BTAF1 cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin)

Gene
Clones
gRNAs

Summary

Gene Symbol	BTAF1
Entrez Gene ID	108492061
Full Name	B-TFIID TATA-box binding protein associated factor 1
Gene Type	protein-coding
Organism	Lepidothrix coronata(blue-crowned manakin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017803891.1	XP_017659380.1	TATA-binding protein-associated factor 172 isoform X2
XM_017803890.1	XP_017659379.1	TATA-binding protein-associated factor 172 isoform X1

Pathways from BioSystems
Gene Ontology

The following BTAF1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BTAF1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OLe50626	XM_017803890.1 Latest version!	Lepidothrix coronata B-TFIID TATA-box binding protein associated factor 1 (BTAF1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OLe50627	XM_017803891.1 Latest version!	Lepidothrix coronata B-TFIID TATA-box binding protein associated factor 1 (BTAF1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

BTAF1 ( XM_017803890.1 ) cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin) -> XP_017659379.1 Lepidothrix coronata B-TFIID TATA-box binding protein associated factor 1 (BTAF1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OLe50626
Clone ID Related Accession (Same CDS sequence)	XM_017803890.1
Accession Version	XM_017803890.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5649bp) 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	2016-08-10
Organism	Lepidothrix coronata(blue-crowned manakin)
Product	TATA-binding protein-associated factor 172 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016690188.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Lepidothrix coronata Annotation Release 100 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##

ATGGGGACCC AGACAAAACA GATGACAAAA AGGAACCAGA TTGTTTTGCT GGAACTGCAG 
TTTATCATAA TTCCTGCAAG TACCCAGTGC CTAAGACCCA CCACCAATAT TTTCCCCACA 
CTTATTTTTA TCAGGCTTGA TCGTCTCTTT ATTTTACTGG ACACCGGTAC AACACCAGTA 
ACAAGAAAAG CAGCTGCACA GCAACTTGGG GAAGTAGTGA AACTGCATCC TCATGAACTG 
AATAATCTCT TATCTAAAGT GTTAGTGTAT TTAAGAAGTA CGAACTGGGA TACTCGTATT 
GCAGCTGGCC AGGCTGTTGA AGCAATAGTG AAAAATGTAC CTGAGTGGAA TCCAACTCCA 
AGATCAAAAC AAGAACCAGG CTCAGAAAGT CCTGTGGAAG ATTCCCCTTC AACAGATCGG 
TTGCGTTTTG ACAGATTTGA TATCTGTCGG TTGTTAAAAC ATGGTGCATC TCTTCTTGGA 
TCTGCTGGTG CAGAATTCGA AGTCCAAGAT GATAAATCAG GTGAGATTGA TCCTAAAGAG 
AGGATAGCGC GCCAGAGGAA ACTGCTGCAA AAGAAACTTG GCTTGGATAT GGGCGCTGCG 
ATTGGAATGA ATACTGAGGA TCTGTTCAAT GATGAAGATC TGGACTATTC CCCTTCTTCA 
GTTTTACTAG TAAACAAACA ACCTACTCTT CAGGCTGCTG AGTTAATTGA CTCAGAATTT 
CGAGCTGGTA TGAGCAGTAG ACAAAAGAAT AAAGCCAAAA GAATGGCTAA GCTATTTGCA 
AAGCAAAGAT CCAGAGATGC AGTGGAAGCT AATGAGAAGA GCAATGATAG CACCGATGGG 
GAACCAGAAG AAAAGAGAAA AAAAGTTGCA AATGTTGTCA TCAACCAGCC TGCTACAGAC 
TCAAAAACAT TGGTAGAAAA TGTTCAAGAA GAGGCAAATG AGTGGCCTCT GGAAAGCTTT 
TGTGAAGAGG TGTGCAATGA CCTCTTCAAC CCTTCTTGGG AGGTTCGACA TGGTGCAGGT 
ACTGGACTGA GAGAGATACT TAAAGCTCAT GGTAAAAGTG GTGGTAAAAT GGGAGATAGC 
TCTCTAGAGG AGATGATTCA GCAGCATCAG GAGTGGCTAG AAGACTTGGT TATTAGACTT 
CTTTGTGTGT TTGCATTAGA CCGATTTGGA GACTTTGTTT CAGATGAAGT GGTAGCACCA 
GTACGTGAGA CTTGTGCTCA GACTTTGGGA GTAGTATTGA AACACATGAA TGAGACTGGA 
GTTCATAAAA CTGTGGATGT TCTCCTGAAG CTGCTTACGC AGGAACAGTG GGAAGTGAGA 
CATGGTGGTC TCCTAGGAAT AAAGTATGCT TTGGCAGTAC GTCAGGACAT GATCAATACT 
TTGTTGCCTA AAGTATTGCC TGCAATAATT GAAGGTCTGC AAGATCTGGA TGATGATGTC 
CGAGCTGTTG CTGCAGCATC TTTAGTACCA GTAGTGGAAA GCCTGGTCCA GCTTCAGTCT 
CAGAAGGTGC CTTTTATTCT TAATACCTTG TGGGATGCAC TTCTGGAGTT GGATGACTTG 
ACAGCTTCCA CGAACAGTAT CATGATCCTT CTTTCATCCC TTCTGACTTA CCCTCAGGTC 
CGCAAATGCA GTATTCAGCA GTCACTCACA GTTCTGGTCC CACGTGTGTG GCCATTCTTG 
CACCACACTA TATCTTCTGT GAGAAAAGCA GCTCTGGAAA CGTTATTCAC GCTCTTGTCT 
ACCCAAGACC AGAGTTCTTC AACATGGTTG ACTCCAATTC TGCAAGACAT GTTGAGGCAC 
ATATTTCAGT TTTGTATCTT GGAAAGCAAC CAAGAAATTC TGGATCTTAT TCACAAGGTG 
TGGCTGGAAC TGTTAAACAA GGCATCTGTA CAGTATGTGG TTGCAGCTGC TTGTCCATGG 
ATGGGAGCCT GGCTCTGCTT AATGATGCAG CCATCTCATT TGCCCATTGA CTTAAACATG 
TTGCTAGAAG TAAAAACTAG ATCAAAAGAA AAGGCAGGTG CTAAACTGCG TCAAGGTCAA 
ACCCAGAATA AGGAAGTGAT TCAGGAATAT ATTGCTGGGG CAGACAGCAT TGCAGAAGAT 
CCAGCAACAA GGGATTATGT TGTCATGCGT GCTCGGATGA TGGCAGCAAA GTTGCTGGGA 
GCACTTTGTT GCTGCATTTG TGACCCAGGT GTAAATACTG TTACTCAAGA AATAAAGCCA 
GCTGAATCAT TAGCTCAGCT CCTGCTCTTC CACTTGAATT CTAAATCTGC CTTGCAGAGG 
ATTAGTGTTG CGTTAGTAAT CTGTGAGTGG GCAGCCTTGC AAAAGGAGTG TACAACTGTG 
GCTATTTGTG TGCAGCCTCG TTTACTTGGG GTCCTTTCTG AACATCTCTA TTACGATGAA 
ATTGCTGTTC CTTTTACCAG AATGCAAAAT GAATGTAAAC AACTCATCTC ATTGTTAGCT 
GATGCACACA TTGACATTGG AAACAGAGTA AACTGTAGTG TGTTTACAAT AGATCAAGCT 
AATGAGCTGG TTACTTCCGT TTTCAATGAA GTGACATCAT CCTTTACTTT GAATCCTAAA 
GTTCTACAGC AGTTGGACAG TAAGCGACAG CAGGTCCAAA TGACTGTTAC AGAAACAAAT 
CAAGAATGGC AAGTGCTGCA TCTGCGAGTG CACACATTTG CTGCATGTGC AGTTGTGAAC 
TTGCAGCAAC TTCCAGAAAA ACTAAATCCT GTTATAAAAC CCTTAATGGA AGCTATCAAA 
AAAGAGGAGA ATACACTTGT ACAAAACTAT GTGGCTTCAT GTATAGCAAA GTTGCTTCAG 
CAGTGTACGA CAAGATCTCC CTGTCCCAAC TCAAAGATTA TAAAAAATCT CTGCAACTCC 
CTCTGTGTGG ATCCACATCT TACCCCACTA GCAGCATGTC CTGCACAGCC TCAGAGTAGC 
CATGAAAACT CAAAAGGGCC CAACTCTGAT AAAGATGGGA TGCAGCATAC AGTTACTAAG 
CACAGGGGAA TAATTACACT CTACAGACAT CAGAAAGCTG CTTTTGCCAT CACAAGTCGG 
CGAGGTCCTA CTCCAAAAGC TCCAAAAGCC CCTATTGCAG ATCTCCCCAC AGGCAGCAGT 
GGAAGCATTC CTACAGAGCT CGATGAGGCT CAGAAACCTT ATGTTGTACA GAGAAGAGGA 
GCTGAATTTG CCTTATCTAC TATAGCTAAA CACTTTGGTG CTGAAATGGC AACAGGATTG 
CCACATCTCT GGGATGCTAT GGTTGGTTCA TTACGGAACA ACATTCACAT AAATAATTTT 
GACCGGAAGT CATTACTGGA AAAAGGAGAT GCTCCTGCCC AGGAGCTGGT AAATTCCTTG 
CAGGTTTTTG AAACAACAGC AGCTTCAATG GATACTCAGC TACATCCTCT GTTAATACAG 
CATTTGCCTC ACCTTTACAT GTGCCTTCAA CATCCCAGCA CTGCCGTGAG ACACATGGCT 
TCCCGTTGCG TGGGTGTTAT GAGTAAAATA GCTACCATGG AAACAATGAA TATCTTTCTA 
GAGAAAGTTC TACCATGGCT GGGAGCAATA GATGACAACA CCAAACAAGA AGGTGCAATT 
GAAGCACTGG CATGTGTAAT GGAGCAGCTG GATGTTGGTA TTGTTCCATA CATTGTTCTT 
CTGGTGGTTC CTGTTCTGGG TAGAATGAGT GATCAGACAA ACAGCGTACG TTTTATGGCT 
ACTCAGTGCT TTGCAACATT AATTAGACTA ATGCCTCTTG AGGCTGGTAT ACCAGATCCA 
CCAAACATGT CCGAAGAATT AATCAGGATG AAAGCTAAAG AACGTCACTT TCTGGAACAA 
TTACTGGATG GAAAAAAACT GGAAAACTAT GAAATTCCAG TACCAATCAA AGCAGAGCTC 
AGAAAATATC AGCAGGATGG AGTGAACTGG CTGGCATTTC TCAATAAATA CAAACTTCAT 
GGAATTCTTT GTGATGACAT GGGCTTGGGA AAAACTCTAC AGTCCATTTG CATTCTTGCA 
GGTGATCATT GCCTCAGGGC TCAGGAATAC GCAAGAACAA AACTAGTGGA CAGTGTTCCT 
CTTCCCTCGC TGGTGGTGTG CCCTCCTACA CTCACAGGAC ACTGGGTGGA TGAAGTAGGC 
AAATTTTGCT CGAAAGAATA TCTTAATCCA CTGCACTACA CAGGACCTCC TACTGAGAGA 
GCAAGATTGC AACACCAGGT GAAAAGACAC AATCTCATAG TGGCTTCATA TGATGTTGTA 
AGAAATGACA TCGACTTCTT CAGAAATATT AAGTTTAATT ACTGCATTCT TGATGAAGGC 
CATGTAATAA AAAATGGAAA AACAAAGCTG TCAAAAGCAG TAAAACAGCT GACTGCTAAT 
TACAGGATAA TTCTTTCTGG GACACCAATC CAGAACAACG TCTTAGAGTT GTGGTCATTG 
TTTGACTTCC TTATGCCAGG ATTTTTGGGC ACTGAACGCC AGTTTGCAGC TCGTTATGGC 
AAACCAATAC TGGCAAGTAG GGATGCCCGA AGCTCCAGTC GAGAACAAGA GGCTGGGGTT 
CTTGCAATGG AAGCACTGCA CCGCCAAGTT CTGCCATTCC TGCTAAGGAG AATGAAAGAG 
GATGTGCTGC AAGACCTCCC ACCCAAAATT ATTCAAGATT ATTACTGTAT TCTCAGTCCT 
CTACAGGTTC AGCTTTATGA AGATTTTGCC AAGTCTCGTG CCAAATGTGA TATTGATGAA 
ACCGTTTCTT CACTGAATGA AGAGACTGAA AAACCAAAGC TTAAAGCTAC AGGTCATGTA 
TTTCAGGCAT TGCAATACTT ACGGAAGCTA TGCAACCATC CAGCCTTAGT GCTAACAACC 
CAACATCCGG AATATAAAAG AATTACAGAG CAACTTGCAG CTCAGAATTC ATCCCTTCGA 
GATATCCAAC ATGCACCTAA ACTGTCTGCT TTAAAACAAC TGCTGCTTGA TTGTGGTTTG 
GGGAATGGTG GATCTTCAGA AAGCGGTACA GAAGCTGTTG TGGCCCAGCA CAGAGTACTT 
ATCTTCTGCC AACTTAAAAG TATGCTGGAT ATAGTGGAGC ATGACCTTCT CAGACCTCAG 
TTACCTTCAG TCACTTACTT ACGACTAGAT GGCAGCATCC CTGCTGGTCA GAGGCATTCC 
ATTGTTTCAC GGTTTAATAA TGACCCATCT ATAGATGTTC TTCTGCTCAC CACTCATGTT 
GGTGGATTGG GACTTAACTT AACAGGGGCT GATACAGTAG TATTTGTGGA ACATGACTGG 
AACCCAATGA GAGACCTGCA AGCCATGGAT CGGGCACATC GCATTGGGCA GAAACGTGTT 
GTTAATGTGT ATCGCCTGAT AACCCGGGGA ACTCTGGAGG AGAAGATCAT GGGTCTTCAA 
AAGTTCAAAA TGAATATTGC AAATACAGTG ATCAGCCAAG AAAATGCAAG CTTACAGAGC 
ATGGGAACAG AGCAGCTTCT TGATCTGTTC ACTCTTGACA AGGATGGGAA AACTGAAAAA 
GCAGATACCT CTACCTCTTC TGGGAAAGCA TCAATGAAAT CAGTACTCGA AAACCTTGGA 
GAACTTTGGG ATCAAGAGCA GTATGACACT GAATACAGTC TTGAAAACTT TATGCATTCG 
TTAAAGTAA

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

RefSeq	XP_017659379.1
CDS	492..6140
Translation	MGTQTKQMTKRNQIVLLELQFIIIPASTQCLRPTTNIFPTLIFIRLDRLFILLDTGTTPVTRKAAAQQLGEVVKLHPHELNNLLSKVLVYLRSTNWDTRIAAGQAVEAIVKNVPEWNPTPRSKQEPGSESPVEDSPSTDRLRFDRFDICRLLKHGASLLGSAGAEFEVQDDKSGEIDPKERIARQRKLLQKKLGLDMGAAIGMNTEDLFNDEDLDYSPSSVLLVNKQPTLQAAELIDSEFRAGMSSRQKNKAKRMAKLFAKQRSRDAVEANEKSNDSTDGEPEEKRKKVANVVINQPATDSKTLVENVQEEANEWPLESFCEEVCNDLFNPSWEVRHGAGTGLREILKAHGKSGGKMGDSSLEEMIQQHQEWLEDLVIRLLCVFALDRFGDFVSDEVVAPVRETCAQTLGVVLKHMNETGVHKTVDVLLKLLTQEQWEVRHGGLLGIKYALAVRQDMINTLLPKVLPAIIEGLQDLDDDVRAVAAASLVPVVESLVQLQSQKVPFILNTLWDALLELDDLTASTNSIMILLSSLLTYPQVRKCSIQQSLTVLVPRVWPFLHHTISSVRKAALETLFTLLSTQDQSSSTWLTPILQDMLRHIFQFCILESNQEILDLIHKVWLELLNKASVQYVVAAACPWMGAWLCLMMQPSHLPIDLNMLLEVKTRSKEKAGAKLRQGQTQNKEVIQEYIAGADSIAEDPATRDYVVMRARMMAAKLLGALCCCICDPGVNTVTQEIKPAESLAQLLLFHLNSKSALQRISVALVICEWAALQKECTTVAICVQPRLLGVLSEHLYYDEIAVPFTRMQNECKQLISLLADAHIDIGNRVNCSVFTIDQANELVTSVFNEVTSSFTLNPKVLQQLDSKRQQVQMTVTETNQEWQVLHLRVHTFAACAVVNLQQLPEKLNPVIKPLMEAIKKEENTLVQNYVASCIAKLLQQCTTRSPCPNSKIIKNLCNSLCVDPHLTPLAACPAQPQSSHENSKGPNSDKDGMQHTVTKHRGIITLYRHQKAAFAITSRRGPTPKAPKAPIADLPTGSSGSIPTELDEAQKPYVVQRRGAEFALSTIAKHFGAEMATGLPHLWDAMVGSLRNNIHINNFDRKSLLEKGDAPAQELVNSLQVFETTAASMDTQLHPLLIQHLPHLYMCLQHPSTAVRHMASRCVGVMSKIATMETMNIFLEKVLPWLGAIDDNTKQEGAIEALACVMEQLDVGIVPYIVLLVVPVLGRMSDQTNSVRFMATQCFATLIRLMPLEAGIPDPPNMSEELIRMKAKERHFLEQLLDGKKLENYEIPVPIKAELRKYQQDGVNWLAFLNKYKLHGILCDDMGLGKTLQSICILAGDHCLRAQEYARTKLVDSVPLPSLVVCPPTLTGHWVDEVGKFCSKEYLNPLHYTGPPTERARLQHQVKRHNLIVASYDVVRNDIDFFRNIKFNYCILDEGHVIKNGKTKLSKAVKQLTANYRIILSGTPIQNNVLELWSLFDFLMPGFLGTERQFAARYGKPILASRDARSSSREQEAGVLAMEALHRQVLPFLLRRMKEDVLQDLPPKIIQDYYCILSPLQVQLYEDFAKSRAKCDIDETVSSLNEETEKPKLKATGHVFQALQYLRKLCNHPALVLTTQHPEYKRITEQLAAQNSSLRDIQHAPKLSALKQLLLDCGLGNGGSSESGTEAVVAQHRVLIFCQLKSMLDIVEHDLLRPQLPSVTYLRLDGSIPAGQRHSIVSRFNNDPSIDVLLLTTHVGGLGLNLTGADTVVFVEHDWNPMRDLQAMDRAHRIGQKRVVNVYRLITRGTLEEKIMGLQKFKMNIANTVISQENASLQSMGTEQLLDLFTLDKDGKTEKADTSTSSGKASMKSVLENLGELWDQEQYDTEYSLENFMHSLK

Target ORF information:

RefSeq Version	XM_017803890.1
Organism	Lepidothrix coronata(blue-crowned manakin)
Definition	Lepidothrix coronata B-TFIID TATA-box binding protein associated factor 1 (BTAF1), transcript variant X1, mRNA.

Target ORF information:

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

XM_017803890.1

ORF Insert Sequence:

ATGGGGACCC AGACAAAACA GATGACAAAA AGGAACCAGA TTGTTTTGCT GGAACTGCAG 
TTTATCATAA TTCCTGCAAG TACCCAGTGC CTAAGACCCA CCACCAATAT TTTCCCCACA 
CTTATTTTTA TCAGGCTTGA TCGTCTCTTT ATTTTACTGG ACACCGGTAC AACACCAGTA 
ACAAGAAAAG CAGCTGCACA GCAACTTGGG GAAGTAGTGA AACTGCATCC TCATGAACTG 
AATAATCTCT TATCTAAAGT GTTAGTGTAT TTAAGAAGTA CGAACTGGGA TACTCGTATT 
GCAGCTGGCC AGGCTGTTGA AGCAATAGTG AAAAATGTAC CTGAGTGGAA TCCAACTCCA 
AGATCAAAAC AAGAACCAGG CTCAGAAAGT CCTGTGGAAG ATTCCCCTTC AACAGATCGG 
TTGCGTTTTG ACAGATTTGA TATCTGTCGG TTGTTAAAAC ATGGTGCATC TCTTCTTGGA 
TCTGCTGGTG CAGAATTCGA AGTCCAAGAT GATAAATCAG GTGAGATTGA TCCTAAAGAG 
AGGATAGCGC GCCAGAGGAA ACTGCTGCAA AAGAAACTTG GCTTGGATAT GGGCGCTGCG 
ATTGGAATGA ATACTGAGGA TCTGTTCAAT GATGAAGATC TGGACTATTC CCCTTCTTCA 
GTTTTACTAG TAAACAAACA ACCTACTCTT CAGGCTGCTG AGTTAATTGA CTCAGAATTT 
CGAGCTGGTA TGAGCAGTAG ACAAAAGAAT AAAGCCAAAA GAATGGCTAA GCTATTTGCA 
AAGCAAAGAT CCAGAGATGC AGTGGAAGCT AATGAGAAGA GCAATGATAG CACCGATGGG 
GAACCAGAAG AAAAGAGAAA AAAAGTTGCA AATGTTGTCA TCAACCAGCC TGCTACAGAC 
TCAAAAACAT TGGTAGAAAA TGTTCAAGAA GAGGCAAATG AGTGGCCTCT GGAAAGCTTT 
TGTGAAGAGG TGTGCAATGA CCTCTTCAAC CCTTCTTGGG AGGTTCGACA TGGTGCAGGT 
ACTGGACTGA GAGAGATACT TAAAGCTCAT GGTAAAAGTG GTGGTAAAAT GGGAGATAGC 
TCTCTAGAGG AGATGATTCA GCAGCATCAG GAGTGGCTAG AAGACTTGGT TATTAGACTT 
CTTTGTGTGT TTGCATTAGA CCGATTTGGA GACTTTGTTT CAGATGAAGT GGTAGCACCA 
GTACGTGAGA CTTGTGCTCA GACTTTGGGA GTAGTATTGA AACACATGAA TGAGACTGGA 
GTTCATAAAA CTGTGGATGT TCTCCTGAAG CTGCTTACGC AGGAACAGTG GGAAGTGAGA 
CATGGTGGTC TCCTAGGAAT AAAGTATGCT TTGGCAGTAC GTCAGGACAT GATCAATACT 
TTGTTGCCTA AAGTATTGCC TGCAATAATT GAAGGTCTGC AAGATCTGGA TGATGATGTC 
CGAGCTGTTG CTGCAGCATC TTTAGTACCA GTAGTGGAAA GCCTGGTCCA GCTTCAGTCT 
CAGAAGGTGC CTTTTATTCT TAATACCTTG TGGGATGCAC TTCTGGAGTT GGATGACTTG 
ACAGCTTCCA CGAACAGTAT CATGATCCTT CTTTCATCCC TTCTGACTTA CCCTCAGGTC 
CGCAAATGCA GTATTCAGCA GTCACTCACA GTTCTGGTCC CACGTGTGTG GCCATTCTTG 
CACCACACTA TATCTTCTGT GAGAAAAGCA GCTCTGGAAA CGTTATTCAC GCTCTTGTCT 
ACCCAAGACC AGAGTTCTTC AACATGGTTG ACTCCAATTC TGCAAGACAT GTTGAGGCAC 
ATATTTCAGT TTTGTATCTT GGAAAGCAAC CAAGAAATTC TGGATCTTAT TCACAAGGTG 
TGGCTGGAAC TGTTAAACAA GGCATCTGTA CAGTATGTGG TTGCAGCTGC TTGTCCATGG 
ATGGGAGCCT GGCTCTGCTT AATGATGCAG CCATCTCATT TGCCCATTGA CTTAAACATG 
TTGCTAGAAG TAAAAACTAG ATCAAAAGAA AAGGCAGGTG CTAAACTGCG TCAAGGTCAA 
ACCCAGAATA AGGAAGTGAT TCAGGAATAT ATTGCTGGGG CAGACAGCAT TGCAGAAGAT 
CCAGCAACAA GGGATTATGT TGTCATGCGT GCTCGGATGA TGGCAGCAAA GTTGCTGGGA 
GCACTTTGTT GCTGCATTTG TGACCCAGGT GTAAATACTG TTACTCAAGA AATAAAGCCA 
GCTGAATCAT TAGCTCAGCT CCTGCTCTTC CACTTGAATT CTAAATCTGC CTTGCAGAGG 
ATTAGTGTTG CGTTAGTAAT CTGTGAGTGG GCAGCCTTGC AAAAGGAGTG TACAACTGTG 
GCTATTTGTG TGCAGCCTCG TTTACTTGGG GTCCTTTCTG AACATCTCTA TTACGATGAA 
ATTGCTGTTC CTTTTACCAG AATGCAAAAT GAATGTAAAC AACTCATCTC ATTGTTAGCT 
GATGCACACA TTGACATTGG AAACAGAGTA AACTGTAGTG TGTTTACAAT AGATCAAGCT 
AATGAGCTGG TTACTTCCGT TTTCAATGAA GTGACATCAT CCTTTACTTT GAATCCTAAA 
GTTCTACAGC AGTTGGACAG TAAGCGACAG CAGGTCCAAA TGACTGTTAC AGAAACAAAT 
CAAGAATGGC AAGTGCTGCA TCTGCGAGTG CACACATTTG CTGCATGTGC AGTTGTGAAC 
TTGCAGCAAC TTCCAGAAAA ACTAAATCCT GTTATAAAAC CCTTAATGGA AGCTATCAAA 
AAAGAGGAGA ATACACTTGT ACAAAACTAT GTGGCTTCAT GTATAGCAAA GTTGCTTCAG 
CAGTGTACGA CAAGATCTCC CTGTCCCAAC TCAAAGATTA TAAAAAATCT CTGCAACTCC 
CTCTGTGTGG ATCCACATCT TACCCCACTA GCAGCATGTC CTGCACAGCC TCAGAGTAGC 
CATGAAAACT CAAAAGGGCC CAACTCTGAT AAAGATGGGA TGCAGCATAC AGTTACTAAG 
CACAGGGGAA TAATTACACT CTACAGACAT CAGAAAGCTG CTTTTGCCAT CACAAGTCGG 
CGAGGTCCTA CTCCAAAAGC TCCAAAAGCC CCTATTGCAG ATCTCCCCAC AGGCAGCAGT 
GGAAGCATTC CTACAGAGCT CGATGAGGCT CAGAAACCTT ATGTTGTACA GAGAAGAGGA 
GCTGAATTTG CCTTATCTAC TATAGCTAAA CACTTTGGTG CTGAAATGGC AACAGGATTG 
CCACATCTCT GGGATGCTAT GGTTGGTTCA TTACGGAACA ACATTCACAT AAATAATTTT 
GACCGGAAGT CATTACTGGA AAAAGGAGAT GCTCCTGCCC AGGAGCTGGT AAATTCCTTG 
CAGGTTTTTG AAACAACAGC AGCTTCAATG GATACTCAGC TACATCCTCT GTTAATACAG 
CATTTGCCTC ACCTTTACAT GTGCCTTCAA CATCCCAGCA CTGCCGTGAG ACACATGGCT 
TCCCGTTGCG TGGGTGTTAT GAGTAAAATA GCTACCATGG AAACAATGAA TATCTTTCTA 
GAGAAAGTTC TACCATGGCT GGGAGCAATA GATGACAACA CCAAACAAGA AGGTGCAATT 
GAAGCACTGG CATGTGTAAT GGAGCAGCTG GATGTTGGTA TTGTTCCATA CATTGTTCTT 
CTGGTGGTTC CTGTTCTGGG TAGAATGAGT GATCAGACAA ACAGCGTACG TTTTATGGCT 
ACTCAGTGCT TTGCAACATT AATTAGACTA ATGCCTCTTG AGGCTGGTAT ACCAGATCCA 
CCAAACATGT CCGAAGAATT AATCAGGATG AAAGCTAAAG AACGTCACTT TCTGGAACAA 
TTACTGGATG GAAAAAAACT GGAAAACTAT GAAATTCCAG TACCAATCAA AGCAGAGCTC 
AGAAAATATC AGCAGGATGG AGTGAACTGG CTGGCATTTC TCAATAAATA CAAACTTCAT 
GGAATTCTTT GTGATGACAT GGGCTTGGGA AAAACTCTAC AGTCCATTTG CATTCTTGCA 
GGTGATCATT GCCTCAGGGC TCAGGAATAC GCAAGAACAA AACTAGTGGA CAGTGTTCCT 
CTTCCCTCGC TGGTGGTGTG CCCTCCTACA CTCACAGGAC ACTGGGTGGA TGAAGTAGGC 
AAATTTTGCT CGAAAGAATA TCTTAATCCA CTGCACTACA CAGGACCTCC TACTGAGAGA 
GCAAGATTGC AACACCAGGT GAAAAGACAC AATCTCATAG TGGCTTCATA TGATGTTGTA 
AGAAATGACA TCGACTTCTT CAGAAATATT AAGTTTAATT ACTGCATTCT TGATGAAGGC 
CATGTAATAA AAAATGGAAA AACAAAGCTG TCAAAAGCAG TAAAACAGCT GACTGCTAAT 
TACAGGATAA TTCTTTCTGG GACACCAATC CAGAACAACG TCTTAGAGTT GTGGTCATTG 
TTTGACTTCC TTATGCCAGG ATTTTTGGGC ACTGAACGCC AGTTTGCAGC TCGTTATGGC 
AAACCAATAC TGGCAAGTAG GGATGCCCGA AGCTCCAGTC GAGAACAAGA GGCTGGGGTT 
CTTGCAATGG AAGCACTGCA CCGCCAAGTT CTGCCATTCC TGCTAAGGAG AATGAAAGAG 
GATGTGCTGC AAGACCTCCC ACCCAAAATT ATTCAAGATT ATTACTGTAT TCTCAGTCCT 
CTACAGGTTC AGCTTTATGA AGATTTTGCC AAGTCTCGTG CCAAATGTGA TATTGATGAA 
ACCGTTTCTT CACTGAATGA AGAGACTGAA AAACCAAAGC TTAAAGCTAC AGGTCATGTA 
TTTCAGGCAT TGCAATACTT ACGGAAGCTA TGCAACCATC CAGCCTTAGT GCTAACAACC 
CAACATCCGG AATATAAAAG AATTACAGAG CAACTTGCAG CTCAGAATTC ATCCCTTCGA 
GATATCCAAC ATGCACCTAA ACTGTCTGCT TTAAAACAAC TGCTGCTTGA TTGTGGTTTG 
GGGAATGGTG GATCTTCAGA AAGCGGTACA GAAGCTGTTG TGGCCCAGCA CAGAGTACTT 
ATCTTCTGCC AACTTAAAAG TATGCTGGAT ATAGTGGAGC ATGACCTTCT CAGACCTCAG 
TTACCTTCAG TCACTTACTT ACGACTAGAT GGCAGCATCC CTGCTGGTCA GAGGCATTCC 
ATTGTTTCAC GGTTTAATAA TGACCCATCT ATAGATGTTC TTCTGCTCAC CACTCATGTT 
GGTGGATTGG GACTTAACTT AACAGGGGCT GATACAGTAG TATTTGTGGA ACATGACTGG 
AACCCAATGA GAGACCTGCA AGCCATGGAT CGGGCACATC GCATTGGGCA GAAACGTGTT 
GTTAATGTGT ATCGCCTGAT AACCCGGGGA ACTCTGGAGG AGAAGATCAT GGGTCTTCAA 
AAGTTCAAAA TGAATATTGC AAATACAGTG ATCAGCCAAG AAAATGCAAG CTTACAGAGC 
ATGGGAACAG AGCAGCTTCT TGATCTGTTC ACTCTTGACA AGGATGGGAA AACTGAAAAA 
GCAGATACCT CTACCTCTTC TGGGAAAGCA TCAATGAAAT CAGTACTCGA AAACCTTGGA 
GAACTTTGGG ATCAAGAGCA GTATGACACT GAATACAGTC TTGAAAACTT TATGCATTCG 
TTAAAGTAA

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

BTAF1 ( XM_017803891.1 ) cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin) -> XP_017659380.1 Lepidothrix coronata B-TFIID TATA-box binding protein associated factor 1 (BTAF1), transcript variant X2, mRNA.

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CloneID	OLe50627
Clone ID Related Accession (Same CDS sequence)	XM_017803891.1
Accession Version	XM_017803891.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5529bp) 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	2016-08-10
Organism	Lepidothrix coronata(blue-crowned manakin)
Product	TATA-binding protein-associated factor 172 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016690188.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Lepidothrix coronata Annotation Release 100 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##

ATGGCCGTTT CCAGGCTTGA TCGTCTCTTT ATTTTACTGG ACACCGGTAC AACACCAGTA 
ACAAGAAAAG CAGCTGCACA GCAACTTGGG GAAGTAGTGA AACTGCATCC TCATGAACTG 
AATAATCTCT TATCTAAAGT GTTAGTGTAT TTAAGAAGTA CGAACTGGGA TACTCGTATT 
GCAGCTGGCC AGGCTGTTGA AGCAATAGTG AAAAATGTAC CTGAGTGGAA TCCAACTCCA 
AGATCAAAAC AAGAACCAGG CTCAGAAAGT CCTGTGGAAG ATTCCCCTTC AACAGATCGG 
TTGCGTTTTG ACAGATTTGA TATCTGTCGG TTGTTAAAAC ATGGTGCATC TCTTCTTGGA 
TCTGCTGGTG CAGAATTCGA AGTCCAAGAT GATAAATCAG GTGAGATTGA TCCTAAAGAG 
AGGATAGCGC GCCAGAGGAA ACTGCTGCAA AAGAAACTTG GCTTGGATAT GGGCGCTGCG 
ATTGGAATGA ATACTGAGGA TCTGTTCAAT GATGAAGATC TGGACTATTC CCCTTCTTCA 
GTTTTACTAG TAAACAAACA ACCTACTCTT CAGGCTGCTG AGTTAATTGA CTCAGAATTT 
CGAGCTGGTA TGAGCAGTAG ACAAAAGAAT AAAGCCAAAA GAATGGCTAA GCTATTTGCA 
AAGCAAAGAT CCAGAGATGC AGTGGAAGCT AATGAGAAGA GCAATGATAG CACCGATGGG 
GAACCAGAAG AAAAGAGAAA AAAAGTTGCA AATGTTGTCA TCAACCAGCC TGCTACAGAC 
TCAAAAACAT TGGTAGAAAA TGTTCAAGAA GAGGCAAATG AGTGGCCTCT GGAAAGCTTT 
TGTGAAGAGG TGTGCAATGA CCTCTTCAAC CCTTCTTGGG AGGTTCGACA TGGTGCAGGT 
ACTGGACTGA GAGAGATACT TAAAGCTCAT GGTAAAAGTG GTGGTAAAAT GGGAGATAGC 
TCTCTAGAGG AGATGATTCA GCAGCATCAG GAGTGGCTAG AAGACTTGGT TATTAGACTT 
CTTTGTGTGT TTGCATTAGA CCGATTTGGA GACTTTGTTT CAGATGAAGT GGTAGCACCA 
GTACGTGAGA CTTGTGCTCA GACTTTGGGA GTAGTATTGA AACACATGAA TGAGACTGGA 
GTTCATAAAA CTGTGGATGT TCTCCTGAAG CTGCTTACGC AGGAACAGTG GGAAGTGAGA 
CATGGTGGTC TCCTAGGAAT AAAGTATGCT TTGGCAGTAC GTCAGGACAT GATCAATACT 
TTGTTGCCTA AAGTATTGCC TGCAATAATT GAAGGTCTGC AAGATCTGGA TGATGATGTC 
CGAGCTGTTG CTGCAGCATC TTTAGTACCA GTAGTGGAAA GCCTGGTCCA GCTTCAGTCT 
CAGAAGGTGC CTTTTATTCT TAATACCTTG TGGGATGCAC TTCTGGAGTT GGATGACTTG 
ACAGCTTCCA CGAACAGTAT CATGATCCTT CTTTCATCCC TTCTGACTTA CCCTCAGGTC 
CGCAAATGCA GTATTCAGCA GTCACTCACA GTTCTGGTCC CACGTGTGTG GCCATTCTTG 
CACCACACTA TATCTTCTGT GAGAAAAGCA GCTCTGGAAA CGTTATTCAC GCTCTTGTCT 
ACCCAAGACC AGAGTTCTTC AACATGGTTG ACTCCAATTC TGCAAGACAT GTTGAGGCAC 
ATATTTCAGT TTTGTATCTT GGAAAGCAAC CAAGAAATTC TGGATCTTAT TCACAAGGTG 
TGGCTGGAAC TGTTAAACAA GGCATCTGTA CAGTATGTGG TTGCAGCTGC TTGTCCATGG 
ATGGGAGCCT GGCTCTGCTT AATGATGCAG CCATCTCATT TGCCCATTGA CTTAAACATG 
TTGCTAGAAG TAAAAACTAG ATCAAAAGAA AAGGCAGGTG CTAAACTGCG TCAAGGTCAA 
ACCCAGAATA AGGAAGTGAT TCAGGAATAT ATTGCTGGGG CAGACAGCAT TGCAGAAGAT 
CCAGCAACAA GGGATTATGT TGTCATGCGT GCTCGGATGA TGGCAGCAAA GTTGCTGGGA 
GCACTTTGTT GCTGCATTTG TGACCCAGGT GTAAATACTG TTACTCAAGA AATAAAGCCA 
GCTGAATCAT TAGCTCAGCT CCTGCTCTTC CACTTGAATT CTAAATCTGC CTTGCAGAGG 
ATTAGTGTTG CGTTAGTAAT CTGTGAGTGG GCAGCCTTGC AAAAGGAGTG TACAACTGTG 
GCTATTTGTG TGCAGCCTCG TTTACTTGGG GTCCTTTCTG AACATCTCTA TTACGATGAA 
ATTGCTGTTC CTTTTACCAG AATGCAAAAT GAATGTAAAC AACTCATCTC ATTGTTAGCT 
GATGCACACA TTGACATTGG AAACAGAGTA AACTGTAGTG TGTTTACAAT AGATCAAGCT 
AATGAGCTGG TTACTTCCGT TTTCAATGAA GTGACATCAT CCTTTACTTT GAATCCTAAA 
GTTCTACAGC AGTTGGACAG TAAGCGACAG CAGGTCCAAA TGACTGTTAC AGAAACAAAT 
CAAGAATGGC AAGTGCTGCA TCTGCGAGTG CACACATTTG CTGCATGTGC AGTTGTGAAC 
TTGCAGCAAC TTCCAGAAAA ACTAAATCCT GTTATAAAAC CCTTAATGGA AGCTATCAAA 
AAAGAGGAGA ATACACTTGT ACAAAACTAT GTGGCTTCAT GTATAGCAAA GTTGCTTCAG 
CAGTGTACGA CAAGATCTCC CTGTCCCAAC TCAAAGATTA TAAAAAATCT CTGCAACTCC 
CTCTGTGTGG ATCCACATCT TACCCCACTA GCAGCATGTC CTGCACAGCC TCAGAGTAGC 
CATGAAAACT CAAAAGGGCC CAACTCTGAT AAAGATGGGA TGCAGCATAC AGTTACTAAG 
CACAGGGGAA TAATTACACT CTACAGACAT CAGAAAGCTG CTTTTGCCAT CACAAGTCGG 
CGAGGTCCTA CTCCAAAAGC TCCAAAAGCC CCTATTGCAG ATCTCCCCAC AGGCAGCAGT 
GGAAGCATTC CTACAGAGCT CGATGAGGCT CAGAAACCTT ATGTTGTACA GAGAAGAGGA 
GCTGAATTTG CCTTATCTAC TATAGCTAAA CACTTTGGTG CTGAAATGGC AACAGGATTG 
CCACATCTCT GGGATGCTAT GGTTGGTTCA TTACGGAACA ACATTCACAT AAATAATTTT 
GACCGGAAGT CATTACTGGA AAAAGGAGAT GCTCCTGCCC AGGAGCTGGT AAATTCCTTG 
CAGGTTTTTG AAACAACAGC AGCTTCAATG GATACTCAGC TACATCCTCT GTTAATACAG 
CATTTGCCTC ACCTTTACAT GTGCCTTCAA CATCCCAGCA CTGCCGTGAG ACACATGGCT 
TCCCGTTGCG TGGGTGTTAT GAGTAAAATA GCTACCATGG AAACAATGAA TATCTTTCTA 
GAGAAAGTTC TACCATGGCT GGGAGCAATA GATGACAACA CCAAACAAGA AGGTGCAATT 
GAAGCACTGG CATGTGTAAT GGAGCAGCTG GATGTTGGTA TTGTTCCATA CATTGTTCTT 
CTGGTGGTTC CTGTTCTGGG TAGAATGAGT GATCAGACAA ACAGCGTACG TTTTATGGCT 
ACTCAGTGCT TTGCAACATT AATTAGACTA ATGCCTCTTG AGGCTGGTAT ACCAGATCCA 
CCAAACATGT CCGAAGAATT AATCAGGATG AAAGCTAAAG AACGTCACTT TCTGGAACAA 
TTACTGGATG GAAAAAAACT GGAAAACTAT GAAATTCCAG TACCAATCAA AGCAGAGCTC 
AGAAAATATC AGCAGGATGG AGTGAACTGG CTGGCATTTC TCAATAAATA CAAACTTCAT 
GGAATTCTTT GTGATGACAT GGGCTTGGGA AAAACTCTAC AGTCCATTTG CATTCTTGCA 
GGTGATCATT GCCTCAGGGC TCAGGAATAC GCAAGAACAA AACTAGTGGA CAGTGTTCCT 
CTTCCCTCGC TGGTGGTGTG CCCTCCTACA CTCACAGGAC ACTGGGTGGA TGAAGTAGGC 
AAATTTTGCT CGAAAGAATA TCTTAATCCA CTGCACTACA CAGGACCTCC TACTGAGAGA 
GCAAGATTGC AACACCAGGT GAAAAGACAC AATCTCATAG TGGCTTCATA TGATGTTGTA 
AGAAATGACA TCGACTTCTT CAGAAATATT AAGTTTAATT ACTGCATTCT TGATGAAGGC 
CATGTAATAA AAAATGGAAA AACAAAGCTG TCAAAAGCAG TAAAACAGCT GACTGCTAAT 
TACAGGATAA TTCTTTCTGG GACACCAATC CAGAACAACG TCTTAGAGTT GTGGTCATTG 
TTTGACTTCC TTATGCCAGG ATTTTTGGGC ACTGAACGCC AGTTTGCAGC TCGTTATGGC 
AAACCAATAC TGGCAAGTAG GGATGCCCGA AGCTCCAGTC GAGAACAAGA GGCTGGGGTT 
CTTGCAATGG AAGCACTGCA CCGCCAAGTT CTGCCATTCC TGCTAAGGAG AATGAAAGAG 
GATGTGCTGC AAGACCTCCC ACCCAAAATT ATTCAAGATT ATTACTGTAT TCTCAGTCCT 
CTACAGGTTC AGCTTTATGA AGATTTTGCC AAGTCTCGTG CCAAATGTGA TATTGATGAA 
ACCGTTTCTT CACTGAATGA AGAGACTGAA AAACCAAAGC TTAAAGCTAC AGGTCATGTA 
TTTCAGGCAT TGCAATACTT ACGGAAGCTA TGCAACCATC CAGCCTTAGT GCTAACAACC 
CAACATCCGG AATATAAAAG AATTACAGAG CAACTTGCAG CTCAGAATTC ATCCCTTCGA 
GATATCCAAC ATGCACCTAA ACTGTCTGCT TTAAAACAAC TGCTGCTTGA TTGTGGTTTG 
GGGAATGGTG GATCTTCAGA AAGCGGTACA GAAGCTGTTG TGGCCCAGCA CAGAGTACTT 
ATCTTCTGCC AACTTAAAAG TATGCTGGAT ATAGTGGAGC ATGACCTTCT CAGACCTCAG 
TTACCTTCAG TCACTTACTT ACGACTAGAT GGCAGCATCC CTGCTGGTCA GAGGCATTCC 
ATTGTTTCAC GGTTTAATAA TGACCCATCT ATAGATGTTC TTCTGCTCAC CACTCATGTT 
GGTGGATTGG GACTTAACTT AACAGGGGCT GATACAGTAG TATTTGTGGA ACATGACTGG 
AACCCAATGA GAGACCTGCA AGCCATGGAT CGGGCACATC GCATTGGGCA GAAACGTGTT 
GTTAATGTGT ATCGCCTGAT AACCCGGGGA ACTCTGGAGG AGAAGATCAT GGGTCTTCAA 
AAGTTCAAAA TGAATATTGC AAATACAGTG ATCAGCCAAG AAAATGCAAG CTTACAGAGC 
ATGGGAACAG AGCAGCTTCT TGATCTGTTC ACTCTTGACA AGGATGGGAA AACTGAAAAA 
GCAGATACCT CTACCTCTTC TGGGAAAGCA TCAATGAAAT CAGTACTCGA AAACCTTGGA 
GAACTTTGGG ATCAAGAGCA GTATGACACT GAATACAGTC TTGAAAACTT TATGCATTCG 
TTAAAGTAA

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

RefSeq	XP_017659380.1
CDS	183..5711
Translation	MAVSRLDRLFILLDTGTTPVTRKAAAQQLGEVVKLHPHELNNLLSKVLVYLRSTNWDTRIAAGQAVEAIVKNVPEWNPTPRSKQEPGSESPVEDSPSTDRLRFDRFDICRLLKHGASLLGSAGAEFEVQDDKSGEIDPKERIARQRKLLQKKLGLDMGAAIGMNTEDLFNDEDLDYSPSSVLLVNKQPTLQAAELIDSEFRAGMSSRQKNKAKRMAKLFAKQRSRDAVEANEKSNDSTDGEPEEKRKKVANVVINQPATDSKTLVENVQEEANEWPLESFCEEVCNDLFNPSWEVRHGAGTGLREILKAHGKSGGKMGDSSLEEMIQQHQEWLEDLVIRLLCVFALDRFGDFVSDEVVAPVRETCAQTLGVVLKHMNETGVHKTVDVLLKLLTQEQWEVRHGGLLGIKYALAVRQDMINTLLPKVLPAIIEGLQDLDDDVRAVAAASLVPVVESLVQLQSQKVPFILNTLWDALLELDDLTASTNSIMILLSSLLTYPQVRKCSIQQSLTVLVPRVWPFLHHTISSVRKAALETLFTLLSTQDQSSSTWLTPILQDMLRHIFQFCILESNQEILDLIHKVWLELLNKASVQYVVAAACPWMGAWLCLMMQPSHLPIDLNMLLEVKTRSKEKAGAKLRQGQTQNKEVIQEYIAGADSIAEDPATRDYVVMRARMMAAKLLGALCCCICDPGVNTVTQEIKPAESLAQLLLFHLNSKSALQRISVALVICEWAALQKECTTVAICVQPRLLGVLSEHLYYDEIAVPFTRMQNECKQLISLLADAHIDIGNRVNCSVFTIDQANELVTSVFNEVTSSFTLNPKVLQQLDSKRQQVQMTVTETNQEWQVLHLRVHTFAACAVVNLQQLPEKLNPVIKPLMEAIKKEENTLVQNYVASCIAKLLQQCTTRSPCPNSKIIKNLCNSLCVDPHLTPLAACPAQPQSSHENSKGPNSDKDGMQHTVTKHRGIITLYRHQKAAFAITSRRGPTPKAPKAPIADLPTGSSGSIPTELDEAQKPYVVQRRGAEFALSTIAKHFGAEMATGLPHLWDAMVGSLRNNIHINNFDRKSLLEKGDAPAQELVNSLQVFETTAASMDTQLHPLLIQHLPHLYMCLQHPSTAVRHMASRCVGVMSKIATMETMNIFLEKVLPWLGAIDDNTKQEGAIEALACVMEQLDVGIVPYIVLLVVPVLGRMSDQTNSVRFMATQCFATLIRLMPLEAGIPDPPNMSEELIRMKAKERHFLEQLLDGKKLENYEIPVPIKAELRKYQQDGVNWLAFLNKYKLHGILCDDMGLGKTLQSICILAGDHCLRAQEYARTKLVDSVPLPSLVVCPPTLTGHWVDEVGKFCSKEYLNPLHYTGPPTERARLQHQVKRHNLIVASYDVVRNDIDFFRNIKFNYCILDEGHVIKNGKTKLSKAVKQLTANYRIILSGTPIQNNVLELWSLFDFLMPGFLGTERQFAARYGKPILASRDARSSSREQEAGVLAMEALHRQVLPFLLRRMKEDVLQDLPPKIIQDYYCILSPLQVQLYEDFAKSRAKCDIDETVSSLNEETEKPKLKATGHVFQALQYLRKLCNHPALVLTTQHPEYKRITEQLAAQNSSLRDIQHAPKLSALKQLLLDCGLGNGGSSESGTEAVVAQHRVLIFCQLKSMLDIVEHDLLRPQLPSVTYLRLDGSIPAGQRHSIVSRFNNDPSIDVLLLTTHVGGLGLNLTGADTVVFVEHDWNPMRDLQAMDRAHRIGQKRVVNVYRLITRGTLEEKIMGLQKFKMNIANTVISQENASLQSMGTEQLLDLFTLDKDGKTEKADTSTSSGKASMKSVLENLGELWDQEQYDTEYSLENFMHSLK

Target ORF information:

RefSeq Version	XM_017803891.1
Organism	Lepidothrix coronata(blue-crowned manakin)
Definition	Lepidothrix coronata B-TFIID TATA-box binding protein associated factor 1 (BTAF1), transcript variant X2, mRNA.

Target ORF information:

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

XM_017803891.1

ORF Insert Sequence:

ATGGCCGTTT CCAGGCTTGA TCGTCTCTTT ATTTTACTGG ACACCGGTAC AACACCAGTA 
ACAAGAAAAG CAGCTGCACA GCAACTTGGG GAAGTAGTGA AACTGCATCC TCATGAACTG 
AATAATCTCT TATCTAAAGT GTTAGTGTAT TTAAGAAGTA CGAACTGGGA TACTCGTATT 
GCAGCTGGCC AGGCTGTTGA AGCAATAGTG AAAAATGTAC CTGAGTGGAA TCCAACTCCA 
AGATCAAAAC AAGAACCAGG CTCAGAAAGT CCTGTGGAAG ATTCCCCTTC AACAGATCGG 
TTGCGTTTTG ACAGATTTGA TATCTGTCGG TTGTTAAAAC ATGGTGCATC TCTTCTTGGA 
TCTGCTGGTG CAGAATTCGA AGTCCAAGAT GATAAATCAG GTGAGATTGA TCCTAAAGAG 
AGGATAGCGC GCCAGAGGAA ACTGCTGCAA AAGAAACTTG GCTTGGATAT GGGCGCTGCG 
ATTGGAATGA ATACTGAGGA TCTGTTCAAT GATGAAGATC TGGACTATTC CCCTTCTTCA 
GTTTTACTAG TAAACAAACA ACCTACTCTT CAGGCTGCTG AGTTAATTGA CTCAGAATTT 
CGAGCTGGTA TGAGCAGTAG ACAAAAGAAT AAAGCCAAAA GAATGGCTAA GCTATTTGCA 
AAGCAAAGAT CCAGAGATGC AGTGGAAGCT AATGAGAAGA GCAATGATAG CACCGATGGG 
GAACCAGAAG AAAAGAGAAA AAAAGTTGCA AATGTTGTCA TCAACCAGCC TGCTACAGAC 
TCAAAAACAT TGGTAGAAAA TGTTCAAGAA GAGGCAAATG AGTGGCCTCT GGAAAGCTTT 
TGTGAAGAGG TGTGCAATGA CCTCTTCAAC CCTTCTTGGG AGGTTCGACA TGGTGCAGGT 
ACTGGACTGA GAGAGATACT TAAAGCTCAT GGTAAAAGTG GTGGTAAAAT GGGAGATAGC 
TCTCTAGAGG AGATGATTCA GCAGCATCAG GAGTGGCTAG AAGACTTGGT TATTAGACTT 
CTTTGTGTGT TTGCATTAGA CCGATTTGGA GACTTTGTTT CAGATGAAGT GGTAGCACCA 
GTACGTGAGA CTTGTGCTCA GACTTTGGGA GTAGTATTGA AACACATGAA TGAGACTGGA 
GTTCATAAAA CTGTGGATGT TCTCCTGAAG CTGCTTACGC AGGAACAGTG GGAAGTGAGA 
CATGGTGGTC TCCTAGGAAT AAAGTATGCT TTGGCAGTAC GTCAGGACAT GATCAATACT 
TTGTTGCCTA AAGTATTGCC TGCAATAATT GAAGGTCTGC AAGATCTGGA TGATGATGTC 
CGAGCTGTTG CTGCAGCATC TTTAGTACCA GTAGTGGAAA GCCTGGTCCA GCTTCAGTCT 
CAGAAGGTGC CTTTTATTCT TAATACCTTG TGGGATGCAC TTCTGGAGTT GGATGACTTG 
ACAGCTTCCA CGAACAGTAT CATGATCCTT CTTTCATCCC TTCTGACTTA CCCTCAGGTC 
CGCAAATGCA GTATTCAGCA GTCACTCACA GTTCTGGTCC CACGTGTGTG GCCATTCTTG 
CACCACACTA TATCTTCTGT GAGAAAAGCA GCTCTGGAAA CGTTATTCAC GCTCTTGTCT 
ACCCAAGACC AGAGTTCTTC AACATGGTTG ACTCCAATTC TGCAAGACAT GTTGAGGCAC 
ATATTTCAGT TTTGTATCTT GGAAAGCAAC CAAGAAATTC TGGATCTTAT TCACAAGGTG 
TGGCTGGAAC TGTTAAACAA GGCATCTGTA CAGTATGTGG TTGCAGCTGC TTGTCCATGG 
ATGGGAGCCT GGCTCTGCTT AATGATGCAG CCATCTCATT TGCCCATTGA CTTAAACATG 
TTGCTAGAAG TAAAAACTAG ATCAAAAGAA AAGGCAGGTG CTAAACTGCG TCAAGGTCAA 
ACCCAGAATA AGGAAGTGAT TCAGGAATAT ATTGCTGGGG CAGACAGCAT TGCAGAAGAT 
CCAGCAACAA GGGATTATGT TGTCATGCGT GCTCGGATGA TGGCAGCAAA GTTGCTGGGA 
GCACTTTGTT GCTGCATTTG TGACCCAGGT GTAAATACTG TTACTCAAGA AATAAAGCCA 
GCTGAATCAT TAGCTCAGCT CCTGCTCTTC CACTTGAATT CTAAATCTGC CTTGCAGAGG 
ATTAGTGTTG CGTTAGTAAT CTGTGAGTGG GCAGCCTTGC AAAAGGAGTG TACAACTGTG 
GCTATTTGTG TGCAGCCTCG TTTACTTGGG GTCCTTTCTG AACATCTCTA TTACGATGAA 
ATTGCTGTTC CTTTTACCAG AATGCAAAAT GAATGTAAAC AACTCATCTC ATTGTTAGCT 
GATGCACACA TTGACATTGG AAACAGAGTA AACTGTAGTG TGTTTACAAT AGATCAAGCT 
AATGAGCTGG TTACTTCCGT TTTCAATGAA GTGACATCAT CCTTTACTTT GAATCCTAAA 
GTTCTACAGC AGTTGGACAG TAAGCGACAG CAGGTCCAAA TGACTGTTAC AGAAACAAAT 
CAAGAATGGC AAGTGCTGCA TCTGCGAGTG CACACATTTG CTGCATGTGC AGTTGTGAAC 
TTGCAGCAAC TTCCAGAAAA ACTAAATCCT GTTATAAAAC CCTTAATGGA AGCTATCAAA 
AAAGAGGAGA ATACACTTGT ACAAAACTAT GTGGCTTCAT GTATAGCAAA GTTGCTTCAG 
CAGTGTACGA CAAGATCTCC CTGTCCCAAC TCAAAGATTA TAAAAAATCT CTGCAACTCC 
CTCTGTGTGG ATCCACATCT TACCCCACTA GCAGCATGTC CTGCACAGCC TCAGAGTAGC 
CATGAAAACT CAAAAGGGCC CAACTCTGAT AAAGATGGGA TGCAGCATAC AGTTACTAAG 
CACAGGGGAA TAATTACACT CTACAGACAT CAGAAAGCTG CTTTTGCCAT CACAAGTCGG 
CGAGGTCCTA CTCCAAAAGC TCCAAAAGCC CCTATTGCAG ATCTCCCCAC AGGCAGCAGT 
GGAAGCATTC CTACAGAGCT CGATGAGGCT CAGAAACCTT ATGTTGTACA GAGAAGAGGA 
GCTGAATTTG CCTTATCTAC TATAGCTAAA CACTTTGGTG CTGAAATGGC AACAGGATTG 
CCACATCTCT GGGATGCTAT GGTTGGTTCA TTACGGAACA ACATTCACAT AAATAATTTT 
GACCGGAAGT CATTACTGGA AAAAGGAGAT GCTCCTGCCC AGGAGCTGGT AAATTCCTTG 
CAGGTTTTTG AAACAACAGC AGCTTCAATG GATACTCAGC TACATCCTCT GTTAATACAG 
CATTTGCCTC ACCTTTACAT GTGCCTTCAA CATCCCAGCA CTGCCGTGAG ACACATGGCT 
TCCCGTTGCG TGGGTGTTAT GAGTAAAATA GCTACCATGG AAACAATGAA TATCTTTCTA 
GAGAAAGTTC TACCATGGCT GGGAGCAATA GATGACAACA CCAAACAAGA AGGTGCAATT 
GAAGCACTGG CATGTGTAAT GGAGCAGCTG GATGTTGGTA TTGTTCCATA CATTGTTCTT 
CTGGTGGTTC CTGTTCTGGG TAGAATGAGT GATCAGACAA ACAGCGTACG TTTTATGGCT 
ACTCAGTGCT TTGCAACATT AATTAGACTA ATGCCTCTTG AGGCTGGTAT ACCAGATCCA 
CCAAACATGT CCGAAGAATT AATCAGGATG AAAGCTAAAG AACGTCACTT TCTGGAACAA 
TTACTGGATG GAAAAAAACT GGAAAACTAT GAAATTCCAG TACCAATCAA AGCAGAGCTC 
AGAAAATATC AGCAGGATGG AGTGAACTGG CTGGCATTTC TCAATAAATA CAAACTTCAT 
GGAATTCTTT GTGATGACAT GGGCTTGGGA AAAACTCTAC AGTCCATTTG CATTCTTGCA 
GGTGATCATT GCCTCAGGGC TCAGGAATAC GCAAGAACAA AACTAGTGGA CAGTGTTCCT 
CTTCCCTCGC TGGTGGTGTG CCCTCCTACA CTCACAGGAC ACTGGGTGGA TGAAGTAGGC 
AAATTTTGCT CGAAAGAATA TCTTAATCCA CTGCACTACA CAGGACCTCC TACTGAGAGA 
GCAAGATTGC AACACCAGGT GAAAAGACAC AATCTCATAG TGGCTTCATA TGATGTTGTA 
AGAAATGACA TCGACTTCTT CAGAAATATT AAGTTTAATT ACTGCATTCT TGATGAAGGC 
CATGTAATAA AAAATGGAAA AACAAAGCTG TCAAAAGCAG TAAAACAGCT GACTGCTAAT 
TACAGGATAA TTCTTTCTGG GACACCAATC CAGAACAACG TCTTAGAGTT GTGGTCATTG 
TTTGACTTCC TTATGCCAGG ATTTTTGGGC ACTGAACGCC AGTTTGCAGC TCGTTATGGC 
AAACCAATAC TGGCAAGTAG GGATGCCCGA AGCTCCAGTC GAGAACAAGA GGCTGGGGTT 
CTTGCAATGG AAGCACTGCA CCGCCAAGTT CTGCCATTCC TGCTAAGGAG AATGAAAGAG 
GATGTGCTGC AAGACCTCCC ACCCAAAATT ATTCAAGATT ATTACTGTAT TCTCAGTCCT 
CTACAGGTTC AGCTTTATGA AGATTTTGCC AAGTCTCGTG CCAAATGTGA TATTGATGAA 
ACCGTTTCTT CACTGAATGA AGAGACTGAA AAACCAAAGC TTAAAGCTAC AGGTCATGTA 
TTTCAGGCAT TGCAATACTT ACGGAAGCTA TGCAACCATC CAGCCTTAGT GCTAACAACC 
CAACATCCGG AATATAAAAG AATTACAGAG CAACTTGCAG CTCAGAATTC ATCCCTTCGA 
GATATCCAAC ATGCACCTAA ACTGTCTGCT TTAAAACAAC TGCTGCTTGA TTGTGGTTTG 
GGGAATGGTG GATCTTCAGA AAGCGGTACA GAAGCTGTTG TGGCCCAGCA CAGAGTACTT 
ATCTTCTGCC AACTTAAAAG TATGCTGGAT ATAGTGGAGC ATGACCTTCT CAGACCTCAG 
TTACCTTCAG TCACTTACTT ACGACTAGAT GGCAGCATCC CTGCTGGTCA GAGGCATTCC 
ATTGTTTCAC GGTTTAATAA TGACCCATCT ATAGATGTTC TTCTGCTCAC CACTCATGTT 
GGTGGATTGG GACTTAACTT AACAGGGGCT GATACAGTAG TATTTGTGGA ACATGACTGG 
AACCCAATGA GAGACCTGCA AGCCATGGAT CGGGCACATC GCATTGGGCA GAAACGTGTT 
GTTAATGTGT ATCGCCTGAT AACCCGGGGA ACTCTGGAGG AGAAGATCAT GGGTCTTCAA 
AAGTTCAAAA TGAATATTGC AAATACAGTG ATCAGCCAAG AAAATGCAAG CTTACAGAGC 
ATGGGAACAG AGCAGCTTCT TGATCTGTTC ACTCTTGACA AGGATGGGAA AACTGAAAAA 
GCAGATACCT CTACCTCTTC TGGGAAAGCA TCAATGAAAT CAGTACTCGA AAACCTTGGA 
GAACTTTGGG ATCAAGAGCA GTATGACACT GAATACAGTC TTGAAAACTT TATGCATTCG 
TTAAAGTAA