ORF » Species Summary » Botrytis cinerea B05.10 » BC1G_03118 cDNA ORF clone

BC1G_03118 cDNA ORF clone, Botrytis cinerea B05.10

The following BC1G_03118 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BC1G_03118 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
OBc07079 XM_001558036.2
Latest version!		 Botrytis cinerea B05.10 hypothetical protein (BCIN_12g02310), mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
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OBc07079 XM_001558036.1 Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_03118) partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
Hide Old Accession Versions >>

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** 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_03118 ( XM_001558036.2 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_001558086.1 Botrytis cinerea B05.10 hypothetical protein (BCIN_12g02310), mRNA.
    Price & Availability↑
    CloneID OBc07079
    Clone ID Related Accession (Same CDS sequence) XM_001558036.2 , XM_001558036.1
    Accession Version XM_001558036.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4341bp)
    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_037321). On Apr 17, 2018 this sequence version replaced XM_001558036.1. 

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAATCC TACCATTAAA ATCAGAAATT CAATCGATTT TCCAAGATTC TGTTTTAGAA 
    TTCTATCTAA ACGGAACAAG AATAAAACTT CATAACCCAA ATCCTCAATG GACACTTCTG 
    GATTTCATCA GGTCCCAGGA CGATCTCAAG GGCACAAAGC TTGGATGTGG TGAAGGAGGA 
    TGCGGAGCGT GTACAGTTGT GCTTCAAACT TCTAATAAGT TTTCCGAAAG TCGGAGGATA 
    AAGCACATTG CCGTAAACGC TTGTCTGTTT CCATTGATAG GAGCCGTTGG GAAGCATGTT 
    ATCACTATCG AAGGCATTGG AAATGCAGAA AATCCTCATC CATTACAAGA ACGTATAGCA 
    AAACTACACG GGTCGCAATG CGGTTTTTGC ACTCCTGGTA TTGTCATGTC ATTGTATGCC 
    TTAATCAGGA ATTCTTACGA TCCTCTGTCA AAGTCATTTC AACTATCGGC AAATGATATA 
    GAGCTAGAAG GCCATCTAGA TGGTAATCTT TGCAGGTGTA CCGGATATAA ACCCATCTTA 
    CAGGCTGCGA GAACTTTCAT CACTGAGGAC CTCAAAGGAA AGCTATCCAT TCCTAAATCA 
    GATACTGTCG ATGAGGATGC GTCCGAAGCA AATCTTCCTG ATGTTCCATT ACATTCGTAT 
    CTTAATCCCG TCGATACAGG AAATAGCATT TCTTGTGGAA GAATTGGTGG GTGCTGTAAA 
    GATTCACCAA GTAATGGATC ATGCGGATCT CGAACCAGTT CTCCAGGAAA CTCTTCAGAG 
    GAAAGCCCCA CCCGTTCTTC TCAAAGCTCA GAGAGCTCGA ACAATGACAA GAACATGGCC 
    CCTGATAGCT CGCATCCTTC TGATCCGAAA GATATCCAAC ATTCCTTTAT CCCTTACCGT 
    GCTCAGACCG AACTTATATT TCCACCAGCT CTCTATAACT TTAACAAAAA GCCGTTGTGT 
    TATGGAAATG ATACAAATGC CTGGCTCTTA CCAACAACGC TTCAGGAACT TCTTCTAATA 
    AAAGAGTTCT ATCCCACAGC TAAATTAGTC TGCGGAGCTA GCGAAACTCA GGTGGAAGTT 
    CGATTCAAAT ACTCTTCATT TCCAGTCTCA ATTTATGTTT CAGATATTGA GGAGCTTCGA 
    AATATCAATG TTCCTGGTGA TGATGATCAT CTTCAATCGT GTTCAGAAAT CGTCTTTGGC 
    GCAAATGCAT CTCTAACTGA TGTAGAGGAT ACTTGCCGAA ATCTCTCTCG ACGGCTTGGT 
    GAGAGAGGCT CGGTTTTCGA GGCAATTAGA AAGCAACTCC GTTACTTCGC CGGAAGACAA 
    ATTCGCAATG TTGCTTCCTT TGCCGGGAAT ATCGTTACTG CTTCTCCTAT ATCTGACATC 
    AATCCTGTGC TTATGGCAGC AGGTGCTGTC TTGACAATTC AAAGCAAATC TCAAGGGATT 
    AAAGCTTTAC CTATGTCCGA CTTCTTCGTA TCATATCGTA ACACGAAGCT TCCAATTGAT 
    GCGGTGATAG TTGATGTTCG AGTTCCCTTC CCACCACCGA ATGAGAAAGA AATCACCAAG 
    GCATACAAGC AAGCCAAGAG GAAAGATGAT GACATTGCAA TTGTGACGGC TGCATTCCGT 
    GTGAGACTTG AAAAGGATGG TACTGTTTCA GAAGTATCAT TAGTCTATGG GGGAATGGCA 
    CCAACAACTA TTATCGCCCC AAAAACTATG AAGTGCTTAC TTGGCAAAAC ATGGTACAGT 
    TCCACCACTC TCAATGAATC GATGAAGAGC TTAGCCGAAG AATTTCATCT GGCATACGAC 
    GTTCCTGGTG GAATGGCATC ATATCGTCGA ACATTGGCTA TATCTCTATT CTTCAGATTC 
    TGGCATGAAG TTGTTTCGGA CTTTGGATTG GGGAGTGTGG ATCCTGATCT TATCAACGAA 
    ATACATCGAG AGATTTCCTC GGGTACTAGA GATAACTATA ACCCGTATGA GCAACGCGTT 
    GTAGGGAAGC AAATACCACA TTTATCATCT CTTAAACAGA CAACAGGAGA AGCAGAATAC 
    ATTGATGATA TGCCTAGACA GCATCGAGAA TTATTCGGTG CCATGGTTTT ATCTAGTCGT 
    GCGCATGCAA AATTGTTAGA GGTAGATTGG GCACCTGCGA TCGAATCCAG ACTTGCTCTA 
    GGCTACGTTG ACATTAACGA TATCCCAATA GATTTGAATC TGTGGGGATC TATTGTAAAA 
    GATGAACCAC TATTTGCTGA CGGGAAAGTG TTCTCTCATG GTCAGCCTAT AGGTTTGGTT 
    TTTGCAGAAA CCGCTTTACA AGCACAGGCT GCTGCTAGAG CCGTTCGAAT TCAGTACGAA 
    GATCTTCCAG TCATATTGGC TATTGATGAA GCAATCAAGG CGAATAGTTA TTTTCCTTAT 
    GGAAAGATGT TGAAGAAAGG AGCTGCGCTT GAGGACAAAA TGAATGACAT CTGGGCATCG 
    TGCGACAGGA TATTCGAAGG GACTACAAGA ATAGGCGGTC AAGAACATTT CTACCTTGAA 
    ACTAACGCCG CAATGGTGAT TCCGAACAAA GAAGATGGAA CTTATGAAGT ATGGTCCTCA 
    ACGCAGAATA GCATGGAAAC TCAAGAATTC GTAGCCCAAG TAACCAGCGT ACCAAGCTCT 
    CGTGTCAATG CTCGAGTAAA ACGTATGGGA GGAGCTTTTG GTGGTAAAGA ATCCCGTAGC 
    GTTCAGCTTG CATGCCTCCT TGCTGTCGCA GCTAAGAAAA CCAAACGCCC CGTTCGATGC 
    ATGTTAAATC GCGACGAAGA TATGATGACG AGTGGCCAAC GTCATCCAAT ACAAGCTCGG 
    TGGAAAGTTG GTGTTCAATC CAATGGGAAT CTGATTGCAC TTGAAGCGGA TGTGTACAAC 
    AATGCTGGAT TCTCACAAGA TATGTCAGCT GCAGTTATGG GACGATGTTT AACGCACTTT 
    GAAAATTGTT ACGAGATCCC TAACGTGTTG CTACGGGGCC ATGTGTGCAA AACTAATACA 
    CATAGTAACA CAGCATTTCG AGGGTTTGGG GGGCCGCAAG CTATGTTTTT CGCTGAAACA 
    TACATGACTG CCATATCCGA AGGACTAAAC ATTCCCATTG ATGAGCTTCG AGTTATGAAT 
    CTATATAAAC AAGGAGATCA TACACCATTC CTACAGACTA TTGATCAAGA CTGGAATGTC 
    CCACTTCTTT TAGAAAAAAT CAAGCACGAA ACACAATACT CCCAACGTCT CCTTGAGGTT 
    GAGAAATACA ACAAAGAGCA CAAGTACCGT AAGCGAGGCA TATCACTTCT TCCAACCAAA 
    TTCGGTCTTT CTTTTGCCAC AGCGCTTCAT CTGAACCAAG CGTCCGCGTC CTTGAAAATA 
    TACGCCGATG GCTCCGTTCT CCTTAACCAT GGAGGGACAG AGATGGGCCA AGGTTTATAC 
    ACTAAAATGA CTCAAATATG TGCACAAGAA TTGGGTGTTC CAGTGTCATC AGTATTCACA 
    CAAGATACGT CAAGTTACCA GACCGCAAAT GCAAGTCCTA CCGCTGCCAG TTCGGGAAGT 
    GATTTGAATG GTATGGCAAT TATGGATGCT TGCAAACAGT TAAACGAACG GTTGGCGCCG 
    TATCGAGAAA AGATGGGAAA AGACACGAGT ATGAAAGATT TAGCACACGC TGCATACAGA 
    GACCGAGTTC ACCTAAGTGC GAGTGGATTT TGGAAGATGC CACGGATTGG ATACGAATGG 
    GGAGTCTATG ATAAAGACAA AGTCAAAGAT ATGTACTACT ATTTTACTCA AGGAGTAGCT 
    GCCACGGAGG TTGAACTCGA TGTACTCACG GGTCATCATA CAATCTTAAG GACAGATATT 
    TTGATGGATA TTGGGAGATC CATTAATCCG GCAATTGATT ATGGTCAGAT CGAAGGGGCT 
    TATGTACAAG GATTGGGCTT GTTTACCATG GAAGAAAGTC TTTGGACGAA GGAAGGCCAA 
    TTATTCACGA AGGGACCGGG AACTTATAAG ATACCTGGGT TTGCGGATAT CCCACAGATT 
    TTCAATGTTT CCTTTCTGAA AGATGAAGAG GGGAAAGAGA AAATGTGGCA GGGGTTGAAA 
    AGTGTACAGA GTAGTAAAGG GGTGGGTGAA CCACCATTGT TTTTGGGAGC GGGCGCATTC 
    TTTGCGCTAA GAATGGCGGT GAGGAGTGCA AGAGAAGATA ACGGTTTGGG AACAAAGTCT 
    GAAGATGGAA AAAGAGGATG GAATTTGGAT AGTCCGGCTA CGGTGGAGAG ATTGAGAATG 
    GCGGTTGGTG ATGAGATTAG TGAAATGGGC AAGGTGGAGA GAAAAGAGGG GCAGAGTAAC 
    TTCTTCGTCT CTGTTGCTTG A

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

    RefSeq XP_001558086.1
    CDS196..4536
    Translation

    Target ORF information:

    RefSeq Version XM_001558036.2
    Organism Botrytis cinerea B05.10
    Definition Botrytis cinerea B05.10 hypothetical protein (BCIN_12g02310), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_001558036.2

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAATCC TACCATTAAA ATCAGAAATT CAATCGATTT TCCAAGATTC TGTTTTAGAA 
    TTCTATCTAA ACGGAACAAG AATAAAACTT CATAACCCAA ATCCTCAATG GACACTTCTG 
    GATTTCATCA GGTCCCAGGA CGATCTCAAG GGCACAAAGC TTGGATGTGG TGAAGGAGGA 
    TGCGGAGCGT GTACAGTTGT GCTTCAAACT TCTAATAAGT TTTCCGAAAG TCGGAGGATA 
    AAGCACATTG CCGTAAACGC TTGTCTGTTT CCATTGATAG GAGCCGTTGG GAAGCATGTT 
    ATCACTATCG AAGGCATTGG AAATGCAGAA AATCCTCATC CATTACAAGA ACGTATAGCA 
    AAACTACACG GGTCGCAATG CGGTTTTTGC ACTCCTGGTA TTGTCATGTC ATTGTATGCC 
    TTAATCAGGA ATTCTTACGA TCCTCTGTCA AAGTCATTTC AACTATCGGC AAATGATATA 
    GAGCTAGAAG GCCATCTAGA TGGTAATCTT TGCAGGTGTA CCGGATATAA ACCCATCTTA 
    CAGGCTGCGA GAACTTTCAT CACTGAGGAC CTCAAAGGAA AGCTATCCAT TCCTAAATCA 
    GATACTGTCG ATGAGGATGC GTCCGAAGCA AATCTTCCTG ATGTTCCATT ACATTCGTAT 
    CTTAATCCCG TCGATACAGG AAATAGCATT TCTTGTGGAA GAATTGGTGG GTGCTGTAAA 
    GATTCACCAA GTAATGGATC ATGCGGATCT CGAACCAGTT CTCCAGGAAA CTCTTCAGAG 
    GAAAGCCCCA CCCGTTCTTC TCAAAGCTCA GAGAGCTCGA ACAATGACAA GAACATGGCC 
    CCTGATAGCT CGCATCCTTC TGATCCGAAA GATATCCAAC ATTCCTTTAT CCCTTACCGT 
    GCTCAGACCG AACTTATATT TCCACCAGCT CTCTATAACT TTAACAAAAA GCCGTTGTGT 
    TATGGAAATG ATACAAATGC CTGGCTCTTA CCAACAACGC TTCAGGAACT TCTTCTAATA 
    AAAGAGTTCT ATCCCACAGC TAAATTAGTC TGCGGAGCTA GCGAAACTCA GGTGGAAGTT 
    CGATTCAAAT ACTCTTCATT TCCAGTCTCA ATTTATGTTT CAGATATTGA GGAGCTTCGA 
    AATATCAATG TTCCTGGTGA TGATGATCAT CTTCAATCGT GTTCAGAAAT CGTCTTTGGC 
    GCAAATGCAT CTCTAACTGA TGTAGAGGAT ACTTGCCGAA ATCTCTCTCG ACGGCTTGGT 
    GAGAGAGGCT CGGTTTTCGA GGCAATTAGA AAGCAACTCC GTTACTTCGC CGGAAGACAA 
    ATTCGCAATG TTGCTTCCTT TGCCGGGAAT ATCGTTACTG CTTCTCCTAT ATCTGACATC 
    AATCCTGTGC TTATGGCAGC AGGTGCTGTC TTGACAATTC AAAGCAAATC TCAAGGGATT 
    AAAGCTTTAC CTATGTCCGA CTTCTTCGTA TCATATCGTA ACACGAAGCT TCCAATTGAT 
    GCGGTGATAG TTGATGTTCG AGTTCCCTTC CCACCACCGA ATGAGAAAGA AATCACCAAG 
    GCATACAAGC AAGCCAAGAG GAAAGATGAT GACATTGCAA TTGTGACGGC TGCATTCCGT 
    GTGAGACTTG AAAAGGATGG TACTGTTTCA GAAGTATCAT TAGTCTATGG GGGAATGGCA 
    CCAACAACTA TTATCGCCCC AAAAACTATG AAGTGCTTAC TTGGCAAAAC ATGGTACAGT 
    TCCACCACTC TCAATGAATC GATGAAGAGC TTAGCCGAAG AATTTCATCT GGCATACGAC 
    GTTCCTGGTG GAATGGCATC ATATCGTCGA ACATTGGCTA TATCTCTATT CTTCAGATTC 
    TGGCATGAAG TTGTTTCGGA CTTTGGATTG GGGAGTGTGG ATCCTGATCT TATCAACGAA 
    ATACATCGAG AGATTTCCTC GGGTACTAGA GATAACTATA ACCCGTATGA GCAACGCGTT 
    GTAGGGAAGC AAATACCACA TTTATCATCT CTTAAACAGA CAACAGGAGA AGCAGAATAC 
    ATTGATGATA TGCCTAGACA GCATCGAGAA TTATTCGGTG CCATGGTTTT ATCTAGTCGT 
    GCGCATGCAA AATTGTTAGA GGTAGATTGG GCACCTGCGA TCGAATCCAG ACTTGCTCTA 
    GGCTACGTTG ACATTAACGA TATCCCAATA GATTTGAATC TGTGGGGATC TATTGTAAAA 
    GATGAACCAC TATTTGCTGA CGGGAAAGTG TTCTCTCATG GTCAGCCTAT AGGTTTGGTT 
    TTTGCAGAAA CCGCTTTACA AGCACAGGCT GCTGCTAGAG CCGTTCGAAT TCAGTACGAA 
    GATCTTCCAG TCATATTGGC TATTGATGAA GCAATCAAGG CGAATAGTTA TTTTCCTTAT 
    GGAAAGATGT TGAAGAAAGG AGCTGCGCTT GAGGACAAAA TGAATGACAT CTGGGCATCG 
    TGCGACAGGA TATTCGAAGG GACTACAAGA ATAGGCGGTC AAGAACATTT CTACCTTGAA 
    ACTAACGCCG CAATGGTGAT TCCGAACAAA GAAGATGGAA CTTATGAAGT ATGGTCCTCA 
    ACGCAGAATA GCATGGAAAC TCAAGAATTC GTAGCCCAAG TAACCAGCGT ACCAAGCTCT 
    CGTGTCAATG CTCGAGTAAA ACGTATGGGA GGAGCTTTTG GTGGTAAAGA ATCCCGTAGC 
    GTTCAGCTTG CATGCCTCCT TGCTGTCGCA GCTAAGAAAA CCAAACGCCC CGTTCGATGC 
    ATGTTAAATC GCGACGAAGA TATGATGACG AGTGGCCAAC GTCATCCAAT ACAAGCTCGG 
    TGGAAAGTTG GTGTTCAATC CAATGGGAAT CTGATTGCAC TTGAAGCGGA TGTGTACAAC 
    AATGCTGGAT TCTCACAAGA TATGTCAGCT GCAGTTATGG GACGATGTTT AACGCACTTT 
    GAAAATTGTT ACGAGATCCC TAACGTGTTG CTACGGGGCC ATGTGTGCAA AACTAATACA 
    CATAGTAACA CAGCATTTCG AGGGTTTGGG GGGCCGCAAG CTATGTTTTT CGCTGAAACA 
    TACATGACTG CCATATCCGA AGGACTAAAC ATTCCCATTG ATGAGCTTCG AGTTATGAAT 
    CTATATAAAC AAGGAGATCA TACACCATTC CTACAGACTA TTGATCAAGA CTGGAATGTC 
    CCACTTCTTT TAGAAAAAAT CAAGCACGAA ACACAATACT CCCAACGTCT CCTTGAGGTT 
    GAGAAATACA ACAAAGAGCA CAAGTACCGT AAGCGAGGCA TATCACTTCT TCCAACCAAA 
    TTCGGTCTTT CTTTTGCCAC AGCGCTTCAT CTGAACCAAG CGTCCGCGTC CTTGAAAATA 
    TACGCCGATG GCTCCGTTCT CCTTAACCAT GGAGGGACAG AGATGGGCCA AGGTTTATAC 
    ACTAAAATGA CTCAAATATG TGCACAAGAA TTGGGTGTTC CAGTGTCATC AGTATTCACA 
    CAAGATACGT CAAGTTACCA GACCGCAAAT GCAAGTCCTA CCGCTGCCAG TTCGGGAAGT 
    GATTTGAATG GTATGGCAAT TATGGATGCT TGCAAACAGT TAAACGAACG GTTGGCGCCG 
    TATCGAGAAA AGATGGGAAA AGACACGAGT ATGAAAGATT TAGCACACGC TGCATACAGA 
    GACCGAGTTC ACCTAAGTGC GAGTGGATTT TGGAAGATGC CACGGATTGG ATACGAATGG 
    GGAGTCTATG ATAAAGACAA AGTCAAAGAT ATGTACTACT ATTTTACTCA AGGAGTAGCT 
    GCCACGGAGG TTGAACTCGA TGTACTCACG GGTCATCATA CAATCTTAAG GACAGATATT 
    TTGATGGATA TTGGGAGATC CATTAATCCG GCAATTGATT ATGGTCAGAT CGAAGGGGCT 
    TATGTACAAG GATTGGGCTT GTTTACCATG GAAGAAAGTC TTTGGACGAA GGAAGGCCAA 
    TTATTCACGA AGGGACCGGG AACTTATAAG ATACCTGGGT TTGCGGATAT CCCACAGATT 
    TTCAATGTTT CCTTTCTGAA AGATGAAGAG GGGAAAGAGA AAATGTGGCA GGGGTTGAAA 
    AGTGTACAGA GTAGTAAAGG GGTGGGTGAA CCACCATTGT TTTTGGGAGC GGGCGCATTC 
    TTTGCGCTAA GAATGGCGGT GAGGAGTGCA AGAGAAGATA ACGGTTTGGG AACAAAGTCT 
    GAAGATGGAA AAAGAGGATG GAATTTGGAT AGTCCGGCTA CGGTGGAGAG ATTGAGAATG 
    GCGGTTGGTG ATGAGATTAG TGAAATGGGC AAGGTGGAGA GAAAAGAGGG GCAGAGTAAC 
    TTCTTCGTCT CTGTTGCTTG A

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

    BC1G_03118 ( XM_001558036.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_001558086.1 Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_03118) partial mRNA.
    Price & Availability↑
    CloneID OBc07079
    Clone ID Related Accession (Same CDS sequence) XM_001558036.2 , XM_001558036.1
    Accession Version XM_001558036.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4341bp)
    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_001814560). COMPLETENESS: incomplete on both ends. 

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAATCC TACCATTAAA ATCAGAAATT CAATCGATTT TCCAAGATTC TGTTTTAGAA 
    TTCTATCTAA ACGGAACAAG AATAAAACTT CATAACCCAA ATCCTCAATG GACACTTCTG 
    GATTTCATCA GGTCCCAGGA CGATCTCAAG GGCACAAAGC TTGGATGTGG TGAAGGAGGA 
    TGCGGAGCGT GTACAGTTGT GCTTCAAACT TCTAATAAGT TTTCCGAAAG TCGGAGGATA 
    AAGCACATTG CCGTAAACGC TTGTCTGTTT CCATTGATAG GAGCCGTTGG GAAGCATGTT 
    ATCACTATCG AAGGCATTGG AAATGCAGAA AATCCTCATC CATTACAAGA ACGTATAGCA 
    AAACTACACG GGTCGCAATG CGGTTTTTGC ACTCCTGGTA TTGTCATGTC ATTGTATGCC 
    TTAATCAGGA ATTCTTACGA TCCTCTGTCA AAGTCATTTC AACTATCGGC AAATGATATA 
    GAGCTAGAAG GCCATCTAGA TGGTAATCTT TGCAGGTGTA CCGGATATAA ACCCATCTTA 
    CAGGCTGCGA GAACTTTCAT CACTGAGGAC CTCAAAGGAA AGCTATCCAT TCCTAAATCA 
    GATACTGTCG ATGAGGATGC GTCCGAAGCA AATCTTCCTG ATGTTCCATT ACATTCGTAT 
    CTTAATCCCG TCGATACAGG AAATAGCATT TCTTGTGGAA GAATTGGTGG GTGCTGTAAA 
    GATTCACCAA GTAATGGATC ATGCGGATCT CGAACCAGTT CTCCAGGAAA CTCTTCAGAG 
    GAAAGCCCCA CCCGTTCTTC TCAAAGCTCA GAGAGCTCGA ACAATGACAA GAACATGGCC 
    CCTGATAGCT CGCATCCTTC TGATCCGAAA GATATCCAAC ATTCCTTTAT CCCTTACCGT 
    GCTCAGACCG AACTTATATT TCCACCAGCT CTCTATAACT TTAACAAAAA GCCGTTGTGT 
    TATGGAAATG ATACAAATGC CTGGCTCTTA CCAACAACGC TTCAGGAACT TCTTCTAATA 
    AAAGAGTTCT ATCCCACAGC TAAATTAGTC TGCGGAGCTA GCGAAACTCA GGTGGAAGTT 
    CGATTCAAAT ACTCTTCATT TCCAGTCTCA ATTTATGTTT CAGATATTGA GGAGCTTCGA 
    AATATCAATG TTCCTGGTGA TGATGATCAT CTTCAATCGT GTTCAGAAAT CGTCTTTGGC 
    GCAAATGCAT CTCTAACTGA TGTAGAGGAT ACTTGCCGAA ATCTCTCTCG ACGGCTTGGT 
    GAGAGAGGCT CGGTTTTCGA GGCAATTAGA AAGCAACTCC GTTACTTCGC CGGAAGACAA 
    ATTCGCAATG TTGCTTCCTT TGCCGGGAAT ATCGTTACTG CTTCTCCTAT ATCTGACATC 
    AATCCTGTGC TTATGGCAGC AGGTGCTGTC TTGACAATTC AAAGCAAATC TCAAGGGATT 
    AAAGCTTTAC CTATGTCCGA CTTCTTCGTA TCATATCGTA ACACGAAGCT TCCAATTGAT 
    GCGGTGATAG TTGATGTTCG AGTTCCCTTC CCACCACCGA ATGAGAAAGA AATCACCAAG 
    GCATACAAGC AAGCCAAGAG GAAAGATGAT GACATTGCAA TTGTGACGGC TGCATTCCGT 
    GTGAGACTTG AAAAGGATGG TACTGTTTCA GAAGTATCAT TAGTCTATGG GGGAATGGCA 
    CCAACAACTA TTATCGCCCC AAAAACTATG AAGTGCTTAC TTGGCAAAAC ATGGTACAGT 
    TCCACCACTC TCAATGAATC GATGAAGAGC TTAGCCGAAG AATTTCATCT GGCATACGAC 
    GTTCCTGGTG GAATGGCATC ATATCGTCGA ACATTGGCTA TATCTCTATT CTTCAGATTC 
    TGGCATGAAG TTGTTTCGGA CTTTGGATTG GGGAGTGTGG ATCCTGATCT TATCAACGAA 
    ATACATCGAG AGATTTCCTC GGGTACTAGA GATAACTATA ACCCGTATGA GCAACGCGTT 
    GTAGGGAAGC AAATACCACA TTTATCATCT CTTAAACAGA CAACAGGAGA AGCAGAATAC 
    ATTGATGATA TGCCTAGACA GCATCGAGAA TTATTCGGTG CCATGGTTTT ATCTAGTCGT 
    GCGCATGCAA AATTGTTAGA GGTAGATTGG GCACCTGCGA TCGAATCCAG ACTTGCTCTA 
    GGCTACGTTG ACATTAACGA TATCCCAATA GATTTGAATC TGTGGGGATC TATTGTAAAA 
    GATGAACCAC TATTTGCTGA CGGGAAAGTG TTCTCTCATG GTCAGCCTAT AGGTTTGGTT 
    TTTGCAGAAA CCGCTTTACA AGCACAGGCT GCTGCTAGAG CCGTTCGAAT TCAGTACGAA 
    GATCTTCCAG TCATATTGGC TATTGATGAA GCAATCAAGG CGAATAGTTA TTTTCCTTAT 
    GGAAAGATGT TGAAGAAAGG AGCTGCGCTT GAGGACAAAA TGAATGACAT CTGGGCATCG 
    TGCGACAGGA TATTCGAAGG GACTACAAGA ATAGGCGGTC AAGAACATTT CTACCTTGAA 
    ACTAACGCCG CAATGGTGAT TCCGAACAAA GAAGATGGAA CTTATGAAGT ATGGTCCTCA 
    ACGCAGAATA GCATGGAAAC TCAAGAATTC GTAGCCCAAG TAACCAGCGT ACCAAGCTCT 
    CGTGTCAATG CTCGAGTAAA ACGTATGGGA GGAGCTTTTG GTGGTAAAGA ATCCCGTAGC 
    GTTCAGCTTG CATGCCTCCT TGCTGTCGCA GCTAAGAAAA CCAAACGCCC CGTTCGATGC 
    ATGTTAAATC GCGACGAAGA TATGATGACG AGTGGCCAAC GTCATCCAAT ACAAGCTCGG 
    TGGAAAGTTG GTGTTCAATC CAATGGGAAT CTGATTGCAC TTGAAGCGGA TGTGTACAAC 
    AATGCTGGAT TCTCACAAGA TATGTCAGCT GCAGTTATGG GACGATGTTT AACGCACTTT 
    GAAAATTGTT ACGAGATCCC TAACGTGTTG CTACGGGGCC ATGTGTGCAA AACTAATACA 
    CATAGTAACA CAGCATTTCG AGGGTTTGGG GGGCCGCAAG CTATGTTTTT CGCTGAAACA 
    TACATGACTG CCATATCCGA AGGACTAAAC ATTCCCATTG ATGAGCTTCG AGTTATGAAT 
    CTATATAAAC AAGGAGATCA TACACCATTC CTACAGACTA TTGATCAAGA CTGGAATGTC 
    CCACTTCTTT TAGAAAAAAT CAAGCACGAA ACACAATACT CCCAACGTCT CCTTGAGGTT 
    GAGAAATACA ACAAAGAGCA CAAGTACCGT AAGCGAGGCA TATCACTTCT TCCAACCAAA 
    TTCGGTCTTT CTTTTGCCAC AGCGCTTCAT CTGAACCAAG CGTCCGCGTC CTTGAAAATA 
    TACGCCGATG GCTCCGTTCT CCTTAACCAT GGAGGGACAG AGATGGGCCA AGGTTTATAC 
    ACTAAAATGA CTCAAATATG TGCACAAGAA TTGGGTGTTC CAGTGTCATC AGTATTCACA 
    CAAGATACGT CAAGTTACCA GACCGCAAAT GCAAGTCCTA CCGCTGCCAG TTCGGGAAGT 
    GATTTGAATG GTATGGCAAT TATGGATGCT TGCAAACAGT TAAACGAACG GTTGGCGCCG 
    TATCGAGAAA AGATGGGAAA AGACACGAGT ATGAAAGATT TAGCACACGC TGCATACAGA 
    GACCGAGTTC ACCTAAGTGC GAGTGGATTT TGGAAGATGC CACGGATTGG ATACGAATGG 
    GGAGTCTATG ATAAAGACAA AGTCAAAGAT ATGTACTACT ATTTTACTCA AGGAGTAGCT 
    GCCACGGAGG TTGAACTCGA TGTACTCACG GGTCATCATA CAATCTTAAG GACAGATATT 
    TTGATGGATA TTGGGAGATC CATTAATCCG GCAATTGATT ATGGTCAGAT CGAAGGGGCT 
    TATGTACAAG GATTGGGCTT GTTTACCATG GAAGAAAGTC TTTGGACGAA GGAAGGCCAA 
    TTATTCACGA AGGGACCGGG AACTTATAAG ATACCTGGGT TTGCGGATAT CCCACAGATT 
    TTCAATGTTT CCTTTCTGAA AGATGAAGAG GGGAAAGAGA AAATGTGGCA GGGGTTGAAA 
    AGTGTACAGA GTAGTAAAGG GGTGGGTGAA CCACCATTGT TTTTGGGAGC GGGCGCATTC 
    TTTGCGCTAA GAATGGCGGT GAGGAGTGCA AGAGAAGATA ACGGTTTGGG AACAAAGTCT 
    GAAGATGGAA AAAGAGGATG GAATTTGGAT AGTCCGGCTA CGGTGGAGAG ATTGAGAATG 
    GCGGTTGGTG ATGAGATTAG TGAAATGGGC AAGGTGGAGA GAAAAGAGGG GCAGAGTAAC 
    TTCTTCGTCT CTGTTGCTTG A

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

    RefSeq XP_001558086.1
    CDS1..4341
    Translation

    Target ORF information:

    RefSeq Version XM_001558036.1
    Organism Botrytis cinerea B05.10
    Definition Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_03118) partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_001558036.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGGAATCC TACCATTAAA ATCAGAAATT CAATCGATTT TCCAAGATTC TGTTTTAGAA 
    TTCTATCTAA ACGGAACAAG AATAAAACTT CATAACCCAA ATCCTCAATG GACACTTCTG 
    GATTTCATCA GGTCCCAGGA CGATCTCAAG GGCACAAAGC TTGGATGTGG TGAAGGAGGA 
    TGCGGAGCGT GTACAGTTGT GCTTCAAACT TCTAATAAGT TTTCCGAAAG TCGGAGGATA 
    AAGCACATTG CCGTAAACGC TTGTCTGTTT CCATTGATAG GAGCCGTTGG GAAGCATGTT 
    ATCACTATCG AAGGCATTGG AAATGCAGAA AATCCTCATC CATTACAAGA ACGTATAGCA 
    AAACTACACG GGTCGCAATG CGGTTTTTGC ACTCCTGGTA TTGTCATGTC ATTGTATGCC 
    TTAATCAGGA ATTCTTACGA TCCTCTGTCA AAGTCATTTC AACTATCGGC AAATGATATA 
    GAGCTAGAAG GCCATCTAGA TGGTAATCTT TGCAGGTGTA CCGGATATAA ACCCATCTTA 
    CAGGCTGCGA GAACTTTCAT CACTGAGGAC CTCAAAGGAA AGCTATCCAT TCCTAAATCA 
    GATACTGTCG ATGAGGATGC GTCCGAAGCA AATCTTCCTG ATGTTCCATT ACATTCGTAT 
    CTTAATCCCG TCGATACAGG AAATAGCATT TCTTGTGGAA GAATTGGTGG GTGCTGTAAA 
    GATTCACCAA GTAATGGATC ATGCGGATCT CGAACCAGTT CTCCAGGAAA CTCTTCAGAG 
    GAAAGCCCCA CCCGTTCTTC TCAAAGCTCA GAGAGCTCGA ACAATGACAA GAACATGGCC 
    CCTGATAGCT CGCATCCTTC TGATCCGAAA GATATCCAAC ATTCCTTTAT CCCTTACCGT 
    GCTCAGACCG AACTTATATT TCCACCAGCT CTCTATAACT TTAACAAAAA GCCGTTGTGT 
    TATGGAAATG ATACAAATGC CTGGCTCTTA CCAACAACGC TTCAGGAACT TCTTCTAATA 
    AAAGAGTTCT ATCCCACAGC TAAATTAGTC TGCGGAGCTA GCGAAACTCA GGTGGAAGTT 
    CGATTCAAAT ACTCTTCATT TCCAGTCTCA ATTTATGTTT CAGATATTGA GGAGCTTCGA 
    AATATCAATG TTCCTGGTGA TGATGATCAT CTTCAATCGT GTTCAGAAAT CGTCTTTGGC 
    GCAAATGCAT CTCTAACTGA TGTAGAGGAT ACTTGCCGAA ATCTCTCTCG ACGGCTTGGT 
    GAGAGAGGCT CGGTTTTCGA GGCAATTAGA AAGCAACTCC GTTACTTCGC CGGAAGACAA 
    ATTCGCAATG TTGCTTCCTT TGCCGGGAAT ATCGTTACTG CTTCTCCTAT ATCTGACATC 
    AATCCTGTGC TTATGGCAGC AGGTGCTGTC TTGACAATTC AAAGCAAATC TCAAGGGATT 
    AAAGCTTTAC CTATGTCCGA CTTCTTCGTA TCATATCGTA ACACGAAGCT TCCAATTGAT 
    GCGGTGATAG TTGATGTTCG AGTTCCCTTC CCACCACCGA ATGAGAAAGA AATCACCAAG 
    GCATACAAGC AAGCCAAGAG GAAAGATGAT GACATTGCAA TTGTGACGGC TGCATTCCGT 
    GTGAGACTTG AAAAGGATGG TACTGTTTCA GAAGTATCAT TAGTCTATGG GGGAATGGCA 
    CCAACAACTA TTATCGCCCC AAAAACTATG AAGTGCTTAC TTGGCAAAAC ATGGTACAGT 
    TCCACCACTC TCAATGAATC GATGAAGAGC TTAGCCGAAG AATTTCATCT GGCATACGAC 
    GTTCCTGGTG GAATGGCATC ATATCGTCGA ACATTGGCTA TATCTCTATT CTTCAGATTC 
    TGGCATGAAG TTGTTTCGGA CTTTGGATTG GGGAGTGTGG ATCCTGATCT TATCAACGAA 
    ATACATCGAG AGATTTCCTC GGGTACTAGA GATAACTATA ACCCGTATGA GCAACGCGTT 
    GTAGGGAAGC AAATACCACA TTTATCATCT CTTAAACAGA CAACAGGAGA AGCAGAATAC 
    ATTGATGATA TGCCTAGACA GCATCGAGAA TTATTCGGTG CCATGGTTTT ATCTAGTCGT 
    GCGCATGCAA AATTGTTAGA GGTAGATTGG GCACCTGCGA TCGAATCCAG ACTTGCTCTA 
    GGCTACGTTG ACATTAACGA TATCCCAATA GATTTGAATC TGTGGGGATC TATTGTAAAA 
    GATGAACCAC TATTTGCTGA CGGGAAAGTG TTCTCTCATG GTCAGCCTAT AGGTTTGGTT 
    TTTGCAGAAA CCGCTTTACA AGCACAGGCT GCTGCTAGAG CCGTTCGAAT TCAGTACGAA 
    GATCTTCCAG TCATATTGGC TATTGATGAA GCAATCAAGG CGAATAGTTA TTTTCCTTAT 
    GGAAAGATGT TGAAGAAAGG AGCTGCGCTT GAGGACAAAA TGAATGACAT CTGGGCATCG 
    TGCGACAGGA TATTCGAAGG GACTACAAGA ATAGGCGGTC AAGAACATTT CTACCTTGAA 
    ACTAACGCCG CAATGGTGAT TCCGAACAAA GAAGATGGAA CTTATGAAGT ATGGTCCTCA 
    ACGCAGAATA GCATGGAAAC TCAAGAATTC GTAGCCCAAG TAACCAGCGT ACCAAGCTCT 
    CGTGTCAATG CTCGAGTAAA ACGTATGGGA GGAGCTTTTG GTGGTAAAGA ATCCCGTAGC 
    GTTCAGCTTG CATGCCTCCT TGCTGTCGCA GCTAAGAAAA CCAAACGCCC CGTTCGATGC 
    ATGTTAAATC GCGACGAAGA TATGATGACG AGTGGCCAAC GTCATCCAAT ACAAGCTCGG 
    TGGAAAGTTG GTGTTCAATC CAATGGGAAT CTGATTGCAC TTGAAGCGGA TGTGTACAAC 
    AATGCTGGAT TCTCACAAGA TATGTCAGCT GCAGTTATGG GACGATGTTT AACGCACTTT 
    GAAAATTGTT ACGAGATCCC TAACGTGTTG CTACGGGGCC ATGTGTGCAA AACTAATACA 
    CATAGTAACA CAGCATTTCG AGGGTTTGGG GGGCCGCAAG CTATGTTTTT CGCTGAAACA 
    TACATGACTG CCATATCCGA AGGACTAAAC ATTCCCATTG ATGAGCTTCG AGTTATGAAT 
    CTATATAAAC AAGGAGATCA TACACCATTC CTACAGACTA TTGATCAAGA CTGGAATGTC 
    CCACTTCTTT TAGAAAAAAT CAAGCACGAA ACACAATACT CCCAACGTCT CCTTGAGGTT 
    GAGAAATACA ACAAAGAGCA CAAGTACCGT AAGCGAGGCA TATCACTTCT TCCAACCAAA 
    TTCGGTCTTT CTTTTGCCAC AGCGCTTCAT CTGAACCAAG CGTCCGCGTC CTTGAAAATA 
    TACGCCGATG GCTCCGTTCT CCTTAACCAT GGAGGGACAG AGATGGGCCA AGGTTTATAC 
    ACTAAAATGA CTCAAATATG TGCACAAGAA TTGGGTGTTC CAGTGTCATC AGTATTCACA 
    CAAGATACGT CAAGTTACCA GACCGCAAAT GCAAGTCCTA CCGCTGCCAG TTCGGGAAGT 
    GATTTGAATG GTATGGCAAT TATGGATGCT TGCAAACAGT TAAACGAACG GTTGGCGCCG 
    TATCGAGAAA AGATGGGAAA AGACACGAGT ATGAAAGATT TAGCACACGC TGCATACAGA 
    GACCGAGTTC ACCTAAGTGC GAGTGGATTT TGGAAGATGC CACGGATTGG ATACGAATGG 
    GGAGTCTATG ATAAAGACAA AGTCAAAGAT ATGTACTACT ATTTTACTCA AGGAGTAGCT 
    GCCACGGAGG TTGAACTCGA TGTACTCACG GGTCATCATA CAATCTTAAG GACAGATATT 
    TTGATGGATA TTGGGAGATC CATTAATCCG GCAATTGATT ATGGTCAGAT CGAAGGGGCT 
    TATGTACAAG GATTGGGCTT GTTTACCATG GAAGAAAGTC TTTGGACGAA GGAAGGCCAA 
    TTATTCACGA AGGGACCGGG AACTTATAAG ATACCTGGGT TTGCGGATAT CCCACAGATT 
    TTCAATGTTT CCTTTCTGAA AGATGAAGAG GGGAAAGAGA AAATGTGGCA GGGGTTGAAA 
    AGTGTACAGA GTAGTAAAGG GGTGGGTGAA CCACCATTGT TTTTGGGAGC GGGCGCATTC 
    TTTGCGCTAA GAATGGCGGT GAGGAGTGCA AGAGAAGATA ACGGTTTGGG AACAAAGTCT 
    GAAGATGGAA AAAGAGGATG GAATTTGGAT AGTCCGGCTA CGGTGGAGAG ATTGAGAATG 
    GCGGTTGGTG ATGAGATTAG TGAAATGGGC AAGGTGGAGA GAAAAGAGGG GCAGAGTAAC 
    TTCTTCGTCT CTGTTGCTTG A

    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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