BCIN_05g08140 cDNA ORF clone, Botrytis cinerea B05.10

Gene
Clones
gRNAs

Summary

Gene Symbol	BCIN_05g08140
Entrez Gene ID	5428910
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Botrytis cinerea B05.10

mRNA and Protein(s)

mRNA	Protein	Name
XM_001548381.1	XP_001548431.1	hypothetical protein
XM_024693241.1	XP_024549026.1	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 BCIN_05g08140 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BCIN_05g08140 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
OBc01935	XM_001548381.1 Latest version!	Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_13151) partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OBc19411	XM_024693241.1 Latest version!	Botrytis cinerea B05.10 hypothetical protein (BCIN_05g08140), 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)
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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)

BCIN_05g08140 ( XM_001548381.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_001548431.1 Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_13151) partial mRNA.

Price & Availability↑

CloneID	OBc01935
Clone ID Related Accession (Same CDS sequence)	XM_001548381.1
Accession Version	XM_001548381.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4602bp) 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_001814461). COMPLETENESS: incomplete on both ends.

ATGGCTGAAG TTGCTGGGGC AAAGGTGCAA CGTTTGACGA CTGAAGCTGA ACTATTGGAT 
ATCTGCAAAA GTAGTCTAAG GGGAGCAACA TCCTGTTATG GTGCCATTGT TTTCAATTCG 
TCGCCCTCGG AAGGAACAGG AGGAATATGG AACTATACCA TGCGAGCAGA CGGCGCATTC 
GGTACGAAGA TTGATGTCAC AACAGATACA AACGATGCCG AACTCTTTCT TTTGCCACTG 
CAGCGTGCCG TTGATTTTGC AATTGCTTCG AGAAATACAA CAATCGATCA GAACGCGTTG 
CCCACTACCA TCAAAGAATA TCCATATACT AGCCAGACTC AGAAGCAACG CGAGACTGCA 
ATTCGAACAA ATTATCAAAC CGCTATCATC AATATTCTTG GAGTTGCTTT CTTGATTGGT 
ATGGTTGGCG TTACATATCA CTTGACTGGA TTCATTGCTT CTGAGCGGGA ACTTGGCATG 
TCACAACTCC TAGAAGCTAT GATGCCGAAC CTACGAAGAT GGGAACCTCA AGTAGCTAGG 
ATACTTTCAT ATCATCTAGC CTTTGATATC ATTTACATAC CAGGATGGAT CATCATGGGT 
GTGGTTCTTG GAGTAGGGGT CTTTGCCCAA ACCTCCATGG CTATTGTGAT CATATTTCAT 
GTTCTGGCTG GCTTGTCCTT AACATCATTC TCCATCCTCG GTGCTGCTTT TTTCAAGAAA 
GCCCAGCTCA GTGGAATCAC TCTTGCAATC GTCACACTCT TACTTGGTGT CGTTACCCAA 
GTCATAGACA AGACAAATTC TGGAACTGTG GCGATTTTGA GTTTACTTTT TGCTCCATGT 
AATTATGTGT TTTTCCTTAT TTTCATGGCT CGATTTGAAA AGCAAAATAT TGGCGCCAAC 
CTTGTACAAG CCGCACCAAA CAACCCATGG TCACTGCCAG GAATTGCCCT ATGGGTATTC 
TTGATCATTC AAATATTTGT TTATCCAATC CTCGGGGCTT TGGTCGAACG TTACCTGTTC 
GGAACAACCT CCAAGGGTCG TTCAGTTGTT GGCCAAGGCT CGGAAAAACA TGCACAGTCA 
CTTGGGTCCA ATACATTGGA AACCGTCCGA TTGGAAAATT TCACAAAACA TTACCGACCT 
AATTGGTTTC GAATGAAGAC GGCTGGGTTT ACCAAGATTC CTACAGCTAC TGTCGTCGCT 
GTCAACGATT TGAGTTTGAC CGCTAGTAAA GGTCAAATTC TTGTCCTTCT GGGTGCTAAC 
GGATCGGGGA AGAGTACTAC CTTGGATGCT ATTGCAGGAT TGAATACCGT TACCAGTGGA 
AGTATCACAG TTGATGGAAC AGGAGGATTG GGCATTGCTC CACAGAAGAA TGTGCTATGG 
AATGAACTTA CAGTAGAGGA GCATATCCGT ATCTTCAATA GCCTCAAATC CACAGGACCG 
CGGGACAGCA AAGCAGCTCT CAAGGAGTTA ATCAAAGCAA TTGACTTGGA CCGAAAGATT 
GGCGCAAAAT CTAAAACTTT ATCTGGCGGT CAAAAGCGGA AACTCCAATT AGGAATGATG 
TTTACTGGTG GAAGTTCGGT ATGTTGTGTG GACGAAGTAA GTAGTGGGTT GGATCCTTTA 
AGTAGAAGAA AGATTTGGGA TATTCTTCTG GCCGAAAGAG GCTCACGAAC CATTATTTTG 
ACGACACATT TCCTTGACGA GGCAGACCTT CTCGCGGATC GGATCGCAAT ATTGTCAAAA 
GGAACACTTC GTGCGGAAGG TTCTTCTGTG GAATTAAAGG AGAAGTTAGG TGGCGGCTAT 
CGCATCAATC TTCCTACTGG TCACGAACAC AAGGAGCCTC CTCAGATTGA GGGTATAAAG 
CAGCACGTGT CATTTGGTCA AACGACTTTT GTAGCACCAA CCTCTAAGCA AGCCGCTCAG 
ATTATTAAAC GCCTCGAAGA AGACAACATC ACAGAATATC AATTATCCGG ACCCACGATT 
GAAGATGTAT TTTTACAATT AGCCGACGAG ATTCGTGCCG AAAGTGATGA AAGTCTCCTC 
ATCCAAAACT TATCATCTGA TAATGAGCAA TCTGGAAAGG AAAAGGATAC TGCCACAAAA 
CTCACAATGG TTGCCCTGCT TGTACCGATC ATTGCAGCTG GTCTCGTAAC TCTTTTCCTG 
AAAGGGTATA ATGGTGCCGG TTGTACTCCA ACCGACAGAG TTTCTATTTC TGATTCAGAA 
AATCTGTTCA GCGTTGGGAA GTATGATCTT GTTATCGGAC CGTCCTCAAG ATTTTCGACA 
GAAGTGCTTA CCTCTTTGTT TGAACCTCTA TTGTTCGGAT TGTTTCCTAC GCAAGCTGAA 
ATTCAAAACC ATACTCATCT AGTCGATACA TTGCCACAAT TCAACAGCTA CATTGATCAA 
AATTTCGCCA ATGTCACCCC GTCAGGATTC TTCCTTGATA ATGGTGGTTC GCAAACTACA 
CTCGCGTACA AAGGAAACGG CCAGGTATTT AACGCTGTAT GGGGTCAAAA TGTCATGGAC 
ATCATGCTCA CTAACATATC TATTGCCACA CAATTTTCTC AATTTGATAT TCCATGGGCA 
CCCTCAACCG GTAAATCATT ACAACTTGTC GTCTATTTCG GTCTTGCAAT GTCCGCCTAT 
CCAGGATTCT TCTCATTGTA TCCTACTGTC GAAAGAACCA GGAACATTCG AAGTCTCCAG 
TATTCCAATG GTGTTCGGTC ATTACCATTA TGGCTTTCAT ACGTCGCTTT TGATCTCATA 
CTCGTTCTCA TCTCGAGTGC TTTGAGTGTC ATAATCTTTG CAGCTGCATC TTCAGTTTGG 
TATCATGTCG GCTATTTATT TATTATATTT GTTTTGTTCG GTCTGGCATC GATTCTATTA 
TCATACGTGG TGTCACTTTT TGCCAGCACG CAGCTTTCAG CATTTGCATT CGCAGCTGCT 
GGGCAAGCGG TCATGTTCCT GATCTATCTA GTTGGTTATA TGTGTACTTT GACCTATGCT 
CCAATTGACA AGATAGATTC AACGCTTCTC GTTGTTCATT TCGTTATCAG TGCTGTCACA 
CCAATGGGGA GTCTTATCCG AGCGATGTTC ATCGCATTGA ATCTGTTTTC TACCACTTGC 
TCTGGTGAGG AATTGGCGCC TAATCCTGGA GGAATCTTGC AATATGGTGG ACCGATTTTA 
TATTTGATCC TCCAGATAAT TGCACTCTTC GCAGTTCTGA TCTGGTATGA CAGTGGCTCT 
ATAGTTGCTT GGTTCCGAAG GCAACGCAAG TCATCTAATG CGGTGACTGA TAATGAGATT 
CCTGCGGACG AAGAGATTGC TGAAGAACTC GTCCGAGTCA ATTCATCAAA CGACGGTCTT 
CGAATTCTTC ACTTGACTAA GAGTTTTGGA TCTGTAACAG CAGTTGAGAA TATAACATTC 
GGAATAAAGC GTGGTGAAGT ATTCGCACTT CTCGGACCAA ACGGTGCAGG AAAGTCCACT 
ACTATATCAT TGATCCGTGG TGATATCCAA CCAAGCAAAA ATGGAGGGAA TGTTTTTGTG 
GAGAACATTG AAATCAATAC ACATCGTGCT AATGCAAGAG CTCATCTGGG AGTTTGTCCT 
CAGTTCGATG CTATGGATCA AATGACCGTT TTAGAGCATC TTGCCTTTTA TGCGCGTGTA 
AGAGGCGTTC CAGACGTCGA ACATAATGTT CAAGCTGTCT TGAGCGCTGT TGGCCTGCAA 
GCATTTGCTC CCCGTATGGC AGCCAAACTT TCTGGTGGAA ACAAACGAAA GTTATCACTC 
GGAATTGCTT TGATTGGTAA TCCAACAGTA CTACTCCTCG ACGAACCATC CTCCGGTATG 
GATGCGGCTG CAAAGAGAGT CATGTGGAAA ACACTTGCCT CGGTCGTTCC AGGCCGTTCA 
CTCTTGCTCA CAACTCATAG TATGGAAGAA GCTGATGCAT TGGCTGATCG TGCAGGTATC 
ATGGCTAAGA GAATGTTGGC AATGGGTACT TCAGACCGGC TGAGAAGTAA ATTTGCCCTG 
CTTGTACCGA TCATTGCAGC TGGTCTCGTA ACTCTTTTCC TGAAAGGGTA TAATGGTGCC 
GGTTGTACTC CAACCGACAG AGTTTCTATT TCTGATTCAG AAAATCTGTT CAGCGTTGGG 
AAGTATGATC TTGTTATCGG ACCGTCCTCA AGATTTTCGA CAGAAGTGCT TACCTCTTTG 
TTTGAACCTC TATTGTTCGG ATTGTTTCCT ACGCAAGCTG AAATTCAAAA CCATACTCAT 
CTAGTCGATA CATTGCCACA ATTCAACAGC TACATTGATC AAAATTTCGC CAATGTCACC 
CCGTCAGGAT TCTTCCTTGA TAATGGTGGT TCGCAAACTA CACTCGCGTA CAAAGGAAAC 
GGCCAGGTAT TTAACGCTGT ATGGGGTCAA AATGTCATGG ACATCATGCT CACTAACATA 
TCTATTGCCA CACAATTTTC TCAATTTGAT ATTCCATGGG CACCCTCAAC CGAACCAGGA 
ACATTCGAAG TCTCCAGTAT TCCAATGGTG TTCGGTCATT ACCATTATGG CTTTCATACG 
TCGCTTTTGA TCTCATACTC GTTCTCATCT CGAGTGCTTT GA

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

RefSeq	XP_001548431.1
CDS	1..4602
Translation	MAEVAGAKVQRLTTEAELLDICKSSLRGATSCYGAIVFNSSPSEGTGGIWNYTMRADGAFGTKIDVTTDTNDAELFLLPLQRAVDFAIASRNTTIDQNALPTTIKEYPYTSQTQKQRETAIRTNYQTAIINILGVAFLIGMVGVTYHLTGFIASERELGMSQLLEAMMPNLRRWEPQVARILSYHLAFDIIYIPGWIIMGVVLGVGVFAQTSMAIVIIFHVLAGLSLTSFSILGAAFFKKAQLSGITLAIVTLLLGVVTQVIDKTNSGTVAILSLLFAPCNYVFFLIFMARFEKQNIGANLVQAAPNNPWSLPGIALWVFLIIQIFVYPILGALVERYLFGTTSKGRSVVGQGSEKHAQSLGSNTLETVRLENFTKHYRPNWFRMKTAGFTKIPTATVVAVNDLSLTASKGQILVLLGANGSGKSTTLDAIAGLNTVTSGSITVDGTGGLGIAPQKNVLWNELTVEEHIRIFNSLKSTGPRDSKAALKELIKAIDLDRKIGAKSKTLSGGQKRKLQLGMMFTGGSSVCCVDEVSSGLDPLSRRKIWDILLAERGSRTIILTTHFLDEADLLADRIAILSKGTLRAEGSSVELKEKLGGGYRINLPTGHEHKEPPQIEGIKQHVSFGQTTFVAPTSKQAAQIIKRLEEDNITEYQLSGPTIEDVFLQLADEIRAESDESLLIQNLSSDNEQSGKEKDTATKLTMVALLVPIIAAGLVTLFLKGYNGAGCTPTDRVSISDSENLFSVGKYDLVIGPSSRFSTEVLTSLFEPLLFGLFPTQAEIQNHTHLVDTLPQFNSYIDQNFANVTPSGFFLDNGGSQTTLAYKGNGQVFNAVWGQNVMDIMLTNISIATQFSQFDIPWAPSTGKSLQLVVYFGLAMSAYPGFFSLYPTVERTRNIRSLQYSNGVRSLPLWLSYVAFDLILVLISSALSVIIFAAASSVWYHVGYLFIIFVLFGLASILLSYVVSLFASTQLSAFAFAAAGQAVMFLIYLVGYMCTLTYAPIDKIDSTLLVVHFVISAVTPMGSLIRAMFIALNLFSTTCSGEELAPNPGGILQYGGPILYLILQIIALFAVLIWYDSGSIVAWFRRQRKSSNAVTDNEIPADEEIAEELVRVNSSNDGLRILHLTKSFGSVTAVENITFGIKRGEVFALLGPNGAGKSTTISLIRGDIQPSKNGGNVFVENIEINTHRANARAHLGVCPQFDAMDQMTVLEHLAFYARVRGVPDVEHNVQAVLSAVGLQAFAPRMAAKLSGGNKRKLSLGIALIGNPTVLLLDEPSSGMDAAAKRVMWKTLASVVPGRSLLLTTHSMEEADALADRAGIMAKRMLAMGTSDRLRSKFALLVPIIAAGLVTLFLKGYNGAGCTPTDRVSISDSENLFSVGKYDLVIGPSSRFSTEVLTSLFEPLLFGLFPTQAEIQNHTHLVDTLPQFNSYIDQNFANVTPSGFFLDNGGSQTTLAYKGNGQVFNAVWGQNVMDIMLTNISIATQFSQFDIPWAPSTEPGTFEVSSIPMVFGHYHYGFHTSLLISYSFSSRVL

Target ORF information:

RefSeq Version	XM_001548381.1
Organism	Botrytis cinerea B05.10
Definition	Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_13151) partial mRNA.

Target ORF information:

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

XM_001548381.1

ORF Insert Sequence:

ATGGCTGAAG TTGCTGGGGC AAAGGTGCAA CGTTTGACGA CTGAAGCTGA ACTATTGGAT 
ATCTGCAAAA GTAGTCTAAG GGGAGCAACA TCCTGTTATG GTGCCATTGT TTTCAATTCG 
TCGCCCTCGG AAGGAACAGG AGGAATATGG AACTATACCA TGCGAGCAGA CGGCGCATTC 
GGTACGAAGA TTGATGTCAC AACAGATACA AACGATGCCG AACTCTTTCT TTTGCCACTG 
CAGCGTGCCG TTGATTTTGC AATTGCTTCG AGAAATACAA CAATCGATCA GAACGCGTTG 
CCCACTACCA TCAAAGAATA TCCATATACT AGCCAGACTC AGAAGCAACG CGAGACTGCA 
ATTCGAACAA ATTATCAAAC CGCTATCATC AATATTCTTG GAGTTGCTTT CTTGATTGGT 
ATGGTTGGCG TTACATATCA CTTGACTGGA TTCATTGCTT CTGAGCGGGA ACTTGGCATG 
TCACAACTCC TAGAAGCTAT GATGCCGAAC CTACGAAGAT GGGAACCTCA AGTAGCTAGG 
ATACTTTCAT ATCATCTAGC CTTTGATATC ATTTACATAC CAGGATGGAT CATCATGGGT 
GTGGTTCTTG GAGTAGGGGT CTTTGCCCAA ACCTCCATGG CTATTGTGAT CATATTTCAT 
GTTCTGGCTG GCTTGTCCTT AACATCATTC TCCATCCTCG GTGCTGCTTT TTTCAAGAAA 
GCCCAGCTCA GTGGAATCAC TCTTGCAATC GTCACACTCT TACTTGGTGT CGTTACCCAA 
GTCATAGACA AGACAAATTC TGGAACTGTG GCGATTTTGA GTTTACTTTT TGCTCCATGT 
AATTATGTGT TTTTCCTTAT TTTCATGGCT CGATTTGAAA AGCAAAATAT TGGCGCCAAC 
CTTGTACAAG CCGCACCAAA CAACCCATGG TCACTGCCAG GAATTGCCCT ATGGGTATTC 
TTGATCATTC AAATATTTGT TTATCCAATC CTCGGGGCTT TGGTCGAACG TTACCTGTTC 
GGAACAACCT CCAAGGGTCG TTCAGTTGTT GGCCAAGGCT CGGAAAAACA TGCACAGTCA 
CTTGGGTCCA ATACATTGGA AACCGTCCGA TTGGAAAATT TCACAAAACA TTACCGACCT 
AATTGGTTTC GAATGAAGAC GGCTGGGTTT ACCAAGATTC CTACAGCTAC TGTCGTCGCT 
GTCAACGATT TGAGTTTGAC CGCTAGTAAA GGTCAAATTC TTGTCCTTCT GGGTGCTAAC 
GGATCGGGGA AGAGTACTAC CTTGGATGCT ATTGCAGGAT TGAATACCGT TACCAGTGGA 
AGTATCACAG TTGATGGAAC AGGAGGATTG GGCATTGCTC CACAGAAGAA TGTGCTATGG 
AATGAACTTA CAGTAGAGGA GCATATCCGT ATCTTCAATA GCCTCAAATC CACAGGACCG 
CGGGACAGCA AAGCAGCTCT CAAGGAGTTA ATCAAAGCAA TTGACTTGGA CCGAAAGATT 
GGCGCAAAAT CTAAAACTTT ATCTGGCGGT CAAAAGCGGA AACTCCAATT AGGAATGATG 
TTTACTGGTG GAAGTTCGGT ATGTTGTGTG GACGAAGTAA GTAGTGGGTT GGATCCTTTA 
AGTAGAAGAA AGATTTGGGA TATTCTTCTG GCCGAAAGAG GCTCACGAAC CATTATTTTG 
ACGACACATT TCCTTGACGA GGCAGACCTT CTCGCGGATC GGATCGCAAT ATTGTCAAAA 
GGAACACTTC GTGCGGAAGG TTCTTCTGTG GAATTAAAGG AGAAGTTAGG TGGCGGCTAT 
CGCATCAATC TTCCTACTGG TCACGAACAC AAGGAGCCTC CTCAGATTGA GGGTATAAAG 
CAGCACGTGT CATTTGGTCA AACGACTTTT GTAGCACCAA CCTCTAAGCA AGCCGCTCAG 
ATTATTAAAC GCCTCGAAGA AGACAACATC ACAGAATATC AATTATCCGG ACCCACGATT 
GAAGATGTAT TTTTACAATT AGCCGACGAG ATTCGTGCCG AAAGTGATGA AAGTCTCCTC 
ATCCAAAACT TATCATCTGA TAATGAGCAA TCTGGAAAGG AAAAGGATAC TGCCACAAAA 
CTCACAATGG TTGCCCTGCT TGTACCGATC ATTGCAGCTG GTCTCGTAAC TCTTTTCCTG 
AAAGGGTATA ATGGTGCCGG TTGTACTCCA ACCGACAGAG TTTCTATTTC TGATTCAGAA 
AATCTGTTCA GCGTTGGGAA GTATGATCTT GTTATCGGAC CGTCCTCAAG ATTTTCGACA 
GAAGTGCTTA CCTCTTTGTT TGAACCTCTA TTGTTCGGAT TGTTTCCTAC GCAAGCTGAA 
ATTCAAAACC ATACTCATCT AGTCGATACA TTGCCACAAT TCAACAGCTA CATTGATCAA 
AATTTCGCCA ATGTCACCCC GTCAGGATTC TTCCTTGATA ATGGTGGTTC GCAAACTACA 
CTCGCGTACA AAGGAAACGG CCAGGTATTT AACGCTGTAT GGGGTCAAAA TGTCATGGAC 
ATCATGCTCA CTAACATATC TATTGCCACA CAATTTTCTC AATTTGATAT TCCATGGGCA 
CCCTCAACCG GTAAATCATT ACAACTTGTC GTCTATTTCG GTCTTGCAAT GTCCGCCTAT 
CCAGGATTCT TCTCATTGTA TCCTACTGTC GAAAGAACCA GGAACATTCG AAGTCTCCAG 
TATTCCAATG GTGTTCGGTC ATTACCATTA TGGCTTTCAT ACGTCGCTTT TGATCTCATA 
CTCGTTCTCA TCTCGAGTGC TTTGAGTGTC ATAATCTTTG CAGCTGCATC TTCAGTTTGG 
TATCATGTCG GCTATTTATT TATTATATTT GTTTTGTTCG GTCTGGCATC GATTCTATTA 
TCATACGTGG TGTCACTTTT TGCCAGCACG CAGCTTTCAG CATTTGCATT CGCAGCTGCT 
GGGCAAGCGG TCATGTTCCT GATCTATCTA GTTGGTTATA TGTGTACTTT GACCTATGCT 
CCAATTGACA AGATAGATTC AACGCTTCTC GTTGTTCATT TCGTTATCAG TGCTGTCACA 
CCAATGGGGA GTCTTATCCG AGCGATGTTC ATCGCATTGA ATCTGTTTTC TACCACTTGC 
TCTGGTGAGG AATTGGCGCC TAATCCTGGA GGAATCTTGC AATATGGTGG ACCGATTTTA 
TATTTGATCC TCCAGATAAT TGCACTCTTC GCAGTTCTGA TCTGGTATGA CAGTGGCTCT 
ATAGTTGCTT GGTTCCGAAG GCAACGCAAG TCATCTAATG CGGTGACTGA TAATGAGATT 
CCTGCGGACG AAGAGATTGC TGAAGAACTC GTCCGAGTCA ATTCATCAAA CGACGGTCTT 
CGAATTCTTC ACTTGACTAA GAGTTTTGGA TCTGTAACAG CAGTTGAGAA TATAACATTC 
GGAATAAAGC GTGGTGAAGT ATTCGCACTT CTCGGACCAA ACGGTGCAGG AAAGTCCACT 
ACTATATCAT TGATCCGTGG TGATATCCAA CCAAGCAAAA ATGGAGGGAA TGTTTTTGTG 
GAGAACATTG AAATCAATAC ACATCGTGCT AATGCAAGAG CTCATCTGGG AGTTTGTCCT 
CAGTTCGATG CTATGGATCA AATGACCGTT TTAGAGCATC TTGCCTTTTA TGCGCGTGTA 
AGAGGCGTTC CAGACGTCGA ACATAATGTT CAAGCTGTCT TGAGCGCTGT TGGCCTGCAA 
GCATTTGCTC CCCGTATGGC AGCCAAACTT TCTGGTGGAA ACAAACGAAA GTTATCACTC 
GGAATTGCTT TGATTGGTAA TCCAACAGTA CTACTCCTCG ACGAACCATC CTCCGGTATG 
GATGCGGCTG CAAAGAGAGT CATGTGGAAA ACACTTGCCT CGGTCGTTCC AGGCCGTTCA 
CTCTTGCTCA CAACTCATAG TATGGAAGAA GCTGATGCAT TGGCTGATCG TGCAGGTATC 
ATGGCTAAGA GAATGTTGGC AATGGGTACT TCAGACCGGC TGAGAAGTAA ATTTGCCCTG 
CTTGTACCGA TCATTGCAGC TGGTCTCGTA ACTCTTTTCC TGAAAGGGTA TAATGGTGCC 
GGTTGTACTC CAACCGACAG AGTTTCTATT TCTGATTCAG AAAATCTGTT CAGCGTTGGG 
AAGTATGATC TTGTTATCGG ACCGTCCTCA AGATTTTCGA CAGAAGTGCT TACCTCTTTG 
TTTGAACCTC TATTGTTCGG ATTGTTTCCT ACGCAAGCTG AAATTCAAAA CCATACTCAT 
CTAGTCGATA CATTGCCACA ATTCAACAGC TACATTGATC AAAATTTCGC CAATGTCACC 
CCGTCAGGAT TCTTCCTTGA TAATGGTGGT TCGCAAACTA CACTCGCGTA CAAAGGAAAC 
GGCCAGGTAT TTAACGCTGT ATGGGGTCAA AATGTCATGG ACATCATGCT CACTAACATA 
TCTATTGCCA CACAATTTTC TCAATTTGAT ATTCCATGGG CACCCTCAAC CGAACCAGGA 
ACATTCGAAG TCTCCAGTAT TCCAATGGTG TTCGGTCATT ACCATTATGG CTTTCATACG 
TCGCTTTTGA TCTCATACTC GTTCTCATCT CGAGTGCTTT GA

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

BCIN_05g08140 ( XM_024693241.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_024549026.1 Botrytis cinerea B05.10 hypothetical protein (BCIN_05g08140), mRNA.

Price & Availability↑

CloneID	OBc19411
Clone ID Related Accession (Same CDS sequence)	XM_024693241.1
Accession Version	XM_024693241.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4902bp) 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_037314).

ATGGGATTGC TCCGCCAAGT ACGAACTTTG ACCGGAAAGA ATCTCCTTAT TACGGTCAAT 
CGGCATGCCT TCAGCACATC TATACGCACT TTTATCCTCC CAGTGGCCTT AATCGTATTT 
CTCAGTTATG CCAGAAATTT ATTCATACCG CCTTCAACTT ACGGGATTGG CTCTAGCCAT 
ACCATTCGAT CATTAGGAGA AGGGCTCCGA GACGCGACGG GTGGACGAGA TACTTTGGCA 
TTTGTTAACA ATGGTTTAAT AGGAGGAGAC ATTGATGATG TTATTGCTGA TTTAACTTCG 
CAGGCTGAAG TTGCTGGGGC AAAGGTGCAA CGTTTGACGA CTGAAGCTGA ACTATTGGAT 
ATCTGCAAAA GTAGTCTAAG GGGAGCAACA TCCTGTTATG GTGCCATTGT TTTCAATTCG 
TCGCCCTCGG AAGGAACAGG AGGAATATGG AACTATACCA TGCGAGCAGA CGGCGCATTC 
GGTACGAAGA TTGATGTCAC AACAGATACA AACGATGCCG AACTCTTTCT TTTGCCACTG 
CAGCGTGCCG TTGATTTTGC AATTGCTTCG AGAAATACAA CAATCGATCA GAACGCGTTG 
CCCACTACCA TCAAAGAATA TCCATATACT AGCCAGACTC AGAAGCAACG CGAGACTGCA 
ATTCGAACAA ATTATCAAAC CGCTATCATC AATATTCTTG GAGTTGCTTT CTTGATTGGT 
ATGGTTGGCG TTACATATCA CTTGACTGGA TTCATTGCTT CTGAGCGGGA ACTTGGCATG 
TCACAACTCC TAGAAGCTAT GATGCCGAAC CTACGAAGAT GGGAACCTCA AGTAGCTAGG 
ATACTTTCAT ATCATCTAGC CTTTGATATC ATTTACATAC CAGGATGGAT CATCATGGGT 
GTGGTTCTTG GAGTAGGGGT CTTTGCCCAA ACCTCCATGG CTATTGTGAT CATATTTCAT 
GTTCTGGCTG GCTTGTCCTT AACATCATTC TCCATCCTCG GTGCTGCTTT TTTCAAGAAA 
GCCCAGCTCA GTGGAATCAC TCTTGCAATC GTCACACTCT TACTTGGTGT CGTTACCCAA 
GTCATAGACA AGACAAATTC TGGAACTGTG GCGATTTTGA GTTTACTTTT TGCTCCATGT 
AATTATGTGT TTTTCCTTAT TTTCATGGCT CGATTTGAAA AGCAAAATAT TGGCGCCAAC 
CTTGTACAAG CCGCACCAAA CAACCCATGG TCACTGCCAG GAATTGCCCT ATGGGTATTC 
TTGATCATTC AAATATTTGT TTATCCAATC CTCGGGGCTT TGGTCGAACG TTACCTGTTC 
GGAACAACCT CCAAGGGTCG TTCAGTTGTT GGCCAAGGCT CGGAAAAACA TGCACAGTCA 
CTTGGGTCCA ATACATTGGA AACCGTCCGA TTGGAAAATT TCACAAAACA TTACCGACCT 
AATTGGTTTC GAATGAAGAC GGCTGGGTTT ACCAAGATTC CTACAGCTAC TGTCGTCGCT 
GTCAACGATT TGAGTTTGAC CGCTAGTAAA GGTCAAATTC TTGTCCTTCT GGGTGCTAAC 
GGATCGGGGA AGAGTACTAC CTTGGATGCT ATTGCAGGAT TGAATACCGT TACCAGTGGA 
AGTATCACAG TTGATGGAAC AGGAGGATTG GGCATTGCTC CACAGAAGAA TGTGCTATGG 
AATGAACTTA CAGTAGAGGA GCATATCCGT ATCTTCAATA GCCTCAAATC CACAGGACCG 
CGGGACAGCA AAGCAGCTCT CAAGGAGTTA ATCAAAGCAA TTGACTTGGA CCGAAAGATT 
GGCGCAAAAT CTAAAACTTT ATCTGGCGGT CAAAAGCGGA AACTCCAATT AGGAATGATG 
TTTACTGGTG GAAGTTCGGT ATGTTGTGTG GACGAAGTAA GTAGTGGGTT GGATCCTTTA 
AGTAGAAGAA AGATTTGGGA TATTCTTCTG GCCGAAAGAG GCTCACGAAC CATTATTTTG 
ACGACACATT TCCTTGACGA GGCAGACCTT CTCGCGGATC GGATCGCAAT ATTGTCAAAA 
GGAACACTTC GTGCGGAAGG TTCTTCTGTG GAATTAAAGG AGAAGTTAGG TGGCGGCTAT 
CGCATCAATC TTCCTACTGG TCACGAACAC AAGGAGCCTC CTCAGATTGA GGGTATAAAG 
CAGCACGTGT CATTTGGTCA AACGACTTTT GTAGCACCAA CCTCTAAGCA AGCCGCTCAG 
ATTATTAAAC GCCTCGAAGA AGACAACATC ACAGAATATC AATTATCCGG ACCCACGATT 
GAAGATGTAT TTTTACAATT AGCCGACGAG ATTCGTGCCG AAAGTGATGA AAGTCTCCTC 
ATCCAAAACT TATCATCTGA TAATGAGCAA TCTGGAAAGG AAAAGGATAC TGCCACAAAA 
CTCACAATGG TTGGTACGCA CGAGCGTCAA GCGTTGGAAT TATATACTGG TCAAAATATT 
GGTTTCTTTC GGCAAGCGTG GGTTTTATTC AGAAAAAGAC TGACTGTTCT TCGACGAAAT 
TACCTGCCTT ACATTGCAGC CCTGCTTGTA CCGATCATTG CAGCTGGTCT CGTAACTCTT 
TTCCTGAAAG GGTATAATGG TGCCGGTTGT ACTCCAACCG ACAGAGTTTC TATTTCTGAT 
TCAGAAAATC TGTTCAGCGT TGGGAAGTAT GATCTTGTTA TCGGACCGTC CTCAAGATTT 
TCGACAGAAG TGCTTACCTC TTTGTTTGAA CCTCTATTGT TCGGATTGTT TCCTACGCAA 
GCTGAAATTC AAAACCATAC TCATCTAGTC GATACATTGC CACAATTCAA CAGCTACATT 
GATCAAAATT TCGCCAATGT CACCCCGTCA GGATTCTTCC TTGATAATGG TGGTTCGCAA 
ACTACACTCG CGTACAAAGG AAACGGCCAG GTATTTAACG CTGTATGGGG TCAAAATGTC 
ATGGACATCA TGCTCACTAA CATATCTATT GCCACACAAT TTTCTCAATT TGATATTCCA 
TGGGCACCCT CAACCGGTAA ATCATTACAA CTTGTCGTCT ATTTCGGTCT TGCAATGTCC 
GCCTATCCAG GATTCTTCTC ATTGTATCCT ACTGTCGAAA GAACCAGGAA CATTCGAAGT 
CTCCAGTATT CCAATGGTGT TCGGTCATTA CCATTATGGC TTTCATACGT CGCTTTTGAT 
CTCATACTCG TTCTCATCTC GAGTGCTTTG AGTGTCATAA TCTTTGCAGC TGCATCTTCA 
GTTTGGTATC ATGTCGGCTA TTTATTTATT ATATTTGTTT TGTTCGGTCT GGCATCGATT 
CTATTATCAT ACGTGGTGTC ACTTTTTGCC AGCACGCAGC TTTCAGCATT TGCATTCGCA 
GCTGCTGGGC AAGCGGTCAT GTTCCTGATC TATCTAGTTG GTTATATGTG TACTTTGACC 
TATGCTCCAA TTGACAAGAT AGATTCAACG CTTCTCGTTG TTCATTTCGT TATCAGTGCT 
GTCACACCAA TGGGGAGTCT TATCCGAGCG ATGTTCATCG CATTGAATCT GTTTTCTACC 
ACTTGCTCTG GTGAGGAATT GGCGCCTAAT CCTGGAGGAA TCTTGCAATA TGGTGGACCG 
ATTTTATATT TGATCCTCCA GATAATTGCA CTCTTCGCAG TTCTGATCTG GTATGACAGT 
GGCTCTATAG TTGCTTGGTT CCGAAGGCAA CGCAAGTCAT CTAATGCGGT GACTGATAAT 
GAGATTCCTG CGGACGAAGA GATTGCTGAA GAACTCGTCC GAGTCAATTC ATCAAACGAC 
GGTCTTCGAA TTCTTCACTT GACTAAGAGT TTTGGATCTG TAACAGCAGT TGAGAATATA 
ACATTCGGAA TAAAGCGTGG TGAAGTATTC GCACTTCTCG GACCAAACGG TGCAGGAAAG 
TCCACTACTA TATCATTGAT CCGTGGTGAT ATCCAACCAA GCAAAAATGG AGGGAATGTT 
TTTGTGGAGA ACATTGAAAT CAATACACAT CGTGCTAATG CAAGAGCTCA TCTGGGAGTT 
TGTCCTCAGT TCGATGCTAT GGATCAAATG ACCGTTTTAG AGCATCTTGC CTTTTATGCG 
CGTGTAAGAG GCGTTCCAGA CGTCGAACAT AATGTTCAAG CTGTCTTGAG CGCTGTTGGC 
CTGCAAGCAT TTGCTCCCCG TATGGCAGCC AAACTTTCTG GTGGAAACAA ACGAAAGTTA 
TCACTCGGAA TTGCTTTGAT TGGTAATCCA ACAGTACTAC TCCTCGACGA ACCATCCTCC 
GGTATGGATG CGGCTGCAAA GAGAGTCATG TGGAAAACAC TTGCCTCGGT CGTTCCAGGC 
CGTTCACTCT TGCTCACAAC TCATAGTATG GAAGAAGCTG ATGCATTGGC TGATCGTGCA 
GGTATCATGG CTAAGAGAAT GTTGGCAATG GGTACTTCAG ACCGGCTGAG AAGTAAATTT 
GGTGGTTCTT ATTATGTTCA TTTGGTTCTT AAAAGTGCAC CACATACCAC CGATGATGAG 
ATTTCGACTT TGAAAGCTTG GATCCATGAT AACTTCCATA ATGCAGTCAT CGAAGATAAA 
ACTTTCCATG GTCAAATGCG ATTCTCGGTT CCGGTATCTA GTTATTCTTC AAAGCAATCT 
GACATGAAGA TGGATATCGA ATTAGATGAA GATGAAATCA ACAGTACTGG AACTAGTATT 
GATGAACCAA AGTTGAGAGA CTCAGGAATA GGATCATTAA TTATGAAATT AGAAGATCAG 
AGGGAAGAAC TTGGATTGGA GTATTATTCA GTTAGTCCAA CGACATTGGA TCAGGTTTTC 
TTAACGATTG TTGAGAAACA TAATGTGGAG GAGGAGAATT ATGCTGCGCC TAAGGAGAAG 
AAGACCCTGG GGGGGTTAAT AAGGAGGAGG AAGCAGAATT GA

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

RefSeq	XP_024549026.1
CDS	739..5640
Translation	MGLLRQVRTLTGKNLLITVNRHAFSTSIRTFILPVALIVFLSYARNLFIPPSTYGIGSSHTIRSLGEGLRDATGGRDTLAFVNNGLIGGDIDDVIADLTSQAEVAGAKVQRLTTEAELLDICKSSLRGATSCYGAIVFNSSPSEGTGGIWNYTMRADGAFGTKIDVTTDTNDAELFLLPLQRAVDFAIASRNTTIDQNALPTTIKEYPYTSQTQKQRETAIRTNYQTAIINILGVAFLIGMVGVTYHLTGFIASERELGMSQLLEAMMPNLRRWEPQVARILSYHLAFDIIYIPGWIIMGVVLGVGVFAQTSMAIVIIFHVLAGLSLTSFSILGAAFFKKAQLSGITLAIVTLLLGVVTQVIDKTNSGTVAILSLLFAPCNYVFFLIFMARFEKQNIGANLVQAAPNNPWSLPGIALWVFLIIQIFVYPILGALVERYLFGTTSKGRSVVGQGSEKHAQSLGSNTLETVRLENFTKHYRPNWFRMKTAGFTKIPTATVVAVNDLSLTASKGQILVLLGANGSGKSTTLDAIAGLNTVTSGSITVDGTGGLGIAPQKNVLWNELTVEEHIRIFNSLKSTGPRDSKAALKELIKAIDLDRKIGAKSKTLSGGQKRKLQLGMMFTGGSSVCCVDEVSSGLDPLSRRKIWDILLAERGSRTIILTTHFLDEADLLADRIAILSKGTLRAEGSSVELKEKLGGGYRINLPTGHEHKEPPQIEGIKQHVSFGQTTFVAPTSKQAAQIIKRLEEDNITEYQLSGPTIEDVFLQLADEIRAESDESLLIQNLSSDNEQSGKEKDTATKLTMVGTHERQALELYTGQNIGFFRQAWVLFRKRLTVLRRNYLPYIAALLVPIIAAGLVTLFLKGYNGAGCTPTDRVSISDSENLFSVGKYDLVIGPSSRFSTEVLTSLFEPLLFGLFPTQAEIQNHTHLVDTLPQFNSYIDQNFANVTPSGFFLDNGGSQTTLAYKGNGQVFNAVWGQNVMDIMLTNISIATQFSQFDIPWAPSTGKSLQLVVYFGLAMSAYPGFFSLYPTVERTRNIRSLQYSNGVRSLPLWLSYVAFDLILVLISSALSVIIFAAASSVWYHVGYLFIIFVLFGLASILLSYVVSLFASTQLSAFAFAAAGQAVMFLIYLVGYMCTLTYAPIDKIDSTLLVVHFVISAVTPMGSLIRAMFIALNLFSTTCSGEELAPNPGGILQYGGPILYLILQIIALFAVLIWYDSGSIVAWFRRQRKSSNAVTDNEIPADEEIAEELVRVNSSNDGLRILHLTKSFGSVTAVENITFGIKRGEVFALLGPNGAGKSTTISLIRGDIQPSKNGGNVFVENIEINTHRANARAHLGVCPQFDAMDQMTVLEHLAFYARVRGVPDVEHNVQAVLSAVGLQAFAPRMAAKLSGGNKRKLSLGIALIGNPTVLLLDEPSSGMDAAAKRVMWKTLASVVPGRSLLLTTHSMEEADALADRAGIMAKRMLAMGTSDRLRSKFGGSYYVHLVLKSAPHTTDDEISTLKAWIHDNFHNAVIEDKTFHGQMRFSVPVSSYSSKQSDMKMDIELDEDEINSTGTSIDEPKLRDSGIGSLIMKLEDQREELGLEYYSVSPTTLDQVFLTIVEKHNVEEENYAAPKEKKTLGGLIRRRKQN

Target ORF information:

RefSeq Version	XM_024693241.1
Organism	Botrytis cinerea B05.10
Definition	Botrytis cinerea B05.10 hypothetical protein (BCIN_05g08140), mRNA.

Target ORF information:

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

XM_024693241.1

ORF Insert Sequence:

ATGGGATTGC TCCGCCAAGT ACGAACTTTG ACCGGAAAGA ATCTCCTTAT TACGGTCAAT 
CGGCATGCCT TCAGCACATC TATACGCACT TTTATCCTCC CAGTGGCCTT AATCGTATTT 
CTCAGTTATG CCAGAAATTT ATTCATACCG CCTTCAACTT ACGGGATTGG CTCTAGCCAT 
ACCATTCGAT CATTAGGAGA AGGGCTCCGA GACGCGACGG GTGGACGAGA TACTTTGGCA 
TTTGTTAACA ATGGTTTAAT AGGAGGAGAC ATTGATGATG TTATTGCTGA TTTAACTTCG 
CAGGCTGAAG TTGCTGGGGC AAAGGTGCAA CGTTTGACGA CTGAAGCTGA ACTATTGGAT 
ATCTGCAAAA GTAGTCTAAG GGGAGCAACA TCCTGTTATG GTGCCATTGT TTTCAATTCG 
TCGCCCTCGG AAGGAACAGG AGGAATATGG AACTATACCA TGCGAGCAGA CGGCGCATTC 
GGTACGAAGA TTGATGTCAC AACAGATACA AACGATGCCG AACTCTTTCT TTTGCCACTG 
CAGCGTGCCG TTGATTTTGC AATTGCTTCG AGAAATACAA CAATCGATCA GAACGCGTTG 
CCCACTACCA TCAAAGAATA TCCATATACT AGCCAGACTC AGAAGCAACG CGAGACTGCA 
ATTCGAACAA ATTATCAAAC CGCTATCATC AATATTCTTG GAGTTGCTTT CTTGATTGGT 
ATGGTTGGCG TTACATATCA CTTGACTGGA TTCATTGCTT CTGAGCGGGA ACTTGGCATG 
TCACAACTCC TAGAAGCTAT GATGCCGAAC CTACGAAGAT GGGAACCTCA AGTAGCTAGG 
ATACTTTCAT ATCATCTAGC CTTTGATATC ATTTACATAC CAGGATGGAT CATCATGGGT 
GTGGTTCTTG GAGTAGGGGT CTTTGCCCAA ACCTCCATGG CTATTGTGAT CATATTTCAT 
GTTCTGGCTG GCTTGTCCTT AACATCATTC TCCATCCTCG GTGCTGCTTT TTTCAAGAAA 
GCCCAGCTCA GTGGAATCAC TCTTGCAATC GTCACACTCT TACTTGGTGT CGTTACCCAA 
GTCATAGACA AGACAAATTC TGGAACTGTG GCGATTTTGA GTTTACTTTT TGCTCCATGT 
AATTATGTGT TTTTCCTTAT TTTCATGGCT CGATTTGAAA AGCAAAATAT TGGCGCCAAC 
CTTGTACAAG CCGCACCAAA CAACCCATGG TCACTGCCAG GAATTGCCCT ATGGGTATTC 
TTGATCATTC AAATATTTGT TTATCCAATC CTCGGGGCTT TGGTCGAACG TTACCTGTTC 
GGAACAACCT CCAAGGGTCG TTCAGTTGTT GGCCAAGGCT CGGAAAAACA TGCACAGTCA 
CTTGGGTCCA ATACATTGGA AACCGTCCGA TTGGAAAATT TCACAAAACA TTACCGACCT 
AATTGGTTTC GAATGAAGAC GGCTGGGTTT ACCAAGATTC CTACAGCTAC TGTCGTCGCT 
GTCAACGATT TGAGTTTGAC CGCTAGTAAA GGTCAAATTC TTGTCCTTCT GGGTGCTAAC 
GGATCGGGGA AGAGTACTAC CTTGGATGCT ATTGCAGGAT TGAATACCGT TACCAGTGGA 
AGTATCACAG TTGATGGAAC AGGAGGATTG GGCATTGCTC CACAGAAGAA TGTGCTATGG 
AATGAACTTA CAGTAGAGGA GCATATCCGT ATCTTCAATA GCCTCAAATC CACAGGACCG 
CGGGACAGCA AAGCAGCTCT CAAGGAGTTA ATCAAAGCAA TTGACTTGGA CCGAAAGATT 
GGCGCAAAAT CTAAAACTTT ATCTGGCGGT CAAAAGCGGA AACTCCAATT AGGAATGATG 
TTTACTGGTG GAAGTTCGGT ATGTTGTGTG GACGAAGTAA GTAGTGGGTT GGATCCTTTA 
AGTAGAAGAA AGATTTGGGA TATTCTTCTG GCCGAAAGAG GCTCACGAAC CATTATTTTG 
ACGACACATT TCCTTGACGA GGCAGACCTT CTCGCGGATC GGATCGCAAT ATTGTCAAAA 
GGAACACTTC GTGCGGAAGG TTCTTCTGTG GAATTAAAGG AGAAGTTAGG TGGCGGCTAT 
CGCATCAATC TTCCTACTGG TCACGAACAC AAGGAGCCTC CTCAGATTGA GGGTATAAAG 
CAGCACGTGT CATTTGGTCA AACGACTTTT GTAGCACCAA CCTCTAAGCA AGCCGCTCAG 
ATTATTAAAC GCCTCGAAGA AGACAACATC ACAGAATATC AATTATCCGG ACCCACGATT 
GAAGATGTAT TTTTACAATT AGCCGACGAG ATTCGTGCCG AAAGTGATGA AAGTCTCCTC 
ATCCAAAACT TATCATCTGA TAATGAGCAA TCTGGAAAGG AAAAGGATAC TGCCACAAAA 
CTCACAATGG TTGGTACGCA CGAGCGTCAA GCGTTGGAAT TATATACTGG TCAAAATATT 
GGTTTCTTTC GGCAAGCGTG GGTTTTATTC AGAAAAAGAC TGACTGTTCT TCGACGAAAT 
TACCTGCCTT ACATTGCAGC CCTGCTTGTA CCGATCATTG CAGCTGGTCT CGTAACTCTT 
TTCCTGAAAG GGTATAATGG TGCCGGTTGT ACTCCAACCG ACAGAGTTTC TATTTCTGAT 
TCAGAAAATC TGTTCAGCGT TGGGAAGTAT GATCTTGTTA TCGGACCGTC CTCAAGATTT 
TCGACAGAAG TGCTTACCTC TTTGTTTGAA CCTCTATTGT TCGGATTGTT TCCTACGCAA 
GCTGAAATTC AAAACCATAC TCATCTAGTC GATACATTGC CACAATTCAA CAGCTACATT 
GATCAAAATT TCGCCAATGT CACCCCGTCA GGATTCTTCC TTGATAATGG TGGTTCGCAA 
ACTACACTCG CGTACAAAGG AAACGGCCAG GTATTTAACG CTGTATGGGG TCAAAATGTC 
ATGGACATCA TGCTCACTAA CATATCTATT GCCACACAAT TTTCTCAATT TGATATTCCA 
TGGGCACCCT CAACCGGTAA ATCATTACAA CTTGTCGTCT ATTTCGGTCT TGCAATGTCC 
GCCTATCCAG GATTCTTCTC ATTGTATCCT ACTGTCGAAA GAACCAGGAA CATTCGAAGT 
CTCCAGTATT CCAATGGTGT TCGGTCATTA CCATTATGGC TTTCATACGT CGCTTTTGAT 
CTCATACTCG TTCTCATCTC GAGTGCTTTG AGTGTCATAA TCTTTGCAGC TGCATCTTCA 
GTTTGGTATC ATGTCGGCTA TTTATTTATT ATATTTGTTT TGTTCGGTCT GGCATCGATT 
CTATTATCAT ACGTGGTGTC ACTTTTTGCC AGCACGCAGC TTTCAGCATT TGCATTCGCA 
GCTGCTGGGC AAGCGGTCAT GTTCCTGATC TATCTAGTTG GTTATATGTG TACTTTGACC 
TATGCTCCAA TTGACAAGAT AGATTCAACG CTTCTCGTTG TTCATTTCGT TATCAGTGCT 
GTCACACCAA TGGGGAGTCT TATCCGAGCG ATGTTCATCG CATTGAATCT GTTTTCTACC 
ACTTGCTCTG GTGAGGAATT GGCGCCTAAT CCTGGAGGAA TCTTGCAATA TGGTGGACCG 
ATTTTATATT TGATCCTCCA GATAATTGCA CTCTTCGCAG TTCTGATCTG GTATGACAGT 
GGCTCTATAG TTGCTTGGTT CCGAAGGCAA CGCAAGTCAT CTAATGCGGT GACTGATAAT 
GAGATTCCTG CGGACGAAGA GATTGCTGAA GAACTCGTCC GAGTCAATTC ATCAAACGAC 
GGTCTTCGAA TTCTTCACTT GACTAAGAGT TTTGGATCTG TAACAGCAGT TGAGAATATA 
ACATTCGGAA TAAAGCGTGG TGAAGTATTC GCACTTCTCG GACCAAACGG TGCAGGAAAG 
TCCACTACTA TATCATTGAT CCGTGGTGAT ATCCAACCAA GCAAAAATGG AGGGAATGTT 
TTTGTGGAGA ACATTGAAAT CAATACACAT CGTGCTAATG CAAGAGCTCA TCTGGGAGTT 
TGTCCTCAGT TCGATGCTAT GGATCAAATG ACCGTTTTAG AGCATCTTGC CTTTTATGCG 
CGTGTAAGAG GCGTTCCAGA CGTCGAACAT AATGTTCAAG CTGTCTTGAG CGCTGTTGGC 
CTGCAAGCAT TTGCTCCCCG TATGGCAGCC AAACTTTCTG GTGGAAACAA ACGAAAGTTA 
TCACTCGGAA TTGCTTTGAT TGGTAATCCA ACAGTACTAC TCCTCGACGA ACCATCCTCC 
GGTATGGATG CGGCTGCAAA GAGAGTCATG TGGAAAACAC TTGCCTCGGT CGTTCCAGGC 
CGTTCACTCT TGCTCACAAC TCATAGTATG GAAGAAGCTG ATGCATTGGC TGATCGTGCA 
GGTATCATGG CTAAGAGAAT GTTGGCAATG GGTACTTCAG ACCGGCTGAG AAGTAAATTT 
GGTGGTTCTT ATTATGTTCA TTTGGTTCTT AAAAGTGCAC CACATACCAC CGATGATGAG 
ATTTCGACTT TGAAAGCTTG GATCCATGAT AACTTCCATA ATGCAGTCAT CGAAGATAAA 
ACTTTCCATG GTCAAATGCG ATTCTCGGTT CCGGTATCTA GTTATTCTTC AAAGCAATCT 
GACATGAAGA TGGATATCGA ATTAGATGAA GATGAAATCA ACAGTACTGG AACTAGTATT 
GATGAACCAA AGTTGAGAGA CTCAGGAATA GGATCATTAA TTATGAAATT AGAAGATCAG 
AGGGAAGAAC TTGGATTGGA GTATTATTCA GTTAGTCCAA CGACATTGGA TCAGGTTTTC 
TTAACGATTG TTGAGAAACA TAATGTGGAG GAGGAGAATT ATGCTGCGCC TAAGGAGAAG 
AAGACCCTGG GGGGGTTAAT AAGGAGGAGG AAGCAGAATT GA

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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BCIN_05g08140 cDNA ORF clone, Botrytis cinerea B05.10

Gene

Clones

gRNAs

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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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