
ATCAAAGGAG ATGATGGCAT TTGCTTAAGT CGCAGGTTGT TGGTATTAAG CACCTTATCA 
GATCATCTTT TCGTTACTGA GGCTAAAGAC AGACCCCTTA AATCTTGGTG CTGCAGTAGC 
TTTTGGACAT TGGTGCAGGG CTGCTTGTGT AGTCCTGACA GCCTGACAAG AAAAAGAGCT 
GTGTACCTGT TAAAAAGAGC AATCGACTGG TGTCAGGAGA CAGGGGAGGA AATGGCATGT 
AGCATTGATT GCTGTAGAGA TGGAGATCCT GCATTGTTCT TTTGGTCCAC CTGGAAAAAT 
GAAGCAATTG TGCTGTTTTG GGAAAATTAT TTGTTAATTG TGGAAACACT AGAAGGAAAT 
CAGATACATG TTATCAAACC AGTTTTGCCA AAATTAAATA TGATACTTGA ATCATCAGTT 
TCAGAAAACA AAGATTCTTG GCTGTTTCAC CCCTCTTGGC ATCTTTGCAT TTATAAGCGT 
ATGTTTGAGA GTGAGAACAA AACATTGGCA AAGGAAGGAG TTCTCCACTT CTTAGATATG 
TATAATTCTA AATCCCTACC TGAGTCACCA TCATGCTCTG AGTTTATTAT TGGACCCCTT 
ATGGATGCTA TGTCAGAAAG CTCTATGTAC AGCAGGTCTT CTGACCAGTT AATTGGTGAC 
TGCCCTATCC TGGCAACAAA GTTTCAGAAG TTTTTGGCTA AATTTGTGTC CTCACTTCAT 
CAAGGAAACA GAGGACTGTT CCTGCTGAAG TTTATCAAGA AGATGACTAG TAGGCACTGG 
TGTGCTATTC CCATACTGTT CATGGCTAAG GCACTGGCTG ATATTCCAGA AAAAAAAATA 
TGGGGTGTGG ATGGACTTTT ATTGCTGAGG GAGGTGCTGC AGTGTACTAT GACTACACAT 
CAAGTTCTGC TTCGTGGAGC TGCACAATGT TTTTTTCTTC AAGCTGCAAT TAAATTAACT 
GACGCAGAAA AAGTTACACT TTCTGATGTA TCAAGTTTTC TCATTTCTCT TCGCGCAGAT 
GAATCTTTAG ACAGGGGAAG TAAGCTCTGG AAAGAGGTGT GTATTTGGTT TAAAGAGAAC 
GATGCCATCT TCAAAAAAGA TTCAGTCTAT GAATTTACAG GAAGCCAACA AATTTCATCT 
TTGAGCATGT ACACAAAATA TTTAGTTGAA GATTACCTAA CTGTTCCTGC TTCAAAAGGT 
GAAGATGAAC TCATGCCAGA CTGGTATGAA TCGAGGCTTG TTGCCACCAT GGTACTTTTG 
GCTGCTGATG TAGATTCCTC AAAAGTAGAC ATTGCTTTAT CAGAAACAGC TGACTTGAAT 
TTTATGTTGA CTCCTCTTCT GACATGTCTG TCCAAACTCA GTACAAATGC ATATATGCCA 
ATTCTAAAGA CAGACAAGAT CTTACAGTTG CTCTTAAAAC TTCTGCAGAC GTGTTCATCA 
AAATCAGCTC AAACTAAAAC AGATGGGCTA TTGACTGTTA TCTGGAATGT AATTACAACT 
ACTGCAACAA ACATTTTTGA GTTCATTGTA AGAAGGTTAA GTGGTGAGCT GAAAACGATT 
GCAGATCTAG ATCGCTGTGA TTTGTATCTT GCTGTACTTT CCGAGTTTGT AAACTTATCT 
TTAAAATTTG GCTGGAAAAA AAGTTTTTCA ATATGGAAGT TTATATATTA TTTAACAACT 
GCTTCAGCTG AAACCTTGCA GCAATTGAGC AAGAAGGATG AAAATTTTGG AGAGCAAATC 
CAAAAAGTAG TCAGCATGGC CTGCCTGGCT TCAGTGTGTG GCATCGCTTC TTATTCTTGC 
CAGTTTCAAG AGGATTCGTA CAACTATGTC AGTGTGCTTT GCAGATATTT GTCATCTATG 
CAGTTAAATT CCAGCCTTTC AAAACCCATT GCTTGTGATG GAAGGTTACT AGAAGAAACC 
ACTTCTCAAG GGTGGGGTAA AATAGTTGCA CGGTACTTAC GTGATCAGTG GGTCTGCTTG 
CATTTTGTTC TTCGTAAACA TGAATACAGT TTTTCTACAT CAGACATAAA AAATTCTGAA 
TTTGCCCCAT TGATTTTCTC TGCACCAACA TCATCTTTAC AGTCAGCTCT TGATGTACTC 
ACTGTTGTTC CCTCCACTGA GGCCCTTCCA GTTTTTCATT GCATGAAGCT TCTAGTACCT 
AAGGTTATTC ATTCTTCTGA ACTTTTAGCG GTGGAATGTA TCAATACAGC CTGGAAAATT 
GTTCTGTCCT CATGCAACAC TCAACTAGTG TTTTGGCCCA CCTTGCAAGC CTTTGTTGAA 
TTTGTCTTCA GTAATGAAGT ACTTTCTGGA GCTGCTTATA CTAAAGGTCA ATTGTATTTC 
CGAATAAAAG AGATAATCCA AGAAACGTCT GACATGTCCA TCTCAAAGAC AGGAGTATTT 
AATGTGTTGG TTTCTCATTG CTACCAGTCA TGGACAGATT ATTCTAAGAA ACCTAGTATT 
AAAGATGATG ATCTTTTACA TGCAAAATGT TACATGGAAA TCCTCACAGA AGCATGTGTG 
TTCGGCACTG TTTTTAGACG GGATCAGAGG TTAATTCAAG ATACACATGC TTTTATTGAA 
AGCTTAGGAA AAGATTGTGC AGCAAATATT GCTGTGACAA GCATGAACAG AGATGAACAC 
CAGGTCCGGA TATGTGCAAC TGCATTCTTT AGTTGTTTGG ATGAGTCAAA TCCACTTCAC 
AAGGAGTTTC TGCAAGACCT TGTAATTCAT CTTCTTGATA AGGACATACT TGTTTCCAAG 
ACAAAAACAA GGTATTATGG AAATTCCCTG CATCACCGGC TTAAAAACCG TCTGTGGCAA 
ACTATGTTAA TTTTGATTCC AAAACTTGAC CAGGACTTTC TTTCTGGTAT CATTGACAGG 
ATTTTCCAAG CTGGTTTCAG TAATAATCAA GCATCGGTTA AATATCTAAT AGAATGGGCC 
ATTATACTGA TTCTCCATAC ACATCCCATA TTTCTTTCCA AATTCTGGGA CTGTTTTAGC 
AGTGTAAGAT TTTATACTGA AGAAAAACTT AAAACCAGCA TTTGCACATT TTTGTCTGTG 
CTTCCTCACT TTGATGTAGT TATTGCAAAT ATTCCTGATA AGGGAGCTAG TCTAAAGAGG 
GCTCTAGTGA CTGTACTTCA GTGGTGTTTC AATCACAACT TCAGTGTTCG GCTTTATGCA 
CTGATTGCTC TAAAGAAACT CTGGGCCATG TGCAAACAAC AATGCATACA GGAATTTGAC 
GAACTGGCTT TAGTAATAGA GTCCAGTCTT GATCAAGTAG AAAATATACA AGGCACTGGT 
AATGCAAGAA AAAACTGGCT ACGAATACAA AATCATTTCT TCTTTTCTAC ATTTCATCCA 
TTGCAAGACT ACAGCATAGA GACAATTTTT TACACTCTTC CAAGCTTGTC AGAGTTAATT 
GAGGATGAAT GGATTTCTCC CCACAAATTC TCCAGCTATA CTAGTAATTT GTGGCAATCC 
TCACTCCCAC TCAACAACCC AAGGCCCATG AATGTAGACC TGCTGTCAAG TGACTGGTTA 
CAAAAAGACA CTGCTGGCAG TGATTTGGGT GACAATGAGA CAGAATGGAC AGATATTCAA 
AAAAAGATAA TTCCTTGGAA GAATAGTATC CCAGATATTG ATTTGGAAAT GGCTGTTCAA 
AATCGTGCTG CTAAGCTTGG AAAGTCAAGT GGAAGTCTTA TTGTTGTAGC ATCCCTCATT 
GATAAACCAA CAAATTTAGG AGGTTTATGT CGCACTTGTG AAATATTTGG AGCTTCTGCA 
TTAGTTGTTG ACAGTCTCCA CCATGTTAAT GATAAACAGT TTCAGTATCT CAGTGTATCA 
GCTGAACAGT GGCTTCCACT TATAGAGGTT AAACCAACTC AGCTTCTAGA GTATTTGCAG 
CTTAAAAAAA ATGAGGGATA CACCATAATC GGAGTTGAGC AAACAGCTAA AAGTTTTGAT 
CTTACAGACT ATTGTTTTCC AGAGAAATCC TTGCTGTTAC TTGGAAATGA ACGAGAGGGA 
ATCCCTGCTA ACCTAATACA GCATCTTGAT GTTTGTGTAG AAATTCCGCA ACAAGGAATA 
ATCCGATCGC TCAATGTACA TGTTAGTGGT GCAGTTTTGA TTTGGGAGTA TACAAGACAA 
CAAATCATGA AGCAAAAAGA TGGAGGAAAA TAG

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

tarbp1 ( XM_002935829.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935875.3 Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X2, mRNA.

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CloneID	OXa58321
Clone ID Related Accession (Same CDS sequence)	XM_002935829.5
Accession Version	XM_002935829.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4881bp) 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	probable methyltransferase TARBP1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) 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_002935829.4. ##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##

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCTGAT 
CATTTGGAGA GTGGCGTAGT AAAAGTACAA GGGGAATGCA CATCACTTCC TAGGCATAAA 
GAAATGACTG TGGAAGAATC TATAGAGGTT CTGGGAGCTG TGGTACCGAT ACTGCAGAAG 
AACAGTGTCT CAGGGTGCAG TAATGAATTA GATCAAATAG TAAACGCAAC AGTGTATGCA 
CTTAAAGAAG GAACAGATGA AACGGCAAAC TTAATATGTG GAAGATTACT ACCCAGCCTT 
GGGTCAGACA GGAGAAGTTT AAACTTGCTT TGGGACTTAC TTATGGTGAA TAATGACAAA 
ATCAAAGGAG ATGATGGCAT TTGCTTAAGT CGCAGGTTGT TGGTATTAAG CACCTTATCA 
GATCATCTTT TCGTTACTGA GGCTAAAGAC AGACCCCTTA AATCTTGGTG CTGCAGTAGC 
TTTTGGACAT TGGTGCAGGG CTGCTTGTGT AGTCCTGACA GCCTGACAAG AAAAAGAGCT 
GTGTACCTGT TAAAAAGAGC AATCGACTGG TGTCAGGAGA CAGGGGAGGA AATGGCATGT 
AGCATTGATT GCTGTAGAGA TGGAGATCCT GCATTGTTCT TTTGGTCCAC CTGGAAAAAT 
GAAGCAATTG TGCTGTTTTG GGAAAATTAT TTGTTAATTG TGGAAACACT AGAAGGAAAT 
CAGATACATG TTATCAAACC AGTTTTGCCA AAATTAAATA TGATACTTGA ATCATCAGTT 
TCAGAAAACA AAGATTCTTG GCTGTTTCAC CCCTCTTGGC ATCTTTGCAT TTATAAGCGT 
ATGTTTGAGA GTGAGAACAA AACATTGGCA AAGGAAGGAG TTCTCCACTT CTTAGATATG 
TATAATTCTA AATCCCTACC TGAGTCACCA TCATGCTCTG AGTTTATTAT TGGACCCCTT 
ATGGATGCTA TGTCAGAAAG CTCTATGTAC AGCAGGTCTT CTGACCAGTT AATTGGTGAC 
TGCCCTATCC TGGCAACAAA GTTTCAGAAG TTTTTGGCTA AATTTGTGTC CTCACTTCAT 
CAAGGAAACA GAGGACTGTT CCTGCTGAAG TTTATCAAGA AGATGACTAG TAGGCACTGG 
TGTGCTATTC CCATACTGTT CATGGCTAAG GCACTGGCTG ATATTCCAGA AAAAAAAATA 
TGGGGTGTGG ATGGACTTTT ATTGCTGAGG GAGGTGCTGC AGTGTACTAT GACTACACAT 
CAAGTTCTGC TTCGTGGAGC TGCACAATGT TTTTTTCTTC AAGCTGCAAT TAAATTAACT 
GACGCAGAAA AAGTTACACT TTCTGATGTA TCAAGTTTTC TCATTTCTCT TCGCGCAGAT 
GAATCTTTAG ACAGGGGAAG TAAGCTCTGG AAAGAGGTGT GTATTTGGTT TAAAGAGAAC 
GATGCCATCT TCAAAAAAGA TTCAGTCTAT GAATTTACAG GAAGCCAACA AATTTCATCT 
TTGAGCATGT ACACAAAATA TTTAGTTGAA GATTACCTAA CTGTTCCTGC TTCAAAAGGT 
GAAGATGAAC TCATGCCAGA CTGGTATGAA TCGAGGCTTG TTGCCACCAT GGTACTTTTG 
GCTGCTGATG TAGATTCCTC AAAAGTAGAC ATTGCTTTAT CAGAAACAGC TGACTTGAAT 
TTTATGTTGA CTCCTCTTCT GACATGTCTG TCCAAACTCA GTACAAATGC ATATATGCCA 
ATTCTAAAGA CAGACAAGAT CTTACAGTTG CTCTTAAAAC TTCTGCAGAC GTGTTCATCA 
AAATCAGCTC AAACTAAAAC AGATGGGCTA TTGACTGTTA TCTGGAATGT AATTACAACT 
ACTGCAACAA ACATTTTTGA GTTCATTGTA AGAAGGTTAA GTGGTGAGCT GAAAACGATT 
GCAGATCTAG ATCGCTGTGA TTTGTATCTT GCTGTACTTT CCGAGTTTGT AAACTTATCT 
TTAAAATTTG GCTGGAAAAA AAGTTTTTCA ATATGGAAGT TTATATATTA TTTAACAACT 
GCTTCAGCTG AAACCTTGCA GCAATTGAGC AAGAAGGATG AAAATTTTGG AGAGCAAATC 
CAAAAAGTAG TCAGCATGGC CTGCCTGGCT TCAGTGTGTG GCATCGCTTC TTATTCTTGC 
CAGTTTCAAG AGGATTCGTA CAACTATGTC AGTGTGCTTT GCAGATATTT GTCATCTATG 
CAGTTAAATT CCAGCCTTTC AAAACCCATT GCTTGTGATG GAAGGTTACT AGAAGAAACC 
ACTTCTCAAG GGTGGGGTAA AATAGTTGCA CGGTACTTAC GTGATCAGTG GGTCTGCTTG 
CATTTTGTTC TTCGTAAACA TGAATACAGT TTTTCTACAT CAGACATAAA AAATTCTGAA 
TTTGCCCCAT TGATTTTCTC TGCACCAACA TCATCTTTAC AGTCAGCTCT TGATGTACTC 
ACTGTTGTTC CCTCCACTGA GGCCCTTCCA GTTTTTCATT GCATGAAGCT TCTAGTACCT 
AAGGTTATTC ATTCTTCTGA ACTTTTAGCG GTGGAATGTA TCAATACAGC CTGGAAAATT 
GTTCTGTCCT CATGCAACAC TCAACTAGTG TTTTGGCCCA CCTTGCAAGC CTTTGTTGAA 
TTTGTCTTCA GTAATGAAGT ACTTTCTGGA GCTGCTTATA CTAAAGGTCA ATTGTATTTC 
CGAATAAAAG AGATAATCCA AGAAACGTCT GACATGTCCA TCTCAAAGAC AGGAGTATTT 
AATGTGTTGG TTTCTCATTG CTACCAGTCA TGGACAGATT ATTCTAAGAA ACCTAGTATT 
AAAGATGATG ATCTTTTACA TGCAAAATGT TACATGGAAA TCCTCACAGA AGCATGTGTG 
TTCGGCACTG TTTTTAGACG GGATCAGAGG TTAATTCAAG ATACACATGC TTTTATTGAA 
AGCTTAGGAA AAGATTGTGC AGCAAATATT GCTGTGACAA GCATGAACAG AGATGAACAC 
CAGGTCCGGA TATGTGCAAC TGCATTCTTT AGTTGTTTGG ATGAGTCAAA TCCACTTCAC 
AAGGAGTTTC TGCAAGACCT TGTAATTCAT CTTCTTGATA AGGACATACT TGTTTCCAAG 
ACAAAAACAA GGTATTATGG AAATTCCCTG CATCACCGGC TTAAAAACCG TCTGTGGCAA 
ACTATGTTAA TTTTGATTCC AAAACTTGAC CAGGACTTTC TTTCTGGTAT CATTGACAGG 
ATTTTCCAAG CTGGTTTCAG TAATAATCAA GCATCGGTTA AATATCTAAT AGAATGGGCC 
ATTATACTGA TTCTCCATAC ACATCCCATA TTTCTTTCCA AATTCTGGGA CTGTTTTAGC 
AGTACTGAAG AAAAACTTAA AACCAGCATT TGCACATTTT TGTCTGTGCT TCCTCACTTT 
GATGTAGTTA TTGCAAATAT TCCTGATAAG GGAGCTAGTC TAAAGAGGGC TCTAGTGACT 
GTACTTCAGT GGTGTTTCAA TCACAACTTC AGTGTTCGGC TTTATGCACT GATTGCTCTA 
AAGAAACTCT GGGCCATGTG CAAACAACAA TGCATACAGG AATTTGACGA ACTGGCTTTA 
GTAATAGAGT CCAGTCTTGA TCAAGTAGAA AATATACAAG GCACTGGTAA TGCAAGAAAA 
AACTGGCTAC GAATACAAAA TCATTTCTTC TTTTCTACAT TTCATCCATT GCAAGACTAC 
AGCATAGAGA CAATTTTTTA CACTCTTCCA AGCTTGTCAG AGTTAATTGA GGATGAATGG 
ATTTCTCCCC ACAAATTCTC CAGCTATACT AGTAATTTGT GGCAATCCTC ACTCCCACTC 
AACAACCCAA GGCCCATGAA TGTAGACCTG CTGTCAAGTG ACTGGTTACA AAAAGACACT 
GCTGGCAGTG ATTTGGGTGA CAATGAGACA GAATGGACAG ATATTCAAAA AAAGATAATT 
CCTTGGAAGA ATAGTATCCC AGATATTGAT TTGGAAATGG CTGTTCAAAA TCGTGCTGCT 
AAGCTTGGAA AGTCAAGTGG AAGTCTTATT GTTGTAGCAT CCCTCATTGA TAAACCAACA 
AATTTAGGAG GTTTATGTCG CACTTGTGAA ATATTTGGAG CTTCTGCATT AGTTGTTGAC 
AGTCTCCACC ATGTTAATGA TAAACAGTTT CAGTATCTCA GTGTATCAGC TGAACAGTGG 
CTTCCACTTA TAGAGGTTAA ACCAACTCAG CTTCTAGAGT ATTTGCAGCT TAAAAAAAAT 
GAGGGATACA CCATAATCGG AGTTGAGCAA ACAGCTAAAA GTTTTGATCT TACAGACTAT 
TGTTTTCCAG AGAAATCCTT GCTGTTACTT GGAAATGAAC GAGAGGGAAT CCCTGCTAAC 
CTAATACAGC ATCTTGATGT TTGTGTAGAA ATTCCGCAAC AAGGAATAAT CCGATCGCTC 
AATGTACATG TTAGTGGTGC AGTTTTGATT TGGGAGTATA CAAGACAACA AATCATGAAG 
CAAAAAGATG GAGGAAAATA G

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

RefSeq	XP_002935875.3
CDS	236..5116
Translation	MELMLVEALLSHCKDHATLVTELGSWNPTTDKVPTAESLEFLRIILEKLAMRKEKADAEKLGQAVTTLALNNCLPLLAILRDGILQPRNVTRVARTVCGVLHYCAEIAGNKVAVPVCLAAVRVLGICGNESQKEGTAGADHLESGVVKVQGECTSLPRHKEMTVEESIEVLGAVVPILQKNSVSGCSNELDQIVNATVYALKEGTDETANLICGRLLPSLGSDRRSLNLLWDLLMVNNDKIKGDDGICLSRRLLVLSTLSDHLFVTEAKDRPLKSWCCSSFWTLVQGCLCSPDSLTRKRAVYLLKRAIDWCQETGEEMACSIDCCRDGDPALFFWSTWKNEAIVLFWENYLLIVETLEGNQIHVIKPVLPKLNMILESSVSENKDSWLFHPSWHLCIYKRMFESENKTLAKEGVLHFLDMYNSKSLPESPSCSEFIIGPLMDAMSESSMYSRSSDQLIGDCPILATKFQKFLAKFVSSLHQGNRGLFLLKFIKKMTSRHWCAIPILFMAKALADIPEKKIWGVDGLLLLREVLQCTMTTHQVLLRGAAQCFFLQAAIKLTDAEKVTLSDVSSFLISLRADESLDRGSKLWKEVCIWFKENDAIFKKDSVYEFTGSQQISSLSMYTKYLVEDYLTVPASKGEDELMPDWYESRLVATMVLLAADVDSSKVDIALSETADLNFMLTPLLTCLSKLSTNAYMPILKTDKILQLLLKLLQTCSSKSAQTKTDGLLTVIWNVITTTATNIFEFIVRRLSGELKTIADLDRCDLYLAVLSEFVNLSLKFGWKKSFSIWKFIYYLTTASAETLQQLSKKDENFGEQIQKVVSMACLASVCGIASYSCQFQEDSYNYVSVLCRYLSSMQLNSSLSKPIACDGRLLEETTSQGWGKIVARYLRDQWVCLHFVLRKHEYSFSTSDIKNSEFAPLIFSAPTSSLQSALDVLTVVPSTEALPVFHCMKLLVPKVIHSSELLAVECINTAWKIVLSSCNTQLVFWPTLQAFVEFVFSNEVLSGAAYTKGQLYFRIKEIIQETSDMSISKTGVFNVLVSHCYQSWTDYSKKPSIKDDDLLHAKCYMEILTEACVFGTVFRRDQRLIQDTHAFIESLGKDCAANIAVTSMNRDEHQVRICATAFFSCLDESNPLHKEFLQDLVIHLLDKDILVSKTKTRYYGNSLHHRLKNRLWQTMLILIPKLDQDFLSGIIDRIFQAGFSNNQASVKYLIEWAIILILHTHPIFLSKFWDCFSSTEEKLKTSICTFLSVLPHFDVVIANIPDKGASLKRALVTVLQWCFNHNFSVRLYALIALKKLWAMCKQQCIQEFDELALVIESSLDQVENIQGTGNARKNWLRIQNHFFFSTFHPLQDYSIETIFYTLPSLSELIEDEWISPHKFSSYTSNLWQSSLPLNNPRPMNVDLLSSDWLQKDTAGSDLGDNETEWTDIQKKIIPWKNSIPDIDLEMAVQNRAAKLGKSSGSLIVVASLIDKPTNLGGLCRTCEIFGASALVVDSLHHVNDKQFQYLSVSAEQWLPLIEVKPTQLLEYLQLKKNEGYTIIGVEQTAKSFDLTDYCFPEKSLLLLGNEREGIPANLIQHLDVCVEIPQQGIIRSLNVHVSGAVLIWEYTRQQIMKQKDGGK

Target ORF information:

RefSeq Version	XM_002935829.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X2, mRNA.

Target ORF information:

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

XM_002935829.5

ORF Insert Sequence:

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCTGAT 
CATTTGGAGA GTGGCGTAGT AAAAGTACAA GGGGAATGCA CATCACTTCC TAGGCATAAA 
GAAATGACTG TGGAAGAATC TATAGAGGTT CTGGGAGCTG TGGTACCGAT ACTGCAGAAG 
AACAGTGTCT CAGGGTGCAG TAATGAATTA GATCAAATAG TAAACGCAAC AGTGTATGCA 
CTTAAAGAAG GAACAGATGA AACGGCAAAC TTAATATGTG GAAGATTACT ACCCAGCCTT 
GGGTCAGACA GGAGAAGTTT AAACTTGCTT TGGGACTTAC TTATGGTGAA TAATGACAAA 
ATCAAAGGAG ATGATGGCAT TTGCTTAAGT CGCAGGTTGT TGGTATTAAG CACCTTATCA 
GATCATCTTT TCGTTACTGA GGCTAAAGAC AGACCCCTTA AATCTTGGTG CTGCAGTAGC 
TTTTGGACAT TGGTGCAGGG CTGCTTGTGT AGTCCTGACA GCCTGACAAG AAAAAGAGCT 
GTGTACCTGT TAAAAAGAGC AATCGACTGG TGTCAGGAGA CAGGGGAGGA AATGGCATGT 
AGCATTGATT GCTGTAGAGA TGGAGATCCT GCATTGTTCT TTTGGTCCAC CTGGAAAAAT 
GAAGCAATTG TGCTGTTTTG GGAAAATTAT TTGTTAATTG TGGAAACACT AGAAGGAAAT 
CAGATACATG TTATCAAACC AGTTTTGCCA AAATTAAATA TGATACTTGA ATCATCAGTT 
TCAGAAAACA AAGATTCTTG GCTGTTTCAC CCCTCTTGGC ATCTTTGCAT TTATAAGCGT 
ATGTTTGAGA GTGAGAACAA AACATTGGCA AAGGAAGGAG TTCTCCACTT CTTAGATATG 
TATAATTCTA AATCCCTACC TGAGTCACCA TCATGCTCTG AGTTTATTAT TGGACCCCTT 
ATGGATGCTA TGTCAGAAAG CTCTATGTAC AGCAGGTCTT CTGACCAGTT AATTGGTGAC 
TGCCCTATCC TGGCAACAAA GTTTCAGAAG TTTTTGGCTA AATTTGTGTC CTCACTTCAT 
CAAGGAAACA GAGGACTGTT CCTGCTGAAG TTTATCAAGA AGATGACTAG TAGGCACTGG 
TGTGCTATTC CCATACTGTT CATGGCTAAG GCACTGGCTG ATATTCCAGA AAAAAAAATA 
TGGGGTGTGG ATGGACTTTT ATTGCTGAGG GAGGTGCTGC AGTGTACTAT GACTACACAT 
CAAGTTCTGC TTCGTGGAGC TGCACAATGT TTTTTTCTTC AAGCTGCAAT TAAATTAACT 
GACGCAGAAA AAGTTACACT TTCTGATGTA TCAAGTTTTC TCATTTCTCT TCGCGCAGAT 
GAATCTTTAG ACAGGGGAAG TAAGCTCTGG AAAGAGGTGT GTATTTGGTT TAAAGAGAAC 
GATGCCATCT TCAAAAAAGA TTCAGTCTAT GAATTTACAG GAAGCCAACA AATTTCATCT 
TTGAGCATGT ACACAAAATA TTTAGTTGAA GATTACCTAA CTGTTCCTGC TTCAAAAGGT 
GAAGATGAAC TCATGCCAGA CTGGTATGAA TCGAGGCTTG TTGCCACCAT GGTACTTTTG 
GCTGCTGATG TAGATTCCTC AAAAGTAGAC ATTGCTTTAT CAGAAACAGC TGACTTGAAT 
TTTATGTTGA CTCCTCTTCT GACATGTCTG TCCAAACTCA GTACAAATGC ATATATGCCA 
ATTCTAAAGA CAGACAAGAT CTTACAGTTG CTCTTAAAAC TTCTGCAGAC GTGTTCATCA 
AAATCAGCTC AAACTAAAAC AGATGGGCTA TTGACTGTTA TCTGGAATGT AATTACAACT 
ACTGCAACAA ACATTTTTGA GTTCATTGTA AGAAGGTTAA GTGGTGAGCT GAAAACGATT 
GCAGATCTAG ATCGCTGTGA TTTGTATCTT GCTGTACTTT CCGAGTTTGT AAACTTATCT 
TTAAAATTTG GCTGGAAAAA AAGTTTTTCA ATATGGAAGT TTATATATTA TTTAACAACT 
GCTTCAGCTG AAACCTTGCA GCAATTGAGC AAGAAGGATG AAAATTTTGG AGAGCAAATC 
CAAAAAGTAG TCAGCATGGC CTGCCTGGCT TCAGTGTGTG GCATCGCTTC TTATTCTTGC 
CAGTTTCAAG AGGATTCGTA CAACTATGTC AGTGTGCTTT GCAGATATTT GTCATCTATG 
CAGTTAAATT CCAGCCTTTC AAAACCCATT GCTTGTGATG GAAGGTTACT AGAAGAAACC 
ACTTCTCAAG GGTGGGGTAA AATAGTTGCA CGGTACTTAC GTGATCAGTG GGTCTGCTTG 
CATTTTGTTC TTCGTAAACA TGAATACAGT TTTTCTACAT CAGACATAAA AAATTCTGAA 
TTTGCCCCAT TGATTTTCTC TGCACCAACA TCATCTTTAC AGTCAGCTCT TGATGTACTC 
ACTGTTGTTC CCTCCACTGA GGCCCTTCCA GTTTTTCATT GCATGAAGCT TCTAGTACCT 
AAGGTTATTC ATTCTTCTGA ACTTTTAGCG GTGGAATGTA TCAATACAGC CTGGAAAATT 
GTTCTGTCCT CATGCAACAC TCAACTAGTG TTTTGGCCCA CCTTGCAAGC CTTTGTTGAA 
TTTGTCTTCA GTAATGAAGT ACTTTCTGGA GCTGCTTATA CTAAAGGTCA ATTGTATTTC 
CGAATAAAAG AGATAATCCA AGAAACGTCT GACATGTCCA TCTCAAAGAC AGGAGTATTT 
AATGTGTTGG TTTCTCATTG CTACCAGTCA TGGACAGATT ATTCTAAGAA ACCTAGTATT 
AAAGATGATG ATCTTTTACA TGCAAAATGT TACATGGAAA TCCTCACAGA AGCATGTGTG 
TTCGGCACTG TTTTTAGACG GGATCAGAGG TTAATTCAAG ATACACATGC TTTTATTGAA 
AGCTTAGGAA AAGATTGTGC AGCAAATATT GCTGTGACAA GCATGAACAG AGATGAACAC 
CAGGTCCGGA TATGTGCAAC TGCATTCTTT AGTTGTTTGG ATGAGTCAAA TCCACTTCAC 
AAGGAGTTTC TGCAAGACCT TGTAATTCAT CTTCTTGATA AGGACATACT TGTTTCCAAG 
ACAAAAACAA GGTATTATGG AAATTCCCTG CATCACCGGC TTAAAAACCG TCTGTGGCAA 
ACTATGTTAA TTTTGATTCC AAAACTTGAC CAGGACTTTC TTTCTGGTAT CATTGACAGG 
ATTTTCCAAG CTGGTTTCAG TAATAATCAA GCATCGGTTA AATATCTAAT AGAATGGGCC 
ATTATACTGA TTCTCCATAC ACATCCCATA TTTCTTTCCA AATTCTGGGA CTGTTTTAGC 
AGTACTGAAG AAAAACTTAA AACCAGCATT TGCACATTTT TGTCTGTGCT TCCTCACTTT 
GATGTAGTTA TTGCAAATAT TCCTGATAAG GGAGCTAGTC TAAAGAGGGC TCTAGTGACT 
GTACTTCAGT GGTGTTTCAA TCACAACTTC AGTGTTCGGC TTTATGCACT GATTGCTCTA 
AAGAAACTCT GGGCCATGTG CAAACAACAA TGCATACAGG AATTTGACGA ACTGGCTTTA 
GTAATAGAGT CCAGTCTTGA TCAAGTAGAA AATATACAAG GCACTGGTAA TGCAAGAAAA 
AACTGGCTAC GAATACAAAA TCATTTCTTC TTTTCTACAT TTCATCCATT GCAAGACTAC 
AGCATAGAGA CAATTTTTTA CACTCTTCCA AGCTTGTCAG AGTTAATTGA GGATGAATGG 
ATTTCTCCCC ACAAATTCTC CAGCTATACT AGTAATTTGT GGCAATCCTC ACTCCCACTC 
AACAACCCAA GGCCCATGAA TGTAGACCTG CTGTCAAGTG ACTGGTTACA AAAAGACACT 
GCTGGCAGTG ATTTGGGTGA CAATGAGACA GAATGGACAG ATATTCAAAA AAAGATAATT 
CCTTGGAAGA ATAGTATCCC AGATATTGAT TTGGAAATGG CTGTTCAAAA TCGTGCTGCT 
AAGCTTGGAA AGTCAAGTGG AAGTCTTATT GTTGTAGCAT CCCTCATTGA TAAACCAACA 
AATTTAGGAG GTTTATGTCG CACTTGTGAA ATATTTGGAG CTTCTGCATT AGTTGTTGAC 
AGTCTCCACC ATGTTAATGA TAAACAGTTT CAGTATCTCA GTGTATCAGC TGAACAGTGG 
CTTCCACTTA TAGAGGTTAA ACCAACTCAG CTTCTAGAGT ATTTGCAGCT TAAAAAAAAT 
GAGGGATACA CCATAATCGG AGTTGAGCAA ACAGCTAAAA GTTTTGATCT TACAGACTAT 
TGTTTTCCAG AGAAATCCTT GCTGTTACTT GGAAATGAAC GAGAGGGAAT CCCTGCTAAC 
CTAATACAGC ATCTTGATGT TTGTGTAGAA ATTCCGCAAC AAGGAATAAT CCGATCGCTC 
AATGTACATG TTAGTGGTGC AGTTTTGATT TGGGAGTATA CAAGACAACA AATCATGAAG 
CAAAAAGATG GAGGAAAATA G

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

tarbp1 ( XM_002935829.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935875.2 Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X2, mRNA.

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CloneID	OXa10602
Clone ID Related Accession (Same CDS sequence)	XM_002935829.4
Accession Version	XM_002935829.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4878bp) 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	probable methyltransferase TARBP1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002935829.3. ##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##

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCCGAT 
CATTTGGAGA GTGGTGTAGT AAAAGTACAA GGGGAATGCA CATCACCTAG GCATAAAGAA 
ATGACTGTGG AAGAATCTAT AGAGGTTCTG GGAGCTGTGG TACCGATACT GCAGAAGAAC 
AGTGTCTCAG GGTGCAGTAA TGAATTAGAT CAAATAGTAA ACGCAACAGT GTATGCACTT 
AAAGAAGGAA CAGATGAAAC GGCAAACTTA ATATGTGGAA GATTACTACC CAGCCTTGGG 
TCAGACAGGA GAAGTTTAAA CTTGCTTTGG GACTTACTTA TGGTGAATAA TGACAAAATC 
AAAGGAGATG ATGGCATTTG CTTAAGTCGC AGGTTGTTGG TATTAAGCAC CTTATCAGAT 
CATCTTTTCG TTACTGAGGC TAAAGACAGA CCCCTTAAAT CTTGGTGCTG CAGTAGCTTT 
TGGACATTGG TGCAGGGCTG CTTGTGTAGT CCTGACAGCC TGACAAGAAA AAGAGCTGTG 
TACCTGTTAA AAAGAGCAAT CGACTGGTGT CAGGAGACAG GGGAGGAAAT GGCATGTAGC 
ATTGATTGCT GTAGAGATGG AGATCCTGCA TTGTTCTTTT GGTCCACCTG GAAAAATGAA 
GCAATTGTGC TGTTTTGGGA AAATTATTTG TTAATTGTGG AAACACTAGA AGGAAATCAG 
ATACATGTTA TCAAACCAGT TTTGCCAAAA TTAAATATGA TACTTGAATC ATCAGTTTCA 
GAAAACAAAG ATTCTTGGCT GTTTCACCCC TCTTGGCATC TTTGCATTTA TAAGCGTATG 
TTTGAGAGTG AGAACAAAAC ATTGGCAAAG GAAGGAGTTC TCCACTTCTT AGATATGTAT 
AATTCTAAAT CCCTACCTGA GTCACCATCA TGCTCTGAGT TTATTATTGG ACCCCTTATG 
GATGCTATGT CAGAAAGCTC TATGTACAGC AGGTCTTCTG ACCAGTTAAT TGGTGACTGC 
CCTATCCTGG CAACAAAGTT TCAGAAGTTT TTGGCTAAAT TTGTGTCCTC ACTTCATCAA 
GGAAACAGAG GACTGTTCCT GCTGAAGTTT ATCAAGAAGA TGACTAGTAG GCACTGGTGT 
GCTATTCCCA TACTGTTCAT GGCTAAGGCA CTGGCTGATA TTCCAGAAAA AAAAATATGG 
GGTGTGGATG GACTTTTATT GCTGAGGGAG GTGCTGCAGT GTACTATGAC TACACATCAA 
GTTCTGCTTC GTGGAGCTGC ACAATGTTTT TTTCTTCAAG CTGCAATTAA ATTAACTGAC 
GCAGAAAAAG TTACACTTTC TGATGTATCA AGTTTTCTCA TTTCTCTTCG CGCAGATGAA 
TCTTTAGACA GGGGAAGTAA GCTCTGGAAA GAGGTGTGTA TTTGGTTTAA AGAGAACGAT 
GCCATCTTCA AAAAAGATTC AGTCTATGAA TTTACAGGAA GCCAACAAAT TTCATCTTTG 
AGCATGTACA CAAAATATTT AGTTGAAGAT TACCTAACTG TTCCTGCTTC AAAAGGTGAA 
GATGAACTCA TGCCAGACTG GTATGAATCG AGGCTTGTTG CCACCATGGT ACTTTTGGCT 
GCTGATGTAG ATTCCTCAAA AGTAGACATT GCTTTATCAG AAACAGCTGA CTTGAATTTT 
ATGTTGACTC CTCTTCTGAC ATGTCTGTCC AAACTCAGTA CAAATGCATA TATGCCAATT 
CTAAAGACAG ACAAGATCTT ACAGTTGCTC TTAAAACTTC TGCAGACGTG TTCATCAAAA 
TCAGCTCAAA CTAAAACAGA TGGGCTATTG ACTGTTATCT GGAATGTAAT TACAACTACT 
GCAACAAACA TTTTTGAGTT CATTGTAAGA AGGTTAAGTG GTGAGCTGAA AACGATTGCA 
GATCTAGATC GCTGTGATTT GTATCTTGCT GTACTTTCCG AGTTTGTAAA CTTATCTTTA 
AAATTTGGCT GGAAAAAAAG TTTTTCAATA TGGAAGTTTA TATATTATTT AACAACTGCT 
TCAGCTGAAA CCTTGCAGCA ATTGAGCAAG AAGGATGAAA ATTTTGGAGA GCAAATCCAA 
AAAGTAGTCA GCATGGCCTG CCTGGCTTCA GTGTGTGGCA TCGCTTCTTA TTCTTGCCAG 
TTTCAAGAGG ATTCGTACAA CTATGTCAGT GTGCTTTGCA GATATTTGTC ATCTATGCAG 
TTAAATTCCA GCCTTTCAAA ACCCATTGCT TGTGATGGAA GGTTACTAGA AGAAACCACT 
TCTCAAGGGT GGGGTAAAAT AGTTGCACGG TACTTACGTG ATCAGTGGGT CTGCTTGCAT 
TTTGTTCTTC GTAAACATGA ATACAGTTTT TCTACATCAG ACATAAAAAA TTCTGAATTT 
GCCCCATTGA TTTTCTCTGC ACCAACATCA TCTTTACAGT CAGCTCTTGA TGTACTCACT 
GTTGTTCCCT CCACTGAGGC CCTTCCAGTT TTTCATTGCA TGAAGCTTCT AGTACCTAAG 
GTTATTCATT CTTCTGAACT TTTAGCGGTG GAATGTATCA ATACAGCCTG GAAAATTGTT 
CTGTCCTCAT GCAACACTCA ACTAGTGTTT TGGCCCACCT TGCAAGCCTT TGTTGAATTT 
GTCTTCAGTA ATGAAGTACT TTCTGGAGCT GCTTATACTA AAGGTCAATT GTATTTCCGA 
ATAAAAGAGA TAATCCAAGA AACGTCTGAC ATGTCCATCT CAAAGACAGG AGTATTTAAT 
GTGTTGGTTT CTCATTGCTA CCAGTCATGG ACAGATTATT CTAAGAAACC TAGTATTAAA 
GATGATGATC TTTTACATGC AAAATGTTAC ATGGAAATCC TCACAGAAGC ATGTGTGTTC 
GGCACTGTTT TTAGACGGGA TCAGAGGTTA ATTCAAGATA CACATGCTTT TATTGAAAGC 
TTAGGAAAAG ATTGTGCAGC AAATATTGCT GTGACAAGCA TGAACAGAGA TGAACACCAG 
GTCCGGATAT GTGCAACTGC ATTCTTTAGT TGTTTGGATG AGTCAAATCC ACTTCACAAG 
GAGTTTCTGC AAGACCTTGT AATTCATCTT CTTGATAAGG ACATACTTGT TTCCAAGACA 
AAAACAAGGT ATTATGGAAA TTCCCTGCAT CACCGGCTTA AAAACCGTCT GTGGCAAACT 
ATGTTAATTT TGATTCCAAA ACTTGACCAG GACTTTCTTT CTGGTATCAT TGACAGGATT 
TTCCAAGCTG GTTTCAGTAA TAATCAAGCA TCGGTTAAAT ATCTAATAGA ATGGGCCATT 
ATACTGATTC TCCATACACA TCCCATATTT CTTTCCAAAT TCTGGGACTG TTTTAGCAGT 
ACTGAAGAAA AACTTAAAAC CAGCATTTGC ACATTTTTGT CTGTGCTTCC TCACTTTGAT 
GTAGTTATTG CAAATATTCC TGATAAGGGA GCTAGTCTAA AGAGGGCTCT AGTGACTGTA 
CTTCAGTGGT GTTTCAATCA CAACTTCAGT GTTCGGCTTT ATGCACTGAT TGCTCTAAAG 
AAACTCTGGG CCATGTGCAA ACAACAATGC ATACAGGAAT TTGACGAACT GGCTTTAGTA 
ATAGAGTCCA GTCTTGATCA AGTAGAAAAT ATACAAGGCA CTGGTAATGC AAGAAAAAAC 
TGGCTACGAA TACAAAATCA TTTCTTCTTT TCTACATTTC ATCCATTGCA AGACTACAGC 
ATAGAGACAA TTTTTTACAC TCTTCCAAGC TTGTCAGAGT TAATTGAGGA TGAATGGATT 
TCTCCCCACA AATTCTCCAG CTATACTAGT AATTTGTGGC AATCATCACT CCCACTCAAC 
AACCCAAGGC CCATGAATGT AGACCTGCTG TCAAGTGACT GGTTACAAAA AGACACTGCT 
GGCAGTGATT TGGGTGACAA TGAGACAGAA TGGACAGATA TTCAAAAAAA GATAATTCCT 
TGGAAGAATA GTATCCCAGA TATTGATTTG GAAATGGCTG TTCAAAATCG TGCTGCTAAG 
CTTGGAAAGT CAAGTGGAAG TCTTATTGTT GTAGCATCTC TCATTGATAA ACCAACAAAT 
TTAGGAGGTT TATGTCGCAC TTGTGAAATA TTTGGAGCTT CTGCATTAGT TGTTGACAGT 
CTCCACCATG TTAATGATAA ACAGTTTCAG TATCTCAGTG TATCAGCTGA ACAGTGGCTT 
CCACTTATAG AGGTTAAACC AACTCAGCTT CTAGAGTATT TGCAGCTTAA AAAAAATGAG 
GGATACACCA TAATCGGAGT TGAGCAAACA GCTAAAAGTT TTGATCTTAC AGACTATTGT 
TTTCCAGAGA AATCCTTGCT GTTACTTGGA AATGAACGAG AGGGAATCCC TGCTAACCTA 
ATACAGCATC TTGATGTTTG TGTAGAAATT CCGCAACAAG GAATAATCCG ATCGCTCAAT 
GTACATGTTA GTGGTGCAGT TTTGATTTGG GAGTATACAA GACAACAAAT CATGAAGCAA 
AAAGATGGAG GAAAATAG

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

RefSeq	XP_002935875.2
CDS	239..5116
Translation	MELMLVEALLSHCKDHATLVTELGSWNPTTDKVPTAESLEFLRIILEKLAMRKEKADAEKLGQAVTTLALNNCLPLLAILRDGILQPRNVTRVARTVCGVLHYCAEIAGNKVAVPVCLAAVRVLGICGNESQKEGTAGADHLESGVVKVQGECTSPRHKEMTVEESIEVLGAVVPILQKNSVSGCSNELDQIVNATVYALKEGTDETANLICGRLLPSLGSDRRSLNLLWDLLMVNNDKIKGDDGICLSRRLLVLSTLSDHLFVTEAKDRPLKSWCCSSFWTLVQGCLCSPDSLTRKRAVYLLKRAIDWCQETGEEMACSIDCCRDGDPALFFWSTWKNEAIVLFWENYLLIVETLEGNQIHVIKPVLPKLNMILESSVSENKDSWLFHPSWHLCIYKRMFESENKTLAKEGVLHFLDMYNSKSLPESPSCSEFIIGPLMDAMSESSMYSRSSDQLIGDCPILATKFQKFLAKFVSSLHQGNRGLFLLKFIKKMTSRHWCAIPILFMAKALADIPEKKIWGVDGLLLLREVLQCTMTTHQVLLRGAAQCFFLQAAIKLTDAEKVTLSDVSSFLISLRADESLDRGSKLWKEVCIWFKENDAIFKKDSVYEFTGSQQISSLSMYTKYLVEDYLTVPASKGEDELMPDWYESRLVATMVLLAADVDSSKVDIALSETADLNFMLTPLLTCLSKLSTNAYMPILKTDKILQLLLKLLQTCSSKSAQTKTDGLLTVIWNVITTTATNIFEFIVRRLSGELKTIADLDRCDLYLAVLSEFVNLSLKFGWKKSFSIWKFIYYLTTASAETLQQLSKKDENFGEQIQKVVSMACLASVCGIASYSCQFQEDSYNYVSVLCRYLSSMQLNSSLSKPIACDGRLLEETTSQGWGKIVARYLRDQWVCLHFVLRKHEYSFSTSDIKNSEFAPLIFSAPTSSLQSALDVLTVVPSTEALPVFHCMKLLVPKVIHSSELLAVECINTAWKIVLSSCNTQLVFWPTLQAFVEFVFSNEVLSGAAYTKGQLYFRIKEIIQETSDMSISKTGVFNVLVSHCYQSWTDYSKKPSIKDDDLLHAKCYMEILTEACVFGTVFRRDQRLIQDTHAFIESLGKDCAANIAVTSMNRDEHQVRICATAFFSCLDESNPLHKEFLQDLVIHLLDKDILVSKTKTRYYGNSLHHRLKNRLWQTMLILIPKLDQDFLSGIIDRIFQAGFSNNQASVKYLIEWAIILILHTHPIFLSKFWDCFSSTEEKLKTSICTFLSVLPHFDVVIANIPDKGASLKRALVTVLQWCFNHNFSVRLYALIALKKLWAMCKQQCIQEFDELALVIESSLDQVENIQGTGNARKNWLRIQNHFFFSTFHPLQDYSIETIFYTLPSLSELIEDEWISPHKFSSYTSNLWQSSLPLNNPRPMNVDLLSSDWLQKDTAGSDLGDNETEWTDIQKKIIPWKNSIPDIDLEMAVQNRAAKLGKSSGSLIVVASLIDKPTNLGGLCRTCEIFGASALVVDSLHHVNDKQFQYLSVSAEQWLPLIEVKPTQLLEYLQLKKNEGYTIIGVEQTAKSFDLTDYCFPEKSLLLLGNEREGIPANLIQHLDVCVEIPQQGIIRSLNVHVSGAVLIWEYTRQQIMKQKDGGK

Target ORF information:

RefSeq Version	XM_002935829.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X2, mRNA.

Target ORF information:

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

XM_002935829.4

ORF Insert Sequence:

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCCGAT 
CATTTGGAGA GTGGTGTAGT AAAAGTACAA GGGGAATGCA CATCACCTAG GCATAAAGAA 
ATGACTGTGG AAGAATCTAT AGAGGTTCTG GGAGCTGTGG TACCGATACT GCAGAAGAAC 
AGTGTCTCAG GGTGCAGTAA TGAATTAGAT CAAATAGTAA ACGCAACAGT GTATGCACTT 
AAAGAAGGAA CAGATGAAAC GGCAAACTTA ATATGTGGAA GATTACTACC CAGCCTTGGG 
TCAGACAGGA GAAGTTTAAA CTTGCTTTGG GACTTACTTA TGGTGAATAA TGACAAAATC 
AAAGGAGATG ATGGCATTTG CTTAAGTCGC AGGTTGTTGG TATTAAGCAC CTTATCAGAT 
CATCTTTTCG TTACTGAGGC TAAAGACAGA CCCCTTAAAT CTTGGTGCTG CAGTAGCTTT 
TGGACATTGG TGCAGGGCTG CTTGTGTAGT CCTGACAGCC TGACAAGAAA AAGAGCTGTG 
TACCTGTTAA AAAGAGCAAT CGACTGGTGT CAGGAGACAG GGGAGGAAAT GGCATGTAGC 
ATTGATTGCT GTAGAGATGG AGATCCTGCA TTGTTCTTTT GGTCCACCTG GAAAAATGAA 
GCAATTGTGC TGTTTTGGGA AAATTATTTG TTAATTGTGG AAACACTAGA AGGAAATCAG 
ATACATGTTA TCAAACCAGT TTTGCCAAAA TTAAATATGA TACTTGAATC ATCAGTTTCA 
GAAAACAAAG ATTCTTGGCT GTTTCACCCC TCTTGGCATC TTTGCATTTA TAAGCGTATG 
TTTGAGAGTG AGAACAAAAC ATTGGCAAAG GAAGGAGTTC TCCACTTCTT AGATATGTAT 
AATTCTAAAT CCCTACCTGA GTCACCATCA TGCTCTGAGT TTATTATTGG ACCCCTTATG 
GATGCTATGT CAGAAAGCTC TATGTACAGC AGGTCTTCTG ACCAGTTAAT TGGTGACTGC 
CCTATCCTGG CAACAAAGTT TCAGAAGTTT TTGGCTAAAT TTGTGTCCTC ACTTCATCAA 
GGAAACAGAG GACTGTTCCT GCTGAAGTTT ATCAAGAAGA TGACTAGTAG GCACTGGTGT 
GCTATTCCCA TACTGTTCAT GGCTAAGGCA CTGGCTGATA TTCCAGAAAA AAAAATATGG 
GGTGTGGATG GACTTTTATT GCTGAGGGAG GTGCTGCAGT GTACTATGAC TACACATCAA 
GTTCTGCTTC GTGGAGCTGC ACAATGTTTT TTTCTTCAAG CTGCAATTAA ATTAACTGAC 
GCAGAAAAAG TTACACTTTC TGATGTATCA AGTTTTCTCA TTTCTCTTCG CGCAGATGAA 
TCTTTAGACA GGGGAAGTAA GCTCTGGAAA GAGGTGTGTA TTTGGTTTAA AGAGAACGAT 
GCCATCTTCA AAAAAGATTC AGTCTATGAA TTTACAGGAA GCCAACAAAT TTCATCTTTG 
AGCATGTACA CAAAATATTT AGTTGAAGAT TACCTAACTG TTCCTGCTTC AAAAGGTGAA 
GATGAACTCA TGCCAGACTG GTATGAATCG AGGCTTGTTG CCACCATGGT ACTTTTGGCT 
GCTGATGTAG ATTCCTCAAA AGTAGACATT GCTTTATCAG AAACAGCTGA CTTGAATTTT 
ATGTTGACTC CTCTTCTGAC ATGTCTGTCC AAACTCAGTA CAAATGCATA TATGCCAATT 
CTAAAGACAG ACAAGATCTT ACAGTTGCTC TTAAAACTTC TGCAGACGTG TTCATCAAAA 
TCAGCTCAAA CTAAAACAGA TGGGCTATTG ACTGTTATCT GGAATGTAAT TACAACTACT 
GCAACAAACA TTTTTGAGTT CATTGTAAGA AGGTTAAGTG GTGAGCTGAA AACGATTGCA 
GATCTAGATC GCTGTGATTT GTATCTTGCT GTACTTTCCG AGTTTGTAAA CTTATCTTTA 
AAATTTGGCT GGAAAAAAAG TTTTTCAATA TGGAAGTTTA TATATTATTT AACAACTGCT 
TCAGCTGAAA CCTTGCAGCA ATTGAGCAAG AAGGATGAAA ATTTTGGAGA GCAAATCCAA 
AAAGTAGTCA GCATGGCCTG CCTGGCTTCA GTGTGTGGCA TCGCTTCTTA TTCTTGCCAG 
TTTCAAGAGG ATTCGTACAA CTATGTCAGT GTGCTTTGCA GATATTTGTC ATCTATGCAG 
TTAAATTCCA GCCTTTCAAA ACCCATTGCT TGTGATGGAA GGTTACTAGA AGAAACCACT 
TCTCAAGGGT GGGGTAAAAT AGTTGCACGG TACTTACGTG ATCAGTGGGT CTGCTTGCAT 
TTTGTTCTTC GTAAACATGA ATACAGTTTT TCTACATCAG ACATAAAAAA TTCTGAATTT 
GCCCCATTGA TTTTCTCTGC ACCAACATCA TCTTTACAGT CAGCTCTTGA TGTACTCACT 
GTTGTTCCCT CCACTGAGGC CCTTCCAGTT TTTCATTGCA TGAAGCTTCT AGTACCTAAG 
GTTATTCATT CTTCTGAACT TTTAGCGGTG GAATGTATCA ATACAGCCTG GAAAATTGTT 
CTGTCCTCAT GCAACACTCA ACTAGTGTTT TGGCCCACCT TGCAAGCCTT TGTTGAATTT 
GTCTTCAGTA ATGAAGTACT TTCTGGAGCT GCTTATACTA AAGGTCAATT GTATTTCCGA 
ATAAAAGAGA TAATCCAAGA AACGTCTGAC ATGTCCATCT CAAAGACAGG AGTATTTAAT 
GTGTTGGTTT CTCATTGCTA CCAGTCATGG ACAGATTATT CTAAGAAACC TAGTATTAAA 
GATGATGATC TTTTACATGC AAAATGTTAC ATGGAAATCC TCACAGAAGC ATGTGTGTTC 
GGCACTGTTT TTAGACGGGA TCAGAGGTTA ATTCAAGATA CACATGCTTT TATTGAAAGC 
TTAGGAAAAG ATTGTGCAGC AAATATTGCT GTGACAAGCA TGAACAGAGA TGAACACCAG 
GTCCGGATAT GTGCAACTGC ATTCTTTAGT TGTTTGGATG AGTCAAATCC ACTTCACAAG 
GAGTTTCTGC AAGACCTTGT AATTCATCTT CTTGATAAGG ACATACTTGT TTCCAAGACA 
AAAACAAGGT ATTATGGAAA TTCCCTGCAT CACCGGCTTA AAAACCGTCT GTGGCAAACT 
ATGTTAATTT TGATTCCAAA ACTTGACCAG GACTTTCTTT CTGGTATCAT TGACAGGATT 
TTCCAAGCTG GTTTCAGTAA TAATCAAGCA TCGGTTAAAT ATCTAATAGA ATGGGCCATT 
ATACTGATTC TCCATACACA TCCCATATTT CTTTCCAAAT TCTGGGACTG TTTTAGCAGT 
ACTGAAGAAA AACTTAAAAC CAGCATTTGC ACATTTTTGT CTGTGCTTCC TCACTTTGAT 
GTAGTTATTG CAAATATTCC TGATAAGGGA GCTAGTCTAA AGAGGGCTCT AGTGACTGTA 
CTTCAGTGGT GTTTCAATCA CAACTTCAGT GTTCGGCTTT ATGCACTGAT TGCTCTAAAG 
AAACTCTGGG CCATGTGCAA ACAACAATGC ATACAGGAAT TTGACGAACT GGCTTTAGTA 
ATAGAGTCCA GTCTTGATCA AGTAGAAAAT ATACAAGGCA CTGGTAATGC AAGAAAAAAC 
TGGCTACGAA TACAAAATCA TTTCTTCTTT TCTACATTTC ATCCATTGCA AGACTACAGC 
ATAGAGACAA TTTTTTACAC TCTTCCAAGC TTGTCAGAGT TAATTGAGGA TGAATGGATT 
TCTCCCCACA AATTCTCCAG CTATACTAGT AATTTGTGGC AATCATCACT CCCACTCAAC 
AACCCAAGGC CCATGAATGT AGACCTGCTG TCAAGTGACT GGTTACAAAA AGACACTGCT 
GGCAGTGATT TGGGTGACAA TGAGACAGAA TGGACAGATA TTCAAAAAAA GATAATTCCT 
TGGAAGAATA GTATCCCAGA TATTGATTTG GAAATGGCTG TTCAAAATCG TGCTGCTAAG 
CTTGGAAAGT CAAGTGGAAG TCTTATTGTT GTAGCATCTC TCATTGATAA ACCAACAAAT 
TTAGGAGGTT TATGTCGCAC TTGTGAAATA TTTGGAGCTT CTGCATTAGT TGTTGACAGT 
CTCCACCATG TTAATGATAA ACAGTTTCAG TATCTCAGTG TATCAGCTGA ACAGTGGCTT 
CCACTTATAG AGGTTAAACC AACTCAGCTT CTAGAGTATT TGCAGCTTAA AAAAAATGAG 
GGATACACCA TAATCGGAGT TGAGCAAACA GCTAAAAGTT TTGATCTTAC AGACTATTGT 
TTTCCAGAGA AATCCTTGCT GTTACTTGGA AATGAACGAG AGGGAATCCC TGCTAACCTA 
ATACAGCATC TTGATGTTTG TGTAGAAATT CCGCAACAAG GAATAATCCG ATCGCTCAAT 
GTACATGTTA GTGGTGCAGT TTTGATTTGG GAGTATACAA GACAACAAAT CATGAAGCAA 
AAAGATGGAG GAAAATAG

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

tarbp1 ( XM_012963714.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012819168.1 Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X1, mRNA.

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CloneID	OXa35653
Clone ID Related Accession (Same CDS sequence)	XM_012963714.2
Accession Version	XM_012963714.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4890bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	probable methyltransferase TARBP1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012963714.1. ##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##

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCCGAT 
CATTTGGAGA GTGGTGTAGT AAAAGTACAA GGGGAATGCA CATCACCTAG GCATAAAGAA 
ATGACTGTGG AAGAATCTAT AGAGGTTCTG GGAGCTGTGG TACCGATACT GCAGAAGAAC 
AGTGTCTCAG GGTGCAGTAA TGAATTAGAT CAAATAGTAA ACGCAACAGT GTATGCACTT 
AAAGAAGGAA CAGATGAAAC GGCAAACTTA ATATGTGGAA GATTACTACC CAGCCTTGGG 
TCAGACAGGA GAAGTTTAAA CTTGCTTTGG GACTTACTTA TGGTGAATAA TGACAAAATC 
AAAGGAGATG ATGGCATTTG CTTAAGTCGC AGGTTGTTGG TATTAAGCAC CTTATCAGAT 
CATCTTTTCG TTACTGAGGC TAAAGACAGA CCCCTTAAAT CTTGGTGCTG CAGTAGCTTT 
TGGACATTGG TGCAGGGCTG CTTGTGTAGT CCTGACAGCC TGACAAGAAA AAGAGCTGTG 
TACCTGTTAA AAAGAGCAAT CGACTGGTGT CAGGAGACAG GGGAGGAAAT GGCATGTAGC 
ATTGATTGCT GTAGAGATGG AGATCCTGCA TTGTTCTTTT GGTCCACCTG GAAAAATGAA 
GCAATTGTGC TGTTTTGGGA AAATTATTTG TTAATTGTGG AAACACTAGA AGGAAATCAG 
ATACATGTTA TCAAACCAGT TTTGCCAAAA TTAAATATGA TACTTGAATC ATCAGTTTCA 
GAAAACAAAG ATTCTTGGCT GTTTCACCCC TCTTGGCATC TTTGCATTTA TAAGCGTATG 
TTTGAGAGTG AGAACAAAAC ATTGGCAAAG GAAGGAGTTC TCCACTTCTT AGATATGTAT 
AATTCTAAAT CCCTACCTGA GTCACCATCA TGCTCTGAGT TTATTATTGG ACCCCTTATG 
GATGCTATGT CAGAAAGCTC TATGTACAGC AGGTCTTCTG ACCAGTTAAT TGGTGACTGC 
CCTATCCTGG CAACAAAGTT TCAGAAGTTT TTGGCTAAAT TTGTGTCCTC ACTTCATCAA 
GGAAACAGAG GACTGTTCCT GCTGAAGTTT ATCAAGAAGA TGACTAGTAG GCACTGGTGT 
GCTATTCCCA TACTGTTCAT GGCTAAGGCA CTGGCTGATA TTCCAGAAAA AAAAATATGG 
GGTGTGGATG GACTTTTATT GCTGAGGGAG GTGCTGCAGT GTACTATGAC TACACATCAA 
GTTCTGCTTC GTGGAGCTGC ACAATGTTTT TTTCTTCAAG CTGCAATTAA ATTAACTGAC 
GCAGAAAAAG TTACACTTTC TGATGTATCA AGTTTTCTCA TTTCTCTTCG CGCAGATGAA 
TCTTTAGACA GGGGAAGTAA GCTCTGGAAA GAGGTGTGTA TTTGGTTTAA AGAGAACGAT 
GCCATCTTCA AAAAAGATTC AGTCTATGAA TTTACAGGAA GCCAACAAAT TTCATCTTTG 
AGCATGTACA CAAAATATTT AGTTGAAGAT TACCTAACTG TTCCTGCTTC AAAAGGTGAA 
GATGAACTCA TGCCAGACTG GTATGAATCG AGGCTTGTTG CCACCATGGT ACTTTTGGCT 
GCTGATGTAG ATTCCTCAAA AGTAGACATT GCTTTATCAG AAACAGCTGA CTTGAATTTT 
ATGTTGACTC CTCTTCTGAC ATGTCTGTCC AAACTCAGTA CAAATGCATA TATGCCAATT 
CTAAAGACAG ACAAGATCTT ACAGTTGCTC TTAAAACTTC TGCAGACGTG TTCATCAAAA 
TCAGCTCAAA CTAAAACAGA TGGGCTATTG ACTGTTATCT GGAATGTAAT TACAACTACT 
GCAACAAACA TTTTTGAGTT CATTGTAAGA AGGTTAAGTG GTGAGCTGAA AACGATTGCA 
GATCTAGATC GCTGTGATTT GTATCTTGCT GTACTTTCCG AGTTTGTAAA CTTATCTTTA 
AAATTTGGCT GGAAAAAAAG TTTTTCAATA TGGAAGTTTA TATATTATTT AACAACTGCT 
TCAGCTGAAA CCTTGCAGCA ATTGAGCAAG AAGGATGAAA ATTTTGGAGA GCAAATCCAA 
AAAGTAGTCA GCATGGCCTG CCTGGCTTCA GTGTGTGGCA TCGCTTCTTA TTCTTGCCAG 
TTTCAAGAGG ATTCGTACAA CTATGTCAGT GTGCTTTGCA GATATTTGTC ATCTATGCAG 
TTAAATTCCA GCCTTTCAAA ACCCATTGCT TGTGATGGAA GGTTACTAGA AGAAACCACT 
TCTCAAGGGT GGGGTAAAAT AGTTGCACGG TACTTACGTG ATCAGTGGGT CTGCTTGCAT 
TTTGTTCTTC GTAAACATGA ATACAGTTTT TCTACATCAG ACATAAAAAA TTCTGAATTT 
GCCCCATTGA TTTTCTCTGC ACCAACATCA TCTTTACAGT CAGCTCTTGA TGTACTCACT 
GTTGTTCCCT CCACTGAGGC CCTTCCAGTT TTTCATTGCA TGAAGCTTCT AGTACCTAAG 
GTTATTCATT CTTCTGAACT TTTAGCGGTG GAATGTATCA ATACAGCCTG GAAAATTGTT 
CTGTCCTCAT GCAACACTCA ACTAGTGTTT TGGCCCACCT TGCAAGCCTT TGTTGAATTT 
GTCTTCAGTA ATGAAGTACT TTCTGGAGCT GCTTATACTA AAGGTCAATT GTATTTCCGA 
ATAAAAGAGA TAATCCAAGA AACGTCTGAC ATGTCCATCT CAAAGACAGG AGTATTTAAT 
GTGTTGGTTT CTCATTGCTA CCAGTCATGG ACAGATTATT CTAAGAAACC TAGTATTAAA 
GATGATGATC TTTTACATGC AAAATGTTAC ATGGAAATCC TCACAGAAGC ATGTGTGTTC 
GGCACTGTTT TTAGACGGGA TCAGAGGTTA ATTCAAGATA CACATGCTTT TATTGAAAGC 
TTAGGAAAAG ATTGTGCAGC AAATATTGCT GTGACAAGCA TGAACAGAGA TGAACACCAG 
GTCCGGATAT GTGCAACTGC ATTCTTTAGT TGTTTGGATG AGTCAAATCC ACTTCACAAG 
GAGTTTCTGC AAGACCTTGT AATTCATCTT CTTGATAAGG ACATACTTGT TTCCAAGACA 
AAAACAAGGT ATTATGGAAA TTCCCTGCAT CACCGGCTTA AAAACCGTCT GTGGCAAACT 
ATGTTAATTT TGATTCCAAA ACTTGACCAG GACTTTCTTT CTGGTATCAT TGACAGGATT 
TTCCAAGCTG GTTTCAGTAA TAATCAAGCA TCGGTTAAAT ATCTAATAGA ATGGGCCATT 
ATACTGATTC TCCATACACA TCCCATATTT CTTTCCAAAT TCTGGGACTG TTTTAGCAGT 
GTAAGATTTT ATACTGAAGA AAAACTTAAA ACCAGCATTT GCACATTTTT GTCTGTGCTT 
CCTCACTTTG ATGTAGTTAT TGCAAATATT CCTGATAAGG GAGCTAGTCT AAAGAGGGCT 
CTAGTGACTG TACTTCAGTG GTGTTTCAAT CACAACTTCA GTGTTCGGCT TTATGCACTG 
ATTGCTCTAA AGAAACTCTG GGCCATGTGC AAACAACAAT GCATACAGGA ATTTGACGAA 
CTGGCTTTAG TAATAGAGTC CAGTCTTGAT CAAGTAGAAA ATATACAAGG CACTGGTAAT 
GCAAGAAAAA ACTGGCTACG AATACAAAAT CATTTCTTCT TTTCTACATT TCATCCATTG 
CAAGACTACA GCATAGAGAC AATTTTTTAC ACTCTTCCAA GCTTGTCAGA GTTAATTGAG 
GATGAATGGA TTTCTCCCCA CAAATTCTCC AGCTATACTA GTAATTTGTG GCAATCATCA 
CTCCCACTCA ACAACCCAAG GCCCATGAAT GTAGACCTGC TGTCAAGTGA CTGGTTACAA 
AAAGACACTG CTGGCAGTGA TTTGGGTGAC AATGAGACAG AATGGACAGA TATTCAAAAA 
AAGATAATTC CTTGGAAGAA TAGTATCCCA GATATTGATT TGGAAATGGC TGTTCAAAAT 
CGTGCTGCTA AGCTTGGAAA GTCAAGTGGA AGTCTTATTG TTGTAGCATC TCTCATTGAT 
AAACCAACAA ATTTAGGAGG TTTATGTCGC ACTTGTGAAA TATTTGGAGC TTCTGCATTA 
GTTGTTGACA GTCTCCACCA TGTTAATGAT AAACAGTTTC AGTATCTCAG TGTATCAGCT 
GAACAGTGGC TTCCACTTAT AGAGGTTAAA CCAACTCAGC TTCTAGAGTA TTTGCAGCTT 
AAAAAAAATG AGGGATACAC CATAATCGGA GTTGAGCAAA CAGCTAAAAG TTTTGATCTT 
ACAGACTATT GTTTTCCAGA GAAATCCTTG CTGTTACTTG GAAATGAACG AGAGGGAATC 
CCTGCTAACC TAATACAGCA TCTTGATGTT TGTGTAGAAA TTCCGCAACA AGGAATAATC 
CGATCGCTCA ATGTACATGT TAGTGGTGCA GTTTTGATTT GGGAGTATAC AAGACAACAA 
ATCATGAAGC AAAAAGATGG AGGAAAATAG

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

RefSeq	XP_012819168.1
CDS	239..5128
Translation	MELMLVEALLSHCKDHATLVTELGSWNPTTDKVPTAESLEFLRIILEKLAMRKEKADAEKLGQAVTTLALNNCLPLLAILRDGILQPRNVTRVARTVCGVLHYCAEIAGNKVAVPVCLAAVRVLGICGNESQKEGTAGADHLESGVVKVQGECTSPRHKEMTVEESIEVLGAVVPILQKNSVSGCSNELDQIVNATVYALKEGTDETANLICGRLLPSLGSDRRSLNLLWDLLMVNNDKIKGDDGICLSRRLLVLSTLSDHLFVTEAKDRPLKSWCCSSFWTLVQGCLCSPDSLTRKRAVYLLKRAIDWCQETGEEMACSIDCCRDGDPALFFWSTWKNEAIVLFWENYLLIVETLEGNQIHVIKPVLPKLNMILESSVSENKDSWLFHPSWHLCIYKRMFESENKTLAKEGVLHFLDMYNSKSLPESPSCSEFIIGPLMDAMSESSMYSRSSDQLIGDCPILATKFQKFLAKFVSSLHQGNRGLFLLKFIKKMTSRHWCAIPILFMAKALADIPEKKIWGVDGLLLLREVLQCTMTTHQVLLRGAAQCFFLQAAIKLTDAEKVTLSDVSSFLISLRADESLDRGSKLWKEVCIWFKENDAIFKKDSVYEFTGSQQISSLSMYTKYLVEDYLTVPASKGEDELMPDWYESRLVATMVLLAADVDSSKVDIALSETADLNFMLTPLLTCLSKLSTNAYMPILKTDKILQLLLKLLQTCSSKSAQTKTDGLLTVIWNVITTTATNIFEFIVRRLSGELKTIADLDRCDLYLAVLSEFVNLSLKFGWKKSFSIWKFIYYLTTASAETLQQLSKKDENFGEQIQKVVSMACLASVCGIASYSCQFQEDSYNYVSVLCRYLSSMQLNSSLSKPIACDGRLLEETTSQGWGKIVARYLRDQWVCLHFVLRKHEYSFSTSDIKNSEFAPLIFSAPTSSLQSALDVLTVVPSTEALPVFHCMKLLVPKVIHSSELLAVECINTAWKIVLSSCNTQLVFWPTLQAFVEFVFSNEVLSGAAYTKGQLYFRIKEIIQETSDMSISKTGVFNVLVSHCYQSWTDYSKKPSIKDDDLLHAKCYMEILTEACVFGTVFRRDQRLIQDTHAFIESLGKDCAANIAVTSMNRDEHQVRICATAFFSCLDESNPLHKEFLQDLVIHLLDKDILVSKTKTRYYGNSLHHRLKNRLWQTMLILIPKLDQDFLSGIIDRIFQAGFSNNQASVKYLIEWAIILILHTHPIFLSKFWDCFSSVRFYTEEKLKTSICTFLSVLPHFDVVIANIPDKGASLKRALVTVLQWCFNHNFSVRLYALIALKKLWAMCKQQCIQEFDELALVIESSLDQVENIQGTGNARKNWLRIQNHFFFSTFHPLQDYSIETIFYTLPSLSELIEDEWISPHKFSSYTSNLWQSSLPLNNPRPMNVDLLSSDWLQKDTAGSDLGDNETEWTDIQKKIIPWKNSIPDIDLEMAVQNRAAKLGKSSGSLIVVASLIDKPTNLGGLCRTCEIFGASALVVDSLHHVNDKQFQYLSVSAEQWLPLIEVKPTQLLEYLQLKKNEGYTIIGVEQTAKSFDLTDYCFPEKSLLLLGNEREGIPANLIQHLDVCVEIPQQGIIRSLNVHVSGAVLIWEYTRQQIMKQKDGGK

Target ORF information:

RefSeq Version	XM_012963714.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis TAR (HIV-1) RNA binding protein 1 (tarbp1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012963714.2

ORF Insert Sequence:

ATGGAGTTAA TGCTTGTGGA AGCGCTGCTT TCTCATTGTA AAGACCATGC CACCCTCGTT 
ACTGAACTCG GCTCATGGAA TCCAACTACA GACAAGGTCC CTACGGCCGA GAGCCTGGAG 
TTTCTCCGTA TTATATTGGA AAAACTGGCT ATGAGGAAGG AGAAGGCAGA CGCAGAGAAG 
CTCGGTCAAG CTGTAACTAC GCTGGCTCTT AACAATTGCT TGCCACTGCT CGCCATCCTG 
CGGGATGGAA TCCTACAGCC TCGTAATGTT ACACGAGTTG CAAGGACAGT GTGTGGTGTA 
TTACATTATT GTGCAGAAAT TGCAGGAAAT AAAGTTGCAG TCCCGGTTTG TCTGGCCGCC 
GTCAGGGTCC TAGGAATTTG TGGGAATGAA TCGCAGAAGG AAGGAACCGC AGGGGCCGAT 
CATTTGGAGA GTGGTGTAGT AAAAGTACAA GGGGAATGCA CATCACCTAG GCATAAAGAA 
ATGACTGTGG AAGAATCTAT AGAGGTTCTG GGAGCTGTGG TACCGATACT GCAGAAGAAC 
AGTGTCTCAG GGTGCAGTAA TGAATTAGAT CAAATAGTAA ACGCAACAGT GTATGCACTT 
AAAGAAGGAA CAGATGAAAC GGCAAACTTA ATATGTGGAA GATTACTACC CAGCCTTGGG 
TCAGACAGGA GAAGTTTAAA CTTGCTTTGG GACTTACTTA TGGTGAATAA TGACAAAATC 
AAAGGAGATG ATGGCATTTG CTTAAGTCGC AGGTTGTTGG TATTAAGCAC CTTATCAGAT 
CATCTTTTCG TTACTGAGGC TAAAGACAGA CCCCTTAAAT CTTGGTGCTG CAGTAGCTTT 
TGGACATTGG TGCAGGGCTG CTTGTGTAGT CCTGACAGCC TGACAAGAAA AAGAGCTGTG 
TACCTGTTAA AAAGAGCAAT CGACTGGTGT CAGGAGACAG GGGAGGAAAT GGCATGTAGC 
ATTGATTGCT GTAGAGATGG AGATCCTGCA TTGTTCTTTT GGTCCACCTG GAAAAATGAA 
GCAATTGTGC TGTTTTGGGA AAATTATTTG TTAATTGTGG AAACACTAGA AGGAAATCAG 
ATACATGTTA TCAAACCAGT TTTGCCAAAA TTAAATATGA TACTTGAATC ATCAGTTTCA 
GAAAACAAAG ATTCTTGGCT GTTTCACCCC TCTTGGCATC TTTGCATTTA TAAGCGTATG 
TTTGAGAGTG AGAACAAAAC ATTGGCAAAG GAAGGAGTTC TCCACTTCTT AGATATGTAT 
AATTCTAAAT CCCTACCTGA GTCACCATCA TGCTCTGAGT TTATTATTGG ACCCCTTATG 
GATGCTATGT CAGAAAGCTC TATGTACAGC AGGTCTTCTG ACCAGTTAAT TGGTGACTGC 
CCTATCCTGG CAACAAAGTT TCAGAAGTTT TTGGCTAAAT TTGTGTCCTC ACTTCATCAA 
GGAAACAGAG GACTGTTCCT GCTGAAGTTT ATCAAGAAGA TGACTAGTAG GCACTGGTGT 
GCTATTCCCA TACTGTTCAT GGCTAAGGCA CTGGCTGATA TTCCAGAAAA AAAAATATGG 
GGTGTGGATG GACTTTTATT GCTGAGGGAG GTGCTGCAGT GTACTATGAC TACACATCAA 
GTTCTGCTTC GTGGAGCTGC ACAATGTTTT TTTCTTCAAG CTGCAATTAA ATTAACTGAC 
GCAGAAAAAG TTACACTTTC TGATGTATCA AGTTTTCTCA TTTCTCTTCG CGCAGATGAA 
TCTTTAGACA GGGGAAGTAA GCTCTGGAAA GAGGTGTGTA TTTGGTTTAA AGAGAACGAT 
GCCATCTTCA AAAAAGATTC AGTCTATGAA TTTACAGGAA GCCAACAAAT TTCATCTTTG 
AGCATGTACA CAAAATATTT AGTTGAAGAT TACCTAACTG TTCCTGCTTC AAAAGGTGAA 
GATGAACTCA TGCCAGACTG GTATGAATCG AGGCTTGTTG CCACCATGGT ACTTTTGGCT 
GCTGATGTAG ATTCCTCAAA AGTAGACATT GCTTTATCAG AAACAGCTGA CTTGAATTTT 
ATGTTGACTC CTCTTCTGAC ATGTCTGTCC AAACTCAGTA CAAATGCATA TATGCCAATT 
CTAAAGACAG ACAAGATCTT ACAGTTGCTC TTAAAACTTC TGCAGACGTG TTCATCAAAA 
TCAGCTCAAA CTAAAACAGA TGGGCTATTG ACTGTTATCT GGAATGTAAT TACAACTACT 
GCAACAAACA TTTTTGAGTT CATTGTAAGA AGGTTAAGTG GTGAGCTGAA AACGATTGCA 
GATCTAGATC GCTGTGATTT GTATCTTGCT GTACTTTCCG AGTTTGTAAA CTTATCTTTA 
AAATTTGGCT GGAAAAAAAG TTTTTCAATA TGGAAGTTTA TATATTATTT AACAACTGCT 
TCAGCTGAAA CCTTGCAGCA ATTGAGCAAG AAGGATGAAA ATTTTGGAGA GCAAATCCAA 
AAAGTAGTCA GCATGGCCTG CCTGGCTTCA GTGTGTGGCA TCGCTTCTTA TTCTTGCCAG 
TTTCAAGAGG ATTCGTACAA CTATGTCAGT GTGCTTTGCA GATATTTGTC ATCTATGCAG 
TTAAATTCCA GCCTTTCAAA ACCCATTGCT TGTGATGGAA GGTTACTAGA AGAAACCACT 
TCTCAAGGGT GGGGTAAAAT AGTTGCACGG TACTTACGTG ATCAGTGGGT CTGCTTGCAT 
TTTGTTCTTC GTAAACATGA ATACAGTTTT TCTACATCAG ACATAAAAAA TTCTGAATTT 
GCCCCATTGA TTTTCTCTGC ACCAACATCA TCTTTACAGT CAGCTCTTGA TGTACTCACT 
GTTGTTCCCT CCACTGAGGC CCTTCCAGTT TTTCATTGCA TGAAGCTTCT AGTACCTAAG 
GTTATTCATT CTTCTGAACT TTTAGCGGTG GAATGTATCA ATACAGCCTG GAAAATTGTT 
CTGTCCTCAT GCAACACTCA ACTAGTGTTT TGGCCCACCT TGCAAGCCTT TGTTGAATTT 
GTCTTCAGTA ATGAAGTACT TTCTGGAGCT GCTTATACTA AAGGTCAATT GTATTTCCGA 
ATAAAAGAGA TAATCCAAGA AACGTCTGAC ATGTCCATCT CAAAGACAGG AGTATTTAAT 
GTGTTGGTTT CTCATTGCTA CCAGTCATGG ACAGATTATT CTAAGAAACC TAGTATTAAA 
GATGATGATC TTTTACATGC AAAATGTTAC ATGGAAATCC TCACAGAAGC ATGTGTGTTC 
GGCACTGTTT TTAGACGGGA TCAGAGGTTA ATTCAAGATA CACATGCTTT TATTGAAAGC 
TTAGGAAAAG ATTGTGCAGC AAATATTGCT GTGACAAGCA TGAACAGAGA TGAACACCAG 
GTCCGGATAT GTGCAACTGC ATTCTTTAGT TGTTTGGATG AGTCAAATCC ACTTCACAAG 
GAGTTTCTGC AAGACCTTGT AATTCATCTT CTTGATAAGG ACATACTTGT TTCCAAGACA 
AAAACAAGGT ATTATGGAAA TTCCCTGCAT CACCGGCTTA AAAACCGTCT GTGGCAAACT 
ATGTTAATTT TGATTCCAAA ACTTGACCAG GACTTTCTTT CTGGTATCAT TGACAGGATT 
TTCCAAGCTG GTTTCAGTAA TAATCAAGCA TCGGTTAAAT ATCTAATAGA ATGGGCCATT 
ATACTGATTC TCCATACACA TCCCATATTT CTTTCCAAAT TCTGGGACTG TTTTAGCAGT 
GTAAGATTTT ATACTGAAGA AAAACTTAAA ACCAGCATTT GCACATTTTT GTCTGTGCTT 
CCTCACTTTG ATGTAGTTAT TGCAAATATT CCTGATAAGG GAGCTAGTCT AAAGAGGGCT 
CTAGTGACTG TACTTCAGTG GTGTTTCAAT CACAACTTCA GTGTTCGGCT TTATGCACTG 
ATTGCTCTAA AGAAACTCTG GGCCATGTGC AAACAACAAT GCATACAGGA ATTTGACGAA 
CTGGCTTTAG TAATAGAGTC CAGTCTTGAT CAAGTAGAAA ATATACAAGG CACTGGTAAT 
GCAAGAAAAA ACTGGCTACG AATACAAAAT CATTTCTTCT TTTCTACATT TCATCCATTG 
CAAGACTACA GCATAGAGAC AATTTTTTAC ACTCTTCCAA GCTTGTCAGA GTTAATTGAG 
GATGAATGGA TTTCTCCCCA CAAATTCTCC AGCTATACTA GTAATTTGTG GCAATCATCA 
CTCCCACTCA ACAACCCAAG GCCCATGAAT GTAGACCTGC TGTCAAGTGA CTGGTTACAA 
AAAGACACTG CTGGCAGTGA TTTGGGTGAC AATGAGACAG AATGGACAGA TATTCAAAAA 
AAGATAATTC CTTGGAAGAA TAGTATCCCA GATATTGATT TGGAAATGGC TGTTCAAAAT 
CGTGCTGCTA AGCTTGGAAA GTCAAGTGGA AGTCTTATTG TTGTAGCATC TCTCATTGAT 
AAACCAACAA ATTTAGGAGG TTTATGTCGC ACTTGTGAAA TATTTGGAGC TTCTGCATTA 
GTTGTTGACA GTCTCCACCA TGTTAATGAT AAACAGTTTC AGTATCTCAG TGTATCAGCT 
GAACAGTGGC TTCCACTTAT AGAGGTTAAA CCAACTCAGC TTCTAGAGTA TTTGCAGCTT 
AAAAAAAATG AGGGATACAC CATAATCGGA GTTGAGCAAA CAGCTAAAAG TTTTGATCTT 
ACAGACTATT GTTTTCCAGA GAAATCCTTG CTGTTACTTG GAAATGAACG AGAGGGAATC 
CCTGCTAACC TAATACAGCA TCTTGATGTT TGTGTAGAAA TTCCGCAACA AGGAATAATC 
CGATCGCTCA ATGTACATGT TAGTGGTGCA GTTTTGATTT GGGAGTATAC AAGACAACAA 
ATCATGAAGC AAAAAGATGG AGGAAAATAG

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

PubMed

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tarbp1 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:

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Eメール

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FAX

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