BC1G_02335 cDNA ORF clone, Botrytis cinerea B05.10

Gene
Clones
gRNAs

Summary

Gene Symbol	BC1G_02335
Entrez Gene ID	5439795
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Botrytis cinerea B05.10

mRNA and Protein(s)

mRNA	Protein	Name
XM_024693576.1	XP_024549362.1	Bcvip1
XM_024693577.1	XP_024549363.1	Bcvip1
XM_001559121.1	XP_001559171.1	hypothetical protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

A gapless genome sequence of the fungus Botrytis cinerea.
Van Kan JA, Stassen JH, Mosbach A, Van Der Lee TA, Faino L, Farmer AD, Papasotiriou DG, Zhou S, Seidl MF, Cottam E, Edel D, Hahn M, Schwartz DC, Dietrich RA, Widdison S, Scalliet G
Molecular plant pathology18(1)75-89(2017 01)

Genome update of Botrytis cinerea strains B05.10 and T4.
Staats M, van Kan JA
Eukaryotic cell11(11)1413-4(2012 Nov)

Genomic analysis of the necrotrophic fungal pathogens Sclerotinia sclerotiorum and Botrytis cinerea.
Amselem J, Cuomo CA, van Kan JA, Viaud M, Benito EP, Couloux A, Coutinho PM, de Vries RP, Dyer PS, Fillinger S, Fournier E, Gout L, Hahn M, Kohn L, Lapalu N, Plummer KM, Pradier JM, Quévillon E, Sharon A, Simon A, ten Have A, Tudzynski B, Tudzynski P, Wincker P, Andrew M, Anthouard V, Beever RE, Beffa R, Benoit I, Bouzid O, Brault B, Chen Z, Choquer M, Collémare J, Cotton P, Danchin EG, Da Silva C, Gautier A, Giraud C, Giraud T, Gonzalez C, Grossetete S, Güldener U, Henrissat B, Howlett BJ, Kodira C, Kretschmer M, Lappartient A, Leroch M, Levis C, Mauceli E, Neuvéglise C, Oeser B, Pearson M, Poulain J, Poussereau N, Quesneville H, Rascle C, Schumacher J, Ségurens B, Sexton A, Silva E, Sirven C, Soanes DM, Talbot NJ, Templeton M, Yandava C, Yarden O, Zeng Q, Rollins JA, Lebrun MH, Dickman M
PLoS genetics7(8)e1002230(2011 Aug)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following BC1G_02335 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BC1G_02335 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)
OBc07715	XM_001559121.1 Latest version!	Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_02335) partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OBc19770	XM_024693576.1 Latest version!	Botrytis cinerea B05.10 Bcvip1 (Bcvip1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OBc19771	XM_024693577.1 Latest version!	Botrytis cinerea B05.10 Bcvip1 (Bcvip1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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

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

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

Reference Sequences (Refseq)

BC1G_02335 ( XM_001559121.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_001559171.1 Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_02335) partial mRNA.

Price & Availability↑

CloneID	OBc07715
Clone ID Related Accession (Same CDS sequence)	XM_001559121.1
Accession Version	XM_001559121.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4029bp) 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	1203868800000
Organism	Botrytis cinerea B05.10
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_001814565). COMPLETENESS: incomplete on both ends.

ATGGCGGACG ATAGCAAAAG TGTGCCTATA CCACTTCCTG AGCCTACTCT TCGACCCCGA 
GCATCAGTCA CGGAGATGGA TGGAAAACGA ATGTCAGTAT CCTCCATGTA CTCTTTAGCA 
TCAGCCAGGG CAGGTGGTGT AATAAGTTCT GCGGCATCTG CGACGGGCTC TGAGAATGGA 
GGAAGTACAA GAACAACTAC AGCATCGGTT TCGGCGCCAG TCTCATCAGT GAAAGGGCTT 
GGAGTATCTC CACCAGAAAC TTCGAACGTA TCTGTTACAA CTGCTTCTGG TGGGCCAAAT 
GCACCAAATG GACATCAACT TACAGCCAGA GAACCACCAG CTCAAGCTGC AGAGCTAGCA 
AAACGGAATT CTGTTGCGAG AGGAGAGGCC CAACCACGAC CTCAACCTCC ACAAAGATCC 
AGGAGTCGAG CAAAAAGACG TTTCAGTGGT AGCACCGGCG CCAGCAGCCA CAGCCCTAGT 
AGTGAGAGGG GCCTACATTT GAAAAAAGAA GATGAGAATA GGCCAGCACC TTGGGGTGTT 
ATAGGAGTAT GTGCCCTTGA CATAAAAGCA CGAAGCAAAC CGAGTCGGAA CATTCTCAAT 
CGCTTGATTT CAAAAGGCGA ATTTGAGGTT GTCATCTTTG GAGATAAAGT TATTTTGGAT 
GAGGAGGTTG AGAATTGGCC AATCTGCGAT TTCTTGATTT CCTTCTACTC AGACGGATTT 
CCACTCGACA AAGCCATTGC GTATGTGCAG GCACGAAAAC CATTTTGTGT TAATGATGTC 
CCTATGCAAA AGATCTTATG GGATCGCAGG ATCTGTTTAC GAATTCTCGA CAAGATAAAT 
GTGCCCACGC CCAAGCGTAT AGAAGTAAAC CGAGATGGAG GTCCAGCTGT CTTCACACCG 
GAGATGGCAA AGCATCTGAA GGACACCACT GGTCTTGTCC TAGAAGGACC CGAAGATGGA 
ACTGGTGGCC AGATGGTGGC TCCCAAGACT GTTGAGCTCA TCGACAATGG GGACACTTTG 
AGTGTTGATG GTGTACTATT GTCTAAGCCA TTTGTGGAAA AGCCAGTCAG TGGTGAAGAT 
CATAATGTCT GCATATACTA TCCCCAAAGT CAAGGCGGAG GAGGTCGAAA GCTCTTCCGT 
AAGATTGGCA ACAAGAGTTC TGAACATGTC GAAGATCTCA CAATTCCTCG AGCTATATCT 
GAACCAGGAA GCAGCTATTT ATATGAGAAG TTTATGCGTG TCGATAATGC TGAAGATGTG 
AAAGCATACA CTGTTGGGCC AACCTTTTGT CACGCCGAAA CTCGCAAGTC CCCCGTTGTT 
GATGGCTTGG TCAGACGCAA TACTCATGGC AAGGAAATCC GTTACATCAC AGCTCTTACA 
AAAGAAGAAT CCGCTATGGC TACTCGAATT GCTAACAGTT TCGGTCAGAG AGTATGCGGT 
TTCGACCTTC TACGTGCGCA AGGGAAAAGT TATGTCATTG ATGTCAATGG ATGGAGTTTT 
GTTAAAGATA ATGAGGAGTA TTATGAGCAA TGTGCACGTA TATTGAAAGA TATGTTTGTT 
CGCGAAAAGC AAAAGTATAC TGGGCAATCC CAGCCTGTTA GTGGTGTAAC TTCCCCAACC 
GACGGAACAA TGAGCCCTAC TGCTATAAGA AAAGAGCCAG CACTCAAGGA AAATCATCGG 
TCAGCCTTAC AAAACATCCT TTCCAAATCA CCTAGCATGT CAAACATGAT TCACGGACAT 
CTTCCTAATC ATGGATCACA CAGACTCTCC AATTCAGGTT CTCCTCAGCC TGGTAACTCA 
GCTGTCCCAA CTCCGAAGAC CTCACCTCCA CTTTCTGCGG AGCAGGACAC CTCTGCCATA 
CCTTCTGCAG AGTTGTTGCC ACCACCTGCA GTGTCTGGTC CCAGCGAAGT GCCATCTGTT 
ACGTCTACAG TCCCACCTTC ACCCACTCCT ACCCCAGGAC AAGATCAACA GACACTACCA 
CCACCGGCAC CCAAACATAC GTGGAAGCTG AAGGCGAAGA AAGGTGGGTG GACAGGTACA 
AAAGTACAAA TCAAGCCCAT GTTTCGAAAA AGAAAGCCAG AGGAATCCCC TAATTCCGAG 
ATACCACCTG CACCAGAAGA TCTCGCTTCA ATTGATCCAA GTCTCGAACA CTCCGATAAA 
GCAAAGACTG CTGCGAATCT TGAGAGAAGA TCGCCTACTC GAAATGACTC GTTATCCGGC 
GTTACTTTAT CTCGCATAAC CGCAGCGGAG GAGAGCCTTG TATTGGATAA ACTCCAGCTC 
ATTGTCAAAT GGGGTGGCGA GCCGACTCAC TCGGCTAGAT ATCAAGCACA AGAGCTTGGT 
GAAACAATGC GAAACGACCT TCAATTGATG AACAAGGACA TTCTTGATGA AGTTCATGTA 
TTCAGTAGCT CCGAGAGACG TGTGACGGCA AGTGCTCAAA TATGGGCTTC TGCCTTCACA 
AACCAAAAGG ATCTGGCATC TGATTTCATT ACTGTGCGCA AAGATTTGCT TGATGACTCC 
AACGCAGCTA AAGATGAGAT GGATAAAGTC AAAAAGAAGC TCAAGACTCT GTTGAGACAA 
GGAATGGAAG CACCTCCCGA GTTTGCCTGG CCAGCGGATA TGCCAGAACC ATCGATTGTG 
CAGAAATACG TTGTTCATTT GATGAAATTT CATAGGAGAG TTATGCGTAA CAATTTTAGC 
AAGCTTTATG GAGGCGCCAC TACATCACTC AATGCAATTG TAAATCCTGG AGATAAGGAG 
AGCAAAGGAG CAGGTTCGGC TTTGTCACAA GCAAACGCTA CGAGCAGTAT CCAAGCTCGT 
TGGTGCTGTG GTGAAGATGC CGAGCTATTT AAGGAACGAT GGGAGAAGCT TTTCAACGAA 
TTTTCCGATC CCGAGAAAGT AGATCCAAGC AAAATCTCTG AACTATACGA TACCATGAAG 
TTTGATGCCC TTCACAATCG ACAATTCCTT GAATGGGTTT TCACTCCGAG CAAAAGCATT 
CTCGAGGAAG AGGAAATAGA GCTTGCTTGG GAAAAAGACC GATCCAAAAA CTCGGAAAAT 
GCTAAGGATG AGACTGTGCC AGCGGAGAAG GCTGAAAGTA GTAGGACACT GCATAGACGC 
ATGTTTAGAA GAAAGTCGGT GTTGAATGGA AAAAATAGTG AAGAAGAATC GTATTTTCGA 
CTTTTCACTG GCAGCAGCCA AACGAAAGCT AAAACCGACG TTCGCTTGGA GAAATTGCGA 
GAATTGTATA AACTATCTAA AGTCTTATTT GATTTCATCT GCCCACAAGA ATATGGTATT 
GCGGATAGCG AGAAACTTGA GATTGGTCTT TTGACATCAC TTCCCTTGCT GAAGGAAATC 
GTCCAGGATC TCGAGGAAAT GCAAGCCTCG GATGACGCCA AAGCATTCGT ATATTTCACC 
AAAGAGTCTC ACATTTACAC ACTTCTTAAC TGTATTCTTG AAGGAGGTAT CGAAACAAAG 
ATTAAACGAA GTGCCATCCC CGAGCTCGAC TACCTCTCAC AAATATGCTT TGAGCTTTAC 
GAATCTGAGA ACAAGACTCC CGTCGATGCA CAAGATGTAG CTAAATATGC GTATAGCATT 
CGCATCACAA TCAGTCCAGG CGCTCACACG TTTGATCCGT TGGACGTACA GCTGGACAGT 
AAACATAGTA TTAGTTGTGC TCCGAGAAGA AGTCTGACAG CTCATGCCGA TTGGAAATAT 
GTTATTGATA CATTGAGGGC AAAGTTTCAT CAAGTCAAAC TTCCGAAGAG TTTCCTCGCC 
GTCAATCTTG CGGAATCACA CACTTTTCAC AAGAAAGAAC TAGATAATGC GGAGGACGAT 
TCGACTATTG CAGAGGTATT AAGTAGTGAG AATCAAGCCG CTGATGGGAA TGAGAATGAA 
CATGGAGAGA AAAATGATTT AAAAGAAGAA GTCGTAGAAG CAGCCAATGA AGCAACTGCC 
GGACCGGCTT TAGTTGCAGC ACCATCTGGA GATGATTCAG ATGTGAAAAG CCACAGCGAA 
CCCGTCTGA

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

RefSeq	XP_001559171.1
CDS	1..4029
Translation	MADDSKSVPIPLPEPTLRPRASVTEMDGKRMSVSSMYSLASARAGGVISSAASATGSENGGSTRTTTASVSAPVSSVKGLGVSPPETSNVSVTTASGGPNAPNGHQLTAREPPAQAAELAKRNSVARGEAQPRPQPPQRSRSRAKRRFSGSTGASSHSPSSERGLHLKKEDENRPAPWGVIGVCALDIKARSKPSRNILNRLISKGEFEVVIFGDKVILDEEVENWPICDFLISFYSDGFPLDKAIAYVQARKPFCVNDVPMQKILWDRRICLRILDKINVPTPKRIEVNRDGGPAVFTPEMAKHLKDTTGLVLEGPEDGTGGQMVAPKTVELIDNGDTLSVDGVLLSKPFVEKPVSGEDHNVCIYYPQSQGGGGRKLFRKIGNKSSEHVEDLTIPRAISEPGSSYLYEKFMRVDNAEDVKAYTVGPTFCHAETRKSPVVDGLVRRNTHGKEIRYITALTKEESAMATRIANSFGQRVCGFDLLRAQGKSYVIDVNGWSFVKDNEEYYEQCARILKDMFVREKQKYTGQSQPVSGVTSPTDGTMSPTAIRKEPALKENHRSALQNILSKSPSMSNMIHGHLPNHGSHRLSNSGSPQPGNSAVPTPKTSPPLSAEQDTSAIPSAELLPPPAVSGPSEVPSVTSTVPPSPTPTPGQDQQTLPPPAPKHTWKLKAKKGGWTGTKVQIKPMFRKRKPEESPNSEIPPAPEDLASIDPSLEHSDKAKTAANLERRSPTRNDSLSGVTLSRITAAEESLVLDKLQLIVKWGGEPTHSARYQAQELGETMRNDLQLMNKDILDEVHVFSSSERRVTASAQIWASAFTNQKDLASDFITVRKDLLDDSNAAKDEMDKVKKKLKTLLRQGMEAPPEFAWPADMPEPSIVQKYVVHLMKFHRRVMRNNFSKLYGGATTSLNAIVNPGDKESKGAGSALSQANATSSIQARWCCGEDAELFKERWEKLFNEFSDPEKVDPSKISELYDTMKFDALHNRQFLEWVFTPSKSILEEEEIELAWEKDRSKNSENAKDETVPAEKAESSRTLHRRMFRRKSVLNGKNSEEESYFRLFTGSSQTKAKTDVRLEKLRELYKLSKVLFDFICPQEYGIADSEKLEIGLLTSLPLLKEIVQDLEEMQASDDAKAFVYFTKESHIYTLLNCILEGGIETKIKRSAIPELDYLSQICFELYESENKTPVDAQDVAKYAYSIRITISPGAHTFDPLDVQLDSKHSISCAPRRSLTAHADWKYVIDTLRAKFHQVKLPKSFLAVNLAESHTFHKKELDNAEDDSTIAEVLSSENQAADGNENEHGEKNDLKEEVVEAANEATAGPALVAAPSGDDSDVKSHSEPV

Target ORF information:

RefSeq Version	XM_001559121.1
Organism	Botrytis cinerea B05.10
Definition	Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_02335) partial mRNA.

Target ORF information:

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

XM_001559121.1

ORF Insert Sequence:

ATGGCGGACG ATAGCAAAAG TGTGCCTATA CCACTTCCTG AGCCTACTCT TCGACCCCGA 
GCATCAGTCA CGGAGATGGA TGGAAAACGA ATGTCAGTAT CCTCCATGTA CTCTTTAGCA 
TCAGCCAGGG CAGGTGGTGT AATAAGTTCT GCGGCATCTG CGACGGGCTC TGAGAATGGA 
GGAAGTACAA GAACAACTAC AGCATCGGTT TCGGCGCCAG TCTCATCAGT GAAAGGGCTT 
GGAGTATCTC CACCAGAAAC TTCGAACGTA TCTGTTACAA CTGCTTCTGG TGGGCCAAAT 
GCACCAAATG GACATCAACT TACAGCCAGA GAACCACCAG CTCAAGCTGC AGAGCTAGCA 
AAACGGAATT CTGTTGCGAG AGGAGAGGCC CAACCACGAC CTCAACCTCC ACAAAGATCC 
AGGAGTCGAG CAAAAAGACG TTTCAGTGGT AGCACCGGCG CCAGCAGCCA CAGCCCTAGT 
AGTGAGAGGG GCCTACATTT GAAAAAAGAA GATGAGAATA GGCCAGCACC TTGGGGTGTT 
ATAGGAGTAT GTGCCCTTGA CATAAAAGCA CGAAGCAAAC CGAGTCGGAA CATTCTCAAT 
CGCTTGATTT CAAAAGGCGA ATTTGAGGTT GTCATCTTTG GAGATAAAGT TATTTTGGAT 
GAGGAGGTTG AGAATTGGCC AATCTGCGAT TTCTTGATTT CCTTCTACTC AGACGGATTT 
CCACTCGACA AAGCCATTGC GTATGTGCAG GCACGAAAAC CATTTTGTGT TAATGATGTC 
CCTATGCAAA AGATCTTATG GGATCGCAGG ATCTGTTTAC GAATTCTCGA CAAGATAAAT 
GTGCCCACGC CCAAGCGTAT AGAAGTAAAC CGAGATGGAG GTCCAGCTGT CTTCACACCG 
GAGATGGCAA AGCATCTGAA GGACACCACT GGTCTTGTCC TAGAAGGACC CGAAGATGGA 
ACTGGTGGCC AGATGGTGGC TCCCAAGACT GTTGAGCTCA TCGACAATGG GGACACTTTG 
AGTGTTGATG GTGTACTATT GTCTAAGCCA TTTGTGGAAA AGCCAGTCAG TGGTGAAGAT 
CATAATGTCT GCATATACTA TCCCCAAAGT CAAGGCGGAG GAGGTCGAAA GCTCTTCCGT 
AAGATTGGCA ACAAGAGTTC TGAACATGTC GAAGATCTCA CAATTCCTCG AGCTATATCT 
GAACCAGGAA GCAGCTATTT ATATGAGAAG TTTATGCGTG TCGATAATGC TGAAGATGTG 
AAAGCATACA CTGTTGGGCC AACCTTTTGT CACGCCGAAA CTCGCAAGTC CCCCGTTGTT 
GATGGCTTGG TCAGACGCAA TACTCATGGC AAGGAAATCC GTTACATCAC AGCTCTTACA 
AAAGAAGAAT CCGCTATGGC TACTCGAATT GCTAACAGTT TCGGTCAGAG AGTATGCGGT 
TTCGACCTTC TACGTGCGCA AGGGAAAAGT TATGTCATTG ATGTCAATGG ATGGAGTTTT 
GTTAAAGATA ATGAGGAGTA TTATGAGCAA TGTGCACGTA TATTGAAAGA TATGTTTGTT 
CGCGAAAAGC AAAAGTATAC TGGGCAATCC CAGCCTGTTA GTGGTGTAAC TTCCCCAACC 
GACGGAACAA TGAGCCCTAC TGCTATAAGA AAAGAGCCAG CACTCAAGGA AAATCATCGG 
TCAGCCTTAC AAAACATCCT TTCCAAATCA CCTAGCATGT CAAACATGAT TCACGGACAT 
CTTCCTAATC ATGGATCACA CAGACTCTCC AATTCAGGTT CTCCTCAGCC TGGTAACTCA 
GCTGTCCCAA CTCCGAAGAC CTCACCTCCA CTTTCTGCGG AGCAGGACAC CTCTGCCATA 
CCTTCTGCAG AGTTGTTGCC ACCACCTGCA GTGTCTGGTC CCAGCGAAGT GCCATCTGTT 
ACGTCTACAG TCCCACCTTC ACCCACTCCT ACCCCAGGAC AAGATCAACA GACACTACCA 
CCACCGGCAC CCAAACATAC GTGGAAGCTG AAGGCGAAGA AAGGTGGGTG GACAGGTACA 
AAAGTACAAA TCAAGCCCAT GTTTCGAAAA AGAAAGCCAG AGGAATCCCC TAATTCCGAG 
ATACCACCTG CACCAGAAGA TCTCGCTTCA ATTGATCCAA GTCTCGAACA CTCCGATAAA 
GCAAAGACTG CTGCGAATCT TGAGAGAAGA TCGCCTACTC GAAATGACTC GTTATCCGGC 
GTTACTTTAT CTCGCATAAC CGCAGCGGAG GAGAGCCTTG TATTGGATAA ACTCCAGCTC 
ATTGTCAAAT GGGGTGGCGA GCCGACTCAC TCGGCTAGAT ATCAAGCACA AGAGCTTGGT 
GAAACAATGC GAAACGACCT TCAATTGATG AACAAGGACA TTCTTGATGA AGTTCATGTA 
TTCAGTAGCT CCGAGAGACG TGTGACGGCA AGTGCTCAAA TATGGGCTTC TGCCTTCACA 
AACCAAAAGG ATCTGGCATC TGATTTCATT ACTGTGCGCA AAGATTTGCT TGATGACTCC 
AACGCAGCTA AAGATGAGAT GGATAAAGTC AAAAAGAAGC TCAAGACTCT GTTGAGACAA 
GGAATGGAAG CACCTCCCGA GTTTGCCTGG CCAGCGGATA TGCCAGAACC ATCGATTGTG 
CAGAAATACG TTGTTCATTT GATGAAATTT CATAGGAGAG TTATGCGTAA CAATTTTAGC 
AAGCTTTATG GAGGCGCCAC TACATCACTC AATGCAATTG TAAATCCTGG AGATAAGGAG 
AGCAAAGGAG CAGGTTCGGC TTTGTCACAA GCAAACGCTA CGAGCAGTAT CCAAGCTCGT 
TGGTGCTGTG GTGAAGATGC CGAGCTATTT AAGGAACGAT GGGAGAAGCT TTTCAACGAA 
TTTTCCGATC CCGAGAAAGT AGATCCAAGC AAAATCTCTG AACTATACGA TACCATGAAG 
TTTGATGCCC TTCACAATCG ACAATTCCTT GAATGGGTTT TCACTCCGAG CAAAAGCATT 
CTCGAGGAAG AGGAAATAGA GCTTGCTTGG GAAAAAGACC GATCCAAAAA CTCGGAAAAT 
GCTAAGGATG AGACTGTGCC AGCGGAGAAG GCTGAAAGTA GTAGGACACT GCATAGACGC 
ATGTTTAGAA GAAAGTCGGT GTTGAATGGA AAAAATAGTG AAGAAGAATC GTATTTTCGA 
CTTTTCACTG GCAGCAGCCA AACGAAAGCT AAAACCGACG TTCGCTTGGA GAAATTGCGA 
GAATTGTATA AACTATCTAA AGTCTTATTT GATTTCATCT GCCCACAAGA ATATGGTATT 
GCGGATAGCG AGAAACTTGA GATTGGTCTT TTGACATCAC TTCCCTTGCT GAAGGAAATC 
GTCCAGGATC TCGAGGAAAT GCAAGCCTCG GATGACGCCA AAGCATTCGT ATATTTCACC 
AAAGAGTCTC ACATTTACAC ACTTCTTAAC TGTATTCTTG AAGGAGGTAT CGAAACAAAG 
ATTAAACGAA GTGCCATCCC CGAGCTCGAC TACCTCTCAC AAATATGCTT TGAGCTTTAC 
GAATCTGAGA ACAAGACTCC CGTCGATGCA CAAGATGTAG CTAAATATGC GTATAGCATT 
CGCATCACAA TCAGTCCAGG CGCTCACACG TTTGATCCGT TGGACGTACA GCTGGACAGT 
AAACATAGTA TTAGTTGTGC TCCGAGAAGA AGTCTGACAG CTCATGCCGA TTGGAAATAT 
GTTATTGATA CATTGAGGGC AAAGTTTCAT CAAGTCAAAC TTCCGAAGAG TTTCCTCGCC 
GTCAATCTTG CGGAATCACA CACTTTTCAC AAGAAAGAAC TAGATAATGC GGAGGACGAT 
TCGACTATTG CAGAGGTATT AAGTAGTGAG AATCAAGCCG CTGATGGGAA TGAGAATGAA 
CATGGAGAGA AAAATGATTT AAAAGAAGAA GTCGTAGAAG CAGCCAATGA AGCAACTGCC 
GGACCGGCTT TAGTTGCAGC ACCATCTGGA GATGATTCAG ATGTGAAAAG CCACAGCGAA 
CCCGTCTGA

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

BC1G_02335 ( XM_024693576.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_024549362.1 Botrytis cinerea B05.10 Bcvip1 (Bcvip1), mRNA.

Price & Availability↑

CloneID	OBc19770
Clone ID Related Accession (Same CDS sequence)	XM_024693576.1
Accession Version	XM_024693576.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4641bp) 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	1523808000000
Organism	Botrytis cinerea B05.10
Product	Bcvip1
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_037315).

ATGGCACAAG AAGGGGAGAG CGCAGTGATG GAAACTAATG ATCCTAGTCC CGATAAACAG 
GCGGTCGGAT TTTCAACATT CAACAAATCC AAATCATCAA GCCACGAAGC ACAACCAACA 
AAGGACTTGA GCCCCAAATC TAAACTGAGA AGGACTTCGC TCAGCTTATC TTCCGGCAGT 
GGCATTCTTG CGTCATTGAG CAGGAAAGGA AAGCACGCGG ATCCACTGAT ACACACAGAA 
CTCAATTCTG AACGAGCAAG TATTTCTATG CCACCACCTC CTACCAGAGC ATTGCCAAAG 
TCTAGAACAT CTTCAACATA CAGCCAACGA TCGCCCGCCG CATTGGCAGT TTTGGAGGAG 
AGCTTAAATT TAGAGGGAAC AGGAACTAGC CATCAAGATT TTGCTGTTGA GGAATCCGAG 
CCCTCAAAGG CGAATCTACC AATGGCAGAT GATAAAACCC CTCCAACAAA TTTAACAATG 
GCGGACGATA GCAAAAGTGT GCCTATACCA CTTCCTGAGC CTACTCTTCG ACCCCGAGCA 
TCAGTCACGG AGATGGATGG AAAACGAATG TCAGTATCCT CCATGTACTC TTTAGCATCA 
GCCAGGGCAG GTGGTGTAAT AAGTTCTGCG GCATCTGCGA CGGGCTCTGA GAATGGAGGA 
AGTACAAGAA CAACTACAGC ATCGGTTTCG GCGCCAGTCT CATCAGTGAA AGGGCTTGGA 
GTATCTCCAC CAGAAACTTC GAACGTATCT GTTACAACTG CTTCTGGTGG GCCAAATGCA 
CCAAATGGAC ATCAACTTAC AGCCAGAGAA CCACCAGCTC AAGCTGCAGA GCTAGCAAAA 
CGGAATTCTG TTGCGAGAGG AGAGGCCCAA CCACGACCTC AACCTCCACA AAGATCCAGG 
AGTCGAGCAA AAAGACGTTT CAGTGGTAGC ACCGGCGCCA GCAGCCACAG CCCTAGTAGT 
GAGAGGGGCC TACATTTGAA AAAAGAAGAT GAGAATAGGC CAGCACCTTG GGGTGTTATA 
GGAGTATGTG CCCTTGACAT AAAAGCACGA AGCAAACCGA GTCGGAACAT TCTCAATCGC 
TTGATTTCAA AAGGCGAATT TGAGGTTGTC ATCTTTGGAG ATAAAGTTAT TTTGGATGAG 
GAGGTTGAGA ATTGGCCAAT CTGCGATTTC TTGATTTCCT TCTACTCAGA CGGATTTCCA 
CTCGACAAAG CCATTGCGTA TGTGCAGGCA CGAAAACCAT TTTGTGTTAA TGATGTCCCT 
ATGCAAAAGA TCTTATGGGA TCGCAGGATC TGTTTACGAA TTCTCGACAA GATAAATGTG 
CCCACGCCCA AGCGTATAGA AGTAAACCGA GATGGAGGTC CAGCTGTCTT CACACCGGAG 
ATGGCAAAGC ATCTGAAGGA CACCACTGGT CTTGTCCTAG AAGGACCCGA AGATGGAACT 
GGTGGCCAGA TGGTGGCTCC CAAGACTGTT GAGCTCATCG ACAATGGGGA CACTTTGAGT 
GTTGATGGTG TACTATTGTC TAAGCCATTT GTGGAAAAGC CAGTCAGTGG TGAAGATCAT 
AATGTCTGCA TATACTATCC CCAAAGTCAA GGCGGAGGAG GTCGAAAGCT CTTCCGTAAG 
ATTGGCAACA AGAGTTCTGA ACATGTCGAA GATCTCACAA TTCCTCGAGC TATATCTGAA 
CCAGGAAGCA GCTATTTATA TGAGAAGTTT ATGCGTGTCG ATAATGCTGA AGATGTGAAA 
GCATACACTG TTGGGCCAAC CTTTTGTCAC GCCGAAACTC GCAAGTCCCC CGTTGTTGAT 
GGCTTGGTCA GACGCAATAC TCATGGCAAG GAAATCCGTT ACATCACAGC TCTTACAAAA 
GAAGAATCCG CTATGGCTAC TCGAATTGCT AACAGTTTCG GTCAGAGAGT ATGCGGTTTC 
GACCTTCTAC GTGCGCAAGG GAAAAGTTAT GTCATTGATG TCAATGGATG GAGTTTTGTT 
AAAGATAATG AGGAGTATTA TGAGCAATGT GCACGTATAT TGAAAGATAT GTTTGTTCGC 
GAAAAGCAAA AGTATACTGG GCAATCCCAG CCTGTTAGTG GTGTAACTTC CCCAACCGAC 
GGAACAATGA GCCCTACTGC TATAAGAAAA GAGCCAGCAC TCAAGGAAAA TCATCGACTC 
TCCAATTCAG GTTCTCCTCA GCCTGGTAAC TCAGCTGTCC CAACTCCGAA GACCTCACCT 
CCACTTTCTG CGGAGCAGGA CACCTCTGCC ATACCTTCTG CAGAGTTGTT GCCACCACCT 
GCAGTGTCTG GTCCCAGCGA AGTGCCATCT GTTACGTCTA CAGTCCCACC TTCACCCACT 
CCTACCCCAG GACAAGATCA ACAGACACTA CCACCACCGG CACCCAAACA TACGTGGAAG 
CTGAAGGGTA TGGTATCTGT CATTCGACAT GCTGATCGTA CACCCAAGCA GAAATACAAA 
TATACGTTTC ACACCAAACC TTTTATCGAT CTTCTAAAGG GGCACCAAGA AGAAGTCCTC 
TTGATAGGCG AAGCTGCGTT GGATAGTGTT ATGCTTGCAG TTGATGCTGC AGCCTATGAG 
GGAATCGAGG ACAAAGAAAA GTTGAAATCA CTAAGGAACG TTCTAGCGAA GAAAGGGGGG 
TGGACAGGTA CAAAAGTACA AATCAAGCCC ATGTTTCGAA AAAGAAAGCC AGAGGAATCC 
CCTAATTCCG AGATACCACC TGCACCAGAA GATCTCGCTT CAATTGATCC AAGTCTCGAA 
CACTCCGATA AAGCAAAGAC TGCTGCGAAT CTTGAGAGAA GATCGCCTAC TCGAAATGAC 
TCGTTATCCG GCGTTACTTT ATCTCGCATA ACCGCAGCGG AGGAGAGCCT TGTATTGGAT 
AAACTCCAGC TCATTGTCAA ATGGGGTGGC GAGCCGACTC ACTCGGCTAG ATATCAAGCA 
CAAGAGCTTG GTGAAACAAT GCGAAACGAC CTTCAATTGA TGAACAAGGA CATTCTTGAT 
GAAGTTCATG TATTCAGTAG CTCCGAGAGA CGTGTGACGG CAAGTGCTCA AATATGGGCT 
TCTGCCTTCA CAAACCAAAA GGATCTGGCA TCTGATTTCA TTACTGTGCG CAAAGATTTG 
CTTGATGACT CCAACGCAGC TAAAGATGAG ATGGATAAAG TCAAAAAGAA GCTCAAGACT 
CTGTTGAGAC AAGGAATGGA AGCACCTCCC GAGTTTGCCT GGCCAGCGGA TATGCCAGAA 
CCATCGATTG TGCAGAAATA CGTTGTTCAT TTGATGAAAT TTCATAGGAG AGTTATGCGT 
AACAATTTTA GCAAGCTTTA TGGAGGCGCC ACTACATCAC TCAATGCAAT TGTAAATCCT 
GGAGATAAGG AGAGCAAAGG AGCAGGTTCG GCTTTGTCAC AAGCAAACGC TACGAGCAGT 
ATCCAAGCTC GTTGGTGCTG TGGTGAAGAT GCCGAGCTAT TTAAGGAACG ATGGGAGAAG 
CTTTTCAACG AATTTTCCGA TCCCGAGAAA GTAGATCCAA GCAAAATCTC TGAACTATAC 
GATACCATGA AGTTTGATGC CCTTCACAAT CGACAATTCC TTGAATGGGT TTTCACTCCG 
AGCAAAAGCA TTCTCGAGGA AGAGGAAATA GAGCTTGCTT GGGAAAAAGA CCGATCCAAA 
AACTCGGAAA ATGCTAAGGA TGAGACTGTG CCAGCGGAGA AGGCTGAAAG TAGTAGGACA 
CTGCATAGAC GCATGTTTAG AAGAAAGTCG GTGTTGAATG GAAAAAATAG TGAAGAAGAA 
TCGTATTTTC GACTTTTCAC TGGCAGCAGC CAAACGAAAG CTAAAACCGA CGTTCGCTTG 
GAGAAATTGC GAGAATTGTA TAAACTATCT AAAGTCTTAT TTGATTTCAT CTGCCCACAA 
GAATATGGTA TTGCGGATAG CGAGAAACTT GAGATTGGTC TTTTGACATC ACTTCCCTTG 
CTGAAGGAAA TCGTCCAGGA TCTCGAGGAA ATGCAAGCCT CGGATGACGC CAAAGCATTC 
GTATATTTCA CCAAAGAGTC TCACATTTAC ACACTTCTTA ACTGTATTCT TGAAGGAGGT 
ATCGAAACAA AGATTAAACG AAGTGCCATC CCCGAGCTCG ACTACCTCTC ACAAATATGC 
TTTGAGCTTT ACGAATCTGA GAACAAGACT CCCGTCGATG CACAAGATGT AGCTAAATAT 
GCGTATAGCA TTCGCATCAC AATCAGTCCA GGCGCTCACA CGTTTGATCC GTTGGACGTA 
CAGCTGGACA GTAAACATAG TATTAGTTGT GCTCCGAGAA GAAGTCTGAC AGCTCATGCC 
GATTGGAAAT ATGTTATTGA TACATTGAGG GCAAAGTTTC ATCAAGTCAA ACTTCCGAAG 
AGTTTCCTCG CCGTCAATCT TGCGGAATCA CACACTTTTC ACAAGAAAGA ACTAGATAAT 
GCGGAGGACG ATTCGACTAT TGCAGAGGTA TTAAGTAGTG AGAATCAAGC CGCTGATGGG 
AATGAGAATG AACATGGAGA GAAAAATGAT TTAAAAGAAG AAGTCGTAGA AGCAGCCAAT 
GAAGCAACTG CCGGACCGGC TTTAGTTGCA GCACCATCTG GAGATGATTC AGATGTGAAA 
AGCCACAGCG AACCCGTCTG A

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

RefSeq	XP_024549362.1
CDS	589..5229
Translation	MAQEGESAVMETNDPSPDKQAVGFSTFNKSKSSSHEAQPTKDLSPKSKLRRTSLSLSSGSGILASLSRKGKHADPLIHTELNSERASISMPPPPTRALPKSRTSSTYSQRSPAALAVLEESLNLEGTGTSHQDFAVEESEPSKANLPMADDKTPPTNLTMADDSKSVPIPLPEPTLRPRASVTEMDGKRMSVSSMYSLASARAGGVISSAASATGSENGGSTRTTTASVSAPVSSVKGLGVSPPETSNVSVTTASGGPNAPNGHQLTAREPPAQAAELAKRNSVARGEAQPRPQPPQRSRSRAKRRFSGSTGASSHSPSSERGLHLKKEDENRPAPWGVIGVCALDIKARSKPSRNILNRLISKGEFEVVIFGDKVILDEEVENWPICDFLISFYSDGFPLDKAIAYVQARKPFCVNDVPMQKILWDRRICLRILDKINVPTPKRIEVNRDGGPAVFTPEMAKHLKDTTGLVLEGPEDGTGGQMVAPKTVELIDNGDTLSVDGVLLSKPFVEKPVSGEDHNVCIYYPQSQGGGGRKLFRKIGNKSSEHVEDLTIPRAISEPGSSYLYEKFMRVDNAEDVKAYTVGPTFCHAETRKSPVVDGLVRRNTHGKEIRYITALTKEESAMATRIANSFGQRVCGFDLLRAQGKSYVIDVNGWSFVKDNEEYYEQCARILKDMFVREKQKYTGQSQPVSGVTSPTDGTMSPTAIRKEPALKENHRLSNSGSPQPGNSAVPTPKTSPPLSAEQDTSAIPSAELLPPPAVSGPSEVPSVTSTVPPSPTPTPGQDQQTLPPPAPKHTWKLKGMVSVIRHADRTPKQKYKYTFHTKPFIDLLKGHQEEVLLIGEAALDSVMLAVDAAAYEGIEDKEKLKSLRNVLAKKGGWTGTKVQIKPMFRKRKPEESPNSEIPPAPEDLASIDPSLEHSDKAKTAANLERRSPTRNDSLSGVTLSRITAAEESLVLDKLQLIVKWGGEPTHSARYQAQELGETMRNDLQLMNKDILDEVHVFSSSERRVTASAQIWASAFTNQKDLASDFITVRKDLLDDSNAAKDEMDKVKKKLKTLLRQGMEAPPEFAWPADMPEPSIVQKYVVHLMKFHRRVMRNNFSKLYGGATTSLNAIVNPGDKESKGAGSALSQANATSSIQARWCCGEDAELFKERWEKLFNEFSDPEKVDPSKISELYDTMKFDALHNRQFLEWVFTPSKSILEEEEIELAWEKDRSKNSENAKDETVPAEKAESSRTLHRRMFRRKSVLNGKNSEEESYFRLFTGSSQTKAKTDVRLEKLRELYKLSKVLFDFICPQEYGIADSEKLEIGLLTSLPLLKEIVQDLEEMQASDDAKAFVYFTKESHIYTLLNCILEGGIETKIKRSAIPELDYLSQICFELYESENKTPVDAQDVAKYAYSIRITISPGAHTFDPLDVQLDSKHSISCAPRRSLTAHADWKYVIDTLRAKFHQVKLPKSFLAVNLAESHTFHKKELDNAEDDSTIAEVLSSENQAADGNENEHGEKNDLKEEVVEAANEATAGPALVAAPSGDDSDVKSHSEPV

Target ORF information:

RefSeq Version	XM_024693576.1
Organism	Botrytis cinerea B05.10
Definition	Botrytis cinerea B05.10 Bcvip1 (Bcvip1), mRNA.

Target ORF information:

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

XM_024693576.1

ORF Insert Sequence:

ATGGCACAAG AAGGGGAGAG CGCAGTGATG GAAACTAATG ATCCTAGTCC CGATAAACAG 
GCGGTCGGAT TTTCAACATT CAACAAATCC AAATCATCAA GCCACGAAGC ACAACCAACA 
AAGGACTTGA GCCCCAAATC TAAACTGAGA AGGACTTCGC TCAGCTTATC TTCCGGCAGT 
GGCATTCTTG CGTCATTGAG CAGGAAAGGA AAGCACGCGG ATCCACTGAT ACACACAGAA 
CTCAATTCTG AACGAGCAAG TATTTCTATG CCACCACCTC CTACCAGAGC ATTGCCAAAG 
TCTAGAACAT CTTCAACATA CAGCCAACGA TCGCCCGCCG CATTGGCAGT TTTGGAGGAG 
AGCTTAAATT TAGAGGGAAC AGGAACTAGC CATCAAGATT TTGCTGTTGA GGAATCCGAG 
CCCTCAAAGG CGAATCTACC AATGGCAGAT GATAAAACCC CTCCAACAAA TTTAACAATG 
GCGGACGATA GCAAAAGTGT GCCTATACCA CTTCCTGAGC CTACTCTTCG ACCCCGAGCA 
TCAGTCACGG AGATGGATGG AAAACGAATG TCAGTATCCT CCATGTACTC TTTAGCATCA 
GCCAGGGCAG GTGGTGTAAT AAGTTCTGCG GCATCTGCGA CGGGCTCTGA GAATGGAGGA 
AGTACAAGAA CAACTACAGC ATCGGTTTCG GCGCCAGTCT CATCAGTGAA AGGGCTTGGA 
GTATCTCCAC CAGAAACTTC GAACGTATCT GTTACAACTG CTTCTGGTGG GCCAAATGCA 
CCAAATGGAC ATCAACTTAC AGCCAGAGAA CCACCAGCTC AAGCTGCAGA GCTAGCAAAA 
CGGAATTCTG TTGCGAGAGG AGAGGCCCAA CCACGACCTC AACCTCCACA AAGATCCAGG 
AGTCGAGCAA AAAGACGTTT CAGTGGTAGC ACCGGCGCCA GCAGCCACAG CCCTAGTAGT 
GAGAGGGGCC TACATTTGAA AAAAGAAGAT GAGAATAGGC CAGCACCTTG GGGTGTTATA 
GGAGTATGTG CCCTTGACAT AAAAGCACGA AGCAAACCGA GTCGGAACAT TCTCAATCGC 
TTGATTTCAA AAGGCGAATT TGAGGTTGTC ATCTTTGGAG ATAAAGTTAT TTTGGATGAG 
GAGGTTGAGA ATTGGCCAAT CTGCGATTTC TTGATTTCCT TCTACTCAGA CGGATTTCCA 
CTCGACAAAG CCATTGCGTA TGTGCAGGCA CGAAAACCAT TTTGTGTTAA TGATGTCCCT 
ATGCAAAAGA TCTTATGGGA TCGCAGGATC TGTTTACGAA TTCTCGACAA GATAAATGTG 
CCCACGCCCA AGCGTATAGA AGTAAACCGA GATGGAGGTC CAGCTGTCTT CACACCGGAG 
ATGGCAAAGC ATCTGAAGGA CACCACTGGT CTTGTCCTAG AAGGACCCGA AGATGGAACT 
GGTGGCCAGA TGGTGGCTCC CAAGACTGTT GAGCTCATCG ACAATGGGGA CACTTTGAGT 
GTTGATGGTG TACTATTGTC TAAGCCATTT GTGGAAAAGC CAGTCAGTGG TGAAGATCAT 
AATGTCTGCA TATACTATCC CCAAAGTCAA GGCGGAGGAG GTCGAAAGCT CTTCCGTAAG 
ATTGGCAACA AGAGTTCTGA ACATGTCGAA GATCTCACAA TTCCTCGAGC TATATCTGAA 
CCAGGAAGCA GCTATTTATA TGAGAAGTTT ATGCGTGTCG ATAATGCTGA AGATGTGAAA 
GCATACACTG TTGGGCCAAC CTTTTGTCAC GCCGAAACTC GCAAGTCCCC CGTTGTTGAT 
GGCTTGGTCA GACGCAATAC TCATGGCAAG GAAATCCGTT ACATCACAGC TCTTACAAAA 
GAAGAATCCG CTATGGCTAC TCGAATTGCT AACAGTTTCG GTCAGAGAGT ATGCGGTTTC 
GACCTTCTAC GTGCGCAAGG GAAAAGTTAT GTCATTGATG TCAATGGATG GAGTTTTGTT 
AAAGATAATG AGGAGTATTA TGAGCAATGT GCACGTATAT TGAAAGATAT GTTTGTTCGC 
GAAAAGCAAA AGTATACTGG GCAATCCCAG CCTGTTAGTG GTGTAACTTC CCCAACCGAC 
GGAACAATGA GCCCTACTGC TATAAGAAAA GAGCCAGCAC TCAAGGAAAA TCATCGACTC 
TCCAATTCAG GTTCTCCTCA GCCTGGTAAC TCAGCTGTCC CAACTCCGAA GACCTCACCT 
CCACTTTCTG CGGAGCAGGA CACCTCTGCC ATACCTTCTG CAGAGTTGTT GCCACCACCT 
GCAGTGTCTG GTCCCAGCGA AGTGCCATCT GTTACGTCTA CAGTCCCACC TTCACCCACT 
CCTACCCCAG GACAAGATCA ACAGACACTA CCACCACCGG CACCCAAACA TACGTGGAAG 
CTGAAGGGTA TGGTATCTGT CATTCGACAT GCTGATCGTA CACCCAAGCA GAAATACAAA 
TATACGTTTC ACACCAAACC TTTTATCGAT CTTCTAAAGG GGCACCAAGA AGAAGTCCTC 
TTGATAGGCG AAGCTGCGTT GGATAGTGTT ATGCTTGCAG TTGATGCTGC AGCCTATGAG 
GGAATCGAGG ACAAAGAAAA GTTGAAATCA CTAAGGAACG TTCTAGCGAA GAAAGGGGGG 
TGGACAGGTA CAAAAGTACA AATCAAGCCC ATGTTTCGAA AAAGAAAGCC AGAGGAATCC 
CCTAATTCCG AGATACCACC TGCACCAGAA GATCTCGCTT CAATTGATCC AAGTCTCGAA 
CACTCCGATA AAGCAAAGAC TGCTGCGAAT CTTGAGAGAA GATCGCCTAC TCGAAATGAC 
TCGTTATCCG GCGTTACTTT ATCTCGCATA ACCGCAGCGG AGGAGAGCCT TGTATTGGAT 
AAACTCCAGC TCATTGTCAA ATGGGGTGGC GAGCCGACTC ACTCGGCTAG ATATCAAGCA 
CAAGAGCTTG GTGAAACAAT GCGAAACGAC CTTCAATTGA TGAACAAGGA CATTCTTGAT 
GAAGTTCATG TATTCAGTAG CTCCGAGAGA CGTGTGACGG CAAGTGCTCA AATATGGGCT 
TCTGCCTTCA CAAACCAAAA GGATCTGGCA TCTGATTTCA TTACTGTGCG CAAAGATTTG 
CTTGATGACT CCAACGCAGC TAAAGATGAG ATGGATAAAG TCAAAAAGAA GCTCAAGACT 
CTGTTGAGAC AAGGAATGGA AGCACCTCCC GAGTTTGCCT GGCCAGCGGA TATGCCAGAA 
CCATCGATTG TGCAGAAATA CGTTGTTCAT TTGATGAAAT TTCATAGGAG AGTTATGCGT 
AACAATTTTA GCAAGCTTTA TGGAGGCGCC ACTACATCAC TCAATGCAAT TGTAAATCCT 
GGAGATAAGG AGAGCAAAGG AGCAGGTTCG GCTTTGTCAC AAGCAAACGC TACGAGCAGT 
ATCCAAGCTC GTTGGTGCTG TGGTGAAGAT GCCGAGCTAT TTAAGGAACG ATGGGAGAAG 
CTTTTCAACG AATTTTCCGA TCCCGAGAAA GTAGATCCAA GCAAAATCTC TGAACTATAC 
GATACCATGA AGTTTGATGC CCTTCACAAT CGACAATTCC TTGAATGGGT TTTCACTCCG 
AGCAAAAGCA TTCTCGAGGA AGAGGAAATA GAGCTTGCTT GGGAAAAAGA CCGATCCAAA 
AACTCGGAAA ATGCTAAGGA TGAGACTGTG CCAGCGGAGA AGGCTGAAAG TAGTAGGACA 
CTGCATAGAC GCATGTTTAG AAGAAAGTCG GTGTTGAATG GAAAAAATAG TGAAGAAGAA 
TCGTATTTTC GACTTTTCAC TGGCAGCAGC CAAACGAAAG CTAAAACCGA CGTTCGCTTG 
GAGAAATTGC GAGAATTGTA TAAACTATCT AAAGTCTTAT TTGATTTCAT CTGCCCACAA 
GAATATGGTA TTGCGGATAG CGAGAAACTT GAGATTGGTC TTTTGACATC ACTTCCCTTG 
CTGAAGGAAA TCGTCCAGGA TCTCGAGGAA ATGCAAGCCT CGGATGACGC CAAAGCATTC 
GTATATTTCA CCAAAGAGTC TCACATTTAC ACACTTCTTA ACTGTATTCT TGAAGGAGGT 
ATCGAAACAA AGATTAAACG AAGTGCCATC CCCGAGCTCG ACTACCTCTC ACAAATATGC 
TTTGAGCTTT ACGAATCTGA GAACAAGACT CCCGTCGATG CACAAGATGT AGCTAAATAT 
GCGTATAGCA TTCGCATCAC AATCAGTCCA GGCGCTCACA CGTTTGATCC GTTGGACGTA 
CAGCTGGACA GTAAACATAG TATTAGTTGT GCTCCGAGAA GAAGTCTGAC AGCTCATGCC 
GATTGGAAAT ATGTTATTGA TACATTGAGG GCAAAGTTTC ATCAAGTCAA ACTTCCGAAG 
AGTTTCCTCG CCGTCAATCT TGCGGAATCA CACACTTTTC ACAAGAAAGA ACTAGATAAT 
GCGGAGGACG ATTCGACTAT TGCAGAGGTA TTAAGTAGTG AGAATCAAGC CGCTGATGGG 
AATGAGAATG AACATGGAGA GAAAAATGAT TTAAAAGAAG AAGTCGTAGA AGCAGCCAAT 
GAAGCAACTG CCGGACCGGC TTTAGTTGCA GCACCATCTG GAGATGATTC AGATGTGAAA 
AGCCACAGCG AACCCGTCTG A

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

BC1G_02335 ( XM_024693577.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_024549363.1 Botrytis cinerea B05.10 Bcvip1 (Bcvip1), mRNA.

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CloneID	OBc19771
Clone ID Related Accession (Same CDS sequence)	XM_024693577.1
Accession Version	XM_024693577.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4725bp) 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	1523808000000
Organism	Botrytis cinerea B05.10
Product	Bcvip1
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_037315).

ATGGCACAAG AAGGGGAGAG CGCAGTGATG GAAACTAATG ATCCTAGTCC CGATAAACAG 
GCGGTCGGAT TTTCAACATT CAACAAATCC AAATCATCAA GCCACGAAGC ACAACCAACA 
AAGGACTTGA GCCCCAAATC TAAACTGAGA AGGACTTCGC TCAGCTTATC TTCCGGCAGT 
GGCATTCTTG CGTCATTGAG CAGGAAAGGA AAGCACGCGG ATCCACTGAT ACACACAGAA 
CTCAATTCTG AACGAGCAAG TATTTCTATG CCACCACCTC CTACCAGAGC ATTGCCAAAG 
TCTAGAACAT CTTCAACATA CAGCCAACGA TCGCCCGCCG CATTGGCAGT TTTGGAGGAG 
AGCTTAAATT TAGAGGGAAC AGGAACTAGC CATCAAGATT TTGCTGTTGA GGAATCCGAG 
CCCTCAAAGG CGAATCTACC AATGGCAGAT GATAAAACCC CTCCAACAAA TTTAACAATG 
GCGGACGATA GCAAAAGTGT GCCTATACCA CTTCCTGAGC CTACTCTTCG ACCCCGAGCA 
TCAGTCACGG AGATGGATGG AAAACGAATG TCAGTATCCT CCATGTACTC TTTAGCATCA 
GCCAGGGCAG GTGGTGTAAT AAGTTCTGCG GCATCTGCGA CGGGCTCTGA GAATGGAGGA 
AGTACAAGAA CAACTACAGC ATCGGTTTCG GCGCCAGTCT CATCAGTGAA AGGGCTTGGA 
GTATCTCCAC CAGAAACTTC GAACGTATCT GTTACAACTG CTTCTGGTGG GCCAAATGCA 
CCAAATGGAC ATCAACTTAC AGCCAGAGAA CCACCAGCTC AAGCTGCAGA GCTAGCAAAA 
CGGAATTCTG TTGCGAGAGG AGAGGCCCAA CCACGACCTC AACCTCCACA AAGATCCAGG 
AGTCGAGCAA AAAGACGTTT CAGTGGTAGC ACCGGCGCCA GCAGCCACAG CCCTAGTAGT 
GAGAGGGGCC TACATTTGAA AAAAGAAGAT GAGAATAGGC CAGCACCTTG GGGTGTTATA 
GGAGTATGTG CCCTTGACAT AAAAGCACGA AGCAAACCGA GTCGGAACAT TCTCAATCGC 
TTGATTTCAA AAGGCGAATT TGAGGTTGTC ATCTTTGGAG ATAAAGTTAT TTTGGATGAG 
GAGGTTGAGA ATTGGCCAAT CTGCGATTTC TTGATTTCCT TCTACTCAGA CGGATTTCCA 
CTCGACAAAG CCATTGCGTA TGTGCAGGCA CGAAAACCAT TTTGTGTTAA TGATGTCCCT 
ATGCAAAAGA TCTTATGGGA TCGCAGGATC TGTTTACGAA TTCTCGACAA GATAAATGTG 
CCCACGCCCA AGCGTATAGA AGTAAACCGA GATGGAGGTC CAGCTGTCTT CACACCGGAG 
ATGGCAAAGC ATCTGAAGGA CACCACTGGT CTTGTCCTAG AAGGACCCGA AGATGGAACT 
GGTGGCCAGA TGGTGGCTCC CAAGACTGTT GAGCTCATCG ACAATGGGGA CACTTTGAGT 
GTTGATGGTG TACTATTGTC TAAGCCATTT GTGGAAAAGC CAGTCAGTGG TGAAGATCAT 
AATGTCTGCA TATACTATCC CCAAAGTCAA GGCGGAGGAG GTCGAAAGCT CTTCCGTAAG 
ATTGGCAACA AGAGTTCTGA ACATGTCGAA GATCTCACAA TTCCTCGAGC TATATCTGAA 
CCAGGAAGCA GCTATTTATA TGAGAAGTTT ATGCGTGTCG ATAATGCTGA AGATGTGAAA 
GCATACACTG TTGGGCCAAC CTTTTGTCAC GCCGAAACTC GCAAGTCCCC CGTTGTTGAT 
GGCTTGGTCA GACGCAATAC TCATGGCAAG GAAATCCGTT ACATCACAGC TCTTACAAAA 
GAAGAATCCG CTATGGCTAC TCGAATTGCT AACAGTTTCG GTCAGAGAGT ATGCGGTTTC 
GACCTTCTAC GTGCGCAAGG GAAAAGTTAT GTCATTGATG TCAATGGATG GAGTTTTGTT 
AAAGATAATG AGGAGTATTA TGAGCAATGT GCACGTATAT TGAAAGATAT GTTTGTTCGC 
GAAAAGCAAA AGTATACTGG GCAATCCCAG CCTGTTAGTG GTGTAACTTC CCCAACCGAC 
GGAACAATGA GCCCTACTGC TATAAGAAAA GAGCCAGCAC TCAAGGAAAA TCATCGGTCA 
GCCTTACAAA ACATCCTTTC CAAATCACCT AGCATGTCAA ACATGATTCA CGGACATCTT 
CCTAATCATG GATCACACAG ACTCTCCAAT TCAGGTTCTC CTCAGCCTGG TAACTCAGCT 
GTCCCAACTC CGAAGACCTC ACCTCCACTT TCTGCGGAGC AGGACACCTC TGCCATACCT 
TCTGCAGAGT TGTTGCCACC ACCTGCAGTG TCTGGTCCCA GCGAAGTGCC ATCTGTTACG 
TCTACAGTCC CACCTTCACC CACTCCTACC CCAGGACAAG ATCAACAGAC ACTACCACCA 
CCGGCACCCA AACATACGTG GAAGCTGAAG GGTATGGTAT CTGTCATTCG ACATGCTGAT 
CGTACACCCA AGCAGAAATA CAAATATACG TTTCACACCA AACCTTTTAT CGATCTTCTA 
AAGGGGCACC AAGAAGAAGT CCTCTTGATA GGCGAAGCTG CGTTGGATAG TGTTATGCTT 
GCAGTTGATG CTGCAGCCTA TGAGGGAATC GAGGACAAAG AAAAGTTGAA ATCACTAAGG 
AACGTTCTAG CGAAGAAAGG GGGGTGGACA GGTACAAAAG TACAAATCAA GCCCATGTTT 
CGAAAAAGAA AGCCAGAGGA ATCCCCTAAT TCCGAGATAC CACCTGCACC AGAAGATCTC 
GCTTCAATTG ATCCAAGTCT CGAACACTCC GATAAAGCAA AGACTGCTGC GAATCTTGAG 
AGAAGATCGC CTACTCGAAA TGACTCGTTA TCCGGCGTTA CTTTATCTCG CATAACCGCA 
GCGGAGGAGA GCCTTGTATT GGATAAACTC CAGCTCATTG TCAAATGGGG TGGCGAGCCG 
ACTCACTCGG CTAGATATCA AGCACAAGAG CTTGGTGAAA CAATGCGAAA CGACCTTCAA 
TTGATGAACA AGGACATTCT TGATGAAGTT CATGTATTCA GTAGCTCCGA GAGACGTGTG 
ACGGCAAGTG CTCAAATATG GGCTTCTGCC TTCACAAACC AAAAGGATCT GGCATCTGAT 
TTCATTACTG TGCGCAAAGA TTTGCTTGAT GACTCCAACG CAGCTAAAGA TGAGATGGAT 
AAAGTCAAAA AGAAGCTCAA GACTCTGTTG AGACAAGGAA TGGAAGCACC TCCCGAGTTT 
GCCTGGCCAG CGGATATGCC AGAACCATCG ATTGTGCAGA AATACGTTGT TCATTTGATG 
AAATTTCATA GGAGAGTTAT GCGTAACAAT TTTAGCAAGC TTTATGGAGG CGCCACTACA 
TCACTCAATG CAATTGTAAA TCCTGGAGAT AAGGAGAGCA AAGGAGCAGG TTCGGCTTTG 
TCACAAGCAA ACGCTACGAG CAGTATCCAA GCTCGTTGGT GCTGTGGTGA AGATGCCGAG 
CTATTTAAGG AACGATGGGA GAAGCTTTTC AACGAATTTT CCGATCCCGA GAAAGTAGAT 
CCAAGCAAAA TCTCTGAACT ATACGATACC ATGAAGTTTG ATGCCCTTCA CAATCGACAA 
TTCCTTGAAT GGGTTTTCAC TCCGAGCAAA AGCATTCTCG AGGAAGAGGA AATAGAGCTT 
GCTTGGGAAA AAGACCGATC CAAAAACTCG GAAAATGCTA AGGATGAGAC TGTGCCAGCG 
GAGAAGGCTG AAAGTAGTAG GACACTGCAT AGACGCATGT TTAGAAGAAA GTCGGTGTTG 
AATGGAAAAA ATAGTGAAGA AGAATCGTAT TTTCGACTTT TCACTGGCAG CAGCCAAACG 
AAAGCTAAAA CCGACGTTCG CTTGGAGAAA TTGCGAGAAT TGTATAAACT ATCTAAAGTC 
TTATTTGATT TCATCTGCCC ACAAGAATAT GGTATTGCGG ATAGCGAGAA ACTTGAGATT 
GGTCTTTTGA CATCACTTCC CTTGCTGAAG GAAATCGTCC AGGATCTCGA GGAAATGCAA 
GCCTCGGATG ACGCCAAAGC ATTCGTATAT TTCACCAAAG AGTCTCACAT TTACACACTT 
CTTAACTGTA TTCTTGAAGG AGGTATCGAA ACAAAGATTA AACGAAGTGC CATCCCCGAG 
CTCGACTACC TCTCACAAAT ATGCTTTGAG CTTTACGAAT CTGAGAACAA GACTCCCGTC 
GATGCACAAG ATGTAGCTAA ATATGCGTAT AGCATTCGCA TCACAATCAG TCCAGGCGCT 
CACACGTTTG ATCCGTTGGA CGTACAGCTG GACAGTAAAC ATAGTATTAG TTGTGCTCCG 
AGAAGAAGTC TGACAGCTCA TGCCGATTGG AAATATGTTA TTGATACATT GAGGGCAAAG 
TTTCATCAAG TCAAACTTCC GAAGAGTTTC CTCGCCGTCA ATCTTGCGGA ATCACACACT 
TTTCACAAGA AAGAACTAGA TAATGCGGAG GACGATTCGA CTATTGCAGA GGTATTAAGT 
AGTGAGAATC AAGCCGCTGA TGGGAATGAG AATGAACATG GAGAGAAAAA TGATTTAAAA 
GAAGAAGTCG TAGAAGCAGC CAATGAAGCA ACTGCCGGAC CGGCTTTAGT TGCAGCACCA 
TCTGGAGATG ATTCAGATGT GAAAAGCCAC AGCGAACCCG TCTGA

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

RefSeq	XP_024549363.1
CDS	589..5313
Translation	MAQEGESAVMETNDPSPDKQAVGFSTFNKSKSSSHEAQPTKDLSPKSKLRRTSLSLSSGSGILASLSRKGKHADPLIHTELNSERASISMPPPPTRALPKSRTSSTYSQRSPAALAVLEESLNLEGTGTSHQDFAVEESEPSKANLPMADDKTPPTNLTMADDSKSVPIPLPEPTLRPRASVTEMDGKRMSVSSMYSLASARAGGVISSAASATGSENGGSTRTTTASVSAPVSSVKGLGVSPPETSNVSVTTASGGPNAPNGHQLTAREPPAQAAELAKRNSVARGEAQPRPQPPQRSRSRAKRRFSGSTGASSHSPSSERGLHLKKEDENRPAPWGVIGVCALDIKARSKPSRNILNRLISKGEFEVVIFGDKVILDEEVENWPICDFLISFYSDGFPLDKAIAYVQARKPFCVNDVPMQKILWDRRICLRILDKINVPTPKRIEVNRDGGPAVFTPEMAKHLKDTTGLVLEGPEDGTGGQMVAPKTVELIDNGDTLSVDGVLLSKPFVEKPVSGEDHNVCIYYPQSQGGGGRKLFRKIGNKSSEHVEDLTIPRAISEPGSSYLYEKFMRVDNAEDVKAYTVGPTFCHAETRKSPVVDGLVRRNTHGKEIRYITALTKEESAMATRIANSFGQRVCGFDLLRAQGKSYVIDVNGWSFVKDNEEYYEQCARILKDMFVREKQKYTGQSQPVSGVTSPTDGTMSPTAIRKEPALKENHRSALQNILSKSPSMSNMIHGHLPNHGSHRLSNSGSPQPGNSAVPTPKTSPPLSAEQDTSAIPSAELLPPPAVSGPSEVPSVTSTVPPSPTPTPGQDQQTLPPPAPKHTWKLKGMVSVIRHADRTPKQKYKYTFHTKPFIDLLKGHQEEVLLIGEAALDSVMLAVDAAAYEGIEDKEKLKSLRNVLAKKGGWTGTKVQIKPMFRKRKPEESPNSEIPPAPEDLASIDPSLEHSDKAKTAANLERRSPTRNDSLSGVTLSRITAAEESLVLDKLQLIVKWGGEPTHSARYQAQELGETMRNDLQLMNKDILDEVHVFSSSERRVTASAQIWASAFTNQKDLASDFITVRKDLLDDSNAAKDEMDKVKKKLKTLLRQGMEAPPEFAWPADMPEPSIVQKYVVHLMKFHRRVMRNNFSKLYGGATTSLNAIVNPGDKESKGAGSALSQANATSSIQARWCCGEDAELFKERWEKLFNEFSDPEKVDPSKISELYDTMKFDALHNRQFLEWVFTPSKSILEEEEIELAWEKDRSKNSENAKDETVPAEKAESSRTLHRRMFRRKSVLNGKNSEEESYFRLFTGSSQTKAKTDVRLEKLRELYKLSKVLFDFICPQEYGIADSEKLEIGLLTSLPLLKEIVQDLEEMQASDDAKAFVYFTKESHIYTLLNCILEGGIETKIKRSAIPELDYLSQICFELYESENKTPVDAQDVAKYAYSIRITISPGAHTFDPLDVQLDSKHSISCAPRRSLTAHADWKYVIDTLRAKFHQVKLPKSFLAVNLAESHTFHKKELDNAEDDSTIAEVLSSENQAADGNENEHGEKNDLKEEVVEAANEATAGPALVAAPSGDDSDVKSHSEPV

Target ORF information:

RefSeq Version	XM_024693577.1
Organism	Botrytis cinerea B05.10
Definition	Botrytis cinerea B05.10 Bcvip1 (Bcvip1), mRNA.

Target ORF information:

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

XM_024693577.1

ORF Insert Sequence:

ATGGCACAAG AAGGGGAGAG CGCAGTGATG GAAACTAATG ATCCTAGTCC CGATAAACAG 
GCGGTCGGAT TTTCAACATT CAACAAATCC AAATCATCAA GCCACGAAGC ACAACCAACA 
AAGGACTTGA GCCCCAAATC TAAACTGAGA AGGACTTCGC TCAGCTTATC TTCCGGCAGT 
GGCATTCTTG CGTCATTGAG CAGGAAAGGA AAGCACGCGG ATCCACTGAT ACACACAGAA 
CTCAATTCTG AACGAGCAAG TATTTCTATG CCACCACCTC CTACCAGAGC ATTGCCAAAG 
TCTAGAACAT CTTCAACATA CAGCCAACGA TCGCCCGCCG CATTGGCAGT TTTGGAGGAG 
AGCTTAAATT TAGAGGGAAC AGGAACTAGC CATCAAGATT TTGCTGTTGA GGAATCCGAG 
CCCTCAAAGG CGAATCTACC AATGGCAGAT GATAAAACCC CTCCAACAAA TTTAACAATG 
GCGGACGATA GCAAAAGTGT GCCTATACCA CTTCCTGAGC CTACTCTTCG ACCCCGAGCA 
TCAGTCACGG AGATGGATGG AAAACGAATG TCAGTATCCT CCATGTACTC TTTAGCATCA 
GCCAGGGCAG GTGGTGTAAT AAGTTCTGCG GCATCTGCGA CGGGCTCTGA GAATGGAGGA 
AGTACAAGAA CAACTACAGC ATCGGTTTCG GCGCCAGTCT CATCAGTGAA AGGGCTTGGA 
GTATCTCCAC CAGAAACTTC GAACGTATCT GTTACAACTG CTTCTGGTGG GCCAAATGCA 
CCAAATGGAC ATCAACTTAC AGCCAGAGAA CCACCAGCTC AAGCTGCAGA GCTAGCAAAA 
CGGAATTCTG TTGCGAGAGG AGAGGCCCAA CCACGACCTC AACCTCCACA AAGATCCAGG 
AGTCGAGCAA AAAGACGTTT CAGTGGTAGC ACCGGCGCCA GCAGCCACAG CCCTAGTAGT 
GAGAGGGGCC TACATTTGAA AAAAGAAGAT GAGAATAGGC CAGCACCTTG GGGTGTTATA 
GGAGTATGTG CCCTTGACAT AAAAGCACGA AGCAAACCGA GTCGGAACAT TCTCAATCGC 
TTGATTTCAA AAGGCGAATT TGAGGTTGTC ATCTTTGGAG ATAAAGTTAT TTTGGATGAG 
GAGGTTGAGA ATTGGCCAAT CTGCGATTTC TTGATTTCCT TCTACTCAGA CGGATTTCCA 
CTCGACAAAG CCATTGCGTA TGTGCAGGCA CGAAAACCAT TTTGTGTTAA TGATGTCCCT 
ATGCAAAAGA TCTTATGGGA TCGCAGGATC TGTTTACGAA TTCTCGACAA GATAAATGTG 
CCCACGCCCA AGCGTATAGA AGTAAACCGA GATGGAGGTC CAGCTGTCTT CACACCGGAG 
ATGGCAAAGC ATCTGAAGGA CACCACTGGT CTTGTCCTAG AAGGACCCGA AGATGGAACT 
GGTGGCCAGA TGGTGGCTCC CAAGACTGTT GAGCTCATCG ACAATGGGGA CACTTTGAGT 
GTTGATGGTG TACTATTGTC TAAGCCATTT GTGGAAAAGC CAGTCAGTGG TGAAGATCAT 
AATGTCTGCA TATACTATCC CCAAAGTCAA GGCGGAGGAG GTCGAAAGCT CTTCCGTAAG 
ATTGGCAACA AGAGTTCTGA ACATGTCGAA GATCTCACAA TTCCTCGAGC TATATCTGAA 
CCAGGAAGCA GCTATTTATA TGAGAAGTTT ATGCGTGTCG ATAATGCTGA AGATGTGAAA 
GCATACACTG TTGGGCCAAC CTTTTGTCAC GCCGAAACTC GCAAGTCCCC CGTTGTTGAT 
GGCTTGGTCA GACGCAATAC TCATGGCAAG GAAATCCGTT ACATCACAGC TCTTACAAAA 
GAAGAATCCG CTATGGCTAC TCGAATTGCT AACAGTTTCG GTCAGAGAGT ATGCGGTTTC 
GACCTTCTAC GTGCGCAAGG GAAAAGTTAT GTCATTGATG TCAATGGATG GAGTTTTGTT 
AAAGATAATG AGGAGTATTA TGAGCAATGT GCACGTATAT TGAAAGATAT GTTTGTTCGC 
GAAAAGCAAA AGTATACTGG GCAATCCCAG CCTGTTAGTG GTGTAACTTC CCCAACCGAC 
GGAACAATGA GCCCTACTGC TATAAGAAAA GAGCCAGCAC TCAAGGAAAA TCATCGGTCA 
GCCTTACAAA ACATCCTTTC CAAATCACCT AGCATGTCAA ACATGATTCA CGGACATCTT 
CCTAATCATG GATCACACAG ACTCTCCAAT TCAGGTTCTC CTCAGCCTGG TAACTCAGCT 
GTCCCAACTC CGAAGACCTC ACCTCCACTT TCTGCGGAGC AGGACACCTC TGCCATACCT 
TCTGCAGAGT TGTTGCCACC ACCTGCAGTG TCTGGTCCCA GCGAAGTGCC ATCTGTTACG 
TCTACAGTCC CACCTTCACC CACTCCTACC CCAGGACAAG ATCAACAGAC ACTACCACCA 
CCGGCACCCA AACATACGTG GAAGCTGAAG GGTATGGTAT CTGTCATTCG ACATGCTGAT 
CGTACACCCA AGCAGAAATA CAAATATACG TTTCACACCA AACCTTTTAT CGATCTTCTA 
AAGGGGCACC AAGAAGAAGT CCTCTTGATA GGCGAAGCTG CGTTGGATAG TGTTATGCTT 
GCAGTTGATG CTGCAGCCTA TGAGGGAATC GAGGACAAAG AAAAGTTGAA ATCACTAAGG 
AACGTTCTAG CGAAGAAAGG GGGGTGGACA GGTACAAAAG TACAAATCAA GCCCATGTTT 
CGAAAAAGAA AGCCAGAGGA ATCCCCTAAT TCCGAGATAC CACCTGCACC AGAAGATCTC 
GCTTCAATTG ATCCAAGTCT CGAACACTCC GATAAAGCAA AGACTGCTGC GAATCTTGAG 
AGAAGATCGC CTACTCGAAA TGACTCGTTA TCCGGCGTTA CTTTATCTCG CATAACCGCA 
GCGGAGGAGA GCCTTGTATT GGATAAACTC CAGCTCATTG TCAAATGGGG TGGCGAGCCG 
ACTCACTCGG CTAGATATCA AGCACAAGAG CTTGGTGAAA CAATGCGAAA CGACCTTCAA 
TTGATGAACA AGGACATTCT TGATGAAGTT CATGTATTCA GTAGCTCCGA GAGACGTGTG 
ACGGCAAGTG CTCAAATATG GGCTTCTGCC TTCACAAACC AAAAGGATCT GGCATCTGAT 
TTCATTACTG TGCGCAAAGA TTTGCTTGAT GACTCCAACG CAGCTAAAGA TGAGATGGAT 
AAAGTCAAAA AGAAGCTCAA GACTCTGTTG AGACAAGGAA TGGAAGCACC TCCCGAGTTT 
GCCTGGCCAG CGGATATGCC AGAACCATCG ATTGTGCAGA AATACGTTGT TCATTTGATG 
AAATTTCATA GGAGAGTTAT GCGTAACAAT TTTAGCAAGC TTTATGGAGG CGCCACTACA 
TCACTCAATG CAATTGTAAA TCCTGGAGAT AAGGAGAGCA AAGGAGCAGG TTCGGCTTTG 
TCACAAGCAA ACGCTACGAG CAGTATCCAA GCTCGTTGGT GCTGTGGTGA AGATGCCGAG 
CTATTTAAGG AACGATGGGA GAAGCTTTTC AACGAATTTT CCGATCCCGA GAAAGTAGAT 
CCAAGCAAAA TCTCTGAACT ATACGATACC ATGAAGTTTG ATGCCCTTCA CAATCGACAA 
TTCCTTGAAT GGGTTTTCAC TCCGAGCAAA AGCATTCTCG AGGAAGAGGA AATAGAGCTT 
GCTTGGGAAA AAGACCGATC CAAAAACTCG GAAAATGCTA AGGATGAGAC TGTGCCAGCG 
GAGAAGGCTG AAAGTAGTAG GACACTGCAT AGACGCATGT TTAGAAGAAA GTCGGTGTTG 
AATGGAAAAA ATAGTGAAGA AGAATCGTAT TTTCGACTTT TCACTGGCAG CAGCCAAACG 
AAAGCTAAAA CCGACGTTCG CTTGGAGAAA TTGCGAGAAT TGTATAAACT ATCTAAAGTC 
TTATTTGATT TCATCTGCCC ACAAGAATAT GGTATTGCGG ATAGCGAGAA ACTTGAGATT 
GGTCTTTTGA CATCACTTCC CTTGCTGAAG GAAATCGTCC AGGATCTCGA GGAAATGCAA 
GCCTCGGATG ACGCCAAAGC ATTCGTATAT TTCACCAAAG AGTCTCACAT TTACACACTT 
CTTAACTGTA TTCTTGAAGG AGGTATCGAA ACAAAGATTA AACGAAGTGC CATCCCCGAG 
CTCGACTACC TCTCACAAAT ATGCTTTGAG CTTTACGAAT CTGAGAACAA GACTCCCGTC 
GATGCACAAG ATGTAGCTAA ATATGCGTAT AGCATTCGCA TCACAATCAG TCCAGGCGCT 
CACACGTTTG ATCCGTTGGA CGTACAGCTG GACAGTAAAC ATAGTATTAG TTGTGCTCCG 
AGAAGAAGTC TGACAGCTCA TGCCGATTGG AAATATGTTA TTGATACATT GAGGGCAAAG 
TTTCATCAAG TCAAACTTCC GAAGAGTTTC CTCGCCGTCA ATCTTGCGGA ATCACACACT 
TTTCACAAGA AAGAACTAGA TAATGCGGAG GACGATTCGA CTATTGCAGA GGTATTAAGT 
AGTGAGAATC AAGCCGCTGA TGGGAATGAG AATGAACATG GAGAGAAAAA TGATTTAAAA 
GAAGAAGTCG TAGAAGCAGC CAATGAAGCA ACTGCCGGAC CGGCTTTAGT TGCAGCACCA 
TCTGGAGATG ATTCAGATGT GAAAAGCCAC AGCGAACCCG TCTGA

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

PubMed

A gapless genome sequence of the fungus Botrytis cinerea.
Molecular plant pathology18(1)75-89(2017 01)
Van Kan JA,Stassen JH,Mosbach A,Van Der Lee TA,Faino L,Farmer AD,Papasotiriou DG,Zhou S,Seidl MF,Cottam E,Edel D,Hahn M,Schwartz DC,Dietrich RA,Widdison S,Scalliet G

Genome update of Botrytis cinerea strains B05.10 and T4.
Eukaryotic cell11(11)1413-4(2012 Nov)
Staats M,van Kan JA

Genomic analysis of the necrotrophic fungal pathogens Sclerotinia sclerotiorum and Botrytis cinerea.
PLoS genetics7(8)e1002230(2011 Aug)
Amselem J,Cuomo CA,van Kan JA,Viaud M,Benito EP,Couloux A,Coutinho PM,de Vries RP,Dyer PS,Fillinger S,Fournier E,Gout L,Hahn M,Kohn L,Lapalu N,Plummer KM,Pradier JM,Quévillon E,Sharon A,Simon A,ten Have A,Tudzynski B,Tudzynski P,Wincker P,Andrew M,Anthouard V,Beever RE,Beffa R,Benoit I,Bouzid O,Brault B,Chen Z,Choquer M,Collémare J,Cotton P,Danchin EG,Da Silva C,Gautier A,Giraud C,Giraud T,Gonzalez C,Grossetete S,Güldener U,Henrissat B,Howlett BJ,Kodira C,Kretschmer M,Lappartient A,Leroch M,Levis C,Mauceli E,Neuvéglise C,Oeser B,Pearson M,Poulain J,Poussereau N,Quesneville H,Rascle C,Schumacher J,Ségurens B,Sexton A,Silva E,Sirven C,Soanes DM,Talbot NJ,Templeton M,Yandava C,Yarden O,Zeng Q,Rollins JA,Lebrun MH,Dickman M

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BC1G_02335 cDNA ORF clone, Botrytis cinerea B05.10

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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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