baz1a cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	baz1a
Entrez Gene ID	100497377
Full Name	bromodomain adjacent to zinc finger domain 1A
Synonyms	acf1,walp1,wcrf180
General protein information	Preferred Names bromodomain adjacent to zinc finger domain 1A Names bromodomain adjacent to zinc finger domain protein 1A
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004917237.3	XP_004917294.1	bromodomain adjacent to zinc finger domain protein 1A isoform X2
XM_004917236.4	XP_004917293.2	bromodomain adjacent to zinc finger domain protein 1A isoform X1
XM_002935334.4	XP_002935380.1	bromodomain adjacent to zinc finger domain protein 1A isoform X2
XM_018096698.1	XP_017952187.1	bromodomain adjacent to zinc finger domain protein 1A isoform X3
XM_002935334.5	XP_002935380.2	bromodomain adjacent to zinc finger domain protein 1A isoform X2
XM_004917236.3	XP_004917293.1	bromodomain adjacent to zinc finger domain protein 1A isoform X1
XM_004917237.4	XP_004917294.2	bromodomain adjacent to zinc finger domain protein 1A isoform X2

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	BAZ1A	XP_003314440.1
Gallus gallus (chicken)	BAZ1A	XP_426440.3
Canis lupus familiaris (dog)	BAZ1A	XP_537409.3
Xenopus tropicalis (tropical clawed frog)	baz1a	XP_004917293.1
Homo sapiens (human)	BAZ1A	NP_038476.2
Bos taurus (cattle)	BAZ1A	NP_001179869.1
Danio rerio (zebrafish)	baz1a	XP_696784.3
Mus musculus (house mouse)	Baz1a	NP_038843.2
Rattus norvegicus (Norway rat)	Baz1a	NP_001164039.1

Gene Ontology

The following baz1a gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the baz1a 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)
OXa65705	XM_004917236.4 Latest version!	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa65706	XM_002935334.5 Latest version!	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa65706	XM_004917237.4 Latest version!	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa14980	XM_004917236.3 Latest version!	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OXa14981	XM_004917237.3 Latest version!	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OXa14981	XM_002935334.4 Latest version!	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OXa46350	XM_018096698.1 Latest version!	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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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)

baz1a ( XM_004917236.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917293.2 Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa65705
Clone ID Related Accession (Same CDS sequence)	XM_004917236.4
Accession Version	XM_004917236.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4764bp) 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	bromodomain adjacent to zinc finger domain protein 1A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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_004917236.3. ##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##

ATGGAGAGCA GTGTCCTGAA CCGGTGTGCC AGGAGAGAGG ACATGCCGTT ACTGCACAGA 
AAACCGTTCA TTCGACAACC CCCACCTCCG GATTTACAAC CCACGGAGGA GCTTTTCTAC 
TGCCGAGTTA CAAATGAAAT CTTCCGGGAC TATGATGATT TTTTTGAACG TACTATCCTG 
TGCAACAGCC TTGTATGGAG CTGCTCCCTG ACAGGCAAAT CTGGCCTTAC CTACCAAGAA 
GCACTTGAAT CGGAGAAAAA AGTGAGACAG AGTCTGAAGA CCTTCCCCGA GTCCTTAATC 
GTCCCTATCT TGTACCTCTC CACACTTGTG AGACGCCAGC GGGTGACAGA TTTGTGTGAA 
GAAATATTTG CCTATGTGAA GGACAGATTC TTTGTTGATG AAACAGTGAC TGTGGTGAGA 
AACAGTGGCG CAAGGTTGGA GTGCAAAATC TTGGAAGTTA AACTCCCTCC TCAACAGAAT 
GGAGTGGCTA ATGGCCATGT TAGTAATGAA GATACTATTG TTATCAGTGA TAGTGATGAG 
GAACCACCTA AAGAAATGCC ACAGACTAGG AAGAAAAAGG AGCCAACTAA TCCCTCTTTA 
TGCAAATATA AAGTTAAGCC AATTCAGAAG GAGCTGTATG AATCTGTTAC TGTCAAAGGA 
TCTCAACTCA GTCGAAAACC ATCGCTATTT TCCCAAGACA GATTGAAACT TTTTCTGAAG 
TTGCACTGTG AAGCACATGA AGGAATAATA AAGACTAAGC CAAGTTCAGT CACAAAATAC 
CAAGTTTCTG TGAGAAATTT TCTCAATTAT TTTCCTGAGG AGCCACCGGA TTTTCAGCGC 
TCACCCCCAA ATAAAAAAAT AAGTGGAAGA CCTCTTCCAA ACAAGCACTT AAATCGGGGC 
AATGGATTAG CAAACAAACA GAAACAGATC CAAGCTGCAA AAGAACGAGA GAGAATCTTG 
CAACAGAAAA AGCAACTGAA AGCTATGGAA ATGGAAAAGG CAAGGATGAG AAGAGAACGT 
GCAGTGGATG CAAGGTCCCG CATACAAGAG AAACATATTA AGGAAAGGCA AAAGGAAGAG 
CTGAAAAAAA TAGTAGAGGT GGAAAGGTTA AAGAAGAAAG AAGAGAAAGA GAGGATGAAA 
CTGGAAAAAG AGAAGGAAAG GGAGAAACTT CGTGAGGAAA AGAAGAAATA TGCAGAACGT 
CTCAAACAGT GGAGCAGACC TCGGGATGAT ATGGAGTGTG ATGATCTTAA GGAGCTTCCT 
GAACCCACTC CAGTGAAAAC AAGGCTCCCT CCTGAAAGTT TTGGAGATGC CATCATGGTG 
CTAGAGTTTC TACATGCTTT TGGAGACCTG TTTGACCTTA AGGATGAGTT TCCTGATGGA 
ATGACATTCG AGATGCTTGA AGAAGCTTTA GTGGGCAGTG ACCCTGAAGG TCCGCTTTGT 
GAGCTTCTTT TTTTCTTCAT GAGTGCCATC TTTCAGGCTG TGGCTGAAGA AGAGGAGGAA 
GTGGAAAAAG AACAAGTAAA AGAGACTGAA CCCAAAGATT TAGCAGAAGC TTTGGATGAA 
GATGCTGATC CAACCAAATC TGCCCTAACA GCTGTGGCCA CTTTAGCAGC AGCATGGCCT 
CAACTACACC AAGGTTGTCG TCTGAAAAAC TTAGATTTGG ACAGCTGCAC ACTGTCGGAG 
ATCCTGAGGT TACACATTTT GGCATCTGGT GCTGATGCAA CTTTTGCCAA TGCAAAGTAT 
CGATACCAAA AGCAAGGGGG ATTTGATGCT ACAGATGATG CTTGTGTGGA ACTACGGCTC 
AGCCATCCTG CCATTCTGAA GAAGCTTTCC ACTGTATCTG TATATGCCCT GCAACCTGGT 
GAGAAGCTAA AGATTCTTCA TGCACTTTGT GGAAAGCTGC TGACATTAGT CTCCACAAGA 
GATTATATTG AAGACTACGT GGAAGAGCTG CGGCAAGCAA AACAGGAGTT CAGAGAGCTG 
AAAGCAGAGC AGAATCGAAG AGAACGAGAA GAGGCCGCTG CCAGGATTCG CAAAAGAAAA 
GAGGATAAGT TGAAAGAACA AGAAATGAAA ATGAAGGATA AACAAGACAG AATTAAAGAT 
GAGGAGAACA AAGGCTTTTC CAAAGATACT GGAAATGAAG AGCAAGATGA GTTAGACACC 
AGCTCTGAGA ATAAAGATGC TGAGCAAAGG GACCAGGATT CAGCTTCTGA TGACGAAGAT 
GATGCTAGAC CAACTGGCAG AAAAGGAAAA GGAATCAAAG GCCAGAGGGG ATTTAAAGAT 
GGAAAGAATA GAAATGGCAA TTTCGATGGA GGACTGGAAA AGAAAGAGGT TTTGACTGCA 
GAGGAGGAAG AGCAGTTGCG GCAGGAGTAC CTAAAACGAG AACAGGAATT GGTGGAAAAG 
ATCCAGCAAG CCACCGCCTG CACCAATATA TTTCCTCTAG GCCGAGATCG CTGGTACAGG 
CGCTTCTGGA CTTTCTTTTC TGTGCCAGGA CTCTTTTTAG AAGAGGATTA CTCTAACCTC 
ACTGAGGACC TGCTGCAGCC TCAGCCATTT TCTAAACAGG ATACACCTCA CAAGGACCTT 
ACTGTAGTAA ATGGTCATGA ATCATCTACA TCATCTCCCC AGGAGGACAA AAAAGAGACA 
GACACTCCAA AACCGGTAAA CAGACCAAAT CGCTGGTGCT ACTACAGTTC TATAGAGCAA 
CTGGACAAAC TGATAGAAGC TCTGAACACA AGGGGCCACA GGGAAAGTGC CTTAAAAGAT 
ACACTGACAC AGGAAAAAAG CAAGATCTGC CAGAGGCTGG ATAGTTTCTC TGTTAATCGC 
TTCCACATTG CAGATAACAC TCTACCAACA TTAGACTTTA AGCCTGCTCG TGGAAAGTCG 
CTTAATGCAT CTGAGAGTTC ACCAGTATCT GCGGAGAAAC AGCTTGAGCT TCGACTCTGT 
GACCTCATTC TGGACATTGA AGACAGGATT TATCAGGGAA CTTTGGGGGC CATCAAGGTA 
CCAGACAGGC AGTTATGGCG GGCGGCTCTT GAAAAGAACA CATATGAACT TCTGAATGAT 
GAAGCAAAGG AAAATGGTTC ATCAAAACCT ATGAACCATG GGATTGAGGA AATGGAAAAT 
GACATAAAGC AGAGCGCTAA AGAGAGACTT CTGGGGTTAA AAAATGATAC TCCTAGTGCT 
ACATCTACAA GTACCAACAC TCCCCAGCCA ATGAACAATG CTGTTCGGTA TCTAGCACGT 
GCACTTCTTC AGATCGAGCA GGGAGTAGAA CGCAAATATC TGAAAGCTCC TCTTGGAGAT 
GCCGAAGATA CTAAAAAAGA TACAAAATCA GACAAAAAGA AGAAAGATGA CAAAAAAAAG 
AAAGATGAGG ACCAAAACAG TGAGAAAGAT GATGTGAGTG AAAGTGGACG TGTCCAGAGG 
ACAGTACTAG ACCGCTGGAG AGAGTCCTTG CTGTCATCTG GGAGCTTTTC TCAAATATTC 
CTTCACTTAT CCACTCTGGA TCGTAGCATC TTGTGGTCCC GCTCTATTCT CAATGCACGC 
TGCAAGGTGT GCCGTAAGAA AGGAGATGGA GAGAGCATGG TGCTATGTGA TGGCTGTGAC 
AGAGGACACC ATATCTACTG TGTTAGGCCC AAACTTAAAT ATGTTCCAGA AGGAGACTGG 
TTCTGTCCAG AATGTCATCC CAAGCAACGT TCCCGCAGGT TGCCATCCAG ACAGAGATAT 
TCAATGGATA GCGATGAGGA AGAAGAAGAA GAACTTGAAG ATCAGGAGGA GGAAGAAGAA 
GAAGAAGAGG AGGAGGAGCA AGAGGAGAGT GAATCTGAAA ATGAGGAGGA AGAAGTTATG 
TCTGAAGAAG AAAGCCCTCC AAAAAGAGGG CGACCACCCA GAGTGCAATT GCCTTTGAAG 
ATGAGAGGTG GAAAAGCAGC AGGCAAACCA GGCCCCAAGC CAAGAACAGG AAAGCAGAGC 
ACACCCAAAA ATACACCACC GGCACAAAAA GGTAGCGGAC GAGGAAGAAA AACACGTTCT 
GCACCATCTC TAGAACCTAC ATCCCGTCTC TCTGCTTTTG ATTCCCCAGC CTATGCAGTT 
TCCCCCAATG CTTCTCTTGT AGAGCTGGTT ACTGTAAATG GCAGAGGAAG AGGTAGGGGC 
AGAGGAAGAG GTAGAGGGAG AGGAAGAGGA CGATTGCAGA AATCTGCAGA TAACACTCCA 
TCGAGCAGCC CCTTTGCTTT CCGGCCATTT AGTTTAGACT CCAATGAGCC AGCGCGTCCT 
GGAAGAAGGG CACGGTCACA GAGTTTATTA CCTTCGCAGA CTGAACCCAA AGGAAGAGGC 
AAAAAGCGCT TATCTGAAGA TATTTCTTCA GTTGGACAAG GAAGTCGGAG AAGCTCAGGA 
AGGCATCATG GTGTACACGA ATTATCAGCT TGTGAGCAGC TGGTTGTAGA GCTGGTGAGG 
CATGATGACA GCTGGCCATT TATGCGGCTG GTGTCTAAAA TTCAGGTTCC AGATTACTTT 
GACATTATCC AGAAACCTAT TGCCTTAAAT CTAATCCGTG AAAAAGTGAA CAAATGTGAA 
TACAAATGTG CATCTGAGTT CATAGATGAT GTCCAGTTGA TGTTTTCCAA CTGCTTCGAA 
TACAACCACC ACAACAGCAG TGAAGCCAAA GCGGGAGTCC GCCTCCAGTC TTTCTTTGTC 
AGTGAGGCTC GGAAGCTGGG ACTAGAAGTC ACTATTAACA AAGTTCCTGC CACCACACCT 
CCCGCCAAAA GATCCCGCCT TTAA

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

RefSeq	XP_004917293.2
CDS	6..4769
Translation	MESSVLNRCARREDMPLLHRKPFIRQPPPPDLQPTEELFYCRVTNEIFRDYDDFFERTILCNSLVWSCSLTGKSGLTYQEALESEKKVRQSLKTFPESLIVPILYLSTLVRRQRVTDLCEEIFAYVKDRFFVDETVTVVRNSGARLECKILEVKLPPQQNGVANGHVSNEDTIVISDSDEEPPKEMPQTRKKKEPTNPSLCKYKVKPIQKELYESVTVKGSQLSRKPSLFSQDRLKLFLKLHCEAHEGIIKTKPSSVTKYQVSVRNFLNYFPEEPPDFQRSPPNKKISGRPLPNKHLNRGNGLANKQKQIQAAKERERILQQKKQLKAMEMEKARMRRERAVDARSRIQEKHIKERQKEELKKIVEVERLKKKEEKERMKLEKEKEREKLREEKKKYAERLKQWSRPRDDMECDDLKELPEPTPVKTRLPPESFGDAIMVLEFLHAFGDLFDLKDEFPDGMTFEMLEEALVGSDPEGPLCELLFFFMSAIFQAVAEEEEEVEKEQVKETEPKDLAEALDEDADPTKSALTAVATLAAAWPQLHQGCRLKNLDLDSCTLSEILRLHILASGADATFANAKYRYQKQGGFDATDDACVELRLSHPAILKKLSTVSVYALQPGEKLKILHALCGKLLTLVSTRDYIEDYVEELRQAKQEFRELKAEQNRREREEAAARIRKRKEDKLKEQEMKMKDKQDRIKDEENKGFSKDTGNEEQDELDTSSENKDAEQRDQDSASDDEDDARPTGRKGKGIKGQRGFKDGKNRNGNFDGGLEKKEVLTAEEEEQLRQEYLKREQELVEKIQQATACTNIFPLGRDRWYRRFWTFFSVPGLFLEEDYSNLTEDLLQPQPFSKQDTPHKDLTVVNGHESSTSSPQEDKKETDTPKPVNRPNRWCYYSSIEQLDKLIEALNTRGHRESALKDTLTQEKSKICQRLDSFSVNRFHIADNTLPTLDFKPARGKSLNASESSPVSAEKQLELRLCDLILDIEDRIYQGTLGAIKVPDRQLWRAALEKNTYELLNDEAKENGSSKPMNHGIEEMENDIKQSAKERLLGLKNDTPSATSTSTNTPQPMNNAVRYLARALLQIEQGVERKYLKAPLGDAEDTKKDTKSDKKKKDDKKKKDEDQNSEKDDVSESGRVQRTVLDRWRESLLSSGSFSQIFLHLSTLDRSILWSRSILNARCKVCRKKGDGESMVLCDGCDRGHHIYCVRPKLKYVPEGDWFCPECHPKQRSRRLPSRQRYSMDSDEEEEEELEDQEEEEEEEEEEEQEESESENEEEEVMSEEESPPKRGRPPRVQLPLKMRGGKAAGKPGPKPRTGKQSTPKNTPPAQKGSGRGRKTRSAPSLEPTSRLSAFDSPAYAVSPNASLVELVTVNGRGRGRGRGRGRGRGRGRLQKSADNTPSSSPFAFRPFSLDSNEPARPGRRARSQSLLPSQTEPKGRGKKRLSEDISSVGQGSRRSSGRHHGVHELSACEQLVVELVRHDDSWPFMRLVSKIQVPDYFDIIQKPIALNLIREKVNKCEYKCASEFIDDVQLMFSNCFEYNHHNSSEAKAGVRLQSFFVSEARKLGLEVTINKVPATTPPAKRSRL

Target ORF information:

RefSeq Version	XM_004917236.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X1, mRNA.

Target ORF information:

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

XM_004917236.4

ORF Insert Sequence:

ATGGAGAGCA GTGTCCTGAA CCGGTGTGCC AGGAGAGAGG ACATGCCGTT ACTGCACAGA 
AAACCGTTCA TTCGACAACC CCCACCTCCG GATTTACAAC CCACGGAGGA GCTTTTCTAC 
TGCCGAGTTA CAAATGAAAT CTTCCGGGAC TATGATGATT TTTTTGAACG TACTATCCTG 
TGCAACAGCC TTGTATGGAG CTGCTCCCTG ACAGGCAAAT CTGGCCTTAC CTACCAAGAA 
GCACTTGAAT CGGAGAAAAA AGTGAGACAG AGTCTGAAGA CCTTCCCCGA GTCCTTAATC 
GTCCCTATCT TGTACCTCTC CACACTTGTG AGACGCCAGC GGGTGACAGA TTTGTGTGAA 
GAAATATTTG CCTATGTGAA GGACAGATTC TTTGTTGATG AAACAGTGAC TGTGGTGAGA 
AACAGTGGCG CAAGGTTGGA GTGCAAAATC TTGGAAGTTA AACTCCCTCC TCAACAGAAT 
GGAGTGGCTA ATGGCCATGT TAGTAATGAA GATACTATTG TTATCAGTGA TAGTGATGAG 
GAACCACCTA AAGAAATGCC ACAGACTAGG AAGAAAAAGG AGCCAACTAA TCCCTCTTTA 
TGCAAATATA AAGTTAAGCC AATTCAGAAG GAGCTGTATG AATCTGTTAC TGTCAAAGGA 
TCTCAACTCA GTCGAAAACC ATCGCTATTT TCCCAAGACA GATTGAAACT TTTTCTGAAG 
TTGCACTGTG AAGCACATGA AGGAATAATA AAGACTAAGC CAAGTTCAGT CACAAAATAC 
CAAGTTTCTG TGAGAAATTT TCTCAATTAT TTTCCTGAGG AGCCACCGGA TTTTCAGCGC 
TCACCCCCAA ATAAAAAAAT AAGTGGAAGA CCTCTTCCAA ACAAGCACTT AAATCGGGGC 
AATGGATTAG CAAACAAACA GAAACAGATC CAAGCTGCAA AAGAACGAGA GAGAATCTTG 
CAACAGAAAA AGCAACTGAA AGCTATGGAA ATGGAAAAGG CAAGGATGAG AAGAGAACGT 
GCAGTGGATG CAAGGTCCCG CATACAAGAG AAACATATTA AGGAAAGGCA AAAGGAAGAG 
CTGAAAAAAA TAGTAGAGGT GGAAAGGTTA AAGAAGAAAG AAGAGAAAGA GAGGATGAAA 
CTGGAAAAAG AGAAGGAAAG GGAGAAACTT CGTGAGGAAA AGAAGAAATA TGCAGAACGT 
CTCAAACAGT GGAGCAGACC TCGGGATGAT ATGGAGTGTG ATGATCTTAA GGAGCTTCCT 
GAACCCACTC CAGTGAAAAC AAGGCTCCCT CCTGAAAGTT TTGGAGATGC CATCATGGTG 
CTAGAGTTTC TACATGCTTT TGGAGACCTG TTTGACCTTA AGGATGAGTT TCCTGATGGA 
ATGACATTCG AGATGCTTGA AGAAGCTTTA GTGGGCAGTG ACCCTGAAGG TCCGCTTTGT 
GAGCTTCTTT TTTTCTTCAT GAGTGCCATC TTTCAGGCTG TGGCTGAAGA AGAGGAGGAA 
GTGGAAAAAG AACAAGTAAA AGAGACTGAA CCCAAAGATT TAGCAGAAGC TTTGGATGAA 
GATGCTGATC CAACCAAATC TGCCCTAACA GCTGTGGCCA CTTTAGCAGC AGCATGGCCT 
CAACTACACC AAGGTTGTCG TCTGAAAAAC TTAGATTTGG ACAGCTGCAC ACTGTCGGAG 
ATCCTGAGGT TACACATTTT GGCATCTGGT GCTGATGCAA CTTTTGCCAA TGCAAAGTAT 
CGATACCAAA AGCAAGGGGG ATTTGATGCT ACAGATGATG CTTGTGTGGA ACTACGGCTC 
AGCCATCCTG CCATTCTGAA GAAGCTTTCC ACTGTATCTG TATATGCCCT GCAACCTGGT 
GAGAAGCTAA AGATTCTTCA TGCACTTTGT GGAAAGCTGC TGACATTAGT CTCCACAAGA 
GATTATATTG AAGACTACGT GGAAGAGCTG CGGCAAGCAA AACAGGAGTT CAGAGAGCTG 
AAAGCAGAGC AGAATCGAAG AGAACGAGAA GAGGCCGCTG CCAGGATTCG CAAAAGAAAA 
GAGGATAAGT TGAAAGAACA AGAAATGAAA ATGAAGGATA AACAAGACAG AATTAAAGAT 
GAGGAGAACA AAGGCTTTTC CAAAGATACT GGAAATGAAG AGCAAGATGA GTTAGACACC 
AGCTCTGAGA ATAAAGATGC TGAGCAAAGG GACCAGGATT CAGCTTCTGA TGACGAAGAT 
GATGCTAGAC CAACTGGCAG AAAAGGAAAA GGAATCAAAG GCCAGAGGGG ATTTAAAGAT 
GGAAAGAATA GAAATGGCAA TTTCGATGGA GGACTGGAAA AGAAAGAGGT TTTGACTGCA 
GAGGAGGAAG AGCAGTTGCG GCAGGAGTAC CTAAAACGAG AACAGGAATT GGTGGAAAAG 
ATCCAGCAAG CCACCGCCTG CACCAATATA TTTCCTCTAG GCCGAGATCG CTGGTACAGG 
CGCTTCTGGA CTTTCTTTTC TGTGCCAGGA CTCTTTTTAG AAGAGGATTA CTCTAACCTC 
ACTGAGGACC TGCTGCAGCC TCAGCCATTT TCTAAACAGG ATACACCTCA CAAGGACCTT 
ACTGTAGTAA ATGGTCATGA ATCATCTACA TCATCTCCCC AGGAGGACAA AAAAGAGACA 
GACACTCCAA AACCGGTAAA CAGACCAAAT CGCTGGTGCT ACTACAGTTC TATAGAGCAA 
CTGGACAAAC TGATAGAAGC TCTGAACACA AGGGGCCACA GGGAAAGTGC CTTAAAAGAT 
ACACTGACAC AGGAAAAAAG CAAGATCTGC CAGAGGCTGG ATAGTTTCTC TGTTAATCGC 
TTCCACATTG CAGATAACAC TCTACCAACA TTAGACTTTA AGCCTGCTCG TGGAAAGTCG 
CTTAATGCAT CTGAGAGTTC ACCAGTATCT GCGGAGAAAC AGCTTGAGCT TCGACTCTGT 
GACCTCATTC TGGACATTGA AGACAGGATT TATCAGGGAA CTTTGGGGGC CATCAAGGTA 
CCAGACAGGC AGTTATGGCG GGCGGCTCTT GAAAAGAACA CATATGAACT TCTGAATGAT 
GAAGCAAAGG AAAATGGTTC ATCAAAACCT ATGAACCATG GGATTGAGGA AATGGAAAAT 
GACATAAAGC AGAGCGCTAA AGAGAGACTT CTGGGGTTAA AAAATGATAC TCCTAGTGCT 
ACATCTACAA GTACCAACAC TCCCCAGCCA ATGAACAATG CTGTTCGGTA TCTAGCACGT 
GCACTTCTTC AGATCGAGCA GGGAGTAGAA CGCAAATATC TGAAAGCTCC TCTTGGAGAT 
GCCGAAGATA CTAAAAAAGA TACAAAATCA GACAAAAAGA AGAAAGATGA CAAAAAAAAG 
AAAGATGAGG ACCAAAACAG TGAGAAAGAT GATGTGAGTG AAAGTGGACG TGTCCAGAGG 
ACAGTACTAG ACCGCTGGAG AGAGTCCTTG CTGTCATCTG GGAGCTTTTC TCAAATATTC 
CTTCACTTAT CCACTCTGGA TCGTAGCATC TTGTGGTCCC GCTCTATTCT CAATGCACGC 
TGCAAGGTGT GCCGTAAGAA AGGAGATGGA GAGAGCATGG TGCTATGTGA TGGCTGTGAC 
AGAGGACACC ATATCTACTG TGTTAGGCCC AAACTTAAAT ATGTTCCAGA AGGAGACTGG 
TTCTGTCCAG AATGTCATCC CAAGCAACGT TCCCGCAGGT TGCCATCCAG ACAGAGATAT 
TCAATGGATA GCGATGAGGA AGAAGAAGAA GAACTTGAAG ATCAGGAGGA GGAAGAAGAA 
GAAGAAGAGG AGGAGGAGCA AGAGGAGAGT GAATCTGAAA ATGAGGAGGA AGAAGTTATG 
TCTGAAGAAG AAAGCCCTCC AAAAAGAGGG CGACCACCCA GAGTGCAATT GCCTTTGAAG 
ATGAGAGGTG GAAAAGCAGC AGGCAAACCA GGCCCCAAGC CAAGAACAGG AAAGCAGAGC 
ACACCCAAAA ATACACCACC GGCACAAAAA GGTAGCGGAC GAGGAAGAAA AACACGTTCT 
GCACCATCTC TAGAACCTAC ATCCCGTCTC TCTGCTTTTG ATTCCCCAGC CTATGCAGTT 
TCCCCCAATG CTTCTCTTGT AGAGCTGGTT ACTGTAAATG GCAGAGGAAG AGGTAGGGGC 
AGAGGAAGAG GTAGAGGGAG AGGAAGAGGA CGATTGCAGA AATCTGCAGA TAACACTCCA 
TCGAGCAGCC CCTTTGCTTT CCGGCCATTT AGTTTAGACT CCAATGAGCC AGCGCGTCCT 
GGAAGAAGGG CACGGTCACA GAGTTTATTA CCTTCGCAGA CTGAACCCAA AGGAAGAGGC 
AAAAAGCGCT TATCTGAAGA TATTTCTTCA GTTGGACAAG GAAGTCGGAG AAGCTCAGGA 
AGGCATCATG GTGTACACGA ATTATCAGCT TGTGAGCAGC TGGTTGTAGA GCTGGTGAGG 
CATGATGACA GCTGGCCATT TATGCGGCTG GTGTCTAAAA TTCAGGTTCC AGATTACTTT 
GACATTATCC AGAAACCTAT TGCCTTAAAT CTAATCCGTG AAAAAGTGAA CAAATGTGAA 
TACAAATGTG CATCTGAGTT CATAGATGAT GTCCAGTTGA TGTTTTCCAA CTGCTTCGAA 
TACAACCACC ACAACAGCAG TGAAGCCAAA GCGGGAGTCC GCCTCCAGTC TTTCTTTGTC 
AGTGAGGCTC GGAAGCTGGG ACTAGAAGTC ACTATTAACA AAGTTCCTGC CACCACACCT 
CCCGCCAAAA GATCCCGCCT TTAA

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

baz1a ( XM_002935334.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935380.2 Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa65706
Clone ID Related Accession (Same CDS sequence)	XM_002935334.5 , XM_004917237.4
Accession Version	XM_002935334.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4722bp) 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	bromodomain adjacent to zinc finger domain protein 1A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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_002935334.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAGACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGGCAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCT GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGAA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CGCGTCCTGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTTGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

RefSeq	XP_002935380.2
CDS	193..4914
Translation	MPLLHRKPFIRQPPPPDLQPTEELFYCRVTNEIFRDYDDFFERTILCNSLVWSCSLTGKSGLTYQEALESEKKVRQSLKTFPESLIVPILYLSTLVRRQRVTDLCEEIFAYVKDRFFVDETVTVVRNSGARLECKILEVKLPPQQNGVANGHVSNEDTIVISDSDEEPPKEMPQTRKKKEPTNPSLCKYKVKPIQKELYESVTVKGSQLSRKPSLFSQDRLKLFLKLHCEAHEGIIKTKPSSVTKYQVSVRNFLNYFPEEPPDFQRSPPNKKISGRPLPNKHLNRGNGLANKQKQIQAAKERERILQQKKQLKAMEMEKARMRRERAVDARSRIQEKHIKERQKEELKKIVEVERLKKKEEKERMKLEKEKEREKLREEKKKYAERLKQWSRPRDDMECDDLKELPEPTPVKTRLPPESFGDAIMVLEFLHAFGDLFDLKDEFPDGMTFEMLEEALVGSDPEGPLCELLFFFMSAIFQAVAEEEEEVEKEQVKETEPKDLAEALDEDADPTKSALTAVATLAAAWPQLHQGCRLKNLDLDSCTLSEILRLHILASGADATFANAKYRYQKQGGFDATDDACVELRLSHPAILKKLSTVSVYALQPGEKLKILHALCGKLLTLVSTRDYIEDYVEELRQAKQEFRELKAEQNRREREEAAARIRKRKEDKLKEQEMKMKDKQDRIKDEENKGFSKDTGNEEQDELDTSSENKDAEQRDQDSASDDEDDARPTGRKGKGIKGQRGFKDGKNRNGNFDGGLEKKEVLTAEEEEQLRQEYLKREQELVEKIQQATACTNIFPLGRDRWYRRFWTFFSVPGLFLEEDYSNLTEDLLQPQPFSKQDTPHKDLTVVNGHESSTSSPQEDKKETDTPKPVNRPNRWCYYSSIEQLDKLIEALNTRGHRESALKDTLTQEKSKICQRLDSFSVNRFHIADNTLPTLDFKPARGKSLNASESSPVSAEKQLELRLCDLILDIEDRIYQGTLGAIKVPDRQLWRAALEKNTYELLNDEAKENGSSKPMNHGIEEMENDIKQSAKERLLGLKNDTPSATSTSTNTPQPMNNAVRYLARALLQIEQGVERKYLKAPLGDAEDTKKDTKSDKKKKDDKKKKDEDQNSEKDDVSESGRVQRTVLDRWRESLLSSGSFSQIFLHLSTLDRSILWSRSILNARCKVCRKKGDGESMVLCDGCDRGHHIYCVRPKLKYVPEGDWFCPECHPKQRSRRLPSRQRYSMDSDEEEEEELEDQEEEEEEEEEEEQEESESENEEEEVMSEEESPPKRGRPPRVQLPLKMRGGKAAGKPGPKPRTGKQSTPKNTPPAQKGSGRGRKTRSAPSLEPTSRLSAFDSPAYAVSPNASLVELVTVNGRGRGRGRGRGRGRGRGRLQKSADNTPSSSPFAFRPFSLDSNEPARPGRRARSQSLLPSQTEPKGRGKKRLSEDISSVGQGSRRSSGRHHGVHELSACEQLVVELVRHDDSWPFMRLVSKIQVPDYFDIIQKPIALNLIREKVNKCEYKCASEFIDDVQLMFSNCFEYNHHNSSEAKAGVRLQSFFVSEARKLGLEVTINKVPATTPPAKRSRL

Target ORF information:

RefSeq Version	XM_002935334.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X2, mRNA.

Target ORF information:

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

XM_002935334.5

ORF Insert Sequence:

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAGACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGGCAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCT GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGAA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CGCGTCCTGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTTGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

baz1a ( XM_004917237.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917294.2 Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X3, mRNA.

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CloneID	OXa65706
Clone ID Related Accession (Same CDS sequence)	XM_002935334.5 , XM_004917237.4
Accession Version	XM_004917237.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4722bp) 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	bromodomain adjacent to zinc finger domain protein 1A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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_004917237.3. ##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##

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAGACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGGCAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCT GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGAA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CGCGTCCTGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTTGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

RefSeq	XP_004917294.2
CDS	263..4984
Translation	MPLLHRKPFIRQPPPPDLQPTEELFYCRVTNEIFRDYDDFFERTILCNSLVWSCSLTGKSGLTYQEALESEKKVRQSLKTFPESLIVPILYLSTLVRRQRVTDLCEEIFAYVKDRFFVDETVTVVRNSGARLECKILEVKLPPQQNGVANGHVSNEDTIVISDSDEEPPKEMPQTRKKKEPTNPSLCKYKVKPIQKELYESVTVKGSQLSRKPSLFSQDRLKLFLKLHCEAHEGIIKTKPSSVTKYQVSVRNFLNYFPEEPPDFQRSPPNKKISGRPLPNKHLNRGNGLANKQKQIQAAKERERILQQKKQLKAMEMEKARMRRERAVDARSRIQEKHIKERQKEELKKIVEVERLKKKEEKERMKLEKEKEREKLREEKKKYAERLKQWSRPRDDMECDDLKELPEPTPVKTRLPPESFGDAIMVLEFLHAFGDLFDLKDEFPDGMTFEMLEEALVGSDPEGPLCELLFFFMSAIFQAVAEEEEEVEKEQVKETEPKDLAEALDEDADPTKSALTAVATLAAAWPQLHQGCRLKNLDLDSCTLSEILRLHILASGADATFANAKYRYQKQGGFDATDDACVELRLSHPAILKKLSTVSVYALQPGEKLKILHALCGKLLTLVSTRDYIEDYVEELRQAKQEFRELKAEQNRREREEAAARIRKRKEDKLKEQEMKMKDKQDRIKDEENKGFSKDTGNEEQDELDTSSENKDAEQRDQDSASDDEDDARPTGRKGKGIKGQRGFKDGKNRNGNFDGGLEKKEVLTAEEEEQLRQEYLKREQELVEKIQQATACTNIFPLGRDRWYRRFWTFFSVPGLFLEEDYSNLTEDLLQPQPFSKQDTPHKDLTVVNGHESSTSSPQEDKKETDTPKPVNRPNRWCYYSSIEQLDKLIEALNTRGHRESALKDTLTQEKSKICQRLDSFSVNRFHIADNTLPTLDFKPARGKSLNASESSPVSAEKQLELRLCDLILDIEDRIYQGTLGAIKVPDRQLWRAALEKNTYELLNDEAKENGSSKPMNHGIEEMENDIKQSAKERLLGLKNDTPSATSTSTNTPQPMNNAVRYLARALLQIEQGVERKYLKAPLGDAEDTKKDTKSDKKKKDDKKKKDEDQNSEKDDVSESGRVQRTVLDRWRESLLSSGSFSQIFLHLSTLDRSILWSRSILNARCKVCRKKGDGESMVLCDGCDRGHHIYCVRPKLKYVPEGDWFCPECHPKQRSRRLPSRQRYSMDSDEEEEEELEDQEEEEEEEEEEEQEESESENEEEEVMSEEESPPKRGRPPRVQLPLKMRGGKAAGKPGPKPRTGKQSTPKNTPPAQKGSGRGRKTRSAPSLEPTSRLSAFDSPAYAVSPNASLVELVTVNGRGRGRGRGRGRGRGRGRLQKSADNTPSSSPFAFRPFSLDSNEPARPGRRARSQSLLPSQTEPKGRGKKRLSEDISSVGQGSRRSSGRHHGVHELSACEQLVVELVRHDDSWPFMRLVSKIQVPDYFDIIQKPIALNLIREKVNKCEYKCASEFIDDVQLMFSNCFEYNHHNSSEAKAGVRLQSFFVSEARKLGLEVTINKVPATTPPAKRSRL

Target ORF information:

RefSeq Version	XM_004917237.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X3, mRNA.

Target ORF information:

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

XM_004917237.4

ORF Insert Sequence:

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAGACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGGCAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCT GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGAA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CGCGTCCTGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTTGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

baz1a ( XM_004917236.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917293.1 Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X1, mRNA.

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CloneID	OXa14980
Clone ID Related Accession (Same CDS sequence)	XM_004917236.3
Accession Version	XM_004917236.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4764bp) 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	bromodomain adjacent to zinc finger domain protein 1A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004917236.2. ##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##

ATGGAGAGCA GTGTCCTGAA CCGGTGTGCC AGGAGAGAGG ACATGCCGTT ACTGCACAGA 
AAACCGTTCA TTCGACAACC CCCACCTCCG GATTTACAAC CCACGGAGGA GCTTTTCTAC 
TGCCGAGTTA CAAATGAAAT CTTCCGGGAC TATGATGATT TTTTTGAACG TACTATCCTG 
TGCAACAGCC TTGTATGGAG CTGCTCCCTG ACAGGCAAAT CTGGCCTTAC CTACCAAGAA 
GCACTTGAAT CGGAGAAAAA AGTGAGACAG AGTCTGAAGA CCTTCCCCGA GTCCTTAATC 
GTCCCTATCT TGTACCTCTC CACACTTGTG AGACGCCAGC GGGTGACAGA TTTGTGTGAA 
GAAATATTTG CCTATGTGAA GGACAGATTC TTTGTTGATG AAACAGTGAC TGTGGTGAGA 
AACAGTGGCG CAAGGTTGGA GTGCAAAATC TTGGAAGTTA AACTCCCTCC TCAACAGAAT 
GGAGTGGCTA ATGGCCATGT TAGTAATGAA GATACTATTG TTATCAGTGA TAGTGATGAG 
GAACCACCTA AAGAAATGCC ACAGACTAGG AAGAAAAAGG AGCCAACTAA TCCCTCTTTA 
TGCAAATATA AAGTTAAGCC AATTCAGAAG GAGCTGTATG AATCTGTTAC TGTCAAAGGA 
TCTCAACTCA GTCGAAAACC ATCGCTATTT TCCCAAGACA GATTGAAACT TTTTCTGAAG 
TTGCACTGTG AAGCACATGA AGGAATAATA AAGACTAAGC CAAGTTCAGT CACAAAATAC 
CAAGTTTCTG TGAGAAATTT TCTCAATTAT TTTCCTGAGG AGCCACCGGA TTTTCAGCGC 
TCACCCCCAA ATAAAAAAAT AAGTGGAAGA CCTCTTCCAA ACAAGCACTT AAATCGGGGC 
AATGGATTAG CAAACAAACA GAAACAGATC CAAGCTGCAA AAGAACGAGA GAGAATCTTG 
CAACAGAAAA AGCAACTGAA AGCTATGGAA ATGGAAAAGG CAAGGATGAG AAGAGAACGT 
GCAGTGGATG CAAGGTCCCG CATACAAGAG AAACATATTA AGGAAAGGCA AAAGGAAGAG 
CTGAAAAAAA TAGTAGAGGT GGAAAGGTTA AAGAAGAAAG AAGAGAAAGA GAGGATGAAA 
CTGGAAAAAG AGAAGGAAAG GGAGAAACTT CGTGAGGAAA AGAAGAAATA TGCAGAACGT 
CTCAAACAGT GGAGCAAACC TCGGGATGAT ATGGAGTGTG ATGATCTTAA GGAGCTTCCT 
GAACCCACTC CAGTGAAAAC AAGGCTCCCT CCTGAAAGTT TTGGAGATGC CATCATGGTG 
CTAGAGTTTC TACATGCTTT TGGAGACCTG TTTGACCTTA AGGATGAGTT TCCTGATGGA 
ATGACATTCG AGATGCTTGA AGAAGCTTTA GTGGGCAGTG ACCCTGAAGG TCCGCTTTGT 
GAGCTTCTTT TTTTCTTCAT GAGTGCCATC TTTCAGGCTG TGGCTGAAGA AGAGGAGGAA 
GTGGAAAAAG AACAAGTAAA AGAGACTGAA CCCAAAGATT TAGCAGAAGC TTTGGATGAA 
GATGCTGATC CAACCAAATC TGCCCTAACA GCTGTGGCCA CTTTAGCAGC AGCATGGCCT 
CAACTACACC AAGGTTGTCG TCTGAAAAAC TTAGATTTGG ACAGCTGCAC ACTGTCGGAG 
ATCCTGAGGT TACACATTTT GGCATCTGGT GCTGATGCAA CTTTTGCCAA TGCAAAGTAT 
CGATACCAAA AGCAAGGGGG ATTTGATGCT ACAGATGATG CTTGTGTGGA ACTACGGCTC 
AGCCATCCTG CCATTCTGAA GAAGCTTTCC ACTGTATCTG TATATGCCCT GCAACCTGGT 
GAGAAGCTAA AGATTCTTCA TGCACTTTGT GGAAAGCTGC TGACATTAGT CTCCACAAGA 
GATTATATTG AAGACTACGT GGAAGAGCTG CGGCAAGCAA AACAGGAGTT CAGAGAGCTG 
AAAGCAGAGC AGAATCGAAG AGAACGAGAA GAGGCCGCTG CCAGGATTCG CAAAAGAAAA 
GAGGATAAGT TGAAAGAACA AGAAATGAAA ATGAAGGATA AACAAGACAG AATTAAAGAT 
GAGGAGAACA AAGGCTTTTC CAAAGATACT GGAAATGAAG AGCAAGATGA GTTAGACACC 
AGCTCTGAGA ATAAAGATGC TGAGCAAAGG GACCAGGATT CAGCTTCTGA TGACGAAGAT 
GATGCTAGAC CAACTGACAG AAAAGGAAAA GGAATCAAAG GCCAGAGGGG ATTTAAAGAT 
GGAAAGAATA GAAATGGCAA TTTCGATGGA GGACTGGAAA AGAAAGAGGT TTTGACTGCA 
GAGGAGGAAG AGCAGTTGCG GCAGGAGTAC CTAAAACGAG AACAGGAATT GGTGGAAAAG 
ATCCAGCAAG CCACCGCCTG CACCAATATA TTTCCTCTAG GCCGAGATCG CTGGTACAGG 
CGCTTCTGGA CTTTCTTTTC TGTGCCAGGA CTCTTTTTAG AAGAGGATTA CTCTAACCTC 
ACTGAGGACC TGCTGCAGCC TCAGCCATTT TCTAAACAGG ATACACCTCA CAAGGACCTT 
ACTGTAGTAA ATGGTCATGA ATCATCTACA TCATCTCCCC AGGAGGACAA AAAAGAGACA 
GACACTCCAA AACCGGTAAA CAGACCAAAT CGCTGGTGCT ACTACAGTTC TATAGAGCAA 
CTGGACAAAC TGATAGAAGC TCTGAACACA AGGGGCCACA GGGAAAGTGC CTTAAAAGAT 
ACACTGACAC AGGAAAAAAG CAAGATCTGC CAGAGGCTGG ATAGTTTCTC TGTTAATCGC 
TTCCACATTG CAGATAACAC TCTACCAACA TTAGACTTTA AGCCTGCTCG TGGAAAGTCG 
CTTAATGCAT CGGAGAGTTC ACCAGTATCT GCGGAGAAAC AGCTTGAGCT TCGACTCTGT 
GACCTCATTC TGGACATTGA AGACAGGATT TATCAGGGAA CTTTGGGGGC CATCAAGGTA 
CCAGACAGGC AGTTATGGCG GGCGGCTCTT GAAAAGAACA CATATGAACT TCTGAATGAT 
GAAGCAAAGG AAAATGGTTC ATCAAAACCT ATGAACCATG GGATTGAGGA AATGGAAAAT 
GACATAAAGC AGAGCGCTAA AGAGAGACTT CTGGGGTTAA AAAATGATAC TCCTAGTGCT 
ACATCTACAA GTACCAACAC TCCCCAGCCA ATGAACAATG CTGTTCGGTA TCTAGCACGT 
GCACTTCTTC AGATCGAGCA GGGAGTAGAA CGCAAATATC TGAAAGCTCC TCTTGGAGAT 
GCCGAAGATA CTAAAAAAGA TACAAAATCA GACAAAAAGA AGAAAGATGA CAAAAAAAAG 
AAAGATGAGG ACCAAAACAG TGAGAAAGAT GATGTGAGTG AAAGTGGACG TGTCCAGAGG 
ACAGTACTAG ACCGCTGGAG AGAGTCCTTG CTGTCATCTG GGAGCTTTTC TCAAATATTC 
CTTCACTTAT CCACTCTGGA TCGTAGCATC TTGTGGTCCC GCTCTATTCT CAATGCACGC 
TGCAAGGTGT GCCGTAAGAA AGGAGATGGA GAGAGCATGG TGCTATGTGA TGGCTGTGAC 
AGAGGACACC ATATCTACTG TGTTAGGCCC AAACTTAAAT ATGTTCCAGA AGGAGACTGG 
TTCTGTCCAG AATGTCATCC CAAGCAACGT TCCCGCAGGT TGCCATCCAG ACAGAGATAT 
TCAATGGATA GCGATGAGGA AGAAGAAGAA GAACTTGAAG ATCAGGAGGA GGAAGAAGAA 
GAAGAAGAGG AGGAGGAGCA AGAGGAGAGT GAATCTGAAA ATGAGGAGGA AGAAGTTATG 
TCTGAAGAAG AAAGCCCTCC AAAAAGAGGG CGACCACCCA GAGTGCAATT GCCTTTGAAG 
ATGAGAGGTG GAAAAGCAGC AGGCAAACCA GGCCCCAAGC CAAGAACAGG GAAGCAGAGC 
ACACCCAAAA ATACACCACC GGCACAAAAA GGTAGCGGAC GAGGAAGAAA AACACGTTCT 
GCACCATCTC TAGAACCTAC ATCCCGTCTC TCTGCTTTTG ATTCCCCAGC CTATGCAGTT 
TCCCCCAATG CTTCTCTTGT AGAGCTGGTT ACTGTAAATG GCAGAGGAAG AGGTAGGGGC 
AGAGGAAGAG GTAGAGGGAG AGGAAGAGGA CGATTGCAGA AATCTGCAGA TAACACTCCA 
TCGAGCAGCC CCTTTGCTTT CCGGCCATTT AGTTTAGACT CCAATGAGCC AGCACGTCCC 
GGAAGAAGGG CACGGTCACA GAGTTTATTA CCTTCGCAGA CTGAACCCAA AGGAAGAGGC 
AAAAAGCGCT TATCTGAAGA TATTTCTTCA GTTGGACAAG GAAGTCGGAG AAGCTCAGGA 
AGGCATCATG GTGTACACGA ATTATCAGCT TGTGAGCAGC TGGTTGTAGA GCTGGTGAGG 
CATGATGACA GCTGGCCATT TATGCGGCTG GTGTCTAAAA TTCAGGTTCC AGATTACTTT 
GACATTATCC AGAAACCTAT TGCCTTAAAT CTAATCCGTG AAAAAGTGAA CAAATGTGAA 
TACAAATGTG CATCTGAGTT CATAGATGAT GTCCAGTTGA TGTTTTCCAA CTGCTTCGAA 
TACAACCACC ACAACAGCAG TGAAGCCAAA GCGGGAGTCC GCCTCCAGTC TTTCTTCGTC 
AGTGAGGCTC GGAAGCTGGG ACTAGAAGTC ACTATTAACA AAGTTCCTGC CACCACACCT 
CCCGCCAAAA GATCCCGCCT TTAA

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

RefSeq	XP_004917293.1
CDS	6..4769
Translation	MESSVLNRCARREDMPLLHRKPFIRQPPPPDLQPTEELFYCRVTNEIFRDYDDFFERTILCNSLVWSCSLTGKSGLTYQEALESEKKVRQSLKTFPESLIVPILYLSTLVRRQRVTDLCEEIFAYVKDRFFVDETVTVVRNSGARLECKILEVKLPPQQNGVANGHVSNEDTIVISDSDEEPPKEMPQTRKKKEPTNPSLCKYKVKPIQKELYESVTVKGSQLSRKPSLFSQDRLKLFLKLHCEAHEGIIKTKPSSVTKYQVSVRNFLNYFPEEPPDFQRSPPNKKISGRPLPNKHLNRGNGLANKQKQIQAAKERERILQQKKQLKAMEMEKARMRRERAVDARSRIQEKHIKERQKEELKKIVEVERLKKKEEKERMKLEKEKEREKLREEKKKYAERLKQWSKPRDDMECDDLKELPEPTPVKTRLPPESFGDAIMVLEFLHAFGDLFDLKDEFPDGMTFEMLEEALVGSDPEGPLCELLFFFMSAIFQAVAEEEEEVEKEQVKETEPKDLAEALDEDADPTKSALTAVATLAAAWPQLHQGCRLKNLDLDSCTLSEILRLHILASGADATFANAKYRYQKQGGFDATDDACVELRLSHPAILKKLSTVSVYALQPGEKLKILHALCGKLLTLVSTRDYIEDYVEELRQAKQEFRELKAEQNRREREEAAARIRKRKEDKLKEQEMKMKDKQDRIKDEENKGFSKDTGNEEQDELDTSSENKDAEQRDQDSASDDEDDARPTDRKGKGIKGQRGFKDGKNRNGNFDGGLEKKEVLTAEEEEQLRQEYLKREQELVEKIQQATACTNIFPLGRDRWYRRFWTFFSVPGLFLEEDYSNLTEDLLQPQPFSKQDTPHKDLTVVNGHESSTSSPQEDKKETDTPKPVNRPNRWCYYSSIEQLDKLIEALNTRGHRESALKDTLTQEKSKICQRLDSFSVNRFHIADNTLPTLDFKPARGKSLNASESSPVSAEKQLELRLCDLILDIEDRIYQGTLGAIKVPDRQLWRAALEKNTYELLNDEAKENGSSKPMNHGIEEMENDIKQSAKERLLGLKNDTPSATSTSTNTPQPMNNAVRYLARALLQIEQGVERKYLKAPLGDAEDTKKDTKSDKKKKDDKKKKDEDQNSEKDDVSESGRVQRTVLDRWRESLLSSGSFSQIFLHLSTLDRSILWSRSILNARCKVCRKKGDGESMVLCDGCDRGHHIYCVRPKLKYVPEGDWFCPECHPKQRSRRLPSRQRYSMDSDEEEEEELEDQEEEEEEEEEEEQEESESENEEEEVMSEEESPPKRGRPPRVQLPLKMRGGKAAGKPGPKPRTGKQSTPKNTPPAQKGSGRGRKTRSAPSLEPTSRLSAFDSPAYAVSPNASLVELVTVNGRGRGRGRGRGRGRGRGRLQKSADNTPSSSPFAFRPFSLDSNEPARPGRRARSQSLLPSQTEPKGRGKKRLSEDISSVGQGSRRSSGRHHGVHELSACEQLVVELVRHDDSWPFMRLVSKIQVPDYFDIIQKPIALNLIREKVNKCEYKCASEFIDDVQLMFSNCFEYNHHNSSEAKAGVRLQSFFVSEARKLGLEVTINKVPATTPPAKRSRL

Target ORF information:

RefSeq Version	XM_004917236.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X1, mRNA.

Target ORF information:

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

XM_004917236.3

ORF Insert Sequence:

ATGGAGAGCA GTGTCCTGAA CCGGTGTGCC AGGAGAGAGG ACATGCCGTT ACTGCACAGA 
AAACCGTTCA TTCGACAACC CCCACCTCCG GATTTACAAC CCACGGAGGA GCTTTTCTAC 
TGCCGAGTTA CAAATGAAAT CTTCCGGGAC TATGATGATT TTTTTGAACG TACTATCCTG 
TGCAACAGCC TTGTATGGAG CTGCTCCCTG ACAGGCAAAT CTGGCCTTAC CTACCAAGAA 
GCACTTGAAT CGGAGAAAAA AGTGAGACAG AGTCTGAAGA CCTTCCCCGA GTCCTTAATC 
GTCCCTATCT TGTACCTCTC CACACTTGTG AGACGCCAGC GGGTGACAGA TTTGTGTGAA 
GAAATATTTG CCTATGTGAA GGACAGATTC TTTGTTGATG AAACAGTGAC TGTGGTGAGA 
AACAGTGGCG CAAGGTTGGA GTGCAAAATC TTGGAAGTTA AACTCCCTCC TCAACAGAAT 
GGAGTGGCTA ATGGCCATGT TAGTAATGAA GATACTATTG TTATCAGTGA TAGTGATGAG 
GAACCACCTA AAGAAATGCC ACAGACTAGG AAGAAAAAGG AGCCAACTAA TCCCTCTTTA 
TGCAAATATA AAGTTAAGCC AATTCAGAAG GAGCTGTATG AATCTGTTAC TGTCAAAGGA 
TCTCAACTCA GTCGAAAACC ATCGCTATTT TCCCAAGACA GATTGAAACT TTTTCTGAAG 
TTGCACTGTG AAGCACATGA AGGAATAATA AAGACTAAGC CAAGTTCAGT CACAAAATAC 
CAAGTTTCTG TGAGAAATTT TCTCAATTAT TTTCCTGAGG AGCCACCGGA TTTTCAGCGC 
TCACCCCCAA ATAAAAAAAT AAGTGGAAGA CCTCTTCCAA ACAAGCACTT AAATCGGGGC 
AATGGATTAG CAAACAAACA GAAACAGATC CAAGCTGCAA AAGAACGAGA GAGAATCTTG 
CAACAGAAAA AGCAACTGAA AGCTATGGAA ATGGAAAAGG CAAGGATGAG AAGAGAACGT 
GCAGTGGATG CAAGGTCCCG CATACAAGAG AAACATATTA AGGAAAGGCA AAAGGAAGAG 
CTGAAAAAAA TAGTAGAGGT GGAAAGGTTA AAGAAGAAAG AAGAGAAAGA GAGGATGAAA 
CTGGAAAAAG AGAAGGAAAG GGAGAAACTT CGTGAGGAAA AGAAGAAATA TGCAGAACGT 
CTCAAACAGT GGAGCAAACC TCGGGATGAT ATGGAGTGTG ATGATCTTAA GGAGCTTCCT 
GAACCCACTC CAGTGAAAAC AAGGCTCCCT CCTGAAAGTT TTGGAGATGC CATCATGGTG 
CTAGAGTTTC TACATGCTTT TGGAGACCTG TTTGACCTTA AGGATGAGTT TCCTGATGGA 
ATGACATTCG AGATGCTTGA AGAAGCTTTA GTGGGCAGTG ACCCTGAAGG TCCGCTTTGT 
GAGCTTCTTT TTTTCTTCAT GAGTGCCATC TTTCAGGCTG TGGCTGAAGA AGAGGAGGAA 
GTGGAAAAAG AACAAGTAAA AGAGACTGAA CCCAAAGATT TAGCAGAAGC TTTGGATGAA 
GATGCTGATC CAACCAAATC TGCCCTAACA GCTGTGGCCA CTTTAGCAGC AGCATGGCCT 
CAACTACACC AAGGTTGTCG TCTGAAAAAC TTAGATTTGG ACAGCTGCAC ACTGTCGGAG 
ATCCTGAGGT TACACATTTT GGCATCTGGT GCTGATGCAA CTTTTGCCAA TGCAAAGTAT 
CGATACCAAA AGCAAGGGGG ATTTGATGCT ACAGATGATG CTTGTGTGGA ACTACGGCTC 
AGCCATCCTG CCATTCTGAA GAAGCTTTCC ACTGTATCTG TATATGCCCT GCAACCTGGT 
GAGAAGCTAA AGATTCTTCA TGCACTTTGT GGAAAGCTGC TGACATTAGT CTCCACAAGA 
GATTATATTG AAGACTACGT GGAAGAGCTG CGGCAAGCAA AACAGGAGTT CAGAGAGCTG 
AAAGCAGAGC AGAATCGAAG AGAACGAGAA GAGGCCGCTG CCAGGATTCG CAAAAGAAAA 
GAGGATAAGT TGAAAGAACA AGAAATGAAA ATGAAGGATA AACAAGACAG AATTAAAGAT 
GAGGAGAACA AAGGCTTTTC CAAAGATACT GGAAATGAAG AGCAAGATGA GTTAGACACC 
AGCTCTGAGA ATAAAGATGC TGAGCAAAGG GACCAGGATT CAGCTTCTGA TGACGAAGAT 
GATGCTAGAC CAACTGACAG AAAAGGAAAA GGAATCAAAG GCCAGAGGGG ATTTAAAGAT 
GGAAAGAATA GAAATGGCAA TTTCGATGGA GGACTGGAAA AGAAAGAGGT TTTGACTGCA 
GAGGAGGAAG AGCAGTTGCG GCAGGAGTAC CTAAAACGAG AACAGGAATT GGTGGAAAAG 
ATCCAGCAAG CCACCGCCTG CACCAATATA TTTCCTCTAG GCCGAGATCG CTGGTACAGG 
CGCTTCTGGA CTTTCTTTTC TGTGCCAGGA CTCTTTTTAG AAGAGGATTA CTCTAACCTC 
ACTGAGGACC TGCTGCAGCC TCAGCCATTT TCTAAACAGG ATACACCTCA CAAGGACCTT 
ACTGTAGTAA ATGGTCATGA ATCATCTACA TCATCTCCCC AGGAGGACAA AAAAGAGACA 
GACACTCCAA AACCGGTAAA CAGACCAAAT CGCTGGTGCT ACTACAGTTC TATAGAGCAA 
CTGGACAAAC TGATAGAAGC TCTGAACACA AGGGGCCACA GGGAAAGTGC CTTAAAAGAT 
ACACTGACAC AGGAAAAAAG CAAGATCTGC CAGAGGCTGG ATAGTTTCTC TGTTAATCGC 
TTCCACATTG CAGATAACAC TCTACCAACA TTAGACTTTA AGCCTGCTCG TGGAAAGTCG 
CTTAATGCAT CGGAGAGTTC ACCAGTATCT GCGGAGAAAC AGCTTGAGCT TCGACTCTGT 
GACCTCATTC TGGACATTGA AGACAGGATT TATCAGGGAA CTTTGGGGGC CATCAAGGTA 
CCAGACAGGC AGTTATGGCG GGCGGCTCTT GAAAAGAACA CATATGAACT TCTGAATGAT 
GAAGCAAAGG AAAATGGTTC ATCAAAACCT ATGAACCATG GGATTGAGGA AATGGAAAAT 
GACATAAAGC AGAGCGCTAA AGAGAGACTT CTGGGGTTAA AAAATGATAC TCCTAGTGCT 
ACATCTACAA GTACCAACAC TCCCCAGCCA ATGAACAATG CTGTTCGGTA TCTAGCACGT 
GCACTTCTTC AGATCGAGCA GGGAGTAGAA CGCAAATATC TGAAAGCTCC TCTTGGAGAT 
GCCGAAGATA CTAAAAAAGA TACAAAATCA GACAAAAAGA AGAAAGATGA CAAAAAAAAG 
AAAGATGAGG ACCAAAACAG TGAGAAAGAT GATGTGAGTG AAAGTGGACG TGTCCAGAGG 
ACAGTACTAG ACCGCTGGAG AGAGTCCTTG CTGTCATCTG GGAGCTTTTC TCAAATATTC 
CTTCACTTAT CCACTCTGGA TCGTAGCATC TTGTGGTCCC GCTCTATTCT CAATGCACGC 
TGCAAGGTGT GCCGTAAGAA AGGAGATGGA GAGAGCATGG TGCTATGTGA TGGCTGTGAC 
AGAGGACACC ATATCTACTG TGTTAGGCCC AAACTTAAAT ATGTTCCAGA AGGAGACTGG 
TTCTGTCCAG AATGTCATCC CAAGCAACGT TCCCGCAGGT TGCCATCCAG ACAGAGATAT 
TCAATGGATA GCGATGAGGA AGAAGAAGAA GAACTTGAAG ATCAGGAGGA GGAAGAAGAA 
GAAGAAGAGG AGGAGGAGCA AGAGGAGAGT GAATCTGAAA ATGAGGAGGA AGAAGTTATG 
TCTGAAGAAG AAAGCCCTCC AAAAAGAGGG CGACCACCCA GAGTGCAATT GCCTTTGAAG 
ATGAGAGGTG GAAAAGCAGC AGGCAAACCA GGCCCCAAGC CAAGAACAGG GAAGCAGAGC 
ACACCCAAAA ATACACCACC GGCACAAAAA GGTAGCGGAC GAGGAAGAAA AACACGTTCT 
GCACCATCTC TAGAACCTAC ATCCCGTCTC TCTGCTTTTG ATTCCCCAGC CTATGCAGTT 
TCCCCCAATG CTTCTCTTGT AGAGCTGGTT ACTGTAAATG GCAGAGGAAG AGGTAGGGGC 
AGAGGAAGAG GTAGAGGGAG AGGAAGAGGA CGATTGCAGA AATCTGCAGA TAACACTCCA 
TCGAGCAGCC CCTTTGCTTT CCGGCCATTT AGTTTAGACT CCAATGAGCC AGCACGTCCC 
GGAAGAAGGG CACGGTCACA GAGTTTATTA CCTTCGCAGA CTGAACCCAA AGGAAGAGGC 
AAAAAGCGCT TATCTGAAGA TATTTCTTCA GTTGGACAAG GAAGTCGGAG AAGCTCAGGA 
AGGCATCATG GTGTACACGA ATTATCAGCT TGTGAGCAGC TGGTTGTAGA GCTGGTGAGG 
CATGATGACA GCTGGCCATT TATGCGGCTG GTGTCTAAAA TTCAGGTTCC AGATTACTTT 
GACATTATCC AGAAACCTAT TGCCTTAAAT CTAATCCGTG AAAAAGTGAA CAAATGTGAA 
TACAAATGTG CATCTGAGTT CATAGATGAT GTCCAGTTGA TGTTTTCCAA CTGCTTCGAA 
TACAACCACC ACAACAGCAG TGAAGCCAAA GCGGGAGTCC GCCTCCAGTC TTTCTTCGTC 
AGTGAGGCTC GGAAGCTGGG ACTAGAAGTC ACTATTAACA AAGTTCCTGC CACCACACCT 
CCCGCCAAAA GATCCCGCCT TTAA

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

baz1a ( XM_004917237.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917294.1 Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X3, mRNA.

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CloneID	OXa14981
Clone ID Related Accession (Same CDS sequence)	XM_004917237.3 , XM_002935334.4
Accession Version	XM_004917237.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4722bp) 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	bromodomain adjacent to zinc finger domain protein 1A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004917237.2. ##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##

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAAACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGACAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCG GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGGA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CACGTCCCGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTCGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

RefSeq	XP_004917294.1
CDS	264..4985
Translation	MPLLHRKPFIRQPPPPDLQPTEELFYCRVTNEIFRDYDDFFERTILCNSLVWSCSLTGKSGLTYQEALESEKKVRQSLKTFPESLIVPILYLSTLVRRQRVTDLCEEIFAYVKDRFFVDETVTVVRNSGARLECKILEVKLPPQQNGVANGHVSNEDTIVISDSDEEPPKEMPQTRKKKEPTNPSLCKYKVKPIQKELYESVTVKGSQLSRKPSLFSQDRLKLFLKLHCEAHEGIIKTKPSSVTKYQVSVRNFLNYFPEEPPDFQRSPPNKKISGRPLPNKHLNRGNGLANKQKQIQAAKERERILQQKKQLKAMEMEKARMRRERAVDARSRIQEKHIKERQKEELKKIVEVERLKKKEEKERMKLEKEKEREKLREEKKKYAERLKQWSKPRDDMECDDLKELPEPTPVKTRLPPESFGDAIMVLEFLHAFGDLFDLKDEFPDGMTFEMLEEALVGSDPEGPLCELLFFFMSAIFQAVAEEEEEVEKEQVKETEPKDLAEALDEDADPTKSALTAVATLAAAWPQLHQGCRLKNLDLDSCTLSEILRLHILASGADATFANAKYRYQKQGGFDATDDACVELRLSHPAILKKLSTVSVYALQPGEKLKILHALCGKLLTLVSTRDYIEDYVEELRQAKQEFRELKAEQNRREREEAAARIRKRKEDKLKEQEMKMKDKQDRIKDEENKGFSKDTGNEEQDELDTSSENKDAEQRDQDSASDDEDDARPTDRKGKGIKGQRGFKDGKNRNGNFDGGLEKKEVLTAEEEEQLRQEYLKREQELVEKIQQATACTNIFPLGRDRWYRRFWTFFSVPGLFLEEDYSNLTEDLLQPQPFSKQDTPHKDLTVVNGHESSTSSPQEDKKETDTPKPVNRPNRWCYYSSIEQLDKLIEALNTRGHRESALKDTLTQEKSKICQRLDSFSVNRFHIADNTLPTLDFKPARGKSLNASESSPVSAEKQLELRLCDLILDIEDRIYQGTLGAIKVPDRQLWRAALEKNTYELLNDEAKENGSSKPMNHGIEEMENDIKQSAKERLLGLKNDTPSATSTSTNTPQPMNNAVRYLARALLQIEQGVERKYLKAPLGDAEDTKKDTKSDKKKKDDKKKKDEDQNSEKDDVSESGRVQRTVLDRWRESLLSSGSFSQIFLHLSTLDRSILWSRSILNARCKVCRKKGDGESMVLCDGCDRGHHIYCVRPKLKYVPEGDWFCPECHPKQRSRRLPSRQRYSMDSDEEEEEELEDQEEEEEEEEEEEQEESESENEEEEVMSEEESPPKRGRPPRVQLPLKMRGGKAAGKPGPKPRTGKQSTPKNTPPAQKGSGRGRKTRSAPSLEPTSRLSAFDSPAYAVSPNASLVELVTVNGRGRGRGRGRGRGRGRGRLQKSADNTPSSSPFAFRPFSLDSNEPARPGRRARSQSLLPSQTEPKGRGKKRLSEDISSVGQGSRRSSGRHHGVHELSACEQLVVELVRHDDSWPFMRLVSKIQVPDYFDIIQKPIALNLIREKVNKCEYKCASEFIDDVQLMFSNCFEYNHHNSSEAKAGVRLQSFFVSEARKLGLEVTINKVPATTPPAKRSRL

Target ORF information:

RefSeq Version	XM_004917237.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X3, mRNA.

Target ORF information:

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

XM_004917237.3

ORF Insert Sequence:

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAAACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGACAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCG GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGGA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CACGTCCCGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTCGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

baz1a ( XM_002935334.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935380.1 Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X2, mRNA.

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CloneID	OXa14981
Clone ID Related Accession (Same CDS sequence)	XM_004917237.3 , XM_002935334.4
Accession Version	XM_002935334.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4722bp) 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	bromodomain adjacent to zinc finger domain protein 1A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002935334.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAAACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGACAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCG GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGGA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CACGTCCCGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTCGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

RefSeq	XP_002935380.1
CDS	194..4915
Translation	MPLLHRKPFIRQPPPPDLQPTEELFYCRVTNEIFRDYDDFFERTILCNSLVWSCSLTGKSGLTYQEALESEKKVRQSLKTFPESLIVPILYLSTLVRRQRVTDLCEEIFAYVKDRFFVDETVTVVRNSGARLECKILEVKLPPQQNGVANGHVSNEDTIVISDSDEEPPKEMPQTRKKKEPTNPSLCKYKVKPIQKELYESVTVKGSQLSRKPSLFSQDRLKLFLKLHCEAHEGIIKTKPSSVTKYQVSVRNFLNYFPEEPPDFQRSPPNKKISGRPLPNKHLNRGNGLANKQKQIQAAKERERILQQKKQLKAMEMEKARMRRERAVDARSRIQEKHIKERQKEELKKIVEVERLKKKEEKERMKLEKEKEREKLREEKKKYAERLKQWSKPRDDMECDDLKELPEPTPVKTRLPPESFGDAIMVLEFLHAFGDLFDLKDEFPDGMTFEMLEEALVGSDPEGPLCELLFFFMSAIFQAVAEEEEEVEKEQVKETEPKDLAEALDEDADPTKSALTAVATLAAAWPQLHQGCRLKNLDLDSCTLSEILRLHILASGADATFANAKYRYQKQGGFDATDDACVELRLSHPAILKKLSTVSVYALQPGEKLKILHALCGKLLTLVSTRDYIEDYVEELRQAKQEFRELKAEQNRREREEAAARIRKRKEDKLKEQEMKMKDKQDRIKDEENKGFSKDTGNEEQDELDTSSENKDAEQRDQDSASDDEDDARPTDRKGKGIKGQRGFKDGKNRNGNFDGGLEKKEVLTAEEEEQLRQEYLKREQELVEKIQQATACTNIFPLGRDRWYRRFWTFFSVPGLFLEEDYSNLTEDLLQPQPFSKQDTPHKDLTVVNGHESSTSSPQEDKKETDTPKPVNRPNRWCYYSSIEQLDKLIEALNTRGHRESALKDTLTQEKSKICQRLDSFSVNRFHIADNTLPTLDFKPARGKSLNASESSPVSAEKQLELRLCDLILDIEDRIYQGTLGAIKVPDRQLWRAALEKNTYELLNDEAKENGSSKPMNHGIEEMENDIKQSAKERLLGLKNDTPSATSTSTNTPQPMNNAVRYLARALLQIEQGVERKYLKAPLGDAEDTKKDTKSDKKKKDDKKKKDEDQNSEKDDVSESGRVQRTVLDRWRESLLSSGSFSQIFLHLSTLDRSILWSRSILNARCKVCRKKGDGESMVLCDGCDRGHHIYCVRPKLKYVPEGDWFCPECHPKQRSRRLPSRQRYSMDSDEEEEEELEDQEEEEEEEEEEEQEESESENEEEEVMSEEESPPKRGRPPRVQLPLKMRGGKAAGKPGPKPRTGKQSTPKNTPPAQKGSGRGRKTRSAPSLEPTSRLSAFDSPAYAVSPNASLVELVTVNGRGRGRGRGRGRGRGRGRLQKSADNTPSSSPFAFRPFSLDSNEPARPGRRARSQSLLPSQTEPKGRGKKRLSEDISSVGQGSRRSSGRHHGVHELSACEQLVVELVRHDDSWPFMRLVSKIQVPDYFDIIQKPIALNLIREKVNKCEYKCASEFIDDVQLMFSNCFEYNHHNSSEAKAGVRLQSFFVSEARKLGLEVTINKVPATTPPAKRSRL

Target ORF information:

RefSeq Version	XM_002935334.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X2, mRNA.

Target ORF information:

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

XM_002935334.4

ORF Insert Sequence:

ATGCCGTTAC TGCACAGAAA ACCGTTCATT CGACAACCCC CACCTCCGGA TTTACAACCC 
ACGGAGGAGC TTTTCTACTG CCGAGTTACA AATGAAATCT TCCGGGACTA TGATGATTTT 
TTTGAACGTA CTATCCTGTG CAACAGCCTT GTATGGAGCT GCTCCCTGAC AGGCAAATCT 
GGCCTTACCT ACCAAGAAGC ACTTGAATCG GAGAAAAAAG TGAGACAGAG TCTGAAGACC 
TTCCCCGAGT CCTTAATCGT CCCTATCTTG TACCTCTCCA CACTTGTGAG ACGCCAGCGG 
GTGACAGATT TGTGTGAAGA AATATTTGCC TATGTGAAGG ACAGATTCTT TGTTGATGAA 
ACAGTGACTG TGGTGAGAAA CAGTGGCGCA AGGTTGGAGT GCAAAATCTT GGAAGTTAAA 
CTCCCTCCTC AACAGAATGG AGTGGCTAAT GGCCATGTTA GTAATGAAGA TACTATTGTT 
ATCAGTGATA GTGATGAGGA ACCACCTAAA GAAATGCCAC AGACTAGGAA GAAAAAGGAG 
CCAACTAATC CCTCTTTATG CAAATATAAA GTTAAGCCAA TTCAGAAGGA GCTGTATGAA 
TCTGTTACTG TCAAAGGATC TCAACTCAGT CGAAAACCAT CGCTATTTTC CCAAGACAGA 
TTGAAACTTT TTCTGAAGTT GCACTGTGAA GCACATGAAG GAATAATAAA GACTAAGCCA 
AGTTCAGTCA CAAAATACCA AGTTTCTGTG AGAAATTTTC TCAATTATTT TCCTGAGGAG 
CCACCGGATT TTCAGCGCTC ACCCCCAAAT AAAAAAATAA GTGGAAGACC TCTTCCAAAC 
AAGCACTTAA ATCGGGGCAA TGGATTAGCA AACAAACAGA AACAGATCCA AGCTGCAAAA 
GAACGAGAGA GAATCTTGCA ACAGAAAAAG CAACTGAAAG CTATGGAAAT GGAAAAGGCA 
AGGATGAGAA GAGAACGTGC AGTGGATGCA AGGTCCCGCA TACAAGAGAA ACATATTAAG 
GAAAGGCAAA AGGAAGAGCT GAAAAAAATA GTAGAGGTGG AAAGGTTAAA GAAGAAAGAA 
GAGAAAGAGA GGATGAAACT GGAAAAAGAG AAGGAAAGGG AGAAACTTCG TGAGGAAAAG 
AAGAAATATG CAGAACGTCT CAAACAGTGG AGCAAACCTC GGGATGATAT GGAGTGTGAT 
GATCTTAAGG AGCTTCCTGA ACCCACTCCA GTGAAAACAA GGCTCCCTCC TGAAAGTTTT 
GGAGATGCCA TCATGGTGCT AGAGTTTCTA CATGCTTTTG GAGACCTGTT TGACCTTAAG 
GATGAGTTTC CTGATGGAAT GACATTCGAG ATGCTTGAAG AAGCTTTAGT GGGCAGTGAC 
CCTGAAGGTC CGCTTTGTGA GCTTCTTTTT TTCTTCATGA GTGCCATCTT TCAGGCTGTG 
GCTGAAGAAG AGGAGGAAGT GGAAAAAGAA CAAGTAAAAG AGACTGAACC CAAAGATTTA 
GCAGAAGCTT TGGATGAAGA TGCTGATCCA ACCAAATCTG CCCTAACAGC TGTGGCCACT 
TTAGCAGCAG CATGGCCTCA ACTACACCAA GGTTGTCGTC TGAAAAACTT AGATTTGGAC 
AGCTGCACAC TGTCGGAGAT CCTGAGGTTA CACATTTTGG CATCTGGTGC TGATGCAACT 
TTTGCCAATG CAAAGTATCG ATACCAAAAG CAAGGGGGAT TTGATGCTAC AGATGATGCT 
TGTGTGGAAC TACGGCTCAG CCATCCTGCC ATTCTGAAGA AGCTTTCCAC TGTATCTGTA 
TATGCCCTGC AACCTGGTGA GAAGCTAAAG ATTCTTCATG CACTTTGTGG AAAGCTGCTG 
ACATTAGTCT CCACAAGAGA TTATATTGAA GACTACGTGG AAGAGCTGCG GCAAGCAAAA 
CAGGAGTTCA GAGAGCTGAA AGCAGAGCAG AATCGAAGAG AACGAGAAGA GGCCGCTGCC 
AGGATTCGCA AAAGAAAAGA GGATAAGTTG AAAGAACAAG AAATGAAAAT GAAGGATAAA 
CAAGACAGAA TTAAAGATGA GGAGAACAAA GGCTTTTCCA AAGATACTGG AAATGAAGAG 
CAAGATGAGT TAGACACCAG CTCTGAGAAT AAAGATGCTG AGCAAAGGGA CCAGGATTCA 
GCTTCTGATG ACGAAGATGA TGCTAGACCA ACTGACAGAA AAGGAAAAGG AATCAAAGGC 
CAGAGGGGAT TTAAAGATGG AAAGAATAGA AATGGCAATT TCGATGGAGG ACTGGAAAAG 
AAAGAGGTTT TGACTGCAGA GGAGGAAGAG CAGTTGCGGC AGGAGTACCT AAAACGAGAA 
CAGGAATTGG TGGAAAAGAT CCAGCAAGCC ACCGCCTGCA CCAATATATT TCCTCTAGGC 
CGAGATCGCT GGTACAGGCG CTTCTGGACT TTCTTTTCTG TGCCAGGACT CTTTTTAGAA 
GAGGATTACT CTAACCTCAC TGAGGACCTG CTGCAGCCTC AGCCATTTTC TAAACAGGAT 
ACACCTCACA AGGACCTTAC TGTAGTAAAT GGTCATGAAT CATCTACATC ATCTCCCCAG 
GAGGACAAAA AAGAGACAGA CACTCCAAAA CCGGTAAACA GACCAAATCG CTGGTGCTAC 
TACAGTTCTA TAGAGCAACT GGACAAACTG ATAGAAGCTC TGAACACAAG GGGCCACAGG 
GAAAGTGCCT TAAAAGATAC ACTGACACAG GAAAAAAGCA AGATCTGCCA GAGGCTGGAT 
AGTTTCTCTG TTAATCGCTT CCACATTGCA GATAACACTC TACCAACATT AGACTTTAAG 
CCTGCTCGTG GAAAGTCGCT TAATGCATCG GAGAGTTCAC CAGTATCTGC GGAGAAACAG 
CTTGAGCTTC GACTCTGTGA CCTCATTCTG GACATTGAAG ACAGGATTTA TCAGGGAACT 
TTGGGGGCCA TCAAGGTACC AGACAGGCAG TTATGGCGGG CGGCTCTTGA AAAGAACACA 
TATGAACTTC TGAATGATGA AGCAAAGGAA AATGGTTCAT CAAAACCTAT GAACCATGGG 
ATTGAGGAAA TGGAAAATGA CATAAAGCAG AGCGCTAAAG AGAGACTTCT GGGGTTAAAA 
AATGATACTC CTAGTGCTAC ATCTACAAGT ACCAACACTC CCCAGCCAAT GAACAATGCT 
GTTCGGTATC TAGCACGTGC ACTTCTTCAG ATCGAGCAGG GAGTAGAACG CAAATATCTG 
AAAGCTCCTC TTGGAGATGC CGAAGATACT AAAAAAGATA CAAAATCAGA CAAAAAGAAG 
AAAGATGACA AAAAAAAGAA AGATGAGGAC CAAAACAGTG AGAAAGATGA TGTGAGTGAA 
AGTGGACGTG TCCAGAGGAC AGTACTAGAC CGCTGGAGAG AGTCCTTGCT GTCATCTGGG 
AGCTTTTCTC AAATATTCCT TCACTTATCC ACTCTGGATC GTAGCATCTT GTGGTCCCGC 
TCTATTCTCA ATGCACGCTG CAAGGTGTGC CGTAAGAAAG GAGATGGAGA GAGCATGGTG 
CTATGTGATG GCTGTGACAG AGGACACCAT ATCTACTGTG TTAGGCCCAA ACTTAAATAT 
GTTCCAGAAG GAGACTGGTT CTGTCCAGAA TGTCATCCCA AGCAACGTTC CCGCAGGTTG 
CCATCCAGAC AGAGATATTC AATGGATAGC GATGAGGAAG AAGAAGAAGA ACTTGAAGAT 
CAGGAGGAGG AAGAAGAAGA AGAAGAGGAG GAGGAGCAAG AGGAGAGTGA ATCTGAAAAT 
GAGGAGGAAG AAGTTATGTC TGAAGAAGAA AGCCCTCCAA AAAGAGGGCG ACCACCCAGA 
GTGCAATTGC CTTTGAAGAT GAGAGGTGGA AAAGCAGCAG GCAAACCAGG CCCCAAGCCA 
AGAACAGGGA AGCAGAGCAC ACCCAAAAAT ACACCACCGG CACAAAAAGG TAGCGGACGA 
GGAAGAAAAA CACGTTCTGC ACCATCTCTA GAACCTACAT CCCGTCTCTC TGCTTTTGAT 
TCCCCAGCCT ATGCAGTTTC CCCCAATGCT TCTCTTGTAG AGCTGGTTAC TGTAAATGGC 
AGAGGAAGAG GTAGGGGCAG AGGAAGAGGT AGAGGGAGAG GAAGAGGACG ATTGCAGAAA 
TCTGCAGATA ACACTCCATC GAGCAGCCCC TTTGCTTTCC GGCCATTTAG TTTAGACTCC 
AATGAGCCAG CACGTCCCGG AAGAAGGGCA CGGTCACAGA GTTTATTACC TTCGCAGACT 
GAACCCAAAG GAAGAGGCAA AAAGCGCTTA TCTGAAGATA TTTCTTCAGT TGGACAAGGA 
AGTCGGAGAA GCTCAGGAAG GCATCATGGT GTACACGAAT TATCAGCTTG TGAGCAGCTG 
GTTGTAGAGC TGGTGAGGCA TGATGACAGC TGGCCATTTA TGCGGCTGGT GTCTAAAATT 
CAGGTTCCAG ATTACTTTGA CATTATCCAG AAACCTATTG CCTTAAATCT AATCCGTGAA 
AAAGTGAACA AATGTGAATA CAAATGTGCA TCTGAGTTCA TAGATGATGT CCAGTTGATG 
TTTTCCAACT GCTTCGAATA CAACCACCAC AACAGCAGTG AAGCCAAAGC GGGAGTCCGC 
CTCCAGTCTT TCTTCGTCAG TGAGGCTCGG AAGCTGGGAC TAGAAGTCAC TATTAACAAA 
GTTCCTGCCA CCACACCTCC CGCCAAAAGA TCCCGCCTTT AA

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

baz1a ( XM_018096698.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952187.1 Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X4, mRNA.

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CloneID	OXa46350
Clone ID Related Accession (Same CDS sequence)	XM_018096698.1
Accession Version	XM_018096698.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4617bp) 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	bromodomain adjacent to zinc finger domain protein 1A isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAGCA GTGTCCTGAA CCGGTGTGCC AGGAGAGAGG ACATGCCGTT ACTGCACAGA 
AAACCGTTCA TTCGACAACC CCCACCTCCG GATTTACAAC CCACGGAGGA GCTTTTCTAC 
TGCCGAGTTA CAAATGAAAT CTTCCGGGAC TATGATGATT TTTTTGAACG TACTATCCTG 
TGCAACAGCC TTGTATGGAG CTGCTCCCTG ACAGGCAAAT CTGGCCTTAC CTACCAAGAA 
GCACTTGAAT CGGAGAAAAA AGTGAGACAG AGTCTGAAGA CCTTCCCCGA GTCCTTAATC 
GTCCCTATCT TGTACCTCTC CACACTTGTG AGACGCCAGC GGGTGACAGA TTTGTGTGAA 
GAAATATTTG CCTATGTGAA GGACAGATTC TTTGTTGATG AAACAGTGAC TGTGGTGAGA 
AACAGTGGCG CAAGGTTGGA GTGCAAAATC TTGGAAGTTA AACTCCCTCC TCAACAGAAT 
GGAGTGGCTA ATGGCCATGT TAGTAATGAA GATACTATTG TTATCAGTGA TAGTGATGAG 
GAACCACCTA AAGAAATGCC ACAGACTAGG AAGAAAAAGG AGCCAACTAA TCCCTCTTTA 
TGCAAATATA AAGTTAAGCC AATTCAGAAG GAGCTGTATG AATCTGTTAC TGTCAAAGGA 
TCTCAACTCA GTCGAAAACC ATCGCTATTT TCCCAAGACA GATTGAAACT TTTTCTGAAG 
TTGCACTGTG AAGCACATGA AGGAATAATA AAGACTAAGC CAAGTTCAGT CACAAAATAC 
CAAGTTTCTG TGAGAAATTT TCTCAATTAT TTTCCTGAGG AGCCACCGGA TTTTCAGCGC 
TCACCCCCAA ATAAAAAAAT AAGTGGAAGA CCTCTTCCAA ACAAGCACTT AAATCGGGGC 
AATGGATTAG CAAACAAACA GAAACAGATC CAAGCTGCAA AAGAACGAGA GAGAATCTTG 
CAACAGAAAA AGCAACTGAA AGCTATGGAA ATGGAAAAGG CAAGGATGAG AAGAGAACGT 
GCAGTGGATG CAAGGTCCCG CATACAAGAG AAACATATTA AGGAAAGGCA AAAGGAAGAG 
CTGAAAAAAA TAGTAGAGGT GGAAAGGTTA AAGAAGAAAG AAGAGAAAGA GAGGATGAAA 
CTGGAAAAAG AGAAGGAAAG GGAGAAACTT CGTGAGGAAA AGAAGAAATA TGCAGAACGT 
CTCAAACAGT GGAGCAAACC TCGGGATGAT ATGGAGTGTG ATGATCTTAA GGAGCTTCCT 
GAACCCACTC CAGTGAAAAC AAGGCTCCCT CCTGAAAGTT TTGGAGATGC CATCATGGTG 
CTAGAGTTTC TACATGCTTT TGGAGACCTG TTTGACCTTA AGGATGAGTT TCCTGATGGA 
ATGACATTCG ATTTAGCAGA AGCTTTGGAT GAAGATGCTG ATCCAACCAA ATCTGCCCTA 
ACAGCTGTGG CCACTTTAGC AGCAGCATGG CCTCAACTAC ACCAAGGTTG TCGTCTGAAA 
AACTTAGATT TGGACAGCTG CACACTGTCG GAGATCCTGA GGTTACACAT TTTGGCATCT 
GGTGCTGATG CAACTTTTGC CAATGCAAAG TATCGATACC AAAAGCAAGG GGGATTTGAT 
GCTACAGATG ATGCTTGTGT GGAACTACGG CTCAGCCATC CTGCCATTCT GAAGAAGCTT 
TCCACTGTAT CTGTATATGC CCTGCAACCT GGTGAGAAGC TAAAGATTCT TCATGCACTT 
TGTGGAAAGC TGCTGACATT AGTCTCCACA AGAGATTATA TTGAAGACTA CGTGGAAGAG 
CTGCGGCAAG CAAAACAGGA GTTCAGAGAG CTGAAAGCAG AGCAGAATCG AAGAGAACGA 
GAAGAGGCCG CTGCCAGGAT TCGCAAAAGA AAAGAGGATA AGTTGAAAGA ACAAGAAATG 
AAAATGAAGG ATAAACAAGA CAGAATTAAA GATGAGGAGA ACAAAGGCTT TTCCAAAGAT 
ACTGGAAATG AAGAGCAAGA TGAGTTAGAC ACCAGCTCTG AGAATAAAGA TGCTGAGCAA 
AGGGACCAGG ATTCAGCTTC TGATGACGAA GATGATGCTA GACCAACTGA CAGAAAAGGA 
AAAGGAATCA AAGGCCAGAG GGGATTTAAA GATGGAAAGA ATAGAAATGG CAATTTCGAT 
GGAGGACTGG AAAAGAAAGA GGTTTTGACT GCAGAGGAGG AAGAGCAGTT GCGGCAGGAG 
TACCTAAAAC GAGAACAGGA ATTGGTGGAA AAGATCCAGC AAGCCACCGC CTGCACCAAT 
ATATTTCCTC TAGGCCGAGA TCGCTGGTAC AGGCGCTTCT GGACTTTCTT TTCTGTGCCA 
GGACTCTTTT TAGAAGAGGA TTACTCTAAC CTCACTGAGG ACCTGCTGCA GCCTCAGCCA 
TTTTCTAAAC AGGATACACC TCACAAGGAC CTTACTGTAG TAAATGGTCA TGAATCATCT 
ACATCATCTC CCCAGGAGGA CAAAAAAGAG ACAGACACTC CAAAACCGGT AAACAGACCA 
AATCGCTGGT GCTACTACAG TTCTATAGAG CAACTGGACA AACTGATAGA AGCTCTGAAC 
ACAAGGGGCC ACAGGGAAAG TGCCTTAAAA GATACACTGA CACAGGAAAA AAGCAAGATC 
TGCCAGAGGC TGGATAGTTT CTCTGTTAAT CGCTTCCACA TTGCAGATAA CACTCTACCA 
ACATTAGACT TTAAGCCTGC TCGTGGAAAG TCGCTTAATG CATCGGAGAG TTCACCAGTA 
TCTGCGGAGA AACAGCTTGA GCTTCGACTC TGTGACCTCA TTCTGGACAT TGAAGACAGG 
ATTTATCAGG GAACTTTGGG GGCCATCAAG GTACCAGACA GGCAGTTATG GCGGGCGGCT 
CTTGAAAAGA ACACATATGA ACTTCTGAAT GATGAAGCAA AGGAAAATGG TTCATCAAAA 
CCTATGAACC ATGGGATTGA GGAAATGGAA AATGACATAA AGCAGAGCGC TAAAGAGAGA 
CTTCTGGGGT TAAAAAATGA TACTCCTAGT GCTACATCTA CAAGTACCAA CACTCCCCAG 
CCAATGAACA ATGCTGTTCG GTATCTAGCA CGTGCACTTC TTCAGATCGA GCAGGGAGTA 
GAACGCAAAT ATCTGAAAGC TCCTCTTGGA GATGCCGAAG ATACTAAAAA AGATACAAAA 
TCAGACAAAA AGAAGAAAGA TGACAAAAAA AAGAAAGATG AGGACCAAAA CAGTGAGAAA 
GATGATGTGA GTGAAAGTGG ACGTGTCCAG AGGACAGTAC TAGACCGCTG GAGAGAGTCC 
TTGCTGTCAT CTGGGAGCTT TTCTCAAATA TTCCTTCACT TATCCACTCT GGATCGTAGC 
ATCTTGTGGT CCCGCTCTAT TCTCAATGCA CGCTGCAAGG TGTGCCGTAA GAAAGGAGAT 
GGAGAGAGCA TGGTGCTATG TGATGGCTGT GACAGAGGAC ACCATATCTA CTGTGTTAGG 
CCCAAACTTA AATATGTTCC AGAAGGAGAC TGGTTCTGTC CAGAATGTCA TCCCAAGCAA 
CGTTCCCGCA GGTTGCCATC CAGACAGAGA TATTCAATGG ATAGCGATGA GGAAGAAGAA 
GAAGAACTTG AAGATCAGGA GGAGGAAGAA GAAGAAGAAG AGGAGGAGGA GCAAGAGGAG 
AGTGAATCTG AAAATGAGGA GGAAGAAGTT ATGTCTGAAG AAGAAAGCCC TCCAAAAAGA 
GGGCGACCAC CCAGAGTGCA ATTGCCTTTG AAGATGAGAG GTGGAAAAGC AGCAGGCAAA 
CCAGGCCCCA AGCCAAGAAC AGGGAAGCAG AGCACACCCA AAAATACACC ACCGGCACAA 
AAAGGTAGCG GACGAGGAAG AAAAACACGT TCTGCACCAT CTCTAGAACC TACATCCCGT 
CTCTCTGCTT TTGATTCCCC AGCCTATGCA GTTTCCCCCA ATGCTTCTCT TGTAGAGCTG 
GTTACTGTAA ATGGCAGAGG AAGAGGTAGG GGCAGAGGAA GAGGTAGAGG GAGAGGAAGA 
GGACGATTGC AGAAATCTGC AGATAACACT CCATCGAGCA GCCCCTTTGC TTTCCGGCCA 
TTTAGTTTAG ACTCCAATGA GCCAGCACGT CCCGGAAGAA GGGCACGGTC ACAGAGTTTA 
TTACCTTCGC AGACTGAACC CAAAGGAAGA GGCAAAAAGC GCTTATCTGA AGATATTTCT 
TCAGTTGGAC AAGGAAGTCG GAGAAGCTCA GGAAGGCATC ATGGTGTACA CGAATTATCA 
GCTTGTGAGC AGCTGGTTGT AGAGCTGGTG AGGCATGATG ACAGCTGGCC ATTTATGCGG 
CTGGTGTCTA AAATTCAGGT TCCAGATTAC TTTGACATTA TCCAGAAACC TATTGCCTTA 
AATCTAATCC GTGAAAAAGT GAACAAATGT GAATACAAAT GTGCATCTGA GTTCATAGAT 
GATGTCCAGT TGATGTTTTC CAACTGCTTC GAATACAACC ACCACAACAG CAGTGAAGCC 
AAAGCGGGAG TCCGCCTCCA GTCTTTCTTC GTCAGTGAGG CTCGGAAGCT GGGACTAGAA 
GTCACTATTA ACAAAGTTCC TGCCACCACA CCTCCCGCCA AAAGATCCCG CCTTTAA

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

RefSeq	XP_017952187.1
CDS	6..4622
Translation	MESSVLNRCARREDMPLLHRKPFIRQPPPPDLQPTEELFYCRVTNEIFRDYDDFFERTILCNSLVWSCSLTGKSGLTYQEALESEKKVRQSLKTFPESLIVPILYLSTLVRRQRVTDLCEEIFAYVKDRFFVDETVTVVRNSGARLECKILEVKLPPQQNGVANGHVSNEDTIVISDSDEEPPKEMPQTRKKKEPTNPSLCKYKVKPIQKELYESVTVKGSQLSRKPSLFSQDRLKLFLKLHCEAHEGIIKTKPSSVTKYQVSVRNFLNYFPEEPPDFQRSPPNKKISGRPLPNKHLNRGNGLANKQKQIQAAKERERILQQKKQLKAMEMEKARMRRERAVDARSRIQEKHIKERQKEELKKIVEVERLKKKEEKERMKLEKEKEREKLREEKKKYAERLKQWSKPRDDMECDDLKELPEPTPVKTRLPPESFGDAIMVLEFLHAFGDLFDLKDEFPDGMTFDLAEALDEDADPTKSALTAVATLAAAWPQLHQGCRLKNLDLDSCTLSEILRLHILASGADATFANAKYRYQKQGGFDATDDACVELRLSHPAILKKLSTVSVYALQPGEKLKILHALCGKLLTLVSTRDYIEDYVEELRQAKQEFRELKAEQNRREREEAAARIRKRKEDKLKEQEMKMKDKQDRIKDEENKGFSKDTGNEEQDELDTSSENKDAEQRDQDSASDDEDDARPTDRKGKGIKGQRGFKDGKNRNGNFDGGLEKKEVLTAEEEEQLRQEYLKREQELVEKIQQATACTNIFPLGRDRWYRRFWTFFSVPGLFLEEDYSNLTEDLLQPQPFSKQDTPHKDLTVVNGHESSTSSPQEDKKETDTPKPVNRPNRWCYYSSIEQLDKLIEALNTRGHRESALKDTLTQEKSKICQRLDSFSVNRFHIADNTLPTLDFKPARGKSLNASESSPVSAEKQLELRLCDLILDIEDRIYQGTLGAIKVPDRQLWRAALEKNTYELLNDEAKENGSSKPMNHGIEEMENDIKQSAKERLLGLKNDTPSATSTSTNTPQPMNNAVRYLARALLQIEQGVERKYLKAPLGDAEDTKKDTKSDKKKKDDKKKKDEDQNSEKDDVSESGRVQRTVLDRWRESLLSSGSFSQIFLHLSTLDRSILWSRSILNARCKVCRKKGDGESMVLCDGCDRGHHIYCVRPKLKYVPEGDWFCPECHPKQRSRRLPSRQRYSMDSDEEEEEELEDQEEEEEEEEEEEQEESESENEEEEVMSEEESPPKRGRPPRVQLPLKMRGGKAAGKPGPKPRTGKQSTPKNTPPAQKGSGRGRKTRSAPSLEPTSRLSAFDSPAYAVSPNASLVELVTVNGRGRGRGRGRGRGRGRGRLQKSADNTPSSSPFAFRPFSLDSNEPARPGRRARSQSLLPSQTEPKGRGKKRLSEDISSVGQGSRRSSGRHHGVHELSACEQLVVELVRHDDSWPFMRLVSKIQVPDYFDIIQKPIALNLIREKVNKCEYKCASEFIDDVQLMFSNCFEYNHHNSSEAKAGVRLQSFFVSEARKLGLEVTINKVPATTPPAKRSRL

Target ORF information:

RefSeq Version	XM_018096698.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis bromodomain adjacent to zinc finger domain 1A (baz1a), transcript variant X4, mRNA.

Target ORF information:

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

XM_018096698.1

ORF Insert Sequence:

ATGGAGAGCA GTGTCCTGAA CCGGTGTGCC AGGAGAGAGG ACATGCCGTT ACTGCACAGA 
AAACCGTTCA TTCGACAACC CCCACCTCCG GATTTACAAC CCACGGAGGA GCTTTTCTAC 
TGCCGAGTTA CAAATGAAAT CTTCCGGGAC TATGATGATT TTTTTGAACG TACTATCCTG 
TGCAACAGCC TTGTATGGAG CTGCTCCCTG ACAGGCAAAT CTGGCCTTAC CTACCAAGAA 
GCACTTGAAT CGGAGAAAAA AGTGAGACAG AGTCTGAAGA CCTTCCCCGA GTCCTTAATC 
GTCCCTATCT TGTACCTCTC CACACTTGTG AGACGCCAGC GGGTGACAGA TTTGTGTGAA 
GAAATATTTG CCTATGTGAA GGACAGATTC TTTGTTGATG AAACAGTGAC TGTGGTGAGA 
AACAGTGGCG CAAGGTTGGA GTGCAAAATC TTGGAAGTTA AACTCCCTCC TCAACAGAAT 
GGAGTGGCTA ATGGCCATGT TAGTAATGAA GATACTATTG TTATCAGTGA TAGTGATGAG 
GAACCACCTA AAGAAATGCC ACAGACTAGG AAGAAAAAGG AGCCAACTAA TCCCTCTTTA 
TGCAAATATA AAGTTAAGCC AATTCAGAAG GAGCTGTATG AATCTGTTAC TGTCAAAGGA 
TCTCAACTCA GTCGAAAACC ATCGCTATTT TCCCAAGACA GATTGAAACT TTTTCTGAAG 
TTGCACTGTG AAGCACATGA AGGAATAATA AAGACTAAGC CAAGTTCAGT CACAAAATAC 
CAAGTTTCTG TGAGAAATTT TCTCAATTAT TTTCCTGAGG AGCCACCGGA TTTTCAGCGC 
TCACCCCCAA ATAAAAAAAT AAGTGGAAGA CCTCTTCCAA ACAAGCACTT AAATCGGGGC 
AATGGATTAG CAAACAAACA GAAACAGATC CAAGCTGCAA AAGAACGAGA GAGAATCTTG 
CAACAGAAAA AGCAACTGAA AGCTATGGAA ATGGAAAAGG CAAGGATGAG AAGAGAACGT 
GCAGTGGATG CAAGGTCCCG CATACAAGAG AAACATATTA AGGAAAGGCA AAAGGAAGAG 
CTGAAAAAAA TAGTAGAGGT GGAAAGGTTA AAGAAGAAAG AAGAGAAAGA GAGGATGAAA 
CTGGAAAAAG AGAAGGAAAG GGAGAAACTT CGTGAGGAAA AGAAGAAATA TGCAGAACGT 
CTCAAACAGT GGAGCAAACC TCGGGATGAT ATGGAGTGTG ATGATCTTAA GGAGCTTCCT 
GAACCCACTC CAGTGAAAAC AAGGCTCCCT CCTGAAAGTT TTGGAGATGC CATCATGGTG 
CTAGAGTTTC TACATGCTTT TGGAGACCTG TTTGACCTTA AGGATGAGTT TCCTGATGGA 
ATGACATTCG ATTTAGCAGA AGCTTTGGAT GAAGATGCTG ATCCAACCAA ATCTGCCCTA 
ACAGCTGTGG CCACTTTAGC AGCAGCATGG CCTCAACTAC ACCAAGGTTG TCGTCTGAAA 
AACTTAGATT TGGACAGCTG CACACTGTCG GAGATCCTGA GGTTACACAT TTTGGCATCT 
GGTGCTGATG CAACTTTTGC CAATGCAAAG TATCGATACC AAAAGCAAGG GGGATTTGAT 
GCTACAGATG ATGCTTGTGT GGAACTACGG CTCAGCCATC CTGCCATTCT GAAGAAGCTT 
TCCACTGTAT CTGTATATGC CCTGCAACCT GGTGAGAAGC TAAAGATTCT TCATGCACTT 
TGTGGAAAGC TGCTGACATT AGTCTCCACA AGAGATTATA TTGAAGACTA CGTGGAAGAG 
CTGCGGCAAG CAAAACAGGA GTTCAGAGAG CTGAAAGCAG AGCAGAATCG AAGAGAACGA 
GAAGAGGCCG CTGCCAGGAT TCGCAAAAGA AAAGAGGATA AGTTGAAAGA ACAAGAAATG 
AAAATGAAGG ATAAACAAGA CAGAATTAAA GATGAGGAGA ACAAAGGCTT TTCCAAAGAT 
ACTGGAAATG AAGAGCAAGA TGAGTTAGAC ACCAGCTCTG AGAATAAAGA TGCTGAGCAA 
AGGGACCAGG ATTCAGCTTC TGATGACGAA GATGATGCTA GACCAACTGA CAGAAAAGGA 
AAAGGAATCA AAGGCCAGAG GGGATTTAAA GATGGAAAGA ATAGAAATGG CAATTTCGAT 
GGAGGACTGG AAAAGAAAGA GGTTTTGACT GCAGAGGAGG AAGAGCAGTT GCGGCAGGAG 
TACCTAAAAC GAGAACAGGA ATTGGTGGAA AAGATCCAGC AAGCCACCGC CTGCACCAAT 
ATATTTCCTC TAGGCCGAGA TCGCTGGTAC AGGCGCTTCT GGACTTTCTT TTCTGTGCCA 
GGACTCTTTT TAGAAGAGGA TTACTCTAAC CTCACTGAGG ACCTGCTGCA GCCTCAGCCA 
TTTTCTAAAC AGGATACACC TCACAAGGAC CTTACTGTAG TAAATGGTCA TGAATCATCT 
ACATCATCTC CCCAGGAGGA CAAAAAAGAG ACAGACACTC CAAAACCGGT AAACAGACCA 
AATCGCTGGT GCTACTACAG TTCTATAGAG CAACTGGACA AACTGATAGA AGCTCTGAAC 
ACAAGGGGCC ACAGGGAAAG TGCCTTAAAA GATACACTGA CACAGGAAAA AAGCAAGATC 
TGCCAGAGGC TGGATAGTTT CTCTGTTAAT CGCTTCCACA TTGCAGATAA CACTCTACCA 
ACATTAGACT TTAAGCCTGC TCGTGGAAAG TCGCTTAATG CATCGGAGAG TTCACCAGTA 
TCTGCGGAGA AACAGCTTGA GCTTCGACTC TGTGACCTCA TTCTGGACAT TGAAGACAGG 
ATTTATCAGG GAACTTTGGG GGCCATCAAG GTACCAGACA GGCAGTTATG GCGGGCGGCT 
CTTGAAAAGA ACACATATGA ACTTCTGAAT GATGAAGCAA AGGAAAATGG TTCATCAAAA 
CCTATGAACC ATGGGATTGA GGAAATGGAA AATGACATAA AGCAGAGCGC TAAAGAGAGA 
CTTCTGGGGT TAAAAAATGA TACTCCTAGT GCTACATCTA CAAGTACCAA CACTCCCCAG 
CCAATGAACA ATGCTGTTCG GTATCTAGCA CGTGCACTTC TTCAGATCGA GCAGGGAGTA 
GAACGCAAAT ATCTGAAAGC TCCTCTTGGA GATGCCGAAG ATACTAAAAA AGATACAAAA 
TCAGACAAAA AGAAGAAAGA TGACAAAAAA AAGAAAGATG AGGACCAAAA CAGTGAGAAA 
GATGATGTGA GTGAAAGTGG ACGTGTCCAG AGGACAGTAC TAGACCGCTG GAGAGAGTCC 
TTGCTGTCAT CTGGGAGCTT TTCTCAAATA TTCCTTCACT TATCCACTCT GGATCGTAGC 
ATCTTGTGGT CCCGCTCTAT TCTCAATGCA CGCTGCAAGG TGTGCCGTAA GAAAGGAGAT 
GGAGAGAGCA TGGTGCTATG TGATGGCTGT GACAGAGGAC ACCATATCTA CTGTGTTAGG 
CCCAAACTTA AATATGTTCC AGAAGGAGAC TGGTTCTGTC CAGAATGTCA TCCCAAGCAA 
CGTTCCCGCA GGTTGCCATC CAGACAGAGA TATTCAATGG ATAGCGATGA GGAAGAAGAA 
GAAGAACTTG AAGATCAGGA GGAGGAAGAA GAAGAAGAAG AGGAGGAGGA GCAAGAGGAG 
AGTGAATCTG AAAATGAGGA GGAAGAAGTT ATGTCTGAAG AAGAAAGCCC TCCAAAAAGA 
GGGCGACCAC CCAGAGTGCA ATTGCCTTTG AAGATGAGAG GTGGAAAAGC AGCAGGCAAA 
CCAGGCCCCA AGCCAAGAAC AGGGAAGCAG AGCACACCCA AAAATACACC ACCGGCACAA 
AAAGGTAGCG GACGAGGAAG AAAAACACGT TCTGCACCAT CTCTAGAACC TACATCCCGT 
CTCTCTGCTT TTGATTCCCC AGCCTATGCA GTTTCCCCCA ATGCTTCTCT TGTAGAGCTG 
GTTACTGTAA ATGGCAGAGG AAGAGGTAGG GGCAGAGGAA GAGGTAGAGG GAGAGGAAGA 
GGACGATTGC AGAAATCTGC AGATAACACT CCATCGAGCA GCCCCTTTGC TTTCCGGCCA 
TTTAGTTTAG ACTCCAATGA GCCAGCACGT CCCGGAAGAA GGGCACGGTC ACAGAGTTTA 
TTACCTTCGC AGACTGAACC CAAAGGAAGA GGCAAAAAGC GCTTATCTGA AGATATTTCT 
TCAGTTGGAC AAGGAAGTCG GAGAAGCTCA GGAAGGCATC ATGGTGTACA CGAATTATCA 
GCTTGTGAGC AGCTGGTTGT AGAGCTGGTG AGGCATGATG ACAGCTGGCC ATTTATGCGG 
CTGGTGTCTA AAATTCAGGT TCCAGATTAC TTTGACATTA TCCAGAAACC TATTGCCTTA 
AATCTAATCC GTGAAAAAGT GAACAAATGT GAATACAAAT GTGCATCTGA GTTCATAGAT 
GATGTCCAGT TGATGTTTTC CAACTGCTTC GAATACAACC ACCACAACAG CAGTGAAGCC 
AAAGCGGGAG TCCGCCTCCA GTCTTTCTTC GTCAGTGAGG CTCGGAAGCT GGGACTAGAA 
GTCACTATTA ACAAAGTTCC TGCCACCACA CCTCCCGCCA AAAGATCCCG CCTTTAA

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

PubMed

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baz1a cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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FAX

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