DCAF1 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	DCAF1
Entrez Gene ID	100219252
Full Name	DDB1 and CUL4 associated factor 1
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_030282927.1	XP_030138787.1	DDB1- and CUL4-associated factor 1 isoform X3
XM_030282924.1	XP_030138784.1	DDB1- and CUL4-associated factor 1 isoform X2
XM_030282925.1	XP_030138785.1	DDB1- and CUL4-associated factor 1 isoform X3
XM_030282921.1	XP_030138781.1	DDB1- and CUL4-associated factor 1 isoform X1
XM_030282922.1	XP_030138782.1	DDB1- and CUL4-associated factor 1 isoform X1
XM_030282928.1	XP_030138788.1	DDB1- and CUL4-associated factor 1 isoform X4
XM_012572004.1	XP_012427458.1	protein VPRBP
XM_030282923.1	XP_030138783.1	DDB1- and CUL4-associated factor 1 isoform X1

Pathways from BioSystems
Gene Ontology

The following DCAF1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DCAF1 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)
OTd14761	XM_012572004.1 Latest version!	Taeniopygia guttata Vpr (HIV-1) binding protein (VPRBP), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd27795	XM_030282928.1 Latest version!	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd27792	XM_030282923.1 Latest version!	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd27792	XM_030282921.1 Latest version!	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd27792	XM_030282922.1 Latest version!	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd27793	XM_030282924.1 Latest version!	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd27794	XM_030282925.1 Latest version!	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd27794	XM_030282927.1 Latest version!	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

DCAF1 ( XM_012572004.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012427458.1 Taeniopygia guttata Vpr (HIV-1) binding protein (VPRBP), mRNA.

Price & Availability↑

CloneID	OTd14761
Clone ID Related Accession (Same CDS sequence)	XM_012572004.1
Accession Version	XM_012572004.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4404bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	protein VPRBP
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197250.1) 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 :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGCACATGG AGGAGTCCTC GGACAAGGGA 
AACATGCGCC CCGGTCGTTG GAAAGCACCG TTCGATCCTA GGTTCCCCCT AGATGGAGGA 
AAAGAAAATA CGGATTATGG CAAGATGACA GTAGATCAAG AGCAAGACAT TTCCCAGGAG 
GGGGGACTGA GAAAAAGCAG ATCAGAGAAG CAGCATGAAA GAGATGACTT TCGGAAGGCC 
AAGCAAAAGC TGGGCTTCTC CACCTCAGAA CCGGAGCGGA TATTTGTTGA GCTGTCCAAC 
AGCAGCTGGT CAGAAATGTC CCCGTGGGTC ATTGGCACTA ATTACACACT TTACCCCTTG 
ACTCCTGCCA TAGAGCAGAG GCTGATTCTT CAGTACCTGA CTCCCTTGGG GGAGTACCAA 
GAGCTGCTAC CCATCTTTAT GCAACTGGGC TCAAGGGAGC TGATGATGTA CTACATTGAT 
TTGAAGCGAA CCAATGATGT GCTCCTCACT TTTGAAGCCC TTAAGCATTT GGCATCATTG 
CTGCTGCACA ACAAGTTTGC TACAGAGTTT GTTGCTCATG GAGGAGTGCA GAAGTTGCTG 
GAGATTCCTC GTCCTTCCAT GGCAGCAACA GGAGTGTCCA TGTGTTTGTA TTACTTGTCA 
TACAATCAAG ATGCTATGGA GAGGGTGTGC ATGCACCCCC ATAATGTGCT TTCAGATGTA 
GTGAACTACA CCCTGTGGCT GATGGAGTGC TCCCATGCCT CGGGCTGCTG CCATGCCACC 
ATGTTCTTCT CCATTTGCTT CTCCTTCCGT GCTGTCCTGG AGCTCTTTGA TAGGCACGAC 
GGGCTGCGAC GTCTGGTTAA CCTGATAAGC ACTCTGGAGA TCTTAAACCT GGAAGACCAA 
GGAGCCCTCC TGAGCGATGA TGAGATCTTT GCCAGTCGCC AGACGGGGAA GCACACCTGC 
GTGGCGCTGC GCCGGTACTT CGAGGCTCAC CTTGCCATCA AACTGGAGCA GGTGAAGCAA 
TCACTGCAGC GCACTGAGGG CGGCATCCTG GTGCATCCAC AGCCCCCCTA CAAGGCCTGT 
TCCTATACTC ATGAGCAGAT TGTGGAGATG ATGGAGTTCC TGATTGAGTA TGGTCCAGCA 
CAGCTTTACT GGGAGCCAGC AGAAGTTTTT CTCAAGCTGT CTTGTGTCCA GCTCATGCTT 
CAGCTCATTT CCATTGCCTG CAACTGGAAG ACATACTATG CAAGGAATGA CACAGTACGA 
TATGCTTTGG ATGTACTGGC CATCTTGACT GTAGTACCTA AAATCCAGTT GCAACTGGCA 
GAACCTGTGG ATGTGTTAGA TGAAGCTGGA TCTACTGTTT CCACTGTGGG TATTAGTATC 
ATCCTTGGGG TTGCTGAGGG TGAGTTTTTC ATCCATGATG CTGAGATTCA GAAATCAGCT 
CTTCAGATCA TCATCAACTG TGTGTGTGGC CCAGATAACC GGATCTCCAG CATTGGGAAA 
TTCATCTCTG GGACCCCTCG TCGAAAGCTT CCGCAGGCCC CCAAGAGCAG TGAGCACACA 
TTAGCCAAGA TGTGGAATGT GGTGCAGTCC AACAATGGCA TCAAGGTGCT GCTGTCGTTG 
CTGTCTGTGA AGATGCCGAT CACCGACGCG GATCAGATCC GGGCCCTGGC CTGCAAAGCC 
CTGGTGGGGC TGTCACGCAG CAGCACCGTC CGGCAGATCA TCAGCAAGCT GCCCCTGTTC 
AGCAGCTGCC AGATCCAGCA GCTGATGAAG GAGCCGGTGC TGCAGGACAA GCGCAGTGAG 
CATGTGAAGT TCTGCAAGTA CGCTGCCGAG CTCATCGAGC GCGTCTCAGG GAAGCCCCTG 
CTCATCGGCT CGGACGTCTC GCTGGCACGG CTGCAGAAGG CCGATGTGGT GGCCCAGTCG 
AGGATCACTT TCCCTGAGAA GGAGCTGCTG CTGCTGATTC GGAACCATCT CATCTCTAAG 
GGCCTCGGGG AAACGGCGTC TGTCCTTACG AAAGAGGCTG ACCTGCCCAT GACTGCAGCA 
TCCCACTCTT CTGCCTTCAC CCCTGTTGCA GCCGCTGCCT CTCCGGTGAC TCTGCCTCGC 
GCTCCTCGTA TAGCTAACGG CATCTCGGCC CGTTTGAGTA GCCACACTGC TGTAGGTTCC 
ACTGCCACCT CTGTCCACGC TCAGGCAAGA GCGTCTGCAT CCCAAGGTCC ACCTGCCCTT 
CCAGGCCCTT CTTCTACCAG CAACTCTCCT CTGATTGGCA GGATTAGCTT TGTCAGAGAG 
AGGCAGTCTC CCTGCAACGG CAGGAAAATC AGAGTGTTGC GACAAAAATC GGACCATGGC 
GCCTACAGCC AGAGCCCAGC TATCAAAAAG CAGCTGGACA GACACCTTCC TTCCCCACCC 
ACGCTGGACA GTATAATCAC AGAGTACCTT AGGGAGCAGC ATGCCCGCTG CAAGAACCCT 
GTTGCCACCT GTCCCCCTTT CTCTCTCTTT ACTCCCCACC AGTGTCCTGA GCCAAAACAG 
AGGCGCCAGG CGCCCACTAA CTTTACCTCA CGGCTGACCC GCAGGGCGGC CTTTCCGAAG 
TATGGAGGGG TGGATGGTGG CTGCTTTGAT AGACACCTTA TATTCAGCAG GTTCCGTCCA 
ATTTCTGTGT TCAGGGAAGC AAATGAGGAT GAGAGTGGCT TTACCTGTTG TGCATTTTCT 
GCAAGAGAAC GATTCTTAAT GCTGGGTACT TGCACGGGGC AGTTGAAACT CTACAACGTG 
TTCAGTGGAC AGGAAGAGGC CAGTTACAAC TGCCATAACT CTGCCATCAC GCACCTTGAG 
CCATCCAGGG ATGGATCTTT ATTGCTGACA TCTGCTACAT GGAGCCAACC TCTGTCTGCA 
TTGTGGGGAA TGAAGTCTGT CTTTGATATG AAGCATTCCT TCCCTGATGA CCACTATGTG 
GAGTTCAGCA AGCACTCTCA GGACAGGGTC ATTGGCACAA AGGGAGACAT TGCACATATC 
TATGATATTC AGACTGGCAA CAAGCTATTG ACTCTGTTTA ACCCGGATCT TGCCAACAAC 
TACAAGAAGA ACTGTGCCAC CTTTAACCCC ACTGACGACC TTGTCCTAAA TGATGGTGTC 
CTCTGGGATG TCAGATCAGC ACAAGCCATC CACAAGTTTG ACAAATTCAA CATGACTATC 
AGTGGTGTTT TCCATCCCAA TGGGCTGGAG GTCATAGTCA ACACTGAAAT TTGGGACCTC 
CGAACTTTCC ATTTGTTACA CACAGTACCT GCATTGGATC AGTGTCGTGT GGTCTTCAAC 
TATACTGGCA CAGTGATGTA TGGAGCTATG TTGCAGGCAG ATGATGAGGA TGACCTTCTG 
GAGGAGAGAA TGAGAAGTCC CTTTGGCTCT TCTTTCAGGA CATTTAATGC AACTGATTAT 
AAACCTATAG CTACCATAGA TGTGAAGCGG AATATCTTTG ACTTGTGCAC AGACAGCAAG 
GACTGCTATC TGGCTGTCAT TGAGAACCAG GGCAGCATGG ATGCCATGAA CATGGACACG 
GTGTGCAGGC TCTATGAAGT GGGCCGGCAG CGGCTGGCAG AAGATGAGGA GGACGAAGAA 
GAAGATCAGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

RefSeq	XP_012427458.1
CDS	60..4463
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLHMEESSDKGNMRPGRWKAPFDPRFPLDGGKENTDYGKMTVDQEQDISQEGGLRKSRSEKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDTDSSDNSDLEDNIILSLNE

Target ORF information:

RefSeq Version	XM_012572004.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata Vpr (HIV-1) binding protein (VPRBP), mRNA.

Target ORF information:

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

XM_012572004.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGCACATGG AGGAGTCCTC GGACAAGGGA 
AACATGCGCC CCGGTCGTTG GAAAGCACCG TTCGATCCTA GGTTCCCCCT AGATGGAGGA 
AAAGAAAATA CGGATTATGG CAAGATGACA GTAGATCAAG AGCAAGACAT TTCCCAGGAG 
GGGGGACTGA GAAAAAGCAG ATCAGAGAAG CAGCATGAAA GAGATGACTT TCGGAAGGCC 
AAGCAAAAGC TGGGCTTCTC CACCTCAGAA CCGGAGCGGA TATTTGTTGA GCTGTCCAAC 
AGCAGCTGGT CAGAAATGTC CCCGTGGGTC ATTGGCACTA ATTACACACT TTACCCCTTG 
ACTCCTGCCA TAGAGCAGAG GCTGATTCTT CAGTACCTGA CTCCCTTGGG GGAGTACCAA 
GAGCTGCTAC CCATCTTTAT GCAACTGGGC TCAAGGGAGC TGATGATGTA CTACATTGAT 
TTGAAGCGAA CCAATGATGT GCTCCTCACT TTTGAAGCCC TTAAGCATTT GGCATCATTG 
CTGCTGCACA ACAAGTTTGC TACAGAGTTT GTTGCTCATG GAGGAGTGCA GAAGTTGCTG 
GAGATTCCTC GTCCTTCCAT GGCAGCAACA GGAGTGTCCA TGTGTTTGTA TTACTTGTCA 
TACAATCAAG ATGCTATGGA GAGGGTGTGC ATGCACCCCC ATAATGTGCT TTCAGATGTA 
GTGAACTACA CCCTGTGGCT GATGGAGTGC TCCCATGCCT CGGGCTGCTG CCATGCCACC 
ATGTTCTTCT CCATTTGCTT CTCCTTCCGT GCTGTCCTGG AGCTCTTTGA TAGGCACGAC 
GGGCTGCGAC GTCTGGTTAA CCTGATAAGC ACTCTGGAGA TCTTAAACCT GGAAGACCAA 
GGAGCCCTCC TGAGCGATGA TGAGATCTTT GCCAGTCGCC AGACGGGGAA GCACACCTGC 
GTGGCGCTGC GCCGGTACTT CGAGGCTCAC CTTGCCATCA AACTGGAGCA GGTGAAGCAA 
TCACTGCAGC GCACTGAGGG CGGCATCCTG GTGCATCCAC AGCCCCCCTA CAAGGCCTGT 
TCCTATACTC ATGAGCAGAT TGTGGAGATG ATGGAGTTCC TGATTGAGTA TGGTCCAGCA 
CAGCTTTACT GGGAGCCAGC AGAAGTTTTT CTCAAGCTGT CTTGTGTCCA GCTCATGCTT 
CAGCTCATTT CCATTGCCTG CAACTGGAAG ACATACTATG CAAGGAATGA CACAGTACGA 
TATGCTTTGG ATGTACTGGC CATCTTGACT GTAGTACCTA AAATCCAGTT GCAACTGGCA 
GAACCTGTGG ATGTGTTAGA TGAAGCTGGA TCTACTGTTT CCACTGTGGG TATTAGTATC 
ATCCTTGGGG TTGCTGAGGG TGAGTTTTTC ATCCATGATG CTGAGATTCA GAAATCAGCT 
CTTCAGATCA TCATCAACTG TGTGTGTGGC CCAGATAACC GGATCTCCAG CATTGGGAAA 
TTCATCTCTG GGACCCCTCG TCGAAAGCTT CCGCAGGCCC CCAAGAGCAG TGAGCACACA 
TTAGCCAAGA TGTGGAATGT GGTGCAGTCC AACAATGGCA TCAAGGTGCT GCTGTCGTTG 
CTGTCTGTGA AGATGCCGAT CACCGACGCG GATCAGATCC GGGCCCTGGC CTGCAAAGCC 
CTGGTGGGGC TGTCACGCAG CAGCACCGTC CGGCAGATCA TCAGCAAGCT GCCCCTGTTC 
AGCAGCTGCC AGATCCAGCA GCTGATGAAG GAGCCGGTGC TGCAGGACAA GCGCAGTGAG 
CATGTGAAGT TCTGCAAGTA CGCTGCCGAG CTCATCGAGC GCGTCTCAGG GAAGCCCCTG 
CTCATCGGCT CGGACGTCTC GCTGGCACGG CTGCAGAAGG CCGATGTGGT GGCCCAGTCG 
AGGATCACTT TCCCTGAGAA GGAGCTGCTG CTGCTGATTC GGAACCATCT CATCTCTAAG 
GGCCTCGGGG AAACGGCGTC TGTCCTTACG AAAGAGGCTG ACCTGCCCAT GACTGCAGCA 
TCCCACTCTT CTGCCTTCAC CCCTGTTGCA GCCGCTGCCT CTCCGGTGAC TCTGCCTCGC 
GCTCCTCGTA TAGCTAACGG CATCTCGGCC CGTTTGAGTA GCCACACTGC TGTAGGTTCC 
ACTGCCACCT CTGTCCACGC TCAGGCAAGA GCGTCTGCAT CCCAAGGTCC ACCTGCCCTT 
CCAGGCCCTT CTTCTACCAG CAACTCTCCT CTGATTGGCA GGATTAGCTT TGTCAGAGAG 
AGGCAGTCTC CCTGCAACGG CAGGAAAATC AGAGTGTTGC GACAAAAATC GGACCATGGC 
GCCTACAGCC AGAGCCCAGC TATCAAAAAG CAGCTGGACA GACACCTTCC TTCCCCACCC 
ACGCTGGACA GTATAATCAC AGAGTACCTT AGGGAGCAGC ATGCCCGCTG CAAGAACCCT 
GTTGCCACCT GTCCCCCTTT CTCTCTCTTT ACTCCCCACC AGTGTCCTGA GCCAAAACAG 
AGGCGCCAGG CGCCCACTAA CTTTACCTCA CGGCTGACCC GCAGGGCGGC CTTTCCGAAG 
TATGGAGGGG TGGATGGTGG CTGCTTTGAT AGACACCTTA TATTCAGCAG GTTCCGTCCA 
ATTTCTGTGT TCAGGGAAGC AAATGAGGAT GAGAGTGGCT TTACCTGTTG TGCATTTTCT 
GCAAGAGAAC GATTCTTAAT GCTGGGTACT TGCACGGGGC AGTTGAAACT CTACAACGTG 
TTCAGTGGAC AGGAAGAGGC CAGTTACAAC TGCCATAACT CTGCCATCAC GCACCTTGAG 
CCATCCAGGG ATGGATCTTT ATTGCTGACA TCTGCTACAT GGAGCCAACC TCTGTCTGCA 
TTGTGGGGAA TGAAGTCTGT CTTTGATATG AAGCATTCCT TCCCTGATGA CCACTATGTG 
GAGTTCAGCA AGCACTCTCA GGACAGGGTC ATTGGCACAA AGGGAGACAT TGCACATATC 
TATGATATTC AGACTGGCAA CAAGCTATTG ACTCTGTTTA ACCCGGATCT TGCCAACAAC 
TACAAGAAGA ACTGTGCCAC CTTTAACCCC ACTGACGACC TTGTCCTAAA TGATGGTGTC 
CTCTGGGATG TCAGATCAGC ACAAGCCATC CACAAGTTTG ACAAATTCAA CATGACTATC 
AGTGGTGTTT TCCATCCCAA TGGGCTGGAG GTCATAGTCA ACACTGAAAT TTGGGACCTC 
CGAACTTTCC ATTTGTTACA CACAGTACCT GCATTGGATC AGTGTCGTGT GGTCTTCAAC 
TATACTGGCA CAGTGATGTA TGGAGCTATG TTGCAGGCAG ATGATGAGGA TGACCTTCTG 
GAGGAGAGAA TGAGAAGTCC CTTTGGCTCT TCTTTCAGGA CATTTAATGC AACTGATTAT 
AAACCTATAG CTACCATAGA TGTGAAGCGG AATATCTTTG ACTTGTGCAC AGACAGCAAG 
GACTGCTATC TGGCTGTCAT TGAGAACCAG GGCAGCATGG ATGCCATGAA CATGGACACG 
GTGTGCAGGC TCTATGAAGT GGGCCGGCAG CGGCTGGCAG AAGATGAGGA GGACGAAGAA 
GAAGATCAGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

DCAF1 ( XM_030282928.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030138788.1 Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OTd27795
Clone ID Related Accession (Same CDS sequence)	XM_030282928.1
Accession Version	XM_030282928.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4485bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	DDB1- and CUL4-associated factor 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044224.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATATTATC TGCTGCATCC AATGA

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

RefSeq	XP_030138788.1
CDS	94..4578
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLVALVLRRLRELQVTEMTTKQENKRPSPRKVPSDPLLPLDEEAVDMDYGEMTVDGEQEVSGDTEISFHLDSSHKTSSRVNSATKLEDGGLRKSRSGKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQKPMEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDIICCIQ

Target ORF information:

RefSeq Version	XM_030282928.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X7, mRNA.

Target ORF information:

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

XM_030282928.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATATTATC TGCTGCATCC AATGA

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

DCAF1 ( XM_030282921.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030138781.1 Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X1, mRNA.

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CloneID	OTd27792
Clone ID Related Accession (Same CDS sequence)	XM_030282921.1 , XM_030282922.1 , XM_030282923.1
Accession Version	XM_030282921.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4524bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	DDB1- and CUL4-associated factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044224.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

RefSeq	XP_030138781.1
CDS	93..4616
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLVALVLRRLRELQVTEMTTKQENKRPSPRKVPSDPLLPLDEEAVDMDYGEMTVDGEQEVSGDTEISFHLDSSHKTSSRVNSATKLEDGGLRKSRSGKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQKPMEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDTDSSDNSDLEDNIILSLNE

Target ORF information:

RefSeq Version	XM_030282921.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X1, mRNA.

Target ORF information:

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

XM_030282921.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

DCAF1 ( XM_030282922.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030138782.1 Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X2, mRNA.

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CloneID	OTd27792
Clone ID Related Accession (Same CDS sequence)	XM_030282921.1 , XM_030282922.1 , XM_030282923.1
Accession Version	XM_030282922.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4524bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	DDB1- and CUL4-associated factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044224.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

RefSeq	XP_030138782.1
CDS	109..4632
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLVALVLRRLRELQVTEMTTKQENKRPSPRKVPSDPLLPLDEEAVDMDYGEMTVDGEQEVSGDTEISFHLDSSHKTSSRVNSATKLEDGGLRKSRSGKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQKPMEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDTDSSDNSDLEDNIILSLNE

Target ORF information:

RefSeq Version	XM_030282922.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X2, mRNA.

Target ORF information:

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

XM_030282922.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

DCAF1 ( XM_030282923.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030138783.1 Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X3, mRNA.

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CloneID	OTd27792
Clone ID Related Accession (Same CDS sequence)	XM_030282921.1 , XM_030282922.1 , XM_030282923.1
Accession Version	XM_030282923.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4524bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	DDB1- and CUL4-associated factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044224.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

RefSeq	XP_030138783.1
CDS	108..4631
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLVALVLRRLRELQVTEMTTKQENKRPSPRKVPSDPLLPLDEEAVDMDYGEMTVDGEQEVSGDTEISFHLDSSHKTSSRVNSATKLEDGGLRKSRSGKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQKPMEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDTDSSDNSDLEDNIILSLNE

Target ORF information:

RefSeq Version	XM_030282923.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X3, mRNA.

Target ORF information:

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

XM_030282923.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
AAGCCTATGG AGGAAGAGGA GCAAGAAGAA GAAGATGATG ATGAAGATGA TGATGACACA 
GATGACCTTG ATGAACTAGA TACAGACCAG CTGCTGGAGG CTGAGCTGGA GGAGGATGAG 
AACAATGAGA ATGCTGGTGA GGATGGAGAA AATGACTTTT CTCCCTCTGA TGATGATGAG 
ATTGCCAACC TCCTGGAAGA GGGAGATGAG GGTGAAGATG AAGATTCTGA TGCTGATGAG 
GAAGTTGAGC TGATTCTTGG AGATACTGAC AGCTCCGATA ACTCCGACCT GGAGGACAAC 
ATCATCCTGT CCCTGAATGA GTGA

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

DCAF1 ( XM_030282924.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030138784.1 Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OTd27793
Clone ID Related Accession (Same CDS sequence)	XM_030282924.1
Accession Version	XM_030282924.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	DDB1- and CUL4-associated factor 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044224.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
CCTATGGAGG AAGAGGAGCA AGAAGAAGAA GATGATGATG AAGATGATGA TGACACAGAT 
GACCTTGATG AACTAGATAC AGACCAGCTG CTGGAGGCTG AGCTGGAGGA GGATGAGAAC 
AATGAGAATG CTGGTGAGGA TGGAGAAAAT GACTTTTCTC CCTCTGATGA TGATGAGATT 
GCCAACCTCC TGGAAGAGGG AGATGAGGGT GAAGATGAAG ATTCTGATGC TGATGAGGAA 
GTTGAGCTGA TTCTTGGAGA TACTGACAGC TCCGATAACT CCGACCTGGA GGACAACATC 
ATCCTGTCCC TGAATGAGTG A

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

RefSeq	XP_030138784.1
CDS	93..4613
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLVALVLRRLRELQVTEMTTKQENKRPSPRKVPSDPLLPLDEEAVDMDYGEMTVDGEQEVSGDTEISFHLDSSHKTSSRVNSATKLEDGGLRKSRSGKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQPMEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDTDSSDNSDLEDNIILSLNE

Target ORF information:

RefSeq Version	XM_030282924.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X4, mRNA.

Target ORF information:

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

XM_030282924.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
CCTATGGAGG AAGAGGAGCA AGAAGAAGAA GATGATGATG AAGATGATGA TGACACAGAT 
GACCTTGATG AACTAGATAC AGACCAGCTG CTGGAGGCTG AGCTGGAGGA GGATGAGAAC 
AATGAGAATG CTGGTGAGGA TGGAGAAAAT GACTTTTCTC CCTCTGATGA TGATGAGATT 
GCCAACCTCC TGGAAGAGGG AGATGAGGGT GAAGATGAAG ATTCTGATGC TGATGAGGAA 
GTTGAGCTGA TTCTTGGAGA TACTGACAGC TCCGATAACT CCGACCTGGA GGACAACATC 
ATCCTGTCCC TGAATGAGTG A

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

DCAF1 ( XM_030282927.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030138787.1 Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X6, mRNA.

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CloneID	OTd27794
Clone ID Related Accession (Same CDS sequence)	XM_030282927.1 , XM_030282925.1
Accession Version	XM_030282927.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4515bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	DDB1- and CUL4-associated factor 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044224.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
GAGGAAGAGG AGCAAGAAGA AGAAGATGAT GATGAAGATG ATGATGACAC AGATGACCTT 
GATGAACTAG ATACAGACCA GCTGCTGGAG GCTGAGCTGG AGGAGGATGA GAACAATGAG 
AATGCTGGTG AGGATGGAGA AAATGACTTT TCTCCCTCTG ATGATGATGA GATTGCCAAC 
CTCCTGGAAG AGGGAGATGA GGGTGAAGAT GAAGATTCTG ATGCTGATGA GGAAGTTGAG 
CTGATTCTTG GAGATACTGA CAGCTCCGAT AACTCCGACC TGGAGGACAA CATCATCCTG 
TCCCTGAATG AGTGA

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

RefSeq	XP_030138787.1
CDS	136..4650
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLVALVLRRLRELQVTEMTTKQENKRPSPRKVPSDPLLPLDEEAVDMDYGEMTVDGEQEVSGDTEISFHLDSSHKTSSRVNSATKLEDGGLRKSRSGKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDTDSSDNSDLEDNIILSLNE

Target ORF information:

RefSeq Version	XM_030282927.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X6, mRNA.

Target ORF information:

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

XM_030282927.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
GAGGAAGAGG AGCAAGAAGA AGAAGATGAT GATGAAGATG ATGATGACAC AGATGACCTT 
GATGAACTAG ATACAGACCA GCTGCTGGAG GCTGAGCTGG AGGAGGATGA GAACAATGAG 
AATGCTGGTG AGGATGGAGA AAATGACTTT TCTCCCTCTG ATGATGATGA GATTGCCAAC 
CTCCTGGAAG AGGGAGATGA GGGTGAAGAT GAAGATTCTG ATGCTGATGA GGAAGTTGAG 
CTGATTCTTG GAGATACTGA CAGCTCCGAT AACTCCGACC TGGAGGACAA CATCATCCTG 
TCCCTGAATG AGTGA

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

DCAF1 ( XM_030282925.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030138785.1 Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X5, mRNA.

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CloneID	OTd27794
Clone ID Related Accession (Same CDS sequence)	XM_030282927.1 , XM_030282925.1
Accession Version	XM_030282925.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4515bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	DDB1- and CUL4-associated factor 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044224.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
GAGGAAGAGG AGCAAGAAGA AGAAGATGAT GATGAAGATG ATGATGACAC AGATGACCTT 
GATGAACTAG ATACAGACCA GCTGCTGGAG GCTGAGCTGG AGGAGGATGA GAACAATGAG 
AATGCTGGTG AGGATGGAGA AAATGACTTT TCTCCCTCTG ATGATGATGA GATTGCCAAC 
CTCCTGGAAG AGGGAGATGA GGGTGAAGAT GAAGATTCTG ATGCTGATGA GGAAGTTGAG 
CTGATTCTTG GAGATACTGA CAGCTCCGAT AACTCCGACC TGGAGGACAA CATCATCCTG 
TCCCTGAATG AGTGA

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

RefSeq	XP_030138785.1
CDS	138..4652
Translation	MTSGSGHVDSKAELTTLLEQWEKEHGSGQDMVPILTRMSELIEKETEEYRKGDPDPFDDRHPGRADPECMLGHLLRILFKNDDFMNALVNAYVMTSREPPLNTAACRLLLDIMPGLETAVVFQEKEGIVENLFKWAREADQPLRTYATGLLGGAMENQDIAANYRDENSQLVALVLRRLRELQVTEMTTKQENKRPSPRKVPSDPLLPLDEEAVDMDYGEMTVDGEQEVSGDTEISFHLDSSHKTSSRVNSATKLEDGGLRKSRSGKQHERDDFRKAKQKLGFSTSEPERIFVELSNSSWSEMSPWVIGTNYTLYPLTPAIEQRLILQYLTPLGEYQELLPIFMQLGSRELMMYYIDLKRTNDVLLTFEALKHLASLLLHNKFATEFVAHGGVQKLLEIPRPSMAATGVSMCLYYLSYNQDAMERVCMHPHNVLSDVVNYTLWLMECSHASGCCHATMFFSICFSFRAVLELFDRHDGLRRLVNLISTLEILNLEDQGALLSDDEIFASRQTGKHTCVALRRYFEAHLAIKLEQVKQSLQRTEGGILVHPQPPYKACSYTHEQIVEMMEFLIEYGPAQLYWEPAEVFLKLSCVQLMLQLISIACNWKTYYARNDTVRYALDVLAILTVVPKIQLQLAEPVDVLDEAGSTVSTVGISIILGVAEGEFFIHDAEIQKSALQIIINCVCGPDNRISSIGKFISGTPRRKLPQAPKSSEHTLAKMWNVVQSNNGIKVLLSLLSVKMPITDADQIRALACKALVGLSRSSTVRQIISKLPLFSSCQIQQLMKEPVLQDKRSEHVKFCKYAAELIERVSGKPLLIGSDVSLARLQKADVVAQSRITFPEKELLLLIRNHLISKGLGETASVLTKEADLPMTAASHSSAFTPVAAAASPVTLPRAPRIANGISARLSSHTAVGSTATSVHAQARASASQGPPALPGPSSTSNSPLIGRISFVRERQSPCNGRKIRVLRQKSDHGAYSQSPAIKKQLDRHLPSPPTLDSIITEYLREQHARCKNPVATCPPFSLFTPHQCPEPKQRRQAPTNFTSRLTRRAAFPKYGGVDGGCFDRHLIFSRFRPISVFREANEDESGFTCCAFSARERFLMLGTCTGQLKLYNVFSGQEEASYNCHNSAITHLEPSRDGSLLLTSATWSQPLSALWGMKSVFDMKHSFPDDHYVEFSKHSQDRVIGTKGDIAHIYDIQTGNKLLTLFNPDLANNYKKNCATFNPTDDLVLNDGVLWDVRSAQAIHKFDKFNMTISGVFHPNGLEVIVNTEIWDLRTFHLLHTVPALDQCRVVFNYTGTVMYGAMLQADDEDDLLEERMRSPFGSSFRTFNATDYKPIATIDVKRNIFDLCTDSKDCYLAVIENQGSMDAMNMDTVCRLYEVGRQRLAEDEEDEEEDQEEEEQEEEDDDEDDDDTDDLDELDTDQLLEAELEEDENNENAGEDGENDFSPSDDDEIANLLEEGDEGEDEDSDADEEVELILGDTDSSDNSDLEDNIILSLNE

Target ORF information:

RefSeq Version	XM_030282925.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata DDB1 and CUL4 associated factor 1 (DCAF1), transcript variant X5, mRNA.

Target ORF information:

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

XM_030282925.1

ORF Insert Sequence:

ATGACTTCAG GATCTGGGCA TGTGGACTCC AAGGCTGAGC TCACTACTTT GCTTGAGCAA 
TGGGAGAAAG AACATGGCAG CGGGCAAGAC ATGGTCCCTA TTCTCACCAG AATGTCCGAG 
CTGATTGAGA AGGAGACTGA AGAGTACCGC AAAGGGGACC CAGACCCGTT TGATGACCGA 
CACCCAGGTC GGGCAGATCC AGAGTGTATG CTTGGTCACT TACTGAGGAT ACTCTTCAAG 
AATGATGATT TCATGAACGC GCTAGTGAAT GCTTATGTGA TGACAAGCAG AGAACCTCCA 
CTAAACACTG CTGCCTGCAG ACTTCTGCTG GACATCATGC CGGGACTGGA AACAGCTGTT 
GTGTTTCAGG AAAAGGAAGG CATAGTTGAA AATCTCTTTA AGTGGGCACG AGAGGCTGAT 
CAGCCACTAA GAACGTATGC AACAGGACTG TTGGGAGGAG CGATGGAAAA CCAGGACATT 
GCTGCAAATT ACAGGGATGA GAACTCCCAA TTGGTGGCTC TGGTCCTTCG TCGTCTGCGA 
GAGTTGCAGG TCACTGAAAT GACCACAAAA CAGGAAAACA AGCGCCCCAG TCCTCGGAAA 
GTGCCATCTG ATCCTCTGCT GCCCCTTGAT GAGGAGGCTG TGGATATGGA TTATGGGGAG 
ATGACAGTAG ATGGAGAGCA AGAAGTTTCT GGTGATACAG AGATCTCCTT TCATCTTGAT 
TCAAGTCATA AGACGAGTAG CAGAGTAAAC TCTGCTACAA AGCTAGAGGA TGGGGGACTG 
AGAAAAAGCA GATCAGGGAA GCAGCATGAA AGAGATGACT TTCGGAAGGC CAAGCAAAAG 
CTGGGCTTCT CCACCTCAGA ACCGGAGCGG ATATTTGTTG AGCTGTCCAA CAGCAGCTGG 
TCAGAAATGT CCCCGTGGGT CATTGGCACT AATTACACAC TTTACCCCTT GACTCCTGCC 
ATAGAGCAGA GGCTGATTCT TCAGTACCTG ACTCCCTTGG GGGAGTACCA AGAGCTGCTA 
CCCATCTTTA TGCAACTGGG CTCAAGGGAG CTGATGATGT ACTACATTGA TTTGAAGCGA 
ACCAATGATG TGCTCCTCAC TTTTGAAGCC CTTAAGCATT TGGCATCATT GCTGCTGCAC 
AACAAGTTTG CTACAGAGTT TGTTGCTCAT GGAGGAGTGC AGAAGTTGCT GGAGATTCCT 
CGTCCTTCCA TGGCAGCAAC AGGAGTGTCC ATGTGTTTGT ATTACTTGTC ATACAATCAA 
GATGCTATGG AGAGGGTGTG CATGCACCCC CATAATGTGC TTTCAGATGT AGTGAACTAC 
ACCCTGTGGC TGATGGAGTG CTCCCATGCC TCGGGCTGCT GCCATGCCAC CATGTTCTTC 
TCCATTTGCT TCTCCTTCCG TGCTGTCCTG GAGCTCTTTG ATAGGCACGA CGGGCTGCGA 
CGTCTGGTTA ACCTGATAAG CACTCTGGAG ATCTTAAACC TGGAAGACCA AGGAGCCCTC 
CTGAGCGATG ATGAGATCTT TGCCAGTCGC CAGACGGGGA AGCACACCTG CGTGGCACTG 
CGCCGGTACT TCGAGGCTCA CCTTGCCATC AAACTGGAGC AGGTGAAGCA ATCACTGCAG 
CGCACTGAGG GCGGCATCCT GGTGCATCCA CAGCCCCCCT ACAAGGCCTG TTCCTATACT 
CATGAGCAGA TTGTGGAGAT GATGGAGTTC CTGATTGAGT ATGGTCCAGC ACAGCTTTAC 
TGGGAGCCAG CAGAAGTTTT TCTCAAGCTG TCTTGTGTCC AGCTCATGCT TCAGCTCATT 
TCCATTGCCT GCAACTGGAA GACATACTAT GCAAGGAATG ACACAGTACG ATATGCTTTG 
GATGTACTGG CCATCTTGAC TGTAGTACCT AAAATCCAGT TGCAACTGGC AGAACCTGTG 
GATGTGTTAG ATGAAGCTGG ATCTACTGTT TCCACTGTGG GTATTAGTAT CATCCTTGGG 
GTTGCTGAGG GTGAGTTTTT CATCCATGAT GCTGAGATTC AGAAATCAGC TCTTCAGATC 
ATCATCAACT GTGTGTGTGG CCCAGATAAC CGGATCTCCA GCATTGGGAA ATTCATCTCT 
GGGACCCCTC GTCGAAAGCT TCCGCAGGCC CCCAAGAGCA GTGAGCACAC GTTAGCCAAG 
ATGTGGAATG TGGTGCAGTC CAACAATGGC ATCAAGGTGC TGCTGTCGTT GCTGTCTGTG 
AAGATGCCGA TCACCGACGC GGATCAGATC CGGGCCCTGG CCTGCAAAGC CCTGGTGGGG 
CTGTCACGCA GCAGCACCGT CCGGCAGATC ATCAGCAAGC TGCCCCTGTT CAGCAGCTGC 
CAGATCCAGC AGCTGATGAA GGAGCCGGTG CTGCAGGACA AGCGCAGTGA GCATGTGAAG 
TTCTGCAAGT ACGCTGCCGA GCTCATCGAG CGCGTCTCAG GGAAGCCCCT GCTCATCGGC 
TCGGACGTCT CGCTGGCACG GCTGCAGAAG GCCGATGTGG TGGCCCAGTC GAGGATCACT 
TTCCCTGAGA AGGAGCTGCT GCTGCTGATT CGGAACCATC TCATCTCTAA GGGCCTCGGG 
GAAACGGCGT CTGTCCTTAC GAAAGAGGCT GACCTGCCCA TGACTGCAGC ATCCCACTCT 
TCTGCCTTCA CCCCTGTTGC AGCCGCTGCC TCTCCGGTGA CTCTGCCTCG CGCTCCTCGT 
ATAGCTAACG GCATCTCGGC CCGTTTGAGT AGCCACACTG CTGTAGGTTC CACTGCCACC 
TCTGTCCACG CTCAGGCAAG AGCGTCTGCA TCCCAAGGTC CACCTGCCCT TCCAGGCCCT 
TCTTCTACCA GCAACTCTCC TCTGATTGGC AGGATTAGCT TTGTCAGAGA GAGGCAGTCT 
CCCTGCAACG GCAGGAAAAT CAGAGTGTTG CGACAAAAAT CGGACCATGG CGCCTACAGC 
CAGAGCCCAG CTATCAAAAA GCAGCTGGAC AGACACCTTC CTTCCCCACC CACGCTGGAC 
AGTATAATCA CAGAGTACCT TAGGGAGCAG CATGCCCGCT GCAAGAACCC TGTTGCCACC 
TGTCCCCCTT TCTCTCTCTT TACTCCCCAC CAGTGTCCTG AGCCAAAACA GAGGCGCCAG 
GCGCCCACTA ACTTTACCTC ACGGCTGACC CGCAGGGCGG CCTTTCCGAA GTATGGAGGG 
GTGGATGGTG GCTGCTTTGA TAGACACCTT ATATTCAGCA GGTTCCGTCC AATTTCTGTG 
TTCAGGGAAG CAAATGAGGA TGAGAGTGGC TTTACCTGTT GTGCATTTTC TGCAAGAGAA 
CGATTCTTAA TGCTGGGTAC TTGCACGGGG CAGTTGAAAC TCTACAACGT GTTCAGTGGA 
CAGGAAGAGG CCAGTTACAA CTGCCATAAC TCTGCCATCA CGCACCTTGA GCCATCCAGG 
GATGGATCTT TATTGCTGAC ATCTGCTACA TGGAGCCAAC CTCTGTCTGC ATTGTGGGGA 
ATGAAGTCTG TCTTTGATAT GAAGCATTCC TTCCCTGATG ACCACTATGT GGAGTTCAGC 
AAGCACTCTC AGGACAGGGT CATTGGCACA AAGGGAGACA TTGCACATAT CTATGATATT 
CAGACTGGCA ACAAGCTATT GACTCTGTTT AACCCGGATC TTGCCAACAA CTACAAGAAG 
AACTGTGCCA CCTTTAACCC CACTGACGAC CTTGTCCTAA ATGATGGTGT CCTCTGGGAT 
GTCAGATCAG CACAAGCCAT CCACAAGTTT GACAAATTCA ACATGACTAT CAGTGGTGTT 
TTCCATCCCA ATGGGCTGGA GGTCATAGTC AACACTGAAA TTTGGGACCT CCGAACTTTC 
CATTTGTTAC ACACAGTACC TGCATTGGAT CAGTGTCGTG TGGTCTTCAA CTATACTGGC 
ACAGTGATGT ATGGAGCTAT GTTGCAGGCA GATGATGAGG ATGACCTTCT GGAGGAGAGA 
ATGAGAAGTC CCTTTGGCTC TTCTTTCAGG ACATTTAATG CAACTGATTA TAAACCTATA 
GCTACCATAG ATGTGAAGCG GAATATCTTT GACTTGTGCA CAGACAGCAA GGACTGCTAT 
CTGGCTGTCA TTGAGAACCA GGGCAGCATG GATGCCATGA ACATGGACAC GGTGTGCAGG 
CTCTATGAAG TGGGCCGGCA GCGGCTGGCA GAAGATGAGG AGGACGAAGA AGAAGATCAG 
GAGGAAGAGG AGCAAGAAGA AGAAGATGAT GATGAAGATG ATGATGACAC AGATGACCTT 
GATGAACTAG ATACAGACCA GCTGCTGGAG GCTGAGCTGG AGGAGGATGA GAACAATGAG 
AATGCTGGTG AGGATGGAGA AAATGACTTT TCTCCCTCTG ATGATGATGA GATTGCCAAC 
CTCCTGGAAG AGGGAGATGA GGGTGAAGAT GAAGATTCTG ATGCTGATGA GGAAGTTGAG 
CTGATTCTTG GAGATACTGA CAGCTCCGAT AACTCCGACC TGGAGGACAA CATCATCCTG 
TCCCTGAATG AGTGA

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

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DCAF1 cDNA ORF clone, Taeniopygia guttata(zebra finch)

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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