ubn2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	ubn2
Entrez Gene ID	100135129
Full Name	ubinuclein 2
General protein information	Preferred Names ubinuclein 2 Names ubinuclein-2
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004913792.3	XP_004913849.1	ubinuclein-2 isoform X1
XM_018093641.2	XP_017949130.2	ubinuclein-2 isoform X3
XM_012961461.2	XP_012816915.1	ubinuclein-2 isoform X2
XM_018093641.1	XP_017949130.1	ubinuclein-2 isoform X3
XM_004913792.4	XP_004913849.2	ubinuclein-2 isoform X1
XM_012961461.3	XP_012816915.2	ubinuclein-2 isoform X2

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	UBN2	XP_003639594.2
Rattus norvegicus (Norway rat)	Ubn2	NP_001128025.1
Gallus gallus (chicken)	UBN2	NP_001264679.1
Homo sapiens (human)	UBN2	NP_775840.3
Pan troglodytes (chimpanzee)	UBN2	XP_001150331.2
Danio rerio (zebrafish)	si:ch211-175l6.9	NP_001098410.1
Mus musculus (house mouse)	Ubn2	NP_796159.3
Danio rerio (zebrafish)	ubn2	NP_001073638.1
Macaca mulatta (Rhesus monkey)	UBN2	XP_001108123.2
Bos taurus (cattle)	UBN2	NP_001180137.1
Xenopus tropicalis (tropical clawed frog)	ubn2	XP_004913849.1

Gene Ontology

The following ubn2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ubn2 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)
OXa09200	XM_004913792.3 Latest version!	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa31186	XM_012961461.2 Latest version!	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa44213	XM_018093641.1 Latest version!	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa57364	XM_004913792.4 Latest version!	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa57365	XM_012961461.3 Latest version!	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa57366	XM_018093641.2 Latest version!	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

ubn2 ( XM_004913792.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004913849.1 Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa09200
Clone ID Related Accession (Same CDS sequence)	XM_004913792.3
Accession Version	XM_004913792.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ubinuclein-2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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_004913792.2. ##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##

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAACGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGAAAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GAGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCTTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGGT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAGT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCCCCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCAG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
TTACTGAAAG GCTTACAGAC CACCTCTCCG CACACACCCA CGATATCTCA CTCCAGTTTG 
CCTCCTCACT TGCAACAACA GTTCACAGAT GGAAGCCAAA ATAAAGGAGA CTCCAAATTA 
TCACGTAAAA ATCGGTGA

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

RefSeq	XP_004913849.1
CDS	308..4285
Translation	MAEPRRVPFVSLSPMKPRETGPVLTVEQQHQRTPPPLQPPAQRPPQPRAAQQAMLQHRPSQQALAHRLQREPTAPAIETGICHVLAKPEGADRPRVPGTVRLELALTDPTEEGCAEFSYPELLQKEQRAGRIPVAAKEVAGQSKPPPSHDPFNDEERERLEVENLAKKFEAKYGVKSHHHRKDRMQDLIDIGYGYDETDPFIDNSEAYDELVPASLNTKYGGFYINTGTLQFRQASDSENEDFVENKKHKSSKVSKIKDEERSLKKRKRKEESTEKEKPKKIKAAKQIGVMAFNSHKPEKKKKKLYKDSMALAAMLRKFQKEKDAIHKKVNKPNPPTVTVVNAAPKPVSAASNDLSDLGLGADPVLAIFGSERELMQEAESALEMLSDFDFDKLLDSASNDSPAGSDLGENGSIGQSVNPAEVQLPKQVPPLPEGLPAPLEKRIADLRVAAKMFDEEGRKKFFTQEINNILLDIELQLQELSPGNRNGVYGHIEAFVPCSKDTLVKRLKKLHLHIQDDLLKEPLQRLKLAISNVMPAQLNRYQEECQAHTQAKNAKHQAEDDRDRNPSEEDDEEKPGKRVMGPRKKFCWDDTLRDLLCNLVKNKLGCYELEPNKSLSAEDYLKAFMETEVKPLWPKGWMQSRMLFKESRKVHSHLTSAPAKKKVILAPKPKVKESSPKKEQKTSTPISTLVRVPTPHTVTPVLGLSSSNCTPTSETICLDDSLDEDLSLKPPSLDSISDALAVLNNGASAPPSSCIETPTSRPRVALREEKLASIMSKLPLGGPKKADQPSHASSLIAGHSAPVPKKPQDLAVAHSTVVSGLIAGSSIQNPKVSLEPLPAKLLQQGMQRSVQAEVSSSTPVKVKASSAIQAKAVCSSSSSTPSTSVISSSQAHVSSSSSQVQKVPSMQAVKVNQQSPIQQNYVTPLQATISKSHTNPVVRLTSSPQISSTSPVIKTPEKNTGYRPPSSPSSSNQHAPGPRTTLLSTSSNFLAKNVVVQGSASGFKSPYTIAPSCKPIASSSSSASLVSQSITHHKVPGGLNIGRSSPTVSPLPAGRGTVTTQPIKSPSLPSKVPNSSPKPNPPSPRLTSPSSKMPVQPLKIPNSSPKMLSPSPKPPNQPLKHSVPSTKPLNPLPPGTVKATVANAVLNIPNRTNSSSINRTNLTPGAGNGTLGATKQSTPHRQPSASGSPVAAATVQSAAAASILANASPLTLMTSPLSVTNPSVTTASLGPFGMLGGLVPVTMPFQFPLELLSFGSETSGVVTSPGSTSAAFHHNLTQNLLKGLQTTSPHTPTISHSSLPPHLQQQFTDGSQNKGDSKLSRKNR

Target ORF information:

RefSeq Version	XM_004913792.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X1, mRNA.

Target ORF information:

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

XM_004913792.3

ORF Insert Sequence:

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAACGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGAAAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GAGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCTTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGGT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAGT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCCCCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCAG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
TTACTGAAAG GCTTACAGAC CACCTCTCCG CACACACCCA CGATATCTCA CTCCAGTTTG 
CCTCCTCACT TGCAACAACA GTTCACAGAT GGAAGCCAAA ATAAAGGAGA CTCCAAATTA 
TCACGTAAAA ATCGGTGA

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

ubn2 ( XM_012961461.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012816915.1 Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa31186
Clone ID Related Accession (Same CDS sequence)	XM_012961461.2
Accession Version	XM_012961461.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3888bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ubinuclein-2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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_012961461.1. ##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##

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAACGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGAAAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GAGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCTTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGGT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAGT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCCCCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCAG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
GGAAGCCAAA ATAAAGGAGA CTCCAAATTA TCACGTAAAA ATCGGTGA

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

RefSeq	XP_012816915.1
CDS	309..4196
Translation	MAEPRRVPFVSLSPMKPRETGPVLTVEQQHQRTPPPLQPPAQRPPQPRAAQQAMLQHRPSQQALAHRLQREPTAPAIETGICHVLAKPEGADRPRVPGTVRLELALTDPTEEGCAEFSYPELLQKEQRAGRIPVAAKEVAGQSKPPPSHDPFNDEERERLEVENLAKKFEAKYGVKSHHHRKDRMQDLIDIGYGYDETDPFIDNSEAYDELVPASLNTKYGGFYINTGTLQFRQASDSENEDFVENKKHKSSKVSKIKDEERSLKKRKRKEESTEKEKPKKIKAAKQIGVMAFNSHKPEKKKKKLYKDSMALAAMLRKFQKEKDAIHKKVNKPNPPTVTVVNAAPKPVSAASNDLSDLGLGADPVLAIFGSERELMQEAESALEMLSDFDFDKLLDSASNDSPAGSDLGENGSIGQSVNPAEVQLPKQVPPLPEGLPAPLEKRIADLRVAAKMFDEEGRKKFFTQEINNILLDIELQLQELSPGNRNGVYGHIEAFVPCSKDTLVKRLKKLHLHIQDDLLKEPLQRLKLAISNVMPAQLNRYQEECQAHTQAKNAKHQAEDDRDRNPSEEDDEEKPGKRVMGPRKKFCWDDTLRDLLCNLVKNKLGCYELEPNKSLSAEDYLKAFMETEVKPLWPKGWMQSRMLFKESRKVHSHLTSAPAKKKVILAPKPKVKESSPKKEQKTSTPISTLVRVPTPHTVTPVLGLSSSNCTPTSETICLDDSLDEDLSLKPPSLDSISDALAVLNNGASAPPSSCIETPTSRPRVALREEKLASIMSKLPLGGPKKADQPSHASSLIAGHSAPVPKKPQDLAVAHSTVVSGLIAGSSIQNPKVSLEPLPAKLLQQGMQRSVQAEVSSSTPVKVKASSAIQAKAVCSSSSSTPSTSVISSSQAHVSSSSSQVQKVPSMQAVKVNQQSPIQQNYVTPLQATISKSHTNPVVRLTSSPQISSTSPVIKTPEKNTGYRPPSSPSSSNQHAPGPRTTLLSTSSNFLAKNVVVQGSASGFKSPYTIAPSCKPIASSSSSASLVSQSITHHKVPGGLNIGRSSPTVSPLPAGRGTVTTQPIKSPSLPSKVPNSSPKPNPPSPRLTSPSSKMPVQPLKIPNSSPKMLSPSPKPPNQPLKHSVPSTKPLNPLPPGTVKATVANAVLNIPNRTNSSSINRTNLTPGAGNGTLGATKQSTPHRQPSASGSPVAAATVQSAAAASILANASPLTLMTSPLSVTNPSVTTASLGPFGMLGGLVPVTMPFQFPLELLSFGSETSGVVTSPGSTSAAFHHNLTQNGSQNKGDSKLSRKNR

Target ORF information:

RefSeq Version	XM_012961461.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X2, mRNA.

Target ORF information:

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

XM_012961461.2

ORF Insert Sequence:

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAACGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGAAAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GAGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCTTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGGT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAGT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCCCCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCAG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
GGAAGCCAAA ATAAAGGAGA CTCCAAATTA TCACGTAAAA ATCGGTGA

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

ubn2 ( XM_018093641.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017949130.1 Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X3, mRNA.

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CloneID	OXa44213
Clone ID Related Accession (Same CDS sequence)	XM_018093641.1
Accession Version	XM_018093641.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3612bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ubinuclein-2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: 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##

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAACGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGAAAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GAGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCTTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGGT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAGT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCCCCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCAG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GGTGTTGCAT 
TACAACTTTT AA

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

RefSeq	XP_017949130.1
CDS	310..3921
Translation	MAEPRRVPFVSLSPMKPRETGPVLTVEQQHQRTPPPLQPPAQRPPQPRAAQQAMLQHRPSQQALAHRLQREPTAPAIETGICHVLAKPEGADRPRVPGTVRLELALTDPTEEGCAEFSYPELLQKEQRAGRIPVAAKEVAGQSKPPPSHDPFNDEERERLEVENLAKKFEAKYGVKSHHHRKDRMQDLIDIGYGYDETDPFIDNSEAYDELVPASLNTKYGGFYINTGTLQFRQASDSENEDFVENKKHKSSKVSKIKDEERSLKKRKRKEESTEKEKPKKIKAAKQIGVMAFNSHKPEKKKKKLYKDSMALAAMLRKFQKEKDAIHKKVNKPNPPTVTVVNAAPKPVSAASNDLSDLGLGADPVLAIFGSERELMQEAESALEMLSDFDFDKLLDSASNDSPAGSDLGENGSIGQSVNPAEVQLPKQVPPLPEGLPAPLEKRIADLRVAAKMFDEEGRKKFFTQEINNILLDIELQLQELSPGNRNGVYGHIEAFVPCSKDTLVKRLKKLHLHIQDDLLKEPLQRLKLAISNVMPAQLNRYQEECQAHTQAKNAKHQAEDDRDRNPSEEDDEEKPGKRVMGPRKKFCWDDTLRDLLCNLVKNKLGCYELEPNKSLSAEDYLKAFMETEVKPLWPKGWMQSRMLFKESRKVHSHLTSAPAKKKVILAPKPKVKESSPKKEQKTSTPISTLVRVPTPHTVTPVLGLSSSNCTPTSETICLDDSLDEDLSLKPPSLDSISDALAVLNNGASAPPSSCIETPTSRPRVALREEKLASIMSKLPLGGPKKADQPSHASSLIAGHSAPVPKKPQDLAVAHSTVVSGLIAGSSIQNPKVSLEPLPAKLLQQGMQRSVQAEVSSSTPVKVKASSAIQAKAVCSSSSSTPSTSVISSSQAHVSSSSSQVQKVPSMQAVKVNQQSPIQQNYVTPLQATISKSHTNPVVRLTSSPQISSTSPVIKTPEKNTGYRPPSSPSSSNQHAPGPRTTLLSTSSNFLAKNVVVQGSASGFKSPYTIAPSCKPIASSSSSASLVSQSITHHKVPGGLNIGRSSPTVSPLPAGRGTVTTQPIKSPSLPSKVPNSSPKPNPPSPRLTSPSSKMPVQPLKIPNSSPKMLSPSPKPPNQPLKHSVPSTKPLNPLPPGTVKATVANAVLNIPNRTNSSSINRTNLTPGAGNGTLGATKQSTPHRQPSASGSPVAAATVQVLHYNF

Target ORF information:

RefSeq Version	XM_018093641.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X3, mRNA.

Target ORF information:

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

XM_018093641.1

ORF Insert Sequence:

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAACGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGAAAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GAGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCTTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGGT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAGT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCCCCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCAG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GGTGTTGCAT 
TACAACTTTT AA

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

ubn2 ( XM_004913792.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004913849.2 Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa57364
Clone ID Related Accession (Same CDS sequence)	XM_004913792.4
Accession Version	XM_004913792.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ubinuclein-2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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_004913792.3. ##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##

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAGCGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGACAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GTGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCCTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGAT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAAT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCACCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCGG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
TTACTGAAAG GCTTACAGAC CACCTCTCCG CACACACCCA CGATATCTCA CTCCAGTTTG 
CCTCCTCACT TGCAACAACA GTTCACAGAT GGAAGCCAAA ATAAAGGAGA CTCCAAATTA 
TCACGTAAAA ATCGGTGA

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

RefSeq	XP_004913849.2
CDS	302..4279
Translation	MAEPRRVPFVSLSPMKPRETGPVLTVEQQHQRTPPPLQPPAQRPPQPRAAQQAMLQHRPSQQALAHRLQREPTAPAIETGICHVLAKPEGADRPRVPGTVRLELALTDPTEEGCAEFSYPELLQKEQRAGRIPVAAKEVAGQSKPPPSHDPFNDEERERLEVENLAKKFEAKYGVKSHHHRKDRMQDLIDIGYGYDETDPFIDNSEAYDELVPASLNTKYGGFYINTGTLQFRQASDSENEDFVENKKHKSSKVSKIKDEERSLKKRKRKEESTEKEKPKKIKAAKQIGVMAFNSHKPDKKKKKLYKDSMALAAMLRKFQKEKDAIHKKVNKPNPPTVTVVNAAPKPVSAASNDLSDLGLGADPVLAIFGSERELMQEAESALEMLSDFDFDKLLDSASNDSPAGSDLGENGSIGQSVNPAEVQLPKQVPPLPEGLPAPLEKRIADLRVAAKMFDEEGRKKFFTQEINNILLDIELQLQELSPGNRNGVYGHIEAFVPCSKDTLVKRLKKLHLHIQDDLLKEPLQRLKLAISNVMPAQLNRYQEECQAHTQAKNAKHQAEDDRDRNPSEEDDEEKPGKRVMGPRKKFCWDDTLRDLLCNLVKNKLGCYELVPNKSLSAEDYLKAFMETEVKPLWPKGWMQSRMLFKESRKVHSHLTSAPAKKKVILAPKPKVKESSPKKEQKTSTPISTLVRVPTPHTVTPVLGLSSSNCTPTSETICLDDSLDEDLSLKPPSLDSISDALAVLNNGASAPPSSCIETPTSRPRVALREEKLASIMSKLPLGGPKKADQPSHASSLIAGHSAPVPKKPQDLAVAHSTVVSGLIAGSSIQNPKVSLEPLPAKLLQQGMQRSVQAEVSSSTPVKVKASSAIQAKAVCSSSSSTPSTSVISSSQAHVSSSSSQVQKVPSMQAVKVNQQSPIQQNYVTPLQATISKSHTNPVVRLTSSPQISSTSPVIKTPEKNTGYRPPSSPSSSNQHAPGPRTTLLSTSSNFLAKNVVVQGSASGFKSPYTIAPSCKPIASSSSSASLVSQSITHHKVPGGLNIGRSSPTVNPLPAGRGTVTTQPIKSPSLPSKVPNSSPKPNPPSPRLTSPSSKMPVQPLKIPNSSPKMLSPSPKPPNQPLKHSVPSTKPLNPLPPGTVKATVANAVLNIPNRTNSSSINRTNLTPGAGNGTLGATKQSTPHRQPSASGSPVAAATVQSAAAASILANASPLTLMTSPLSVTNPSVTTASLGPFGMLGGLVPVTMPFQFPLELLSFGSETSGVVTSPGSTSAAFHHNLTQNLLKGLQTTSPHTPTISHSSLPPHLQQQFTDGSQNKGDSKLSRKNR

Target ORF information:

RefSeq Version	XM_004913792.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X1, mRNA.

Target ORF information:

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

XM_004913792.4

ORF Insert Sequence:

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAGCGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGACAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GTGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCCTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGAT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAAT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCACCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCGG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
TTACTGAAAG GCTTACAGAC CACCTCTCCG CACACACCCA CGATATCTCA CTCCAGTTTG 
CCTCCTCACT TGCAACAACA GTTCACAGAT GGAAGCCAAA ATAAAGGAGA CTCCAAATTA 
TCACGTAAAA ATCGGTGA

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

ubn2 ( XM_012961461.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012816915.2 Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa57365
Clone ID Related Accession (Same CDS sequence)	XM_012961461.3
Accession Version	XM_012961461.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3888bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ubinuclein-2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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_012961461.2. ##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##

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAGCGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGACAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GTGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCCTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGAT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAAT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCACCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCGG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
GGAAGCCAAA ATAAAGGAGA CTCCAAATTA TCACGTAAAA ATCGGTGA

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

RefSeq	XP_012816915.2
CDS	302..4189
Translation	MAEPRRVPFVSLSPMKPRETGPVLTVEQQHQRTPPPLQPPAQRPPQPRAAQQAMLQHRPSQQALAHRLQREPTAPAIETGICHVLAKPEGADRPRVPGTVRLELALTDPTEEGCAEFSYPELLQKEQRAGRIPVAAKEVAGQSKPPPSHDPFNDEERERLEVENLAKKFEAKYGVKSHHHRKDRMQDLIDIGYGYDETDPFIDNSEAYDELVPASLNTKYGGFYINTGTLQFRQASDSENEDFVENKKHKSSKVSKIKDEERSLKKRKRKEESTEKEKPKKIKAAKQIGVMAFNSHKPDKKKKKLYKDSMALAAMLRKFQKEKDAIHKKVNKPNPPTVTVVNAAPKPVSAASNDLSDLGLGADPVLAIFGSERELMQEAESALEMLSDFDFDKLLDSASNDSPAGSDLGENGSIGQSVNPAEVQLPKQVPPLPEGLPAPLEKRIADLRVAAKMFDEEGRKKFFTQEINNILLDIELQLQELSPGNRNGVYGHIEAFVPCSKDTLVKRLKKLHLHIQDDLLKEPLQRLKLAISNVMPAQLNRYQEECQAHTQAKNAKHQAEDDRDRNPSEEDDEEKPGKRVMGPRKKFCWDDTLRDLLCNLVKNKLGCYELVPNKSLSAEDYLKAFMETEVKPLWPKGWMQSRMLFKESRKVHSHLTSAPAKKKVILAPKPKVKESSPKKEQKTSTPISTLVRVPTPHTVTPVLGLSSSNCTPTSETICLDDSLDEDLSLKPPSLDSISDALAVLNNGASAPPSSCIETPTSRPRVALREEKLASIMSKLPLGGPKKADQPSHASSLIAGHSAPVPKKPQDLAVAHSTVVSGLIAGSSIQNPKVSLEPLPAKLLQQGMQRSVQAEVSSSTPVKVKASSAIQAKAVCSSSSSTPSTSVISSSQAHVSSSSSQVQKVPSMQAVKVNQQSPIQQNYVTPLQATISKSHTNPVVRLTSSPQISSTSPVIKTPEKNTGYRPPSSPSSSNQHAPGPRTTLLSTSSNFLAKNVVVQGSASGFKSPYTIAPSCKPIASSSSSASLVSQSITHHKVPGGLNIGRSSPTVNPLPAGRGTVTTQPIKSPSLPSKVPNSSPKPNPPSPRLTSPSSKMPVQPLKIPNSSPKMLSPSPKPPNQPLKHSVPSTKPLNPLPPGTVKATVANAVLNIPNRTNSSSINRTNLTPGAGNGTLGATKQSTPHRQPSASGSPVAAATVQSAAAASILANASPLTLMTSPLSVTNPSVTTASLGPFGMLGGLVPVTMPFQFPLELLSFGSETSGVVTSPGSTSAAFHHNLTQNGSQNKGDSKLSRKNR

Target ORF information:

RefSeq Version	XM_012961461.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X2, mRNA.

Target ORF information:

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

XM_012961461.3

ORF Insert Sequence:

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAGCGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGACAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GTGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCCTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGAT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAAT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCACCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCGG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GTCTGCAGCA 
GCAGCCTCTA TTCTTGCAAA TGCTTCACCT CTGACCCTTA TGACTTCACC GCTCTCTGTA 
ACAAATCCAA GTGTGACGAC TGCTTCACTT GGCCCCTTTG GAATGCTTGG CGGCTTGGTT 
CCAGTCACCA TGCCATTCCA GTTTCCGTTG GAGCTTCTCA GTTTTGGAAG TGAAACCTCT 
GGTGTGGTAA CATCTCCAGG TTCTACCTCG GCAGCTTTCC ATCACAACCT CACTCAAAAT 
GGAAGCCAAA ATAAAGGAGA CTCCAAATTA TCACGTAAAA ATCGGTGA

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

ubn2 ( XM_018093641.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017949130.2 Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X3, mRNA.

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CloneID	OXa57366
Clone ID Related Accession (Same CDS sequence)	XM_018093641.2
Accession Version	XM_018093641.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3612bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ubinuclein-2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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_018093641.1. ##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##

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAGCGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGACAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GTGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCCTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGAT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAAT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCACCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCGG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GGTGTTGCAT 
TACAACTTTT AA

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

RefSeq	XP_017949130.2
CDS	303..3914
Translation	MAEPRRVPFVSLSPMKPRETGPVLTVEQQHQRTPPPLQPPAQRPPQPRAAQQAMLQHRPSQQALAHRLQREPTAPAIETGICHVLAKPEGADRPRVPGTVRLELALTDPTEEGCAEFSYPELLQKEQRAGRIPVAAKEVAGQSKPPPSHDPFNDEERERLEVENLAKKFEAKYGVKSHHHRKDRMQDLIDIGYGYDETDPFIDNSEAYDELVPASLNTKYGGFYINTGTLQFRQASDSENEDFVENKKHKSSKVSKIKDEERSLKKRKRKEESTEKEKPKKIKAAKQIGVMAFNSHKPDKKKKKLYKDSMALAAMLRKFQKEKDAIHKKVNKPNPPTVTVVNAAPKPVSAASNDLSDLGLGADPVLAIFGSERELMQEAESALEMLSDFDFDKLLDSASNDSPAGSDLGENGSIGQSVNPAEVQLPKQVPPLPEGLPAPLEKRIADLRVAAKMFDEEGRKKFFTQEINNILLDIELQLQELSPGNRNGVYGHIEAFVPCSKDTLVKRLKKLHLHIQDDLLKEPLQRLKLAISNVMPAQLNRYQEECQAHTQAKNAKHQAEDDRDRNPSEEDDEEKPGKRVMGPRKKFCWDDTLRDLLCNLVKNKLGCYELVPNKSLSAEDYLKAFMETEVKPLWPKGWMQSRMLFKESRKVHSHLTSAPAKKKVILAPKPKVKESSPKKEQKTSTPISTLVRVPTPHTVTPVLGLSSSNCTPTSETICLDDSLDEDLSLKPPSLDSISDALAVLNNGASAPPSSCIETPTSRPRVALREEKLASIMSKLPLGGPKKADQPSHASSLIAGHSAPVPKKPQDLAVAHSTVVSGLIAGSSIQNPKVSLEPLPAKLLQQGMQRSVQAEVSSSTPVKVKASSAIQAKAVCSSSSSTPSTSVISSSQAHVSSSSSQVQKVPSMQAVKVNQQSPIQQNYVTPLQATISKSHTNPVVRLTSSPQISSTSPVIKTPEKNTGYRPPSSPSSSNQHAPGPRTTLLSTSSNFLAKNVVVQGSASGFKSPYTIAPSCKPIASSSSSASLVSQSITHHKVPGGLNIGRSSPTVNPLPAGRGTVTTQPIKSPSLPSKVPNSSPKPNPPSPRLTSPSSKMPVQPLKIPNSSPKMLSPSPKPPNQPLKHSVPSTKPLNPLPPGTVKATVANAVLNIPNRTNSSSINRTNLTPGAGNGTLGATKQSTPHRQPSASGSPVAAATVQVLHYNF

Target ORF information:

RefSeq Version	XM_018093641.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ubinuclein 2 (ubn2), transcript variant X3, mRNA.

Target ORF information:

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

XM_018093641.2

ORF Insert Sequence:

ATGGCGGAGC CGCGTAGGGT TCCGTTTGTA AGTCTGTCAC CCATGAAACC ACGCGAGACC 
GGCCCAGTCC TGACTGTGGA ACAGCAGCAC CAGCGAACCC CACCTCCCCT GCAGCCGCCG 
GCACAAAGGC CACCGCAGCC CCGGGCCGCA CAGCAAGCCA TGCTACAGCA CAGGCCTTCC 
CAGCAAGCGC TGGCTCACCG GCTGCAACGG GAACCCACGG CTCCTGCCAT AGAGACTGGC 
ATCTGTCATG TACTGGCCAA ACCCGAGGGG GCTGACCGGC CCCGAGTGCC AGGGACTGTG 
AGGCTGGAGT TGGCACTAAC TGATCCCACA GAGGAGGGCT GTGCGGAATT TAGTTACCCT 
GAGCTGCTGC AGAAAGAGCA GAGGGCAGGA CGGATCCCGG TTGCGGCCAA GGAAGTCGCT 
GGACAGTCAA AGCCTCCGCC ATCTCACGAT CCATTTAATG ACGAAGAACG AGAGAGGCTA 
GAAGTAGAAA ACTTGGCTAA GAAGTTTGAA GCCAAATATG GAGTGAAAAG TCATCATCAT 
CGTAAAGACC GTATGCAAGA TCTGATTGAT ATTGGTTATG GCTATGATGA GACAGACCCC 
TTTATTGACA ACTCTGAGGC ATATGATGAA TTGGTGCCAG CTTCATTGAA TACAAAATAT 
GGAGGATTTT ACATCAACAC AGGAACACTG CAATTTAGGC AGGCTTCAGA TTCAGAAAAC 
GAAGATTTTG TTGAGAATAA GAAGCACAAA TCATCAAAAG TATCGAAAAT TAAAGATGAG 
GAGCGATCCT TGAAGAAACG AAAGAGGAAA GAGGAGAGCA CGGAGAAAGA GAAGCCTAAG 
AAAATAAAAG CTGCTAAACA GATAGGTGTC ATGGCCTTCA ATTCCCACAA ACCAGACAAG 
AAAAAGAAAA AACTTTATAA AGACTCTATG GCCCTTGCTG CCATGCTGCG GAAATTTCAA 
AAAGAGAAAG ATGCCATACA TAAAAAAGTA AACAAACCGA ATCCACCAAC TGTAACTGTG 
GTTAATGCTG CCCCTAAACC AGTCTCTGCT GCTTCTAATG ATTTGTCTGA CCTTGGACTT 
GGCGCTGATC CAGTTCTTGC AATCTTTGGC AGCGAGAGGG AACTCATGCA GGAAGCAGAA 
AGTGCTCTGG AGATGCTAAG TGACTTTGAT TTTGATAAGC TTTTGGATTC TGCATCTAAT 
GACAGCCCAG CAGGTTCTGA CCTTGGAGAG AATGGTAGCA TTGGGCAATC TGTAAACCCT 
GCTGAGGTGC AGCTACCGAA ACAAGTGCCA CCTCTTCCTG AGGGACTTCC AGCTCCGTTG 
GAAAAACGTA TTGCTGATTT ACGAGTGGCT GCTAAAATGT TTGATGAAGA AGGTCGGAAG 
AAATTTTTTA CTCAAGAGAT TAACAACATT TTGTTAGATA TTGAACTGCA GTTACAAGAA 
CTAAGTCCCG GTAACAGGAA TGGTGTTTAT GGCCATATAG AGGCATTTGT GCCATGCAGT 
AAAGACACAC TTGTCAAGCG CTTGAAAAAA CTTCATCTTC ACATACAGGA CGATCTTTTA 
AAAGAACCTC TTCAAAGGCT GAAACTTGCT ATTAGCAATG TTATGCCTGC TCAGCTAAAC 
CGATATCAAG AGGAGTGCCA AGCACATACT CAGGCCAAAA ATGCAAAGCA CCAAGCTGAG 
GATGATCGGG ATCGAAACCC ATCTGAAGAG GATGATGAGG AGAAGCCTGG TAAAAGAGTA 
ATGGGACCAC GAAAAAAGTT TTGCTGGGAT GACACTTTAA GAGATTTGCT CTGTAATCTT 
GTAAAAAATA AGCTTGGATG TTATGAACTT GTGCCCAATA AAAGCCTATC GGCAGAGGAT 
TATCTAAAAG CCTTCATGGA GACAGAAGTG AAACCATTAT GGCCTAAAGG CTGGATGCAG 
TCTAGGATGC TGTTTAAAGA GAGCCGCAAA GTACACAGTC ATCTCACTTC TGCACCTGCC 
AAGAAAAAAG TTATTCTGGC CCCTAAACCC AAAGTCAAGG AATCCAGTCC AAAAAAGGAG 
CAAAAAACCT CCACACCTAT CTCTACATTG GTGCGTGTAC CTACTCCTCA CACAGTAACT 
CCAGTTCTTG GACTTTCCAG CTCCAATTGT ACCCCAACTT CAGAGACCAT TTGTCTGGAT 
GACTCTTTGG ATGAAGACCT TTCTTTAAAG CCACCTTCAT TAGATTCTAT CTCAGATGCA 
TTGGCTGTTC TAAATAATGG AGCTAGTGCT CCTCCAAGTT CATGCATTGA AACACCAACC 
TCAAGGCCTA GAGTTGCCTT AAGAGAAGAG AAACTTGCTT CTATCATGAG CAAGTTGCCA 
TTAGGTGGTC CTAAAAAAGC TGATCAACCT TCACATGCAT CTAGTCTAAT TGCAGGCCAT 
TCGGCCCCTG TACCAAAGAA ACCCCAGGAT CTAGCAGTAG CCCATTCCAC GGTGGTCTCG 
GGGCTTATTG CAGGGTCTTC CATTCAAAAC CCCAAAGTAT CTTTGGAACC ACTACCAGCA 
AAGTTGCTCC AACAAGGAAT GCAGAGGTCT GTGCAGGCTG AAGTTTCTTC ATCTACACCT 
GTGAAAGTAA AGGCTTCATC TGCAATTCAG GCCAAAGCAG TGTGCTCTTC TTCGTCCTCC 
ACCCCTTCAA CATCTGTAAT ATCATCTTCA CAGGCTCATG TTTCTTCCTC ATCATCACAA 
GTCCAGAAAG TTCCCTCCAT GCAGGCAGTC AAAGTTAATC AGCAATCTCC AATTCAACAA 
AACTATGTTA CACCCTTGCA AGCAACTATC AGCAAATCAC ACACTAACCC AGTTGTACGA 
CTAACCAGCA GTCCTCAGAT ATCTTCCACT TCTCCTGTTA TAAAGACCCC TGAAAAAAAC 
ACTGGTTATC GACCTCCCTC TTCCCCCTCT TCTAGCAACC AGCATGCTCC AGGTCCTCGT 
ACAACACTCT TGTCTACCTC GAGTAATTTT TTGGCGAAAA ATGTGGTTGT CCAAGGATCT 
GCATCTGGAT TTAAATCCCC TTATACTATA GCCCCTTCTT GTAAGCCCAT TGCTAGTTCT 
TCCAGTTCTG CTTCTCTGGT TTCACAGAGT ATTACACATC ACAAGGTGCC AGGTGGACTT 
AATATTGGTC GTTCTTCACC CACAGTAAAT CCGCTGCCTG CTGGTAGAGG TACAGTAACA 
ACGCAACCAA TAAAGAGCCC CTCTCTTCCA TCTAAGGTTC CAAACTCTTC TCCAAAACCA 
AACCCCCCAT CTCCGAGACT AACAAGTCCT TCCTCAAAAA TGCCTGTCCA GCCCTTGAAA 
ATACCTAATT CTTCACCAAA AATGCTAAGC CCTTCACCCA AACCACCCAA CCAGCCTCTA 
AAGCATTCGG TTCCATCTAC AAAACCACTT AATCCGCTGC CACCTGGAAC TGTTAAAGCT 
ACAGTGGCTA ATGCTGTCTT GAATATTCCA AACAGAACAA ATTCAAGCTC TATAAACAGG 
ACTAACCTTA CTCCTGGTGC AGGTAACGGA ACTCTGGGTG CTACCAAACA GTCAACGCCT 
CATAGACAAC CATCTGCCTC AGGGTCTCCA GTTGCAGCTG CCACTGTGCA GGTGTTGCAT 
TACAACTTTT AA

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

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ubn2 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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