BC1G_11446 cDNA ORF clone, Botrytis cinerea B05.10

Gene
Clones
gRNAs

Summary

Gene Symbol	BC1G_11446
Entrez Gene ID	5430155
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Botrytis cinerea B05.10

mRNA and Protein(s)

mRNA	Protein	Name
XM_024694798.1	XP_024550591.1	hypothetical protein
XM_001549634.1	XP_001549684.1	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_11446 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BC1G_11446 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OBc02613	XM_001549634.1 Latest version!	Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_11446) partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OBc20992	XM_024694798.1 Latest version!	Botrytis cinerea B05.10 hypothetical protein (BCIN_08g06760), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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_11446 ( XM_001549634.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_001549684.1 Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_11446) partial mRNA.

Price & Availability↑

CloneID	OBc02613
Clone ID Related Accession (Same CDS sequence)	XM_001549634.1
Accession Version	XM_001549634.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6126bp) 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_001814482). COMPLETENESS: incomplete on both ends.

ATGGCGACCG CGGTACTTGA TGTCGATTAT TTGTCGGCAT ATTTAAGTGT GCCGCAACAA 
ACTCTGGAGA CAGTTGTTGA TAATCCTACA GCGGAATTAG TTCGAAGCGT CCTTGAAGCT 
GTTACCGCAA AAGCACGCGA ACATGATGAA TTGGCGGCAG ATAAACTACG AGTCGATATC 
GAGCTTGAAA ATGCTGTGAG AAGTTCAGAG ACGCGCATTG AAGGACTTCG ATCAAGTGTG 
GAAAAGGCGC AGAAAAATGT GGAAGAGTTG AGAACAAAGC TCAATGAGGA GGAGAATTCA 
AGGTCTTCTC TCCAAAATGA ACTTCAAACC TTGAAATCTA CTTCTTCGAC GTCGACATCT 
GAATTAGAAA CCTTACGGTC TCGAATCTCT TCTCTCGAAT CCTCGAATCG CGACGCATTG 
GCTGTCATCG AGTCAAAGAC CACCGCTAAT GGTGCTCTTG CACAAGACTT GCAAAAGCAA 
CACCAAAAAG GATTGGAACT CAGTCAACAA ATTACAGCCT TACAACAATC TGTTCAAAAT 
GCAAACTCTG CGGCGTCCAG CGCTAAATTT CGAGAGCAAT CTTTGAAACA AGAAGTCGAA 
TTGGCCAAGC GCAACAACGA ATGGTTTGAA AATGAATTAA AGACTAAAAG CGCCGAAGCT 
TTGAAGTACC GCAAAGAGAA GGGTGCACGA ATTGCAGAAT TACAGCGCCT TAATGAAGAA 
TCCACCTCCA ACGTCGAGTC TTTGAGACGC ACCGAACAAG CTTTACGAAC TAGATTGGAT 
GAAGTTCAAA AGAAGGCAGA GGATTCACTT CAAAAGATAC AACAACTTCA AGAAGCAGCT 
GCAAAAACTG AAGATGGTTT CCGCCAGGAA TTGGAAAGCG CACGCCGTCT CGCCGAGCTA 
CAAGCACAAC AAACCGAGAC ACACAGACAA AGATTGAAGG AGGTCGAAGG GGGAGTAGAA 
AAAATCAAGG ATGAAGCTGC CGAGGAAATT GGTAGATGTC AACAAGCAGC TGAGGCGGAA 
CGACAAGAAC GTGAACAGGC GGAGCATCGC ATTTCAGAAC TTGAAGCCGA GATTGATCGA 
CTTGAAGCCC TTGTATCCTC ACAACCTCAC CCTGGTTCAG TACCATCAAC CCCACAAAGA 
GGATTGAATG GATCTGTGTT TGGAAGATCC GGTTCACCTG CTCAATTTGG TACACCTGGA 
TCTATGCGCA GTAAATCTGC TATCACGGCT ACTCAAGCTA TTGATGAGCT CTACAAAGTC 
AAGGGCCAAT TGGCTACGGA GAAGAGACGA AGTGAACGAC TTGCGGCTGA GATGGAGGAA 
ATGATGCAAG GACTTGAAGC GAAACAACCC GAGTTAGAAG AAATGCAAGC TGAGCATGAA 
CGTCTTCAAC AGGAGGTAGT GGAAATGTCG AAGTTCGTTG ATCAAACAGG CAAGGAACGT 
GATAGAGCCA AGAAAGATGT CAGGCGGGCA GAAAGTGAGG CCTCTACAGC ACAAGCAGAG 
GTAAATATCC TTCGACAACA ACTCAGAGAT CTCAGCGCCC AGATCAAGAT GCTTCTTTGT 
GATTTAGATG CGAAAGAAAG AGGGTTGGAG ACTTTGAATG CTAGCGAGCG AGCACAAATG 
GAACGTCTAG CCCGAGGAGA AGTTAGCGAA GATTCATTAG AAGGAATGAC TGACACGGAT 
CGATTTATCA GTCAGAGACT CACCGTCTTC CGCAGCATCA GTCAATTACA AGAGAAAAAT 
CAAGAGTTGC TCAAGATCAC CAGAGAACTT GGCCAGAAGA TGGAAAGCGA AGAAGCTCAA 
GCTGCAAAAA ATCAAGCCGT TCAAGACCAC GAACAAGTAC AAACCCTCCA AGCCAAGGTT 
GAGGACTTGA AAGATGAGTT GAGATCTATG ATCACTCGTT CCGAGAGTTA TATCAAGGAG 
AGGGATATGT TCCGTCGCAT GCTTCAACAC CGAGGACAAC TACCAGCCAA TTCTGATCTC 
CAATCCATGT TTGGTCAATC AGTGGATGGC AATGGTGTCA TGTCAACGAT TGAAAATCCA 
AATCAAAAGG ACAATGCTAA TTATGCAGCC TTATTGCGTG AGTTGCAAGG CCACTTTGAT 
CAATACCGGG AAGAACAAAC CGTTGATCGA CGCACTCTCA GAGAGCAAAC AGAACGACTG 
TCATCAGAGA AGAGCGCACT TCAAGCAGAG ATTTCCAAGG CTAGTAGTCA ATTAACTCTT 
GCAAATGAAC GCTACGAAAT GTTGCACTCT AATTACACAT TGTTGCAGAC AGAAAATAGC 
GAGTTGCAAA AGCGCTCTCA AATTCTTTCC GAGGCTGCTG CCAAGCAAGA TTTGAGGACA 
CAGCAAGTAG CAGAGGATTT GATTGAAGCT AGGGGATTGG TGGAGAGCAT GCGAAATGAA 
ACCGCCAACC TAAAGGCCGA AAAGAAGCTT TGGAAAGACA TCCAGGATCG TCTCAGTCAG 
GACAATGAGA ATCTCGCCAA TGAACGCAGC AGACTCAACA CACTTATTGC CAATCAACAA 
ACTCTTCAAA ATGAACGCGA ATTATCCGAA TCCGAGACTA GAAGAAGATT ACAGACCCAA 
GTCGAATCGT TGGAATCGGA ATTGAATTCC ACAAAGCGAA AGCTTAATGA TGAGGTTGAA 
GAGAGTAAGA AAGCTCAGTT GAGGAAGGAT CTCAGCCAGG CAAGAGAGGA ACTTGTTGCA 
GCACAGACAT CACGCGATCA TCTCCAAGCT CGAGTAGATG AATTGCACAT CGAACTCAAG 
AGTGCAGAGG AACGTGTTGA GTTATTACAA CCAAGACCTA CACCACGACC AGGAACCAAT 
GCTCAGGAGA CGGTTGGACA AGATGCAAAC GCCGAAGACG AATGTTTAAG TCGCGAACAA 
GAGTTGGGAA TTGAGCTTTC AGAGTTGAAG AGAGATTTGG AACTAGCGAA ATCAGAGCTT 
GAGAATGCAA AGAATCAAGC GGAACAATTC AAGTCTATCA GTCAATCATC TGAAGAGGAG 
CTACAAAGTC TCAATGCTAC ATTGGATGAG GCCCGCGAGG AGATGGATAA GATCATCGAG 
GAGAAAGATG CAAAGATTCG CGAACTTGAA CAACGAGCTG AAGACATTTC TACCGAGCTC 
ACTAATTCAA ACAATGAGTT GACAGCTCTT CGAAACCAAC AAGGTGAAGT TGCTAGACAA 
GCTGAAGAAG AGAAGTCACG ACTCGAGGCA GAGATCTTAC GCTTGAAGGA TGAGCAAGAG 
AAGGACTCTG CAGCCGCCAA ATTCCATCAA GAAGACCTTC GTGCCCAAGC AGCCATCGCT 
ACCAAAGCTC AACAAGATTA CGAGTATGAA CTTGTTAAGC ACGCCGAAGC TGCTAAACAC 
CTTCAAACTT TACGCGTTGA ATATAATCAA CTGAAATCAG AGTCAGCAAC ATTGAAAGCG 
GAGGCTGAAT CTGCCAAGGT CACTTTGAGC CAAAGTGAAG CATCTTGGGA GGAACGACGT 
GAACAGCTCG AACGAGAGAT GGTTGAGTTA AAGACTAGAC GGGACGATGT CAATGCACAG 
AACAAACTTC TCCACCAACA GTTGGATAGT GTTTCTTCAC AAATCGTTGC TTTGCAAGAA 
TCCCGCTCTA ATGCACCGGG TGCATCCGAA GCTGGATCGC CAACTGCGGA GGGAACAAAT 
GATCGTACGT TAGAAGGTTT GCGTGAGTTG AATACATATT TGAGACGCGA AAAAGAGATT 
GGCGAGGTTC AATATGATAT CAAGATTCAA GAAGCCAAAC GTCTACAACA GCAACTCGAA 
TACACTCAGG CTCAACTTGA CGAAGCTAGA CTGAAACTCG ACCAAGAGCG ACGTTCCCAT 
GCTGATGGTG GTAAATCCTC CATTGCACAC AAGGATCTAA TGGACAAACT CAATGAGCTC 
AATCTTTTCC GCGAAAGTAG TATTACCTTG CGTAATGAGG CCCGCCAAGC TCAATCTCAA 
CTTGCGGATA AAACTAAACG TGTTGAAGAC CTTCTGGCAC AAATTCAACC ATTGGAGACT 
AAGGTTCGTG AATTGGAACA TGGTAAAGAA ACTATGGAGG GTGAAATGCA TCTATTGCAA 
GAAGATCGTG ATCGTTGGCA GAAACGTAAC CAAGATATAC TTTCCAAGTA CAACCGAATC 
GACCCTGCTG AGATGGAACA AATGAAGGAG ACTATTGAGA CTTTACGAAG TGAGAGAGAC 
GCTCTGTTGG AGGAACAACA ACCATTGCAG GAGAAGGTAC AAACTTTGGA AAGTTCCATG 
GAGAATGATA GAGCACAGTG GCAAACCACC CGACAAAAGT TGATTGAGCA AGCCAAGGAG 
AGGAACCGCA CTTTAACGAA GGATAGGAAT GATCGAGCTG CAGAAAGAGA TGTGGCAATT 
TCTGAGAGAG ATTCCCTTCA AGAACAGCTC ACTTCTCTAC AAGGACAACT TCAAACTGCT 
GTGGAAGAAA AGGAAGCAGC AGAAGCCAAA CTTCTGGAAG TGGAACAAGA ATTGCATGAA 
GTTAAAACTC AGCGTGATCA GGCATTGGCT AATGCTGTTC AATCTGTTGC TTCACCCAAG 
ACCCCCTCTG CACCTCCAGT AACGAATGGA TCGGAAAGTA ACGAAGCTAT CAATGCACAA 
CTTGTTGAAC TTCGTAAGGA ACGTGATCAA GCAATCTTGG AGAAGCAAGC TCTCGAGGAA 
CAAATCACAG AACTCAAGCA GCAACTTGAA GCTGCTAATT CAGAGAGAGA TAATGCCATC 
GCCGACGCCG CTGAAGCACG ATCACAACAA ACGGCACAAC CATCCGATGC CCGAATGGAT 
GATGGTGCTG ATGAGGGACA GATTGATGAA AATCAAAGTG GTATCTCAGA AGAAGAGAGA 
AAGGCATTGG AGGCACGTAT AGCCGTTGCT GAAACTATGG CTAAGGAACG TGATGAGAAG 
GCAAAGGAAA TTGAAGAATC TATGGAAGCT ACACTCAAGC AACGTTCCGA CAAGATGAAG 
GCAGCTTTGA ACAAGAAACT TGGCGAATCC AAGGAAGCTC TTAGAGTACA ACTTGAGGCT 
GATTTCAAGT TAAAACTCGA GCAAGAAAAA CAAATTTGGC TTGCAGAGAA CAAAACTGCT 
GATTCATCAG TTCCACCACC TACTCCATCT GCTCCTAAGA TTGAAGAAAA TGCTGTTCCA 
GCTACTCCCG CCACTCCAAG TAAAGCTGCT GCACCATCGG CTGATGGCTC AGATCTTTCA 
GATGACCAAG TTCGACATCT CTTGTCAACA AATCCAACAA TCAAGAGTAT TCTTGCTAAT 
AATTTGAAGA AGTTACTTGA GAAGGAAACT CAGAAACTTA AATCAGAGCA AGATAAATTG 
GTAACTGAGA AACTTGCCGA AGAAAGAAAG AAGGCAGAAG CTACTTTGTC CGAAGTTCAA 
GCAAAGGCTG AAACCAGTCA AGCCCAGGCT GTTTTGATGG CAGAGAAGAA GTCATCATTG 
AAGCTTAACA TGTTGGATAA CAGGGTGAAA AATGCGACTG CAAAAATCAC TGTCGTTGAG 
AAAGCTGCGA CTGATACTCC CGAGAAACCT GTGGGTGAGG TTTGGGAGGT TGCAAAAAAT 
GCTAAACCAC CTCCACCAAC ACCAGCTACT ACACCGGCCA CAGTTTCAAT CCCGAGCCAT 
CCAGTTCCAT CACCGGCAAA TGTTACAACA GCTGCTGTAC CACCCACAAA CGTAACCGGA 
GCCCAATCCA ATAGTGCACC CGTGGAAGCT ACTAAGGTTG AGGAGGCTGA ACCCCCGAAG 
AGTAGTATCC CTTCTGGCCC ACGTCCAATC ACTCCATCTA CCAATGGTGC CTCTTCACTG 
CCCGTCAGTA ACATTCCATC TGCCCCTCAA GTAGGAAATC AATCACGATT ACCACAAATG 
CGTGGCGGTA ATCAAAATCG TGGAGGTGGT AATATAGGTG GGGGTGGTCG TGGAAGTATT 
TATCAACAAT CACGTGGAGG AGCCGTTGGT AGAGGAAGAG GTAATCCTAC GGGACGGGGA 
GGAATGAATG CAGCAGCTCA GAATTTCAGT CCAAATGCGC AGCCTGGGCA AAAGAGACCT 
GTACCAGAAG GTGGTCAACA AGGAAATGGA GGAAAGCGTC CTAGAGGGGG AGGAGGAAGT 
AATTAG

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

RefSeq	XP_001549684.1
CDS	1..6126
Translation	MATAVLDVDYLSAYLSVPQQTLETVVDNPTAELVRSVLEAVTAKAREHDELAADKLRVDIELENAVRSSETRIEGLRSSVEKAQKNVEELRTKLNEEENSRSSLQNELQTLKSTSSTSTSELETLRSRISSLESSNRDALAVIESKTTANGALAQDLQKQHQKGLELSQQITALQQSVQNANSAASSAKFREQSLKQEVELAKRNNEWFENELKTKSAEALKYRKEKGARIAELQRLNEESTSNVESLRRTEQALRTRLDEVQKKAEDSLQKIQQLQEAAAKTEDGFRQELESARRLAELQAQQTETHRQRLKEVEGGVEKIKDEAAEEIGRCQQAAEAERQEREQAEHRISELEAEIDRLEALVSSQPHPGSVPSTPQRGLNGSVFGRSGSPAQFGTPGSMRSKSAITATQAIDELYKVKGQLATEKRRSERLAAEMEEMMQGLEAKQPELEEMQAEHERLQQEVVEMSKFVDQTGKERDRAKKDVRRAESEASTAQAEVNILRQQLRDLSAQIKMLLCDLDAKERGLETLNASERAQMERLARGEVSEDSLEGMTDTDRFISQRLTVFRSISQLQEKNQELLKITRELGQKMESEEAQAAKNQAVQDHEQVQTLQAKVEDLKDELRSMITRSESYIKERDMFRRMLQHRGQLPANSDLQSMFGQSVDGNGVMSTIENPNQKDNANYAALLRELQGHFDQYREEQTVDRRTLREQTERLSSEKSALQAEISKASSQLTLANERYEMLHSNYTLLQTENSELQKRSQILSEAAAKQDLRTQQVAEDLIEARGLVESMRNETANLKAEKKLWKDIQDRLSQDNENLANERSRLNTLIANQQTLQNERELSESETRRRLQTQVESLESELNSTKRKLNDEVEESKKAQLRKDLSQAREELVAAQTSRDHLQARVDELHIELKSAEERVELLQPRPTPRPGTNAQETVGQDANAEDECLSREQELGIELSELKRDLELAKSELENAKNQAEQFKSISQSSEEELQSLNATLDEAREEMDKIIEEKDAKIRELEQRAEDISTELTNSNNELTALRNQQGEVARQAEEEKSRLEAEILRLKDEQEKDSAAAKFHQEDLRAQAAIATKAQQDYEYELVKHAEAAKHLQTLRVEYNQLKSESATLKAEAESAKVTLSQSEASWEERREQLEREMVELKTRRDDVNAQNKLLHQQLDSVSSQIVALQESRSNAPGASEAGSPTAEGTNDRTLEGLRELNTYLRREKEIGEVQYDIKIQEAKRLQQQLEYTQAQLDEARLKLDQERRSHADGGKSSIAHKDLMDKLNELNLFRESSITLRNEARQAQSQLADKTKRVEDLLAQIQPLETKVRELEHGKETMEGEMHLLQEDRDRWQKRNQDILSKYNRIDPAEMEQMKETIETLRSERDALLEEQQPLQEKVQTLESSMENDRAQWQTTRQKLIEQAKERNRTLTKDRNDRAAERDVAISERDSLQEQLTSLQGQLQTAVEEKEAAEAKLLEVEQELHEVKTQRDQALANAVQSVASPKTPSAPPVTNGSESNEAINAQLVELRKERDQAILEKQALEEQITELKQQLEAANSERDNAIADAAEARSQQTAQPSDARMDDGADEGQIDENQSGISEEERKALEARIAVAETMAKERDEKAKEIEESMEATLKQRSDKMKAALNKKLGESKEALRVQLEADFKLKLEQEKQIWLAENKTADSSVPPPTPSAPKIEENAVPATPATPSKAAAPSADGSDLSDDQVRHLLSTNPTIKSILANNLKKLLEKETQKLKSEQDKLVTEKLAEERKKAEATLSEVQAKAETSQAQAVLMAEKKSSLKLNMLDNRVKNATAKITVVEKAATDTPEKPVGEVWEVAKNAKPPPPTPATTPATVSIPSHPVPSPANVTTAAVPPTNVTGAQSNSAPVEATKVEEAEPPKSSIPSGPRPITPSTNGASSLPVSNIPSAPQVGNQSRLPQMRGGNQNRGGGNIGGGGRGSIYQQSRGGAVGRGRGNPTGRGGMNAAAQNFSPNAQPGQKRPVPEGGQQGNGGKRPRGGGGSN

Target ORF information:

RefSeq Version	XM_001549634.1
Organism	Botrytis cinerea B05.10
Definition	Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_11446) partial mRNA.

Target ORF information:

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

XM_001549634.1

ORF Insert Sequence:

ATGGCGACCG CGGTACTTGA TGTCGATTAT TTGTCGGCAT ATTTAAGTGT GCCGCAACAA 
ACTCTGGAGA CAGTTGTTGA TAATCCTACA GCGGAATTAG TTCGAAGCGT CCTTGAAGCT 
GTTACCGCAA AAGCACGCGA ACATGATGAA TTGGCGGCAG ATAAACTACG AGTCGATATC 
GAGCTTGAAA ATGCTGTGAG AAGTTCAGAG ACGCGCATTG AAGGACTTCG ATCAAGTGTG 
GAAAAGGCGC AGAAAAATGT GGAAGAGTTG AGAACAAAGC TCAATGAGGA GGAGAATTCA 
AGGTCTTCTC TCCAAAATGA ACTTCAAACC TTGAAATCTA CTTCTTCGAC GTCGACATCT 
GAATTAGAAA CCTTACGGTC TCGAATCTCT TCTCTCGAAT CCTCGAATCG CGACGCATTG 
GCTGTCATCG AGTCAAAGAC CACCGCTAAT GGTGCTCTTG CACAAGACTT GCAAAAGCAA 
CACCAAAAAG GATTGGAACT CAGTCAACAA ATTACAGCCT TACAACAATC TGTTCAAAAT 
GCAAACTCTG CGGCGTCCAG CGCTAAATTT CGAGAGCAAT CTTTGAAACA AGAAGTCGAA 
TTGGCCAAGC GCAACAACGA ATGGTTTGAA AATGAATTAA AGACTAAAAG CGCCGAAGCT 
TTGAAGTACC GCAAAGAGAA GGGTGCACGA ATTGCAGAAT TACAGCGCCT TAATGAAGAA 
TCCACCTCCA ACGTCGAGTC TTTGAGACGC ACCGAACAAG CTTTACGAAC TAGATTGGAT 
GAAGTTCAAA AGAAGGCAGA GGATTCACTT CAAAAGATAC AACAACTTCA AGAAGCAGCT 
GCAAAAACTG AAGATGGTTT CCGCCAGGAA TTGGAAAGCG CACGCCGTCT CGCCGAGCTA 
CAAGCACAAC AAACCGAGAC ACACAGACAA AGATTGAAGG AGGTCGAAGG GGGAGTAGAA 
AAAATCAAGG ATGAAGCTGC CGAGGAAATT GGTAGATGTC AACAAGCAGC TGAGGCGGAA 
CGACAAGAAC GTGAACAGGC GGAGCATCGC ATTTCAGAAC TTGAAGCCGA GATTGATCGA 
CTTGAAGCCC TTGTATCCTC ACAACCTCAC CCTGGTTCAG TACCATCAAC CCCACAAAGA 
GGATTGAATG GATCTGTGTT TGGAAGATCC GGTTCACCTG CTCAATTTGG TACACCTGGA 
TCTATGCGCA GTAAATCTGC TATCACGGCT ACTCAAGCTA TTGATGAGCT CTACAAAGTC 
AAGGGCCAAT TGGCTACGGA GAAGAGACGA AGTGAACGAC TTGCGGCTGA GATGGAGGAA 
ATGATGCAAG GACTTGAAGC GAAACAACCC GAGTTAGAAG AAATGCAAGC TGAGCATGAA 
CGTCTTCAAC AGGAGGTAGT GGAAATGTCG AAGTTCGTTG ATCAAACAGG CAAGGAACGT 
GATAGAGCCA AGAAAGATGT CAGGCGGGCA GAAAGTGAGG CCTCTACAGC ACAAGCAGAG 
GTAAATATCC TTCGACAACA ACTCAGAGAT CTCAGCGCCC AGATCAAGAT GCTTCTTTGT 
GATTTAGATG CGAAAGAAAG AGGGTTGGAG ACTTTGAATG CTAGCGAGCG AGCACAAATG 
GAACGTCTAG CCCGAGGAGA AGTTAGCGAA GATTCATTAG AAGGAATGAC TGACACGGAT 
CGATTTATCA GTCAGAGACT CACCGTCTTC CGCAGCATCA GTCAATTACA AGAGAAAAAT 
CAAGAGTTGC TCAAGATCAC CAGAGAACTT GGCCAGAAGA TGGAAAGCGA AGAAGCTCAA 
GCTGCAAAAA ATCAAGCCGT TCAAGACCAC GAACAAGTAC AAACCCTCCA AGCCAAGGTT 
GAGGACTTGA AAGATGAGTT GAGATCTATG ATCACTCGTT CCGAGAGTTA TATCAAGGAG 
AGGGATATGT TCCGTCGCAT GCTTCAACAC CGAGGACAAC TACCAGCCAA TTCTGATCTC 
CAATCCATGT TTGGTCAATC AGTGGATGGC AATGGTGTCA TGTCAACGAT TGAAAATCCA 
AATCAAAAGG ACAATGCTAA TTATGCAGCC TTATTGCGTG AGTTGCAAGG CCACTTTGAT 
CAATACCGGG AAGAACAAAC CGTTGATCGA CGCACTCTCA GAGAGCAAAC AGAACGACTG 
TCATCAGAGA AGAGCGCACT TCAAGCAGAG ATTTCCAAGG CTAGTAGTCA ATTAACTCTT 
GCAAATGAAC GCTACGAAAT GTTGCACTCT AATTACACAT TGTTGCAGAC AGAAAATAGC 
GAGTTGCAAA AGCGCTCTCA AATTCTTTCC GAGGCTGCTG CCAAGCAAGA TTTGAGGACA 
CAGCAAGTAG CAGAGGATTT GATTGAAGCT AGGGGATTGG TGGAGAGCAT GCGAAATGAA 
ACCGCCAACC TAAAGGCCGA AAAGAAGCTT TGGAAAGACA TCCAGGATCG TCTCAGTCAG 
GACAATGAGA ATCTCGCCAA TGAACGCAGC AGACTCAACA CACTTATTGC CAATCAACAA 
ACTCTTCAAA ATGAACGCGA ATTATCCGAA TCCGAGACTA GAAGAAGATT ACAGACCCAA 
GTCGAATCGT TGGAATCGGA ATTGAATTCC ACAAAGCGAA AGCTTAATGA TGAGGTTGAA 
GAGAGTAAGA AAGCTCAGTT GAGGAAGGAT CTCAGCCAGG CAAGAGAGGA ACTTGTTGCA 
GCACAGACAT CACGCGATCA TCTCCAAGCT CGAGTAGATG AATTGCACAT CGAACTCAAG 
AGTGCAGAGG AACGTGTTGA GTTATTACAA CCAAGACCTA CACCACGACC AGGAACCAAT 
GCTCAGGAGA CGGTTGGACA AGATGCAAAC GCCGAAGACG AATGTTTAAG TCGCGAACAA 
GAGTTGGGAA TTGAGCTTTC AGAGTTGAAG AGAGATTTGG AACTAGCGAA ATCAGAGCTT 
GAGAATGCAA AGAATCAAGC GGAACAATTC AAGTCTATCA GTCAATCATC TGAAGAGGAG 
CTACAAAGTC TCAATGCTAC ATTGGATGAG GCCCGCGAGG AGATGGATAA GATCATCGAG 
GAGAAAGATG CAAAGATTCG CGAACTTGAA CAACGAGCTG AAGACATTTC TACCGAGCTC 
ACTAATTCAA ACAATGAGTT GACAGCTCTT CGAAACCAAC AAGGTGAAGT TGCTAGACAA 
GCTGAAGAAG AGAAGTCACG ACTCGAGGCA GAGATCTTAC GCTTGAAGGA TGAGCAAGAG 
AAGGACTCTG CAGCCGCCAA ATTCCATCAA GAAGACCTTC GTGCCCAAGC AGCCATCGCT 
ACCAAAGCTC AACAAGATTA CGAGTATGAA CTTGTTAAGC ACGCCGAAGC TGCTAAACAC 
CTTCAAACTT TACGCGTTGA ATATAATCAA CTGAAATCAG AGTCAGCAAC ATTGAAAGCG 
GAGGCTGAAT CTGCCAAGGT CACTTTGAGC CAAAGTGAAG CATCTTGGGA GGAACGACGT 
GAACAGCTCG AACGAGAGAT GGTTGAGTTA AAGACTAGAC GGGACGATGT CAATGCACAG 
AACAAACTTC TCCACCAACA GTTGGATAGT GTTTCTTCAC AAATCGTTGC TTTGCAAGAA 
TCCCGCTCTA ATGCACCGGG TGCATCCGAA GCTGGATCGC CAACTGCGGA GGGAACAAAT 
GATCGTACGT TAGAAGGTTT GCGTGAGTTG AATACATATT TGAGACGCGA AAAAGAGATT 
GGCGAGGTTC AATATGATAT CAAGATTCAA GAAGCCAAAC GTCTACAACA GCAACTCGAA 
TACACTCAGG CTCAACTTGA CGAAGCTAGA CTGAAACTCG ACCAAGAGCG ACGTTCCCAT 
GCTGATGGTG GTAAATCCTC CATTGCACAC AAGGATCTAA TGGACAAACT CAATGAGCTC 
AATCTTTTCC GCGAAAGTAG TATTACCTTG CGTAATGAGG CCCGCCAAGC TCAATCTCAA 
CTTGCGGATA AAACTAAACG TGTTGAAGAC CTTCTGGCAC AAATTCAACC ATTGGAGACT 
AAGGTTCGTG AATTGGAACA TGGTAAAGAA ACTATGGAGG GTGAAATGCA TCTATTGCAA 
GAAGATCGTG ATCGTTGGCA GAAACGTAAC CAAGATATAC TTTCCAAGTA CAACCGAATC 
GACCCTGCTG AGATGGAACA AATGAAGGAG ACTATTGAGA CTTTACGAAG TGAGAGAGAC 
GCTCTGTTGG AGGAACAACA ACCATTGCAG GAGAAGGTAC AAACTTTGGA AAGTTCCATG 
GAGAATGATA GAGCACAGTG GCAAACCACC CGACAAAAGT TGATTGAGCA AGCCAAGGAG 
AGGAACCGCA CTTTAACGAA GGATAGGAAT GATCGAGCTG CAGAAAGAGA TGTGGCAATT 
TCTGAGAGAG ATTCCCTTCA AGAACAGCTC ACTTCTCTAC AAGGACAACT TCAAACTGCT 
GTGGAAGAAA AGGAAGCAGC AGAAGCCAAA CTTCTGGAAG TGGAACAAGA ATTGCATGAA 
GTTAAAACTC AGCGTGATCA GGCATTGGCT AATGCTGTTC AATCTGTTGC TTCACCCAAG 
ACCCCCTCTG CACCTCCAGT AACGAATGGA TCGGAAAGTA ACGAAGCTAT CAATGCACAA 
CTTGTTGAAC TTCGTAAGGA ACGTGATCAA GCAATCTTGG AGAAGCAAGC TCTCGAGGAA 
CAAATCACAG AACTCAAGCA GCAACTTGAA GCTGCTAATT CAGAGAGAGA TAATGCCATC 
GCCGACGCCG CTGAAGCACG ATCACAACAA ACGGCACAAC CATCCGATGC CCGAATGGAT 
GATGGTGCTG ATGAGGGACA GATTGATGAA AATCAAAGTG GTATCTCAGA AGAAGAGAGA 
AAGGCATTGG AGGCACGTAT AGCCGTTGCT GAAACTATGG CTAAGGAACG TGATGAGAAG 
GCAAAGGAAA TTGAAGAATC TATGGAAGCT ACACTCAAGC AACGTTCCGA CAAGATGAAG 
GCAGCTTTGA ACAAGAAACT TGGCGAATCC AAGGAAGCTC TTAGAGTACA ACTTGAGGCT 
GATTTCAAGT TAAAACTCGA GCAAGAAAAA CAAATTTGGC TTGCAGAGAA CAAAACTGCT 
GATTCATCAG TTCCACCACC TACTCCATCT GCTCCTAAGA TTGAAGAAAA TGCTGTTCCA 
GCTACTCCCG CCACTCCAAG TAAAGCTGCT GCACCATCGG CTGATGGCTC AGATCTTTCA 
GATGACCAAG TTCGACATCT CTTGTCAACA AATCCAACAA TCAAGAGTAT TCTTGCTAAT 
AATTTGAAGA AGTTACTTGA GAAGGAAACT CAGAAACTTA AATCAGAGCA AGATAAATTG 
GTAACTGAGA AACTTGCCGA AGAAAGAAAG AAGGCAGAAG CTACTTTGTC CGAAGTTCAA 
GCAAAGGCTG AAACCAGTCA AGCCCAGGCT GTTTTGATGG CAGAGAAGAA GTCATCATTG 
AAGCTTAACA TGTTGGATAA CAGGGTGAAA AATGCGACTG CAAAAATCAC TGTCGTTGAG 
AAAGCTGCGA CTGATACTCC CGAGAAACCT GTGGGTGAGG TTTGGGAGGT TGCAAAAAAT 
GCTAAACCAC CTCCACCAAC ACCAGCTACT ACACCGGCCA CAGTTTCAAT CCCGAGCCAT 
CCAGTTCCAT CACCGGCAAA TGTTACAACA GCTGCTGTAC CACCCACAAA CGTAACCGGA 
GCCCAATCCA ATAGTGCACC CGTGGAAGCT ACTAAGGTTG AGGAGGCTGA ACCCCCGAAG 
AGTAGTATCC CTTCTGGCCC ACGTCCAATC ACTCCATCTA CCAATGGTGC CTCTTCACTG 
CCCGTCAGTA ACATTCCATC TGCCCCTCAA GTAGGAAATC AATCACGATT ACCACAAATG 
CGTGGCGGTA ATCAAAATCG TGGAGGTGGT AATATAGGTG GGGGTGGTCG TGGAAGTATT 
TATCAACAAT CACGTGGAGG AGCCGTTGGT AGAGGAAGAG GTAATCCTAC GGGACGGGGA 
GGAATGAATG CAGCAGCTCA GAATTTCAGT CCAAATGCGC AGCCTGGGCA AAAGAGACCT 
GTACCAGAAG GTGGTCAACA AGGAAATGGA GGAAAGCGTC CTAGAGGGGG AGGAGGAAGT 
AATTAG

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

BC1G_11446 ( XM_024694798.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_024550591.1 Botrytis cinerea B05.10 hypothetical protein (BCIN_08g06760), mRNA.

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CloneID	OBc20992
Clone ID Related Accession (Same CDS sequence)	XM_024694798.1
Accession Version	XM_024694798.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6174bp) 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	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 (NC_037317).

ATGGCGACCG CGGTACTTGA TGTCGATTAT TTGTCGGCAT ATTTAAGTGT GCCGCAACAA 
ACTCTGGAGA CAGTTGTTGA TAATCCTACA GCGGAATTAG TTCGAAGCGT CCTTGAAGCT 
GTTACCGCAA AAGCACGCGA ACATGATGAA TTGGCGGCAG ATAAACTACG AGTCGATATC 
GAGCTTGAAA ATGCTGTGAG AAGTTCAGAG ACGCGCATTG AAGGACTTCG ATCAAGTGTG 
GAAAAGGCGC AGAAAAATGT GGAAGAGTTG AGAACAAAGC TCAATGAGGA GGAGAATTCA 
AGGTCTTCTC TCCAAAATGA ACTTCAAACC TTGAAATCTA CTTCTTCGAC GTCGACATCT 
GAATTAGAAA CCTTACGGTC TCGAATCTCT TCTCTCGAAT CCTCGAATCG CGACGCATTG 
GCTGTCATCG AGTCAAAGAC CACCGCTAAT GGTGCTCTTG CACAAGACTT GCAAAAGCAA 
CACCAAAAAG GATTGGAACT CAGTCAACAA ATTACAGCCT TACAACAATC TGTTCAAAAT 
GCAAACTCTG CGGCGTCCAG CGCTAAATTT CGAGAGCAAT CTTTGAAACA AGAAGTCGAA 
TTGGCCAAGC GCAACAACGA ATGGTTTGAA AATGAATTAA AGACTAAAAG CGCCGAAGCT 
TTGAAGTACC GCAAAGAGAA GGGTGCACGA ATTGCAGAAT TACAGCGCCT TAATGAAGAA 
TCCACCTCCA ACGTCGAGTC TTTGAGACGC ACCGAACAAG CTTTACGAAC TAGATTGGAT 
GAAGTTCAAA AGAAGGCAGA GGATTCACTT CAAAAGATAC AACAACTTCA AGAAGCAGCT 
GCAAAAACTG AAGATGGTTT CCGCCAGGAA TTGGAAAGCG CACGCCGTCT CGCCGAGCTA 
CAAGCACAAC AAACCGAGAC ACACAGACAA AGATTGAAGG AGGTCGAAGG GGGAGTAGAA 
AAAATCAAGG ATGAAGCTGC CGAGGAAATT GGTAGATGTC AACAAGCAGC TGAGGCGGAA 
CGACAAGAAC GTGAACAGGC GGAGCATCGC ATTTCAGAAC TTGAAGCCGA GATTGATCGA 
CTTGAAGCCC TTGTATCCTC ACAACCTCAC CCTGGTTCAG TACCATCAAC CCCACAAAGA 
GGATTGAATG GATCTGTGTT TGGAAGATCC GGTTCACCTG CTCAATTTGG TACACCTGGA 
TCTATGCGCA GTAAATCTGC TATCACGGCT ACTCAAGCTA TTGATGAGCT CTACAAAGTC 
AAGGGCCAAT TGGCTACGGA GAAGAGACGA AGTGAACGAC TTGCGGCTGA GATGGAGGAA 
ATGATGCAAG GACTTGAAGC GAAACAACCC GAGTTAGAAG AAATGCAAGC TGAGCATGAA 
CGTCTTCAAC AGGAGGTAGT GGAAATGTCG AAGTTCGTTG ATCAAACAGG CAAGGAACGT 
GATAGAGCCA AGAAAGATGT CAGGCGGGCA GAAAGTGAGG CCTCTACAGC ACAAGCAGAG 
GTAAATATCC TTCGACAACA ACTCAGAGAT CTCAGCGCCC AGATCAAGAT GCTTCTTTGT 
GATTTAGATG CGAAAGAAAG AGGGTTGGAG ACTTTGAATG CTAGCGAGCG AGCACAAATG 
GAACGTCTAG CCCGAGGAGA AGTTAGCGAA GATTCATTAG AAGGAATGAC TGACACGGAT 
CGATTTATCA GTCAGAGACT CACCGTCTTC CGCAGCATCA GTCAATTACA AGAGAAAAAT 
CAAGAGTTGC TCAAGATCAC CAGAGAACTT GGCCAGAAGA TGGAAAGCGA AGAAGCTCAA 
GCTGCAAAAA ATCAAGCCGT TCAAGACCAC GAACAAGTAC AAACCCTCCA AGCCAAGGTT 
GAGGACTTGA AAGATGAGTT GAGATCTATG ATCACTCGTT CCGAGAGTTA TATCAAGGAG 
AGGGATATGT TCCGTCGCAT GCTTCAACAC CGAGGACAAC TACCAGCCAA TTCTGATCTC 
CAATCCATGT TTGGTCAATC AGTGGATGGC AATGGTGTCA TGTCAACGAT TGAAAATCCA 
AATCAAAAGG ACAATGCTAA TTATGCAGCC TTATTGCGTG AGTTGCAAGG CCACTTTGAT 
CAATACCGGG AAGAACAAAC CGTTGATCGA CGCACTCTCA GAGAGCAAAC AGAACGACTG 
TCATCAGAGA AGAGCGCACT TCAAGCAGAG ATTTCCAAGG CTAGTAGTCA ATTAACTCTT 
GCAAATGAAC GCTACGAAAT GTTGCACTCT AATTACACAT TGTTGCAGAC AGAAAATAGC 
GAGTTGCAAA AGCGCTCTCA AATTCTTTCC GAGGCTGCTG CCAAGCAAGA TTTGAGGACA 
CAGCAAGTAG CAGAGGATTT GATTGAAGCT AGGGGATTGG TGGAGAGCAT GCGAAATGAA 
ACCGCCAACC TAAAGGCCGA AAAGAAGCTT TGGAAAGACA TCCAGGATCG TCTCAGTCAG 
GACAATGAGA ATCTCGCCAA TGAACGCAGC AGACTCAACA CACTTATTGC CAATCAACAA 
ACTCTTCAAA ATGAACGCGA ATTATCCGAA TCCGAGACTA GAAGAAGATT ACAGACCCAA 
GTCGAATCGT TGGAATCGGA ATTGAATTCC ACAAAGCGAA AGCTTAATGA TGAGGTTGAA 
GAGAGTAAGA AAGCTCAGTT GAGGAAGGAG TATGACTCTC AGCAAAACCA AAAGCGGATT 
GATGAGCTTG CAACTAGTCT CAGCCAGGCA AGAGAGGAAC TTGTTGCAGC ACAGACATCA 
CGCGATCATC TCCAAGCTCG AGTAGATGAA TTGCACATCG AACTCAAGAG TGCAGAGGAA 
CGTGTTGAGT TATTACAACC AAGACCTACA CCACGACCAG GAACCAATGC TCAGGAGACG 
GTTGGACAAG ATGCAAACGC CGAAGACGAA TCTTTAAGTC GCGAACAAGA GTTGGGAATT 
GAGCTTTCAG AGTTGAAGAG AGATTTGGAA CTAGCGAAAT CAGAGCTTGA GAATGCAAAG 
AATCAAGCGG AACAATTCAA GTCTATCAGT CAATCATCTG AAGAGGAGCT ACAAAGTCTC 
AATGCTACAT TGGATGAGGC CCGCGAGGAG ATGGATAAGA TCATCGAGGA GAAAGATGCA 
AAGATTCGCG AACTTGAACA ACGAGCTGAA GACATTTCTA CCGAGCTCAC TAATTCAAAC 
AATGAGTTGA CAGCTCTTCG AAACCAACAA GGTGAAGTTG CTAGACAAGC TGAAGAAGAG 
AAGTCACGAC TCGAGGCAGA GATCTTACGC TTGAAGGATG AGCAAGAGAA GGACTCTGCA 
GCCGCCAAAT TCCATCAAGA AGACCTTCGT GCCCAAGCAG CCATCGCTAC CAAAGCTCAA 
CAAGATTACG AGTATGAACT TGTTAAGCAC GCCGAAGCTG CTAAACACCT TCAAACTTTA 
CGCGTTGAAT ATAATCAACT GAAATCAGAG TCAGCAACAT TGAAAGCGGA GGCTGAATCT 
GCCAAGGTCA CTTTGAGCCA AAGTGAAGCA TCTTGGGAGG AACGACGTGA ACAGCTCGAA 
CGAGAGATGG TTGAGTTAAA GACTAGACGG GACGATGTCA ATGCACAGAA CAAACTTCTC 
CACCAACAGT TGGATAGTGT TTCTTCACAA ATCGTTGCTT TGCAAGAATC CCGCTCTAAT 
GCACCGGGTG CATCCGAAGC TGGATCGCCA ACTGCGGAGG GAACAAATGA TCGTACGTTA 
GAAGGTTTGC GTGAGTTGAA TACATATTTG AGACGCGAAA AAGAGATTGG CGAGGTTCAA 
TATGATATCA AGATTCAAGA AGCCAAACGT CTACAACAGC AACTCGAATA CACTCAGGCT 
CAACTTGACG AAGCTAGACT GAAACTCGAC CAAGAGCGAC GTTCCCATGC TGATGGTGGT 
AAATCCTCCA TTGCACACAA GGATCTAATG GACAAACTCA ATGAGCTCAA TCTTTTCCGC 
GAAAGTAGTA TTACCTTGCG TAATGAGGCC CGCCAAGCTC AATCTCAACT TGCGGATAAA 
ACTAAACGTG TTGAAGACCT TCTGGCACAA ATTCAACCAT TGGAGACTAA GGTTCGTGAA 
TTGGAACATG GTAAAGAAAC TATGGAGGGT GAAATGCATC TATTGCAAGA AGATCGTGAT 
CGTTGGCAGA AACGTAACCA AGATATACTT TCCAAGTACA ACCGAATCGA CCCTGCTGAG 
ATGGAACAAA TGAAGGAGAC TATTGAGACT TTACGAAGTG AGAGAGACGC TCTGTTGGAG 
GAACAACAAC CATTGCAGGA GAAGGTACAA ACTTTGGAAA GTTCCATGGA GAATGATAGA 
GCACAGTGGC AAACCACCCG ACAAAAGTTG ATTGAGCAAG CCAAGGAGAG GAACCGCACT 
TTAACGAAGG ATAGGAATGA TCGAGCTGCA GAAAGAGATG TGGCAATTTC TGAGAGAGAT 
TCCCTTCAAG AACAGCTCAC TTCTCTACAA GGACAACTTC AAACTGCTGT GGAAGAAAAG 
GAAGCAGCAG AAGCCAAACT TCTGGAAGTG GAACAAGAAT TGCATGAAGT TAAAACTCAG 
CGTGATCAGG CATTGGCTAA TGCTGTTCAA TCTGTTGCTT CACCCAAGAC CCCCTCTGCA 
CCTCCAGTAA CGAATGGATC GGAAAGTAAC GAAGCTATCA ATGCACAACT TGTTGAACTT 
CGTAAGGAAC GTGATCAAGC AATCTTGGAG AAGCAAGCTC TCGAGGAACA AATCACAGAA 
CTCAAGCAGC AACTTGAAGC TGCTAATTCA GAGAGAGATA ATGCCATCGC CGACGCCGCT 
GAAGCACGAT CACAACAAAC GGCACAACCA TCCGATGCCC GAATGGATGA TGGTGCTGAT 
GAGGGACAGA TTGATGAAAA TCAAAGTGGT ATCTCAGAAG AAGAGAGAAA GGCATTGGAG 
GCACGTATAG CCGTTGCTGA AACTATGGCT AAGGAACGTG ATGAGAAGGC AAAGGAAATT 
GAAGAATCTA TGGAAGCTAC ACTCAAGCAA CGTTCCGACA AGATGAAGGC AGCTTTGAAC 
AAGAAACTTG GCGAATCCAA GGAAGCTCTT AGAGTACAAC TTGAGGCTGA TTTCAAGTTA 
AAACTCGAGC AAGAAAAACA AATTTGGCTT GCAGAGAACA AAACTGCTGA TTCATCAGTT 
CCACCACCTA CTCCATCTGC TCCTAAGATT GAAGAAAATG CTGTTCCAGC TACTCCCGCC 
ACTCCAAGTA AAGCTGCTGC ACCATCGGCT GATGGCTCAG ATCTTTCAGA TGACCAAGTT 
CGACATCTCT TGTCAACAAA TCCAACAATC AAGAGTATTC TTGCTAATAA TTTGAAGAAG 
TTACTTGAGA AGGAAACTCA GAAACTTAAA TCAGAGCAAG ATAAATTGGT AACTGAGAAA 
CTTGCCGAAG AAAGAAAGAA GGCAGAAGCT ACTTTGTCCG AAGTTCAAGC AAAGGCTGAA 
ACCAGTCAAG CCCAGGCTGT TTTGATGGCA GAGAAGAAGT CATCATTGAA GCTTAACATG 
TTGGATAACA GGGTGAAAAA TGCGACTGCA AAAATCACTG TCGTTGAGAA AGCTGCGACT 
GATACTCCCG AGAAACCTGT GGGTGAGGTT TGGGAGGTTG CAAAAAATGC TAAACCACCT 
CCACCAACAC CAGCTACTAC ACCGGCCACA GTTTCAATCC CGAGCCATCC AGTTCCATCA 
CCGGCAAATG TTACAACAGC TGCTGTACCA CCCACAAACG TAACCGGAGC CCAATCCAAT 
AGTGCACCCG TGGAAGCTAC TAAGGTTGAG GAGGCTGAAC CCCCGAAGAG TAGTATCCCT 
TCTGGCCCAC GTCCAATCAC TCCATCTACC AATGGTGCCT CTTCACTGCC CGTCAGTAAC 
ATTCCATCTG CCCCTCAAGT AGGAAATCAA TCACGATTAC CACAAATGCG TGGCGGTAAT 
CAAAATCGTG GAGGTGGTAA TATAGGTGGG GGTGGTCGTG GAAGTATTTA TCAACAATCA 
CGTGGAGGAG CCGTTGGTAG AGGAAGAGGT AATCCTACGG GACGGGGAGG AATGAATGCA 
GCAGCTCAGA ATTTCAGTCC AAATGCGCAG CCTGGGCAAA AGAGACCTGT ACCAGAAGGT 
GGTCAACAAG GAAATGGAGG AAAGCGTCCT AGAGGGGGAG GAGGAAGTAA TTAG

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

RefSeq	XP_024550591.1
CDS	287..6460
Translation	MATAVLDVDYLSAYLSVPQQTLETVVDNPTAELVRSVLEAVTAKAREHDELAADKLRVDIELENAVRSSETRIEGLRSSVEKAQKNVEELRTKLNEEENSRSSLQNELQTLKSTSSTSTSELETLRSRISSLESSNRDALAVIESKTTANGALAQDLQKQHQKGLELSQQITALQQSVQNANSAASSAKFREQSLKQEVELAKRNNEWFENELKTKSAEALKYRKEKGARIAELQRLNEESTSNVESLRRTEQALRTRLDEVQKKAEDSLQKIQQLQEAAAKTEDGFRQELESARRLAELQAQQTETHRQRLKEVEGGVEKIKDEAAEEIGRCQQAAEAERQEREQAEHRISELEAEIDRLEALVSSQPHPGSVPSTPQRGLNGSVFGRSGSPAQFGTPGSMRSKSAITATQAIDELYKVKGQLATEKRRSERLAAEMEEMMQGLEAKQPELEEMQAEHERLQQEVVEMSKFVDQTGKERDRAKKDVRRAESEASTAQAEVNILRQQLRDLSAQIKMLLCDLDAKERGLETLNASERAQMERLARGEVSEDSLEGMTDTDRFISQRLTVFRSISQLQEKNQELLKITRELGQKMESEEAQAAKNQAVQDHEQVQTLQAKVEDLKDELRSMITRSESYIKERDMFRRMLQHRGQLPANSDLQSMFGQSVDGNGVMSTIENPNQKDNANYAALLRELQGHFDQYREEQTVDRRTLREQTERLSSEKSALQAEISKASSQLTLANERYEMLHSNYTLLQTENSELQKRSQILSEAAAKQDLRTQQVAEDLIEARGLVESMRNETANLKAEKKLWKDIQDRLSQDNENLANERSRLNTLIANQQTLQNERELSESETRRRLQTQVESLESELNSTKRKLNDEVEESKKAQLRKEYDSQQNQKRIDELATSLSQAREELVAAQTSRDHLQARVDELHIELKSAEERVELLQPRPTPRPGTNAQETVGQDANAEDESLSREQELGIELSELKRDLELAKSELENAKNQAEQFKSISQSSEEELQSLNATLDEAREEMDKIIEEKDAKIRELEQRAEDISTELTNSNNELTALRNQQGEVARQAEEEKSRLEAEILRLKDEQEKDSAAAKFHQEDLRAQAAIATKAQQDYEYELVKHAEAAKHLQTLRVEYNQLKSESATLKAEAESAKVTLSQSEASWEERREQLEREMVELKTRRDDVNAQNKLLHQQLDSVSSQIVALQESRSNAPGASEAGSPTAEGTNDRTLEGLRELNTYLRREKEIGEVQYDIKIQEAKRLQQQLEYTQAQLDEARLKLDQERRSHADGGKSSIAHKDLMDKLNELNLFRESSITLRNEARQAQSQLADKTKRVEDLLAQIQPLETKVRELEHGKETMEGEMHLLQEDRDRWQKRNQDILSKYNRIDPAEMEQMKETIETLRSERDALLEEQQPLQEKVQTLESSMENDRAQWQTTRQKLIEQAKERNRTLTKDRNDRAAERDVAISERDSLQEQLTSLQGQLQTAVEEKEAAEAKLLEVEQELHEVKTQRDQALANAVQSVASPKTPSAPPVTNGSESNEAINAQLVELRKERDQAILEKQALEEQITELKQQLEAANSERDNAIADAAEARSQQTAQPSDARMDDGADEGQIDENQSGISEEERKALEARIAVAETMAKERDEKAKEIEESMEATLKQRSDKMKAALNKKLGESKEALRVQLEADFKLKLEQEKQIWLAENKTADSSVPPPTPSAPKIEENAVPATPATPSKAAAPSADGSDLSDDQVRHLLSTNPTIKSILANNLKKLLEKETQKLKSEQDKLVTEKLAEERKKAEATLSEVQAKAETSQAQAVLMAEKKSSLKLNMLDNRVKNATAKITVVEKAATDTPEKPVGEVWEVAKNAKPPPPTPATTPATVSIPSHPVPSPANVTTAAVPPTNVTGAQSNSAPVEATKVEEAEPPKSSIPSGPRPITPSTNGASSLPVSNIPSAPQVGNQSRLPQMRGGNQNRGGGNIGGGGRGSIYQQSRGGAVGRGRGNPTGRGGMNAAAQNFSPNAQPGQKRPVPEGGQQGNGGKRPRGGGGSN

Target ORF information:

RefSeq Version	XM_024694798.1
Organism	Botrytis cinerea B05.10
Definition	Botrytis cinerea B05.10 hypothetical protein (BCIN_08g06760), mRNA.

Target ORF information:

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

XM_024694798.1

ORF Insert Sequence:

ATGGCGACCG CGGTACTTGA TGTCGATTAT TTGTCGGCAT ATTTAAGTGT GCCGCAACAA 
ACTCTGGAGA CAGTTGTTGA TAATCCTACA GCGGAATTAG TTCGAAGCGT CCTTGAAGCT 
GTTACCGCAA AAGCACGCGA ACATGATGAA TTGGCGGCAG ATAAACTACG AGTCGATATC 
GAGCTTGAAA ATGCTGTGAG AAGTTCAGAG ACGCGCATTG AAGGACTTCG ATCAAGTGTG 
GAAAAGGCGC AGAAAAATGT GGAAGAGTTG AGAACAAAGC TCAATGAGGA GGAGAATTCA 
AGGTCTTCTC TCCAAAATGA ACTTCAAACC TTGAAATCTA CTTCTTCGAC GTCGACATCT 
GAATTAGAAA CCTTACGGTC TCGAATCTCT TCTCTCGAAT CCTCGAATCG CGACGCATTG 
GCTGTCATCG AGTCAAAGAC CACCGCTAAT GGTGCTCTTG CACAAGACTT GCAAAAGCAA 
CACCAAAAAG GATTGGAACT CAGTCAACAA ATTACAGCCT TACAACAATC TGTTCAAAAT 
GCAAACTCTG CGGCGTCCAG CGCTAAATTT CGAGAGCAAT CTTTGAAACA AGAAGTCGAA 
TTGGCCAAGC GCAACAACGA ATGGTTTGAA AATGAATTAA AGACTAAAAG CGCCGAAGCT 
TTGAAGTACC GCAAAGAGAA GGGTGCACGA ATTGCAGAAT TACAGCGCCT TAATGAAGAA 
TCCACCTCCA ACGTCGAGTC TTTGAGACGC ACCGAACAAG CTTTACGAAC TAGATTGGAT 
GAAGTTCAAA AGAAGGCAGA GGATTCACTT CAAAAGATAC AACAACTTCA AGAAGCAGCT 
GCAAAAACTG AAGATGGTTT CCGCCAGGAA TTGGAAAGCG CACGCCGTCT CGCCGAGCTA 
CAAGCACAAC AAACCGAGAC ACACAGACAA AGATTGAAGG AGGTCGAAGG GGGAGTAGAA 
AAAATCAAGG ATGAAGCTGC CGAGGAAATT GGTAGATGTC AACAAGCAGC TGAGGCGGAA 
CGACAAGAAC GTGAACAGGC GGAGCATCGC ATTTCAGAAC TTGAAGCCGA GATTGATCGA 
CTTGAAGCCC TTGTATCCTC ACAACCTCAC CCTGGTTCAG TACCATCAAC CCCACAAAGA 
GGATTGAATG GATCTGTGTT TGGAAGATCC GGTTCACCTG CTCAATTTGG TACACCTGGA 
TCTATGCGCA GTAAATCTGC TATCACGGCT ACTCAAGCTA TTGATGAGCT CTACAAAGTC 
AAGGGCCAAT TGGCTACGGA GAAGAGACGA AGTGAACGAC TTGCGGCTGA GATGGAGGAA 
ATGATGCAAG GACTTGAAGC GAAACAACCC GAGTTAGAAG AAATGCAAGC TGAGCATGAA 
CGTCTTCAAC AGGAGGTAGT GGAAATGTCG AAGTTCGTTG ATCAAACAGG CAAGGAACGT 
GATAGAGCCA AGAAAGATGT CAGGCGGGCA GAAAGTGAGG CCTCTACAGC ACAAGCAGAG 
GTAAATATCC TTCGACAACA ACTCAGAGAT CTCAGCGCCC AGATCAAGAT GCTTCTTTGT 
GATTTAGATG CGAAAGAAAG AGGGTTGGAG ACTTTGAATG CTAGCGAGCG AGCACAAATG 
GAACGTCTAG CCCGAGGAGA AGTTAGCGAA GATTCATTAG AAGGAATGAC TGACACGGAT 
CGATTTATCA GTCAGAGACT CACCGTCTTC CGCAGCATCA GTCAATTACA AGAGAAAAAT 
CAAGAGTTGC TCAAGATCAC CAGAGAACTT GGCCAGAAGA TGGAAAGCGA AGAAGCTCAA 
GCTGCAAAAA ATCAAGCCGT TCAAGACCAC GAACAAGTAC AAACCCTCCA AGCCAAGGTT 
GAGGACTTGA AAGATGAGTT GAGATCTATG ATCACTCGTT CCGAGAGTTA TATCAAGGAG 
AGGGATATGT TCCGTCGCAT GCTTCAACAC CGAGGACAAC TACCAGCCAA TTCTGATCTC 
CAATCCATGT TTGGTCAATC AGTGGATGGC AATGGTGTCA TGTCAACGAT TGAAAATCCA 
AATCAAAAGG ACAATGCTAA TTATGCAGCC TTATTGCGTG AGTTGCAAGG CCACTTTGAT 
CAATACCGGG AAGAACAAAC CGTTGATCGA CGCACTCTCA GAGAGCAAAC AGAACGACTG 
TCATCAGAGA AGAGCGCACT TCAAGCAGAG ATTTCCAAGG CTAGTAGTCA ATTAACTCTT 
GCAAATGAAC GCTACGAAAT GTTGCACTCT AATTACACAT TGTTGCAGAC AGAAAATAGC 
GAGTTGCAAA AGCGCTCTCA AATTCTTTCC GAGGCTGCTG CCAAGCAAGA TTTGAGGACA 
CAGCAAGTAG CAGAGGATTT GATTGAAGCT AGGGGATTGG TGGAGAGCAT GCGAAATGAA 
ACCGCCAACC TAAAGGCCGA AAAGAAGCTT TGGAAAGACA TCCAGGATCG TCTCAGTCAG 
GACAATGAGA ATCTCGCCAA TGAACGCAGC AGACTCAACA CACTTATTGC CAATCAACAA 
ACTCTTCAAA ATGAACGCGA ATTATCCGAA TCCGAGACTA GAAGAAGATT ACAGACCCAA 
GTCGAATCGT TGGAATCGGA ATTGAATTCC ACAAAGCGAA AGCTTAATGA TGAGGTTGAA 
GAGAGTAAGA AAGCTCAGTT GAGGAAGGAG TATGACTCTC AGCAAAACCA AAAGCGGATT 
GATGAGCTTG CAACTAGTCT CAGCCAGGCA AGAGAGGAAC TTGTTGCAGC ACAGACATCA 
CGCGATCATC TCCAAGCTCG AGTAGATGAA TTGCACATCG AACTCAAGAG TGCAGAGGAA 
CGTGTTGAGT TATTACAACC AAGACCTACA CCACGACCAG GAACCAATGC TCAGGAGACG 
GTTGGACAAG ATGCAAACGC CGAAGACGAA TCTTTAAGTC GCGAACAAGA GTTGGGAATT 
GAGCTTTCAG AGTTGAAGAG AGATTTGGAA CTAGCGAAAT CAGAGCTTGA GAATGCAAAG 
AATCAAGCGG AACAATTCAA GTCTATCAGT CAATCATCTG AAGAGGAGCT ACAAAGTCTC 
AATGCTACAT TGGATGAGGC CCGCGAGGAG ATGGATAAGA TCATCGAGGA GAAAGATGCA 
AAGATTCGCG AACTTGAACA ACGAGCTGAA GACATTTCTA CCGAGCTCAC TAATTCAAAC 
AATGAGTTGA CAGCTCTTCG AAACCAACAA GGTGAAGTTG CTAGACAAGC TGAAGAAGAG 
AAGTCACGAC TCGAGGCAGA GATCTTACGC TTGAAGGATG AGCAAGAGAA GGACTCTGCA 
GCCGCCAAAT TCCATCAAGA AGACCTTCGT GCCCAAGCAG CCATCGCTAC CAAAGCTCAA 
CAAGATTACG AGTATGAACT TGTTAAGCAC GCCGAAGCTG CTAAACACCT TCAAACTTTA 
CGCGTTGAAT ATAATCAACT GAAATCAGAG TCAGCAACAT TGAAAGCGGA GGCTGAATCT 
GCCAAGGTCA CTTTGAGCCA AAGTGAAGCA TCTTGGGAGG AACGACGTGA ACAGCTCGAA 
CGAGAGATGG TTGAGTTAAA GACTAGACGG GACGATGTCA ATGCACAGAA CAAACTTCTC 
CACCAACAGT TGGATAGTGT TTCTTCACAA ATCGTTGCTT TGCAAGAATC CCGCTCTAAT 
GCACCGGGTG CATCCGAAGC TGGATCGCCA ACTGCGGAGG GAACAAATGA TCGTACGTTA 
GAAGGTTTGC GTGAGTTGAA TACATATTTG AGACGCGAAA AAGAGATTGG CGAGGTTCAA 
TATGATATCA AGATTCAAGA AGCCAAACGT CTACAACAGC AACTCGAATA CACTCAGGCT 
CAACTTGACG AAGCTAGACT GAAACTCGAC CAAGAGCGAC GTTCCCATGC TGATGGTGGT 
AAATCCTCCA TTGCACACAA GGATCTAATG GACAAACTCA ATGAGCTCAA TCTTTTCCGC 
GAAAGTAGTA TTACCTTGCG TAATGAGGCC CGCCAAGCTC AATCTCAACT TGCGGATAAA 
ACTAAACGTG TTGAAGACCT TCTGGCACAA ATTCAACCAT TGGAGACTAA GGTTCGTGAA 
TTGGAACATG GTAAAGAAAC TATGGAGGGT GAAATGCATC TATTGCAAGA AGATCGTGAT 
CGTTGGCAGA AACGTAACCA AGATATACTT TCCAAGTACA ACCGAATCGA CCCTGCTGAG 
ATGGAACAAA TGAAGGAGAC TATTGAGACT TTACGAAGTG AGAGAGACGC TCTGTTGGAG 
GAACAACAAC CATTGCAGGA GAAGGTACAA ACTTTGGAAA GTTCCATGGA GAATGATAGA 
GCACAGTGGC AAACCACCCG ACAAAAGTTG ATTGAGCAAG CCAAGGAGAG GAACCGCACT 
TTAACGAAGG ATAGGAATGA TCGAGCTGCA GAAAGAGATG TGGCAATTTC TGAGAGAGAT 
TCCCTTCAAG AACAGCTCAC TTCTCTACAA GGACAACTTC AAACTGCTGT GGAAGAAAAG 
GAAGCAGCAG AAGCCAAACT TCTGGAAGTG GAACAAGAAT TGCATGAAGT TAAAACTCAG 
CGTGATCAGG CATTGGCTAA TGCTGTTCAA TCTGTTGCTT CACCCAAGAC CCCCTCTGCA 
CCTCCAGTAA CGAATGGATC GGAAAGTAAC GAAGCTATCA ATGCACAACT TGTTGAACTT 
CGTAAGGAAC GTGATCAAGC AATCTTGGAG AAGCAAGCTC TCGAGGAACA AATCACAGAA 
CTCAAGCAGC AACTTGAAGC TGCTAATTCA GAGAGAGATA ATGCCATCGC CGACGCCGCT 
GAAGCACGAT CACAACAAAC GGCACAACCA TCCGATGCCC GAATGGATGA TGGTGCTGAT 
GAGGGACAGA TTGATGAAAA TCAAAGTGGT ATCTCAGAAG AAGAGAGAAA GGCATTGGAG 
GCACGTATAG CCGTTGCTGA AACTATGGCT AAGGAACGTG ATGAGAAGGC AAAGGAAATT 
GAAGAATCTA TGGAAGCTAC ACTCAAGCAA CGTTCCGACA AGATGAAGGC AGCTTTGAAC 
AAGAAACTTG GCGAATCCAA GGAAGCTCTT AGAGTACAAC TTGAGGCTGA TTTCAAGTTA 
AAACTCGAGC AAGAAAAACA AATTTGGCTT GCAGAGAACA AAACTGCTGA TTCATCAGTT 
CCACCACCTA CTCCATCTGC TCCTAAGATT GAAGAAAATG CTGTTCCAGC TACTCCCGCC 
ACTCCAAGTA AAGCTGCTGC ACCATCGGCT GATGGCTCAG ATCTTTCAGA TGACCAAGTT 
CGACATCTCT TGTCAACAAA TCCAACAATC AAGAGTATTC TTGCTAATAA TTTGAAGAAG 
TTACTTGAGA AGGAAACTCA GAAACTTAAA TCAGAGCAAG ATAAATTGGT AACTGAGAAA 
CTTGCCGAAG AAAGAAAGAA GGCAGAAGCT ACTTTGTCCG AAGTTCAAGC AAAGGCTGAA 
ACCAGTCAAG CCCAGGCTGT TTTGATGGCA GAGAAGAAGT CATCATTGAA GCTTAACATG 
TTGGATAACA GGGTGAAAAA TGCGACTGCA AAAATCACTG TCGTTGAGAA AGCTGCGACT 
GATACTCCCG AGAAACCTGT GGGTGAGGTT TGGGAGGTTG CAAAAAATGC TAAACCACCT 
CCACCAACAC CAGCTACTAC ACCGGCCACA GTTTCAATCC CGAGCCATCC AGTTCCATCA 
CCGGCAAATG TTACAACAGC TGCTGTACCA CCCACAAACG TAACCGGAGC CCAATCCAAT 
AGTGCACCCG TGGAAGCTAC TAAGGTTGAG GAGGCTGAAC CCCCGAAGAG TAGTATCCCT 
TCTGGCCCAC GTCCAATCAC TCCATCTACC AATGGTGCCT CTTCACTGCC CGTCAGTAAC 
ATTCCATCTG CCCCTCAAGT AGGAAATCAA TCACGATTAC CACAAATGCG TGGCGGTAAT 
CAAAATCGTG GAGGTGGTAA TATAGGTGGG GGTGGTCGTG GAAGTATTTA TCAACAATCA 
CGTGGAGGAG CCGTTGGTAG AGGAAGAGGT AATCCTACGG GACGGGGAGG AATGAATGCA 
GCAGCTCAGA ATTTCAGTCC AAATGCGCAG CCTGGGCAAA AGAGACCTGT ACCAGAAGGT 
GGTCAACAAG GAAATGGAGG AAAGCGTCCT AGAGGGGGAG GAGGAAGTAA TTAG

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_11446 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:

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