mybbp1a cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	mybbp1a
Entrez Gene ID	100135739
Full Name	MYB binding protein 1a
Synonyms	p160,pap2
General protein information	Preferred Names MYB binding protein 1a Names myb-binding protein 1A MYB binding protein (P160) 1a
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004911709.3	XP_004911766.2	myb-binding protein 1A
XM_004911709.2	XP_004911766.1	myb-binding protein 1A

Pathways from BioSystems

Homologies

Xenopus tropicalis (tropical clawed frog)	mybbp1a	XP_004911766.1
Bos taurus (cattle)	MYBBP1A	XP_002695806.2
Mus musculus (house mouse)	Mybbp1a	NP_058056.2
Homo sapiens (human)	MYBBP1A	NP_055335.2
Canis lupus familiaris (dog)	MYBBP1A	XP_005619925.1
Gallus gallus (chicken)	MYBBP1A	XP_415739.4
Rattus norvegicus (Norway rat)	Mybbp1a	NP_113856.1
Pan troglodytes (chimpanzee)	MYBBP1A	XP_511283.3
	MYBBP1A	XP_001093919.1

Gene Ontology

The following mybbp1a gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the mybbp1a cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OXa52421	XM_004911709.3 Latest version!	Xenopus tropicalis MYB binding protein 1a (mybbp1a), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa05690	XM_004911709.2 Latest version!	Xenopus tropicalis MYB binding protein (P160) 1a (mybbp1a), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

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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)

mybbp1a ( XM_004911709.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004911766.2 Xenopus tropicalis MYB binding protein 1a (mybbp1a), mRNA.

Price & Availability↑

CloneID	OXa52421
Clone ID Related Accession (Same CDS sequence)	XM_004911709.3
Accession Version	XM_004911709.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3876bp) 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	myb-binding protein 1A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.2) 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_004911709.2. ##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##

ATGGTTGTGG AGTGCAGCTC GACCATGGAT ACTGGGGAAT CAGATGTTCA TGTTGGACAG 
AAACAGCCTA AGACAGCCGC CGCCGCCGCC CGGGGCATCA TTCAACAAAA CCGACAGTTT 
CTGGATTTCT TCTGGGATAT CGCAAAGCCC GAGCAAGATG TACGTCTGGC AGCTACGGAG 
AACCTTATAC AGTATCTAAA ATCCAGCGAA AAGGAAGATG AACTAAAGTA CACTTTTAAA 
AGGCTTGTAG AAGGGTTAGC AGCAACACGT GAAGCAGCGC GTCCTGGTTT TAGTTTGGCC 
TTGGCTCAGG TTCTGCAGAG TTTTGAAGAA ATTCCATTAT CTAAAGTATT AGAACATATC 
TCTGAGAAAC ATAATCTAGA GCGGTTGAAC AAGAAAGTAC TCCGAAATGC TGCCTTTGGG 
AATTTTTTCG GTGTCCTTGC ACTGTTTCAG TCTGGTCGTC TTGCCAAGGA TCCAAAAGTC 
CTTTTACAGT GTGTGCAAAT ATTGCAAAAC ATTGCTCAAT ATAAGGAACA CTTGAAAGAT 
CTGCCCAGGA AAACACTTGT TGACATTCTC TCAGAGATTC CAGAATCTTT ATTCGAGGAA 
GTGTTGTTTG GAGTACTTCG TGCAGACCTG ACATCAGCGT TTAGTTCTCC AGAGCAGCTG 
CATCTGCTGC TGGTTGGAAT GCAGAAATTT CCAGGGGTTC TAAAACCCAA AAAATTGAAG 
AAACTGCTTG GATCCTCTGT GATAACTACA CAGGAGAACA TTCCTAAGTT GGTGGACCTG 
TTAAAAACTG CTGCCAAGTC AGTGAAGAAA GATCGTTGCC TGCCAGCAGT GGCTTTGGAT 
GTCATGCGGA TATCGCTGCA GGAAGAGACT TTTGACTTGT TTTGGCGAGA AGCTGTTGAA 
AATGGTTTAA TGAAGGATCA ATCGGGACCT TGCATGTACA TGTGTTTTAG ACTGCTGGGA 
GCTTCTCTGC CCTTGTTGGA TGGGAAGCAA CTGCAGACAG TTCTTCGGAG TGAAGTCATG 
CAGCAGTATG GCGCTCATGT TGTTTCCACT CAGCCTGCAG ATCGGTTTAA ATTTGCCCCA 
GAAATGGAGA CTTACATGGA CTCTTTCCTT GAGAATTGCA CTAATTCTGA AAAACAGCTG 
GCAGTTCTTA TTGGCTTTAC TAAGCTAACT AACCAAGGTT ACCCTGTAAT ACCATGTGTG 
TGGAAAGTGA TCAAACATGT GCAACCTGGT GCTCTTCAGA GCTACATTGA CTGGCTGAAG 
AACATGTTCA TCTCCCCAGA CCTTGACTCA TGTCTGGAGT TTAGCACCCG AAGGCAGAAG 
CAGAATCAAG AGCAACAGAA AACCTCTGAG TATGTTGTGT TTCGTTTGAG AAAATGGATT 
ATTCCACGTC TTACTAGCAT AATTGAAAAT CCACAAGTGA AACGGGATGA GGACCAAGTC 
ATGGATATTG CCCGGTTTAT CTTTTTTCAT GCGTTTTTTG AAGCTAAGAA ATCTGTCTCT 
GATATACCAG AGACAGAATC GCTTGTTTCT GTGCCTTTTG ATGACAGAAC CCGTTCACTT 
TTGGCCGACG CTTTTTTTAG CCTGTTGCTG AACCTGAACT GCATGCCTTT GTTAGGGGAA 
GGTGCTGCCA CTGACATTTT AAAGGAGAAG CATGTGGTTG GTGTAACTGC TGATGGAAGA 
CTTTGGATTC ATTGTATGGT TCTCTATGCC AACACTGTTC TTACACGTGG AAAGGCTGTG 
AAGGCAATCA AACAGTTTAG CCAGGAACAG AAAGAAGCTT GGGATCGAAT GTTGCAATAT 
GTAGAAATTC TGCAAAAGAA GTCCAAAAGG GCCCATGACA TGGAGCTATC AGCATATCAG 
CAATTGCTTC TTTTAGTGGG AATTCATCTC TTCAAGACTC CAGAGGAGAG TGTCGACCTC 
TTGAATGATA TTCATAATTG CCTGGAAAAA GCTCAGAGTA AGAAGTCAAA GAAGACAGAG 
AATAAGGAAG ACACACAGGA GCCAGAGTGG GTGGAAGTGA TGGTAGAGAT CCTCTTGTCT 
TTATTCTCGC AACCAAGCAG ACTTTTTCGA CTTGTTTCAA GAAATGTTTT CAAGAAGATT 
TGTCCTTATG TGACAAAAAA TGCACTGCAA CTTATTCTCA ATGTACTTGA CCCTGAAGAA 
GAAGATGATG AGGAAGGTGC TGTGATTGTG ACTGATGAAA AGGATCATGG GAAGAGCACC 
TCTGATAAAC AGGAGGGCGA TGAGGAGAGC AGCTCAGATG ATAGCAGCTC TGATGAAGAT 
GATGAGGCAG AGGATAAAAA GCAAGACAGC AGTGATGAAG AGCATTTGGA TCAAAATGTT 
AATGAGCTTT TCCGCAAGCA GCTGATGCAG GTGTTGCAGG ATGGGAGTGC AGTGGAAGGA 
GACAAAAGTG ATGAGGATTT GGACGATGAT ACTATGATGG CTTTGGATGA AAATCTCTCA 
GCCTTGTTTG CTGAACAAAA AAAACGTATT CAAGCCAAGA AGGACGAGAA AGCCAGAATC 
CGTGGGGAGA AGATTTTGCG CAAGGAGTTC AAGACAAAGG TGCTGGATCT GATAGAGGTG 
TTTGTGAAAA AGCAGCCTGA CAGTCCTCTT GTATTTAACA TCATTGAACC ATTAATTTCT 
GTAATTGAAC AAAGCATGAA TTCTGAATCT AACCAACAGG AACAAGACTT TCTCAGAAAA 
ACAGCAGACA TTTTCATGAA TGATTTATGT AAAGCCAAGC GTTATTGTAA AGATGTTGGA 
GAGCTTAAGG AAGAACTGCA CGGCATGATG GAAAGGCTTG TGGCAAAAGC CTGCAAACAA 
AGTGACTCTT CTGTGGCATT ATACTGTTTC AGTGCATCAC TTTATGTGTT AAAAGTGTTA 
AAAGGCAGTG GGATTGATCA ACCAGAGGAG GGCACCAAAA AGCAAAGAAG GAGCCATGTC 
TCGCCTCTGC AGGCTCCATG TCTCGGTTGT CTGGATCTTC AGCGAGCAAC TGCTATGTAT 
CAAGAGTCAT TGAATGGTTT TCTGACCAAG AGAAAGAGCC CACTCACAGT TACTATGTTT 
CTTGATCTCT TTAACCGCTT TCCTTTTATG TGCAGTCCTC TGCTGGATAT AATAGTGAAG 
TCTGTCAAAG ATGGAGCACG GCCACATCAG CAGGGACAAG CATGTACTCT TCTTCTAAAG 
GTGTTGCAAA CCCCCAGTCT AAAGCAGGCA CTTTCTGCAG ACCAATGGAG CGATCTAATC 
AGAGACAGCG TTGATCGTGT CAGAGAGACT CTGGAAGCTG TGACTGAAAT TAAAGTGAAA 
GTTGACCAGG AGAAGGTGAT TAAGTGTTTT GAGCTGCTGA GCTTCCTGAT TAAAACAGTA 
ACACAGCAGA GGCTGGACAT TAGCCTGACA GAGCTGCATC CCATGCTCGA AACACTCGGT 
CAGAATGAAA AGTTTGGAAA ATCAGTCCGC CTAGAAGACA TGTACTGGAA TGTAATGAAG 
CTGCTAGGAT ACATGCGTCC ACAGAAAGAG AAAACGAAAC CTACACCTGA TGCAGCGGCT 
CAGCCTGTTA ATCCTTTGAA GAAAAAGAAA GGGTTTTTAC CGGAGACCAA GAAACGCAAA 
AACCGCAAGA AGGCAGGACA GGGGGAAGCC AAATCAGATG AGGCAGAAAT AAAGTCGGAG 
AGCCCAGAGG ATCAGGGGCA GGCCACCAAG CCGAAGAAGA AGAAAAAGAA GAATAAAAGA 
AAACAGCCTG GGCAACAGGG AGGAGCGAAA CCTGACAATT CTGCTGAGGG TCCACCAAGC 
AAAAAAGCCA AATCCAGCCA GGAGAACACA AGCAAAGGCG GCAAATTAAC AACTGCAGGA 
AACAAACAGA AACAGAAAAA AAAGAAAAGC AGCTAA

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

RefSeq	XP_004911766.2
CDS	98..3973
Translation	MVVECSSTMDTGESDVHVGQKQPKTAAAAARGIIQQNRQFLDFFWDIAKPEQDVRLAATENLIQYLKSSEKEDELKYTFKRLVEGLAATREAARPGFSLALAQVLQSFEEIPLSKVLEHISEKHNLERLNKKVLRNAAFGNFFGVLALFQSGRLAKDPKVLLQCVQILQNIAQYKEHLKDLPRKTLVDILSEIPESLFEEVLFGVLRADLTSAFSSPEQLHLLLVGMQKFPGVLKPKKLKKLLGSSVITTQENIPKLVDLLKTAAKSVKKDRCLPAVALDVMRISLQEETFDLFWREAVENGLMKDQSGPCMYMCFRLLGASLPLLDGKQLQTVLRSEVMQQYGAHVVSTQPADRFKFAPEMETYMDSFLENCTNSEKQLAVLIGFTKLTNQGYPVIPCVWKVIKHVQPGALQSYIDWLKNMFISPDLDSCLEFSTRRQKQNQEQQKTSEYVVFRLRKWIIPRLTSIIENPQVKRDEDQVMDIARFIFFHAFFEAKKSVSDIPETESLVSVPFDDRTRSLLADAFFSLLLNLNCMPLLGEGAATDILKEKHVVGVTADGRLWIHCMVLYANTVLTRGKAVKAIKQFSQEQKEAWDRMLQYVEILQKKSKRAHDMELSAYQQLLLLVGIHLFKTPEESVDLLNDIHNCLEKAQSKKSKKTENKEDTQEPEWVEVMVEILLSLFSQPSRLFRLVSRNVFKKICPYVTKNALQLILNVLDPEEEDDEEGAVIVTDEKDHGKSTSDKQEGDEESSSDDSSSDEDDEAEDKKQDSSDEEHLDQNVNELFRKQLMQVLQDGSAVEGDKSDEDLDDDTMMALDENLSALFAEQKKRIQAKKDEKARIRGEKILRKEFKTKVLDLIEVFVKKQPDSPLVFNIIEPLISVIEQSMNSESNQQEQDFLRKTADIFMNDLCKAKRYCKDVGELKEELHGMMERLVAKACKQSDSSVALYCFSASLYVLKVLKGSGIDQPEEGTKKQRRSHVSPLQAPCLGCLDLQRATAMYQESLNGFLTKRKSPLTVTMFLDLFNRFPFMCSPLLDIIVKSVKDGARPHQQGQACTLLLKVLQTPSLKQALSADQWSDLIRDSVDRVRETLEAVTEIKVKVDQEKVIKCFELLSFLIKTVTQQRLDISLTELHPMLETLGQNEKFGKSVRLEDMYWNVMKLLGYMRPQKEKTKPTPDAAAQPVNPLKKKKGFLPETKKRKNRKKAGQGEAKSDEAEIKSESPEDQGQATKPKKKKKKNKRKQPGQQGGAKPDNSAEGPPSKKAKSSQENTSKGGKLTTAGNKQKQKKKKSS

Target ORF information:

RefSeq Version	XM_004911709.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis MYB binding protein 1a (mybbp1a), mRNA.

Target ORF information:

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

XM_004911709.3

ORF Insert Sequence:

ATGGTTGTGG AGTGCAGCTC GACCATGGAT ACTGGGGAAT CAGATGTTCA TGTTGGACAG 
AAACAGCCTA AGACAGCCGC CGCCGCCGCC CGGGGCATCA TTCAACAAAA CCGACAGTTT 
CTGGATTTCT TCTGGGATAT CGCAAAGCCC GAGCAAGATG TACGTCTGGC AGCTACGGAG 
AACCTTATAC AGTATCTAAA ATCCAGCGAA AAGGAAGATG AACTAAAGTA CACTTTTAAA 
AGGCTTGTAG AAGGGTTAGC AGCAACACGT GAAGCAGCGC GTCCTGGTTT TAGTTTGGCC 
TTGGCTCAGG TTCTGCAGAG TTTTGAAGAA ATTCCATTAT CTAAAGTATT AGAACATATC 
TCTGAGAAAC ATAATCTAGA GCGGTTGAAC AAGAAAGTAC TCCGAAATGC TGCCTTTGGG 
AATTTTTTCG GTGTCCTTGC ACTGTTTCAG TCTGGTCGTC TTGCCAAGGA TCCAAAAGTC 
CTTTTACAGT GTGTGCAAAT ATTGCAAAAC ATTGCTCAAT ATAAGGAACA CTTGAAAGAT 
CTGCCCAGGA AAACACTTGT TGACATTCTC TCAGAGATTC CAGAATCTTT ATTCGAGGAA 
GTGTTGTTTG GAGTACTTCG TGCAGACCTG ACATCAGCGT TTAGTTCTCC AGAGCAGCTG 
CATCTGCTGC TGGTTGGAAT GCAGAAATTT CCAGGGGTTC TAAAACCCAA AAAATTGAAG 
AAACTGCTTG GATCCTCTGT GATAACTACA CAGGAGAACA TTCCTAAGTT GGTGGACCTG 
TTAAAAACTG CTGCCAAGTC AGTGAAGAAA GATCGTTGCC TGCCAGCAGT GGCTTTGGAT 
GTCATGCGGA TATCGCTGCA GGAAGAGACT TTTGACTTGT TTTGGCGAGA AGCTGTTGAA 
AATGGTTTAA TGAAGGATCA ATCGGGACCT TGCATGTACA TGTGTTTTAG ACTGCTGGGA 
GCTTCTCTGC CCTTGTTGGA TGGGAAGCAA CTGCAGACAG TTCTTCGGAG TGAAGTCATG 
CAGCAGTATG GCGCTCATGT TGTTTCCACT CAGCCTGCAG ATCGGTTTAA ATTTGCCCCA 
GAAATGGAGA CTTACATGGA CTCTTTCCTT GAGAATTGCA CTAATTCTGA AAAACAGCTG 
GCAGTTCTTA TTGGCTTTAC TAAGCTAACT AACCAAGGTT ACCCTGTAAT ACCATGTGTG 
TGGAAAGTGA TCAAACATGT GCAACCTGGT GCTCTTCAGA GCTACATTGA CTGGCTGAAG 
AACATGTTCA TCTCCCCAGA CCTTGACTCA TGTCTGGAGT TTAGCACCCG AAGGCAGAAG 
CAGAATCAAG AGCAACAGAA AACCTCTGAG TATGTTGTGT TTCGTTTGAG AAAATGGATT 
ATTCCACGTC TTACTAGCAT AATTGAAAAT CCACAAGTGA AACGGGATGA GGACCAAGTC 
ATGGATATTG CCCGGTTTAT CTTTTTTCAT GCGTTTTTTG AAGCTAAGAA ATCTGTCTCT 
GATATACCAG AGACAGAATC GCTTGTTTCT GTGCCTTTTG ATGACAGAAC CCGTTCACTT 
TTGGCCGACG CTTTTTTTAG CCTGTTGCTG AACCTGAACT GCATGCCTTT GTTAGGGGAA 
GGTGCTGCCA CTGACATTTT AAAGGAGAAG CATGTGGTTG GTGTAACTGC TGATGGAAGA 
CTTTGGATTC ATTGTATGGT TCTCTATGCC AACACTGTTC TTACACGTGG AAAGGCTGTG 
AAGGCAATCA AACAGTTTAG CCAGGAACAG AAAGAAGCTT GGGATCGAAT GTTGCAATAT 
GTAGAAATTC TGCAAAAGAA GTCCAAAAGG GCCCATGACA TGGAGCTATC AGCATATCAG 
CAATTGCTTC TTTTAGTGGG AATTCATCTC TTCAAGACTC CAGAGGAGAG TGTCGACCTC 
TTGAATGATA TTCATAATTG CCTGGAAAAA GCTCAGAGTA AGAAGTCAAA GAAGACAGAG 
AATAAGGAAG ACACACAGGA GCCAGAGTGG GTGGAAGTGA TGGTAGAGAT CCTCTTGTCT 
TTATTCTCGC AACCAAGCAG ACTTTTTCGA CTTGTTTCAA GAAATGTTTT CAAGAAGATT 
TGTCCTTATG TGACAAAAAA TGCACTGCAA CTTATTCTCA ATGTACTTGA CCCTGAAGAA 
GAAGATGATG AGGAAGGTGC TGTGATTGTG ACTGATGAAA AGGATCATGG GAAGAGCACC 
TCTGATAAAC AGGAGGGCGA TGAGGAGAGC AGCTCAGATG ATAGCAGCTC TGATGAAGAT 
GATGAGGCAG AGGATAAAAA GCAAGACAGC AGTGATGAAG AGCATTTGGA TCAAAATGTT 
AATGAGCTTT TCCGCAAGCA GCTGATGCAG GTGTTGCAGG ATGGGAGTGC AGTGGAAGGA 
GACAAAAGTG ATGAGGATTT GGACGATGAT ACTATGATGG CTTTGGATGA AAATCTCTCA 
GCCTTGTTTG CTGAACAAAA AAAACGTATT CAAGCCAAGA AGGACGAGAA AGCCAGAATC 
CGTGGGGAGA AGATTTTGCG CAAGGAGTTC AAGACAAAGG TGCTGGATCT GATAGAGGTG 
TTTGTGAAAA AGCAGCCTGA CAGTCCTCTT GTATTTAACA TCATTGAACC ATTAATTTCT 
GTAATTGAAC AAAGCATGAA TTCTGAATCT AACCAACAGG AACAAGACTT TCTCAGAAAA 
ACAGCAGACA TTTTCATGAA TGATTTATGT AAAGCCAAGC GTTATTGTAA AGATGTTGGA 
GAGCTTAAGG AAGAACTGCA CGGCATGATG GAAAGGCTTG TGGCAAAAGC CTGCAAACAA 
AGTGACTCTT CTGTGGCATT ATACTGTTTC AGTGCATCAC TTTATGTGTT AAAAGTGTTA 
AAAGGCAGTG GGATTGATCA ACCAGAGGAG GGCACCAAAA AGCAAAGAAG GAGCCATGTC 
TCGCCTCTGC AGGCTCCATG TCTCGGTTGT CTGGATCTTC AGCGAGCAAC TGCTATGTAT 
CAAGAGTCAT TGAATGGTTT TCTGACCAAG AGAAAGAGCC CACTCACAGT TACTATGTTT 
CTTGATCTCT TTAACCGCTT TCCTTTTATG TGCAGTCCTC TGCTGGATAT AATAGTGAAG 
TCTGTCAAAG ATGGAGCACG GCCACATCAG CAGGGACAAG CATGTACTCT TCTTCTAAAG 
GTGTTGCAAA CCCCCAGTCT AAAGCAGGCA CTTTCTGCAG ACCAATGGAG CGATCTAATC 
AGAGACAGCG TTGATCGTGT CAGAGAGACT CTGGAAGCTG TGACTGAAAT TAAAGTGAAA 
GTTGACCAGG AGAAGGTGAT TAAGTGTTTT GAGCTGCTGA GCTTCCTGAT TAAAACAGTA 
ACACAGCAGA GGCTGGACAT TAGCCTGACA GAGCTGCATC CCATGCTCGA AACACTCGGT 
CAGAATGAAA AGTTTGGAAA ATCAGTCCGC CTAGAAGACA TGTACTGGAA TGTAATGAAG 
CTGCTAGGAT ACATGCGTCC ACAGAAAGAG AAAACGAAAC CTACACCTGA TGCAGCGGCT 
CAGCCTGTTA ATCCTTTGAA GAAAAAGAAA GGGTTTTTAC CGGAGACCAA GAAACGCAAA 
AACCGCAAGA AGGCAGGACA GGGGGAAGCC AAATCAGATG AGGCAGAAAT AAAGTCGGAG 
AGCCCAGAGG ATCAGGGGCA GGCCACCAAG CCGAAGAAGA AGAAAAAGAA GAATAAAAGA 
AAACAGCCTG GGCAACAGGG AGGAGCGAAA CCTGACAATT CTGCTGAGGG TCCACCAAGC 
AAAAAAGCCA AATCCAGCCA GGAGAACACA AGCAAAGGCG GCAAATTAAC AACTGCAGGA 
AACAAACAGA AACAGAAAAA AAAGAAAAGC AGCTAA

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

mybbp1a ( XM_004911709.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004911766.1 Xenopus tropicalis MYB binding protein (P160) 1a (mybbp1a), mRNA.

Price & Availability↑

CloneID	OXa05690
Clone ID Related Accession (Same CDS sequence)	XM_004911709.2
Accession Version	XM_004911709.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3879bp) 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	myb-binding protein 1A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 23, 2015 this sequence version replaced XM_004911709.1. ##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##

ATGGTTGTGG AGTGCAGCTC GACCATGGAT ACTGGGGAAT CAGATGTTCA TGTTGGACAG 
AAACAGCCTA AGACAGCCGC CGCCGCCGCC GCCCGGGGCA TCATTCAACA AAACCGACAG 
TTTCTGGATT TCTTCTGGGA TATCGCAAAG CCCGAGCAAG ATGTACGTCT GGCAGCTACG 
GAGAACCTTA TACAGTATCT AAAATCCAGC GAGAAGGAAG ATGAACTAAA GTACACTTTT 
AAAAGGCTTG TAGAAGGGTT AGCAGCAACA CGTGAAGCAG CGCGTCCTGG TTTTAGTTTG 
GCCTTGGCTC AGGTTCTGCA GAGTTTTGAA GAAATTCCAT TATCTAAAGT ATTAGAACAT 
ATCTCTGAGA AACATAATCT AGAGCGGTTG AACAAGAAAG TACTCCGAAA TGCTGCCTTT 
GGGAATTTTT TCGGTGTCCT TGCACTGTTT CAGTCTGGTC GTCTTGCCAA GGATCCAAAA 
GTCCTTTTAC AGTGTGTGCA AATATTGCAA AACATTGCTC AATATAAGGA ACACTTGAAA 
GATCTGCCCA GGAAAACACT TGTTGACATT CTCTCAGAGA TTCCAGAATC TTTATTCGAG 
GAAGTGTTGT TTGGAGTACT TCGTGCAGAC CTGACATCAG CGTTTAGTTC TCCAGAGCAG 
CTGCATCTGC TGCTGGTTGG AATGCAGAAA TTTCCAGGGG TTCTAAAACC CAAAAAATTG 
AAGAAACTGC TTGGATCCTC TGTGATAACT ACACAGGAGA ACATTCCTAA GTTGGTGGAC 
CTGTTAAAAA CTGCTGCCAA GTCAGTGAAG AAAGATCGTT GCCTGCCAGC AGTGGCTTTG 
GATGTCATGC GGATATCGCT GCAGGAAGAG ACTTTTGACT TGTTTTGGCG AGAAGCTGTT 
GAAAATGGTT TAATGAAGGA TCAATCGGGA CCTTGCATGT ACATGTGTTT TAGACTGCTG 
GGAGCTTCTC TGCCCTTGTT GGATGGGAAG CAACTGCAGA CAGTTCTTCG GAGTGAAGTC 
ATGCAGCAGT ATGGCGCTCA TGTTGTTTCC ACTCAGCCTG CAGATCGGTT TAAATTTGCC 
CCAGAAATGG AGACTTACAT GGACTCTTTC CTTGAGAATT GCACTAATTC TGAAAAACAG 
CTGGCAGTTC TTATTGGCTT TACTAAGCTA ACTAACCAAG GTTACCCTGT AATACCATGT 
GTGTGGAAAG TGATCAAACA TGTGCAACCT GGTGCTCTTC AGAGCTACAT TGACTGGCTG 
AAGAACATGT TCATCTCCCC AGACCTTGAC TCATGTCTGG AGTTTAGCAC CCGAAGGCAG 
AAGCAGAATC AAGAGCAACA GAAAACCTCT GAGTATGTTG TGTTTCGTTT GAGAAAATGG 
ATTATTCCAC GTCTTACTAG CATAATTGAA AATCCACAAG TGAAACGGGA TGAGGACCAA 
GTCATGGATA TTGCCCGGTT TATCTTTTTT CATGCGTTTT TTGAAGCTAA GAAATCTGTC 
TCTGATATAC CAGAGACAGA ATCGCTTGTT TCTGTGCCTT TTGATGACAG AACCCGTTCA 
CTTTTGGCCG ACGCTTTTTT TAGCCTGTTG CTGAACCTGA ACTGCATGCC TTTGTTAGGG 
GAAGGTGCTG CCACTGACAT TTTAAAGGAG AAGCATGTGG TTGGTGTAAC TGCTGATGGA 
AGACTTTGGA TTCATTGTAT GGTTCTCTAT GCCAACACTG TTCTTACACG TGGAAAGGCT 
GTGAAGGCAA TCAAACAGTT TAGCCAGGAA CAGAAAGAAG CTTGGGATCG AATGTTGCAA 
TATGTAGAAA TCCTGCAAAA GAAGTCCAAA AGGGCCCATG ACATGGAGCT ATCAGCATAT 
CAGCAATTGC TTCTTTTAGT GGGAATTCAT CTCTTCAAGA CTCCAGAGGA GAGTGTCGAC 
CTCTTGAATG ATATTCATAA TTGCCTGGAA AAAGCTCAGA GTAAGAAGTC AAAGAAGACA 
GAGAATAAGG AAGACACACA GGAGCCAGAG TGGGTGGAAG TGATGGTAGA GATCCTCTTG 
TCTTTATTCT CGCAACCAAG CAGACTTTTT CGACTTGTTT CAAGAAATGT TTTCAAGAAG 
ATTTGTCCTT ATGTGACAAA AAATGCACTG CAACTTATTC TCAATGTACT TGACCCTGAA 
GAAGAAGATG ATGAGGAAGG TGCTGTGATT GTGACTGATG AAAAGGATCA TGGGAAGAGC 
ACCTCTGATA AACAGGAGGG CGATGAGGAG AGCAGCTCAG ATGATAGCAG CTCTGATGAA 
GATGATGAGG CAGAGGATAA AAAGCAAGAC AGCAGTGATG AAGAGCATTT GGATCAAAAT 
GTTAATGAGC TTTTCCGCAA GCAGCTGATG CAGGTGTTGC AGGATGGGAG TGCAGTGGAA 
GGAGACAAAA GTGATGAGGA TTTGGACGAT GATACTATGA TGGCTTTGGA TGAAAATCTC 
TCAGCCTTGT TTGCTGAACA AAAAAAACGT ATTCAAGCCA AGAAGGACGA GAAAGCCAGA 
ATCCGTGGGG AGAAGATTTT GCGCAAGGAG TTCAAGACAA AGGTGCTGGA TCTGATAGAG 
GTGTTTGTGA AAAAGCAGCC TGACAGTCCT CTTGTATTTA ACATCATTGA ACCATTAATT 
TCTGTAATTG AACAAAGCAT GAATTCTGAA TCTAACCAAC AGGAACAAGA CTTTCTCAGA 
AAAACAGCAG ACATTTTCAT GAATGATTTA TGTAAAGCCA AGCGTTATTG TAAAGATGTT 
GGAGAGCTTA AGGAAGAACT GCACGGCATG ATGGAAAGGC TTGTGGCAAA AGCCTGCAAA 
CAAAGTGACT CTTCTGTGGC ATTATACTGT TTCAGTGCAT CACTTTATGT GTTAAAAGTG 
TTAAAAGGCA GTGGGATTGA TCAACCAGAG GAGGGCACCA AAAAGCAAAG AAGGAGCCAT 
GTCTCGCCTC TGCAGGCTCC ATGTCTCGGT TGTCTGGATC TTCAGCGAGC AACTGCTATG 
TATCAAGAGT CATTGAATGG TTTTCTGACC AAGAGAAAGA GCCCACTCAC AGTTACTATG 
TTTCTTGATC TCTTTAACCG CTTTCCTTTT ATGTGCAGTC CTCTGCTGGA TATAATAGTG 
AAGTCTGTCA AAGATGGAGC ACGGCCACAT CAGCAGGGAC AAGCATGTAC TCTTCTTCTA 
AAGGTGTTGC AAACCCCCAG TCTAAAGCAG GCACTTTCTG CAGACCAATG GAGCGATCTA 
ATCAGAGACA GCGTTGATCG TGTCAGAGAG ACTCTGGAAG CTGTGACTGA AATTAAAGTG 
AAAGTTGACC AGGAGAAGGT GATTAAGTGT TTTGAGCTGC TGAGCTTCCT GATTAAAACA 
GTAACACAGC AGAGGCTGGA GATTAGCCTG ACAGAGCTGC ATCCCATGCT CGAAACACTC 
GGTCAGAATG AAAAGTTTGG AAAATCAGTC CGCCTAGAAG ACATGTACTG GAATGTAATG 
AAGCTGCTAG GATACATGCG TCCACAGAAA GAGAAAACGA AACCTACACC TGATGCAGCG 
GCTCAGCCTG TTAATCCTTT GAAGAAAAAG AAAGGGTTTT TACCGGAGAC CAAGAAACGC 
AAAAACCGCA AGAAGGCAGG ACAGGGGGAA GCCAAATCAG ATGAGGCAGA AATAAAGTCG 
GAGAGCCCAG AGGATCAGGG GCAGGCCACC AAGCCGAAGA AGAAGAAAAA GAAGAATAAA 
AGAAAACAGC CTGGGCAACA GGGAGGAGCG AAACCTGACA ATTCTGCTGA GGGTCCACCA 
AGCAAAAAAG CCAAATCCAG CCAGGAGAAC ACAAGCAAAG GCGGCAAATT AACAACTGCA 
GGAAACAAAC AGAAACAGAA AAAAAAGAAA AGCAGCTAA

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

RefSeq	XP_004911766.1
CDS	98..3976
Translation	MVVECSSTMDTGESDVHVGQKQPKTAAAAAARGIIQQNRQFLDFFWDIAKPEQDVRLAATENLIQYLKSSEKEDELKYTFKRLVEGLAATREAARPGFSLALAQVLQSFEEIPLSKVLEHISEKHNLERLNKKVLRNAAFGNFFGVLALFQSGRLAKDPKVLLQCVQILQNIAQYKEHLKDLPRKTLVDILSEIPESLFEEVLFGVLRADLTSAFSSPEQLHLLLVGMQKFPGVLKPKKLKKLLGSSVITTQENIPKLVDLLKTAAKSVKKDRCLPAVALDVMRISLQEETFDLFWREAVENGLMKDQSGPCMYMCFRLLGASLPLLDGKQLQTVLRSEVMQQYGAHVVSTQPADRFKFAPEMETYMDSFLENCTNSEKQLAVLIGFTKLTNQGYPVIPCVWKVIKHVQPGALQSYIDWLKNMFISPDLDSCLEFSTRRQKQNQEQQKTSEYVVFRLRKWIIPRLTSIIENPQVKRDEDQVMDIARFIFFHAFFEAKKSVSDIPETESLVSVPFDDRTRSLLADAFFSLLLNLNCMPLLGEGAATDILKEKHVVGVTADGRLWIHCMVLYANTVLTRGKAVKAIKQFSQEQKEAWDRMLQYVEILQKKSKRAHDMELSAYQQLLLLVGIHLFKTPEESVDLLNDIHNCLEKAQSKKSKKTENKEDTQEPEWVEVMVEILLSLFSQPSRLFRLVSRNVFKKICPYVTKNALQLILNVLDPEEEDDEEGAVIVTDEKDHGKSTSDKQEGDEESSSDDSSSDEDDEAEDKKQDSSDEEHLDQNVNELFRKQLMQVLQDGSAVEGDKSDEDLDDDTMMALDENLSALFAEQKKRIQAKKDEKARIRGEKILRKEFKTKVLDLIEVFVKKQPDSPLVFNIIEPLISVIEQSMNSESNQQEQDFLRKTADIFMNDLCKAKRYCKDVGELKEELHGMMERLVAKACKQSDSSVALYCFSASLYVLKVLKGSGIDQPEEGTKKQRRSHVSPLQAPCLGCLDLQRATAMYQESLNGFLTKRKSPLTVTMFLDLFNRFPFMCSPLLDIIVKSVKDGARPHQQGQACTLLLKVLQTPSLKQALSADQWSDLIRDSVDRVRETLEAVTEIKVKVDQEKVIKCFELLSFLIKTVTQQRLEISLTELHPMLETLGQNEKFGKSVRLEDMYWNVMKLLGYMRPQKEKTKPTPDAAAQPVNPLKKKKGFLPETKKRKNRKKAGQGEAKSDEAEIKSESPEDQGQATKPKKKKKKNKRKQPGQQGGAKPDNSAEGPPSKKAKSSQENTSKGGKLTTAGNKQKQKKKKSS

Target ORF information:

RefSeq Version	XM_004911709.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis MYB binding protein (P160) 1a (mybbp1a), mRNA.

Target ORF information:

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

XM_004911709.2

ORF Insert Sequence:

ATGGTTGTGG AGTGCAGCTC GACCATGGAT ACTGGGGAAT CAGATGTTCA TGTTGGACAG 
AAACAGCCTA AGACAGCCGC CGCCGCCGCC GCCCGGGGCA TCATTCAACA AAACCGACAG 
TTTCTGGATT TCTTCTGGGA TATCGCAAAG CCCGAGCAAG ATGTACGTCT GGCAGCTACG 
GAGAACCTTA TACAGTATCT AAAATCCAGC GAGAAGGAAG ATGAACTAAA GTACACTTTT 
AAAAGGCTTG TAGAAGGGTT AGCAGCAACA CGTGAAGCAG CGCGTCCTGG TTTTAGTTTG 
GCCTTGGCTC AGGTTCTGCA GAGTTTTGAA GAAATTCCAT TATCTAAAGT ATTAGAACAT 
ATCTCTGAGA AACATAATCT AGAGCGGTTG AACAAGAAAG TACTCCGAAA TGCTGCCTTT 
GGGAATTTTT TCGGTGTCCT TGCACTGTTT CAGTCTGGTC GTCTTGCCAA GGATCCAAAA 
GTCCTTTTAC AGTGTGTGCA AATATTGCAA AACATTGCTC AATATAAGGA ACACTTGAAA 
GATCTGCCCA GGAAAACACT TGTTGACATT CTCTCAGAGA TTCCAGAATC TTTATTCGAG 
GAAGTGTTGT TTGGAGTACT TCGTGCAGAC CTGACATCAG CGTTTAGTTC TCCAGAGCAG 
CTGCATCTGC TGCTGGTTGG AATGCAGAAA TTTCCAGGGG TTCTAAAACC CAAAAAATTG 
AAGAAACTGC TTGGATCCTC TGTGATAACT ACACAGGAGA ACATTCCTAA GTTGGTGGAC 
CTGTTAAAAA CTGCTGCCAA GTCAGTGAAG AAAGATCGTT GCCTGCCAGC AGTGGCTTTG 
GATGTCATGC GGATATCGCT GCAGGAAGAG ACTTTTGACT TGTTTTGGCG AGAAGCTGTT 
GAAAATGGTT TAATGAAGGA TCAATCGGGA CCTTGCATGT ACATGTGTTT TAGACTGCTG 
GGAGCTTCTC TGCCCTTGTT GGATGGGAAG CAACTGCAGA CAGTTCTTCG GAGTGAAGTC 
ATGCAGCAGT ATGGCGCTCA TGTTGTTTCC ACTCAGCCTG CAGATCGGTT TAAATTTGCC 
CCAGAAATGG AGACTTACAT GGACTCTTTC CTTGAGAATT GCACTAATTC TGAAAAACAG 
CTGGCAGTTC TTATTGGCTT TACTAAGCTA ACTAACCAAG GTTACCCTGT AATACCATGT 
GTGTGGAAAG TGATCAAACA TGTGCAACCT GGTGCTCTTC AGAGCTACAT TGACTGGCTG 
AAGAACATGT TCATCTCCCC AGACCTTGAC TCATGTCTGG AGTTTAGCAC CCGAAGGCAG 
AAGCAGAATC AAGAGCAACA GAAAACCTCT GAGTATGTTG TGTTTCGTTT GAGAAAATGG 
ATTATTCCAC GTCTTACTAG CATAATTGAA AATCCACAAG TGAAACGGGA TGAGGACCAA 
GTCATGGATA TTGCCCGGTT TATCTTTTTT CATGCGTTTT TTGAAGCTAA GAAATCTGTC 
TCTGATATAC CAGAGACAGA ATCGCTTGTT TCTGTGCCTT TTGATGACAG AACCCGTTCA 
CTTTTGGCCG ACGCTTTTTT TAGCCTGTTG CTGAACCTGA ACTGCATGCC TTTGTTAGGG 
GAAGGTGCTG CCACTGACAT TTTAAAGGAG AAGCATGTGG TTGGTGTAAC TGCTGATGGA 
AGACTTTGGA TTCATTGTAT GGTTCTCTAT GCCAACACTG TTCTTACACG TGGAAAGGCT 
GTGAAGGCAA TCAAACAGTT TAGCCAGGAA CAGAAAGAAG CTTGGGATCG AATGTTGCAA 
TATGTAGAAA TCCTGCAAAA GAAGTCCAAA AGGGCCCATG ACATGGAGCT ATCAGCATAT 
CAGCAATTGC TTCTTTTAGT GGGAATTCAT CTCTTCAAGA CTCCAGAGGA GAGTGTCGAC 
CTCTTGAATG ATATTCATAA TTGCCTGGAA AAAGCTCAGA GTAAGAAGTC AAAGAAGACA 
GAGAATAAGG AAGACACACA GGAGCCAGAG TGGGTGGAAG TGATGGTAGA GATCCTCTTG 
TCTTTATTCT CGCAACCAAG CAGACTTTTT CGACTTGTTT CAAGAAATGT TTTCAAGAAG 
ATTTGTCCTT ATGTGACAAA AAATGCACTG CAACTTATTC TCAATGTACT TGACCCTGAA 
GAAGAAGATG ATGAGGAAGG TGCTGTGATT GTGACTGATG AAAAGGATCA TGGGAAGAGC 
ACCTCTGATA AACAGGAGGG CGATGAGGAG AGCAGCTCAG ATGATAGCAG CTCTGATGAA 
GATGATGAGG CAGAGGATAA AAAGCAAGAC AGCAGTGATG AAGAGCATTT GGATCAAAAT 
GTTAATGAGC TTTTCCGCAA GCAGCTGATG CAGGTGTTGC AGGATGGGAG TGCAGTGGAA 
GGAGACAAAA GTGATGAGGA TTTGGACGAT GATACTATGA TGGCTTTGGA TGAAAATCTC 
TCAGCCTTGT TTGCTGAACA AAAAAAACGT ATTCAAGCCA AGAAGGACGA GAAAGCCAGA 
ATCCGTGGGG AGAAGATTTT GCGCAAGGAG TTCAAGACAA AGGTGCTGGA TCTGATAGAG 
GTGTTTGTGA AAAAGCAGCC TGACAGTCCT CTTGTATTTA ACATCATTGA ACCATTAATT 
TCTGTAATTG AACAAAGCAT GAATTCTGAA TCTAACCAAC AGGAACAAGA CTTTCTCAGA 
AAAACAGCAG ACATTTTCAT GAATGATTTA TGTAAAGCCA AGCGTTATTG TAAAGATGTT 
GGAGAGCTTA AGGAAGAACT GCACGGCATG ATGGAAAGGC TTGTGGCAAA AGCCTGCAAA 
CAAAGTGACT CTTCTGTGGC ATTATACTGT TTCAGTGCAT CACTTTATGT GTTAAAAGTG 
TTAAAAGGCA GTGGGATTGA TCAACCAGAG GAGGGCACCA AAAAGCAAAG AAGGAGCCAT 
GTCTCGCCTC TGCAGGCTCC ATGTCTCGGT TGTCTGGATC TTCAGCGAGC AACTGCTATG 
TATCAAGAGT CATTGAATGG TTTTCTGACC AAGAGAAAGA GCCCACTCAC AGTTACTATG 
TTTCTTGATC TCTTTAACCG CTTTCCTTTT ATGTGCAGTC CTCTGCTGGA TATAATAGTG 
AAGTCTGTCA AAGATGGAGC ACGGCCACAT CAGCAGGGAC AAGCATGTAC TCTTCTTCTA 
AAGGTGTTGC AAACCCCCAG TCTAAAGCAG GCACTTTCTG CAGACCAATG GAGCGATCTA 
ATCAGAGACA GCGTTGATCG TGTCAGAGAG ACTCTGGAAG CTGTGACTGA AATTAAAGTG 
AAAGTTGACC AGGAGAAGGT GATTAAGTGT TTTGAGCTGC TGAGCTTCCT GATTAAAACA 
GTAACACAGC AGAGGCTGGA GATTAGCCTG ACAGAGCTGC ATCCCATGCT CGAAACACTC 
GGTCAGAATG AAAAGTTTGG AAAATCAGTC CGCCTAGAAG ACATGTACTG GAATGTAATG 
AAGCTGCTAG GATACATGCG TCCACAGAAA GAGAAAACGA AACCTACACC TGATGCAGCG 
GCTCAGCCTG TTAATCCTTT GAAGAAAAAG AAAGGGTTTT TACCGGAGAC CAAGAAACGC 
AAAAACCGCA AGAAGGCAGG ACAGGGGGAA GCCAAATCAG ATGAGGCAGA AATAAAGTCG 
GAGAGCCCAG AGGATCAGGG GCAGGCCACC AAGCCGAAGA AGAAGAAAAA GAAGAATAAA 
AGAAAACAGC CTGGGCAACA GGGAGGAGCG AAACCTGACA ATTCTGCTGA GGGTCCACCA 
AGCAAAAAAG CCAAATCCAG CCAGGAGAAC ACAAGCAAAG GCGGCAAATT AACAACTGCA 
GGAAACAAAC AGAAACAGAA AAAAAAGAAA AGCAGCTAA

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

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mybbp1a 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:

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