ORF » Species Summary » Botrytis cinerea B05.10 » BC1G_07948 cDNA ORF clone

BC1G_07948 cDNA ORF clone, Botrytis cinerea B05.10

The following BC1G_07948 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BC1G_07948 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
OBc04756 XM_001553705.1
Latest version!		 Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_07948) partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $559.30
$799.00
OBc17348 XM_001553705.2
Latest version!		 Botrytis cinerea B05.10 hypothetical protein (BCIN_02g04060), mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $643.30
$919.00

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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_07948 ( XM_001553705.1 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_001553755.1 Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_07948) partial mRNA.
    Price & Availability↑
    CloneID OBc04756
    Clone ID Related Accession (Same CDS sequence) XM_001553705.1
    Accession Version XM_001553705.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3222bp)
    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_001814529). 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
    ATGCGAGAAA AATCAAAAGG AAGACAGCGC AAGATCCATG CAAATCTCCG CCTCAAAGTC 
    CAAACAACCT TTTCAACACA CCATGGACCT CAACCTCAAG CGATCTCTTC ACAGCCGTCT 
    CGATCCAATG GAGTTTTTGT TGATTTGGCC ACCCTCAGGA AACTGGAAAA TGTTTCGGCT 
    CATCCAAACG GAACTTTGTG GAAATCTTTG GAGAACAAGA AAAGCAAAGC CATCGAAAAC 
    TCTGCCGAGG AGACTAAGAC TGAGGCTCTG GAAACAGTAC AGAAAGAAAC ACCGAATGTA 
    TATCCGCTGG CAGAGCGACG AGGGTCTTTG AGACCAGCAG CCCTGAAGTT GGAGGACGAC 
    TTGTCTCCTA ACGATCGACC AATTGTTATC GGCATCTCAA TCCCATCTGC ACGTTTAGCT 
    CATCATGTAA CCACCCCGCA AACATCAACT TCAATCGCTT CAACAATGAT GGGAAGTTAC 
    GGGCATGAAA CACCGATAGG GAGAGAATTG GTAACGCCAT CTATCGTCAT CACTCCTGCC 
    CACGAGGTCT CTGCGTGGTC GCCTTACAGT ACTGCATCAA ATGTTTCACG AGCACGAACT 
    TTATCAACAT CCTTTTCAGT AACTAGCCCT AATGACCCAT TCAAAGAGGG GGCGCCACCA 
    TTGCCGAAAA TGCCAGCGGC TTTAGCCGAA GAGGAGAAGC GAAGAGTGGC TGCCCAGCAT 
    AGTTACTTCT CTCCCGATTC GGATGCCACT ACTGAATGGG ATGACGAACC AGATTCAACC 
    CGAGTTCTGT CGTCTTGTAT TATTTATGAA GAGGATGAGC ATCCAATCAT TGTGCGAAGT 
    GCTCGTGCAA TCGATGTTGC AGACAAATTG AAAGTGGACA ACCATGAAAG TATCGACACC 
    ATTGCTGCAC GGACTCGTTC TGGATGGTGG AATTACATCA CTTCGCCATT CGTTTCGCGG 
    TCGAACACAG TGGTATATCC AGAGAAGAAG ATTTCGAGTA TCCCGGAGGT ACCTATCTTA 
    AACGTTGCAG CAGCCAGAGT TCAGGAATCA AAGATGGAGC GAAAGTCGTG GGAACAGCTT 
    TTTTCCCCTC TTTCTATCAA AAGATCGAAT TCCAATGCAT CCGATGCTTG GTGGGATGTG 
    ACTCCCTTGG GTTTCAGGTC AGAAAAGCAG GTTTCTCCTG GTTTAGTTTA CAAAGAGACG 
    AGGCATCCAG TGAAGCCGTC GATAGCTACT TTGCCCTTTG TTCGTTCAGC TTCGGGCGAT 
    GTGGGAGATG CTTCATTGGC TAGCGCCATT GGTATGACTG CCACCGCGGA TTCTAAGTAT 
    TATACGAATT CTACAATGCC TCATGACCAT TCGGGTATTT CAAATTCAAT ACAAAGAGGT 
    TCTATTTTGG TCAACAAAGA CAATTCGTTG TCATCTTCAA ACGATAGCAC AAAAGAACTC 
    AGAAGCAATA ATCCCTTTGT CAAGTACCAA AATAGTAACA TTGATCTTTA CAACGACTCG 
    GGAATGATTA AAGATGGGGA CTCAAGTGAT TCAGGGTTGA AATCGAGAAC ACTTATTGTG 
    AATAACACTA CTGAACCACC ACCACCACCA CCACCTTACA CTGAATCACC AAAGAAAGTC 
    AGGAAATATC GAGCCTTTTT TCCTTCTTCA CGCGAATTAG CACCAGCATC AGCACCAGCA 
    CCAGCACCAG CACCAGCACA TGCACCAGCA CCAGCACATG CACCAGCGGT TGCTCAAGCT 
    TCAGCAGTAG CTTCAACTTT ACAATATCCT ACTTCTCCCA GTCCCATATC CCCAGAAAGC 
    GAGCAAAAGA TGGCTCCTCA AGCCGGTATT CAGCTGTCAG AGGTTCCACT GAGTCCTGCG 
    CGTGGTAGAA TCAATCAGAG CACTGCATAC CCCGGGCCTG CTAGGCAGAC AACACCAACA 
    ATTTTGATTA TGACTGAAGA ATATCTCGAG CAAATGGCAG ATAAAGCAGC TCTTAAGGCC 
    GCCAAAAAAT CAGAATCGAA ACGTCAAAGA AACGAAAAGG AAGACAGCAT GGCTAGCAAA 
    TTGGGTGGAT TATTCAAGAA ATGCATACCT AAAAAAGGTA GGCAAGGCCC TGAAGGCCGA 
    AAAAGACGGA GATGGTATTG CTGCGGAACC ATTGCATTGA TTTTGTTGAT CATCATTATT 
    GTAGCCCTTG CTACGACGTT GACCCGCAAA CCAAAACATG TTGTTTTACC ATCTCAATGG 
    TTGAACCTCA CTGGCTTTCC TCCTATTTAC GCTGGGCTCT CGACGGTGGC TGCTCCAGTG 
    AACATTGTGG CGAATACTGG TTGCGTATTC CCTGCTACGC AATGGAGCTG TGCTTTACCA 
    AAAGAGCAAC AAGCTTCCGT CGCACCAAAT CTACCAAATC AGCCCAATTT CTTTTTGGAG 
    ATTCAATGGG ACAATAGTAG TGCAGCAAAT GCAACCTTTG CAAATGTTAC AGGGAACAAG 
    AACCTCTCTA CACGCAGTAT TGTCGGTAAT CCCGTTTCTG CTGGTAAATT CATCAGGGAC 
    TTGATATTGA GAGCACGTCA AACAGTTACT TTCAACCCCT CGCCGCCGCC ACCATCATAT 
    GCCGAAGAAG CTTTTTTGGG AGATACCACA GATGGGATAG TTTCGTCCAA TAAAGCTGGA 
    GAATCAACAC CTTTCTATAT ATCCTTCTTA TCCACTACAA ACACTACTTT ACCAATCAAC 
    AATCGTGTGA AGCGTGCAGA CTCAAACAAT ACCGATCCAA ATCTGTTCCC GAATATCACA 
    ACTGGTATCC CGGCCCCAAG TCTGAATCCC GATGGCACTG CGGCTCCAGC AAACCTTCTT 
    CCATATCCCA TTCAACAGCC AATTCGTTTA TATGATCGAG GGCTTCCTAC TGAGCATTAT 
    GGATTCTATA CTTACTTCAA TCGTACTATC TTCCTCAAGT CTCTCTCATT ACTCAACGAT 
    ACTAATACCT CCAACGGTGA AGTTCCTGCT GATCAGAATG GCGGGGCTCT TGAAGGGGAA 
    GCCAATTTCC GTTGCACATG GGGCGAGACT CGTTTCTTAG TACAGATGTG GACCAGGATG 
    AATGGAACTG CTAGACTCAA CAATGCTACT AGTTCGACGG GTGCCTCTAC TGTCATTGCC 
    GGACAGGACT TCTCGCAGCC TGGATCATTC CCTTATCCGA TCACTATTAC CACCGATCGA 
    CATGGAGGGG ATCCTGGTGA GGAAGTTGTT GTACTGTTAT AG

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

    RefSeq XP_001553755.1
    CDS1..3222
    Translation

    Target ORF information:

    RefSeq Version XM_001553705.1
    Organism Botrytis cinerea B05.10
    Definition Botryotinia fuckeliana B05.10 hypothetical protein (BC1G_07948) partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_001553705.1

    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
    ATGCGAGAAA AATCAAAAGG AAGACAGCGC AAGATCCATG CAAATCTCCG CCTCAAAGTC 
    CAAACAACCT TTTCAACACA CCATGGACCT CAACCTCAAG CGATCTCTTC ACAGCCGTCT 
    CGATCCAATG GAGTTTTTGT TGATTTGGCC ACCCTCAGGA AACTGGAAAA TGTTTCGGCT 
    CATCCAAACG GAACTTTGTG GAAATCTTTG GAGAACAAGA AAAGCAAAGC CATCGAAAAC 
    TCTGCCGAGG AGACTAAGAC TGAGGCTCTG GAAACAGTAC AGAAAGAAAC ACCGAATGTA 
    TATCCGCTGG CAGAGCGACG AGGGTCTTTG AGACCAGCAG CCCTGAAGTT GGAGGACGAC 
    TTGTCTCCTA ACGATCGACC AATTGTTATC GGCATCTCAA TCCCATCTGC ACGTTTAGCT 
    CATCATGTAA CCACCCCGCA AACATCAACT TCAATCGCTT CAACAATGAT GGGAAGTTAC 
    GGGCATGAAA CACCGATAGG GAGAGAATTG GTAACGCCAT CTATCGTCAT CACTCCTGCC 
    CACGAGGTCT CTGCGTGGTC GCCTTACAGT ACTGCATCAA ATGTTTCACG AGCACGAACT 
    TTATCAACAT CCTTTTCAGT AACTAGCCCT AATGACCCAT TCAAAGAGGG GGCGCCACCA 
    TTGCCGAAAA TGCCAGCGGC TTTAGCCGAA GAGGAGAAGC GAAGAGTGGC TGCCCAGCAT 
    AGTTACTTCT CTCCCGATTC GGATGCCACT ACTGAATGGG ATGACGAACC AGATTCAACC 
    CGAGTTCTGT CGTCTTGTAT TATTTATGAA GAGGATGAGC ATCCAATCAT TGTGCGAAGT 
    GCTCGTGCAA TCGATGTTGC AGACAAATTG AAAGTGGACA ACCATGAAAG TATCGACACC 
    ATTGCTGCAC GGACTCGTTC TGGATGGTGG AATTACATCA CTTCGCCATT CGTTTCGCGG 
    TCGAACACAG TGGTATATCC AGAGAAGAAG ATTTCGAGTA TCCCGGAGGT ACCTATCTTA 
    AACGTTGCAG CAGCCAGAGT TCAGGAATCA AAGATGGAGC GAAAGTCGTG GGAACAGCTT 
    TTTTCCCCTC TTTCTATCAA AAGATCGAAT TCCAATGCAT CCGATGCTTG GTGGGATGTG 
    ACTCCCTTGG GTTTCAGGTC AGAAAAGCAG GTTTCTCCTG GTTTAGTTTA CAAAGAGACG 
    AGGCATCCAG TGAAGCCGTC GATAGCTACT TTGCCCTTTG TTCGTTCAGC TTCGGGCGAT 
    GTGGGAGATG CTTCATTGGC TAGCGCCATT GGTATGACTG CCACCGCGGA TTCTAAGTAT 
    TATACGAATT CTACAATGCC TCATGACCAT TCGGGTATTT CAAATTCAAT ACAAAGAGGT 
    TCTATTTTGG TCAACAAAGA CAATTCGTTG TCATCTTCAA ACGATAGCAC AAAAGAACTC 
    AGAAGCAATA ATCCCTTTGT CAAGTACCAA AATAGTAACA TTGATCTTTA CAACGACTCG 
    GGAATGATTA AAGATGGGGA CTCAAGTGAT TCAGGGTTGA AATCGAGAAC ACTTATTGTG 
    AATAACACTA CTGAACCACC ACCACCACCA CCACCTTACA CTGAATCACC AAAGAAAGTC 
    AGGAAATATC GAGCCTTTTT TCCTTCTTCA CGCGAATTAG CACCAGCATC AGCACCAGCA 
    CCAGCACCAG CACCAGCACA TGCACCAGCA CCAGCACATG CACCAGCGGT TGCTCAAGCT 
    TCAGCAGTAG CTTCAACTTT ACAATATCCT ACTTCTCCCA GTCCCATATC CCCAGAAAGC 
    GAGCAAAAGA TGGCTCCTCA AGCCGGTATT CAGCTGTCAG AGGTTCCACT GAGTCCTGCG 
    CGTGGTAGAA TCAATCAGAG CACTGCATAC CCCGGGCCTG CTAGGCAGAC AACACCAACA 
    ATTTTGATTA TGACTGAAGA ATATCTCGAG CAAATGGCAG ATAAAGCAGC TCTTAAGGCC 
    GCCAAAAAAT CAGAATCGAA ACGTCAAAGA AACGAAAAGG AAGACAGCAT GGCTAGCAAA 
    TTGGGTGGAT TATTCAAGAA ATGCATACCT AAAAAAGGTA GGCAAGGCCC TGAAGGCCGA 
    AAAAGACGGA GATGGTATTG CTGCGGAACC ATTGCATTGA TTTTGTTGAT CATCATTATT 
    GTAGCCCTTG CTACGACGTT GACCCGCAAA CCAAAACATG TTGTTTTACC ATCTCAATGG 
    TTGAACCTCA CTGGCTTTCC TCCTATTTAC GCTGGGCTCT CGACGGTGGC TGCTCCAGTG 
    AACATTGTGG CGAATACTGG TTGCGTATTC CCTGCTACGC AATGGAGCTG TGCTTTACCA 
    AAAGAGCAAC AAGCTTCCGT CGCACCAAAT CTACCAAATC AGCCCAATTT CTTTTTGGAG 
    ATTCAATGGG ACAATAGTAG TGCAGCAAAT GCAACCTTTG CAAATGTTAC AGGGAACAAG 
    AACCTCTCTA CACGCAGTAT TGTCGGTAAT CCCGTTTCTG CTGGTAAATT CATCAGGGAC 
    TTGATATTGA GAGCACGTCA AACAGTTACT TTCAACCCCT CGCCGCCGCC ACCATCATAT 
    GCCGAAGAAG CTTTTTTGGG AGATACCACA GATGGGATAG TTTCGTCCAA TAAAGCTGGA 
    GAATCAACAC CTTTCTATAT ATCCTTCTTA TCCACTACAA ACACTACTTT ACCAATCAAC 
    AATCGTGTGA AGCGTGCAGA CTCAAACAAT ACCGATCCAA ATCTGTTCCC GAATATCACA 
    ACTGGTATCC CGGCCCCAAG TCTGAATCCC GATGGCACTG CGGCTCCAGC AAACCTTCTT 
    CCATATCCCA TTCAACAGCC AATTCGTTTA TATGATCGAG GGCTTCCTAC TGAGCATTAT 
    GGATTCTATA CTTACTTCAA TCGTACTATC TTCCTCAAGT CTCTCTCATT ACTCAACGAT 
    ACTAATACCT CCAACGGTGA AGTTCCTGCT GATCAGAATG GCGGGGCTCT TGAAGGGGAA 
    GCCAATTTCC GTTGCACATG GGGCGAGACT CGTTTCTTAG TACAGATGTG GACCAGGATG 
    AATGGAACTG CTAGACTCAA CAATGCTACT AGTTCGACGG GTGCCTCTAC TGTCATTGCC 
    GGACAGGACT TCTCGCAGCC TGGATCATTC CCTTATCCGA TCACTATTAC CACCGATCGA 
    CATGGAGGGG ATCCTGGTGA GGAAGTTGTT GTACTGTTAT AG

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

    BC1G_07948 ( XM_001553705.2 ) cDNA ORF clone, Botrytis cinerea B05.10 -> XP_001553755.2 Botrytis cinerea B05.10 hypothetical protein (BCIN_02g04060), mRNA.
    Price & Availability↑
    CloneID OBc17348
    Clone ID Related Accession (Same CDS sequence) XM_001553705.2
    Accession Version XM_001553705.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3708bp)
    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_037311). On Apr 17, 2018 this sequence version replaced XM_001553705.1. 

    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
    ATGAATACCA AAAACAAGAT CATATCTAAA TCTCCTGTTG AGAGACCGCC AGCTCTATCT 
    ACGAACGATC CTTCCACAGT ACTGACAGAA AATCCTTTTG AAACCATATT TGACGGGAAA 
    AGCGAAGATG ATGATTCTTG GAAAGACGAG GATGTATATT CGATCGCTTC ATCGGAGGAG 
    CTACAGCAGT CGAGACCCTC AAGAAATATC ACTACCAGTC GTAGTGGAAA CGTGACGCGC 
    ACAATCAGCC GCAGGGAGAG AAAAAACTCC ATATCGAGAT CGATGCGAGA AAAATCAAAA 
    GGAAGACAGC GCAAGATCCA TGCAAATCTC CGCCTCAAAG TCCAAACAAC CTTTTCAACA 
    CACCATGGAC CTCAACCTCA AGCGATCTCT TCACAGCCGT CTCGATCCAA TGGAGTTTTT 
    GTTGATTTGG CCACCCTCAG GAAACTGGAA AATGTTTCGG CTCATCCAAA CGGAACTTTG 
    TGGAAATCTT TGGAGAACAA GAAAAGCAAA GCCATCGAAA ACTCTGCCGA GGAGACTAAG 
    ACTGAGGCTC TGGAAACAGT ACAGAAAGAA ACACCGAATG TATATCCGCT GGCAGAGCGA 
    CGAGGGTCTT TGAGACCAGC AGCCCTGAAG TTGGAGGACG ACTTGTCTCC TAACGATCGA 
    CCAATTGTTA TCGGCATCTC AATCCCATCT GCACGTTTAG CTCATCATGT AACCACCCCG 
    CAAACATCAA CTTCAATCGC TTCAACAATG ATGGGAAGTT ACGGGCATGA AACACCGATA 
    GGGAGAGAAT TGGTAACGCC ATCTATCGTC ATCACTCCTG CCCACGAGGT CTCTGCGTGG 
    TCGCCTTACA GTACTGCATC AAATGTTTCA CGAGCACGAA CTTTATCAAC ATCCTTTTCA 
    GTAACTAGCC CTAATGACCC ATTCAAAGAG GGGGCGCCAC CATTGCCGAA AATGCCAGCG 
    GCTTTAGCCG AAGAGGAGAA GCGAAGAGTG GCTGCCCAGC ATAGTTACTT CTCTCCCGAT 
    TCGGATGCCA CTACTGAATG GGATGACGAA CCAGATTCAA CCCGAGTTCT GTCGTCTTGT 
    ATTATTTATG AAGAGGATGA GCATCCAATC ATTGTGCGAA GTGCTCGTGC AATCGATGTT 
    GCAGACAAAT TGAAAGTGGA CAACCATGAA AGTATCGACA CCATTGCTGC ACGGACTCGT 
    TCTGGATGGT GGAATTACAT CACTTCGCCA TTCGTTTCGC GGTCGAACAC AGTGGTATAT 
    CCAGAGAAGA AGATTTCGAG TATCCCGGAG GTACCTATCT TAAACGTTGC AGCAGCCAGA 
    GTTCAGGAAT CAAAGATGGA GCGAAAGTCG TGGGAACAGC TTTTTTCCCC TCTTTCTATC 
    AAAAGATCGA ATTCCAATGC ATCCGATGCT TGGTGGGATG TGACTCCCTT GGGTTTCAGG 
    TCAGAAAAGC AGGTTTCTCC TGGTTTAGTT TACAAAGAGA CGAGGCATCC AGTGAAGCCG 
    TCGATAGCTA CTTTGCCCTT TGTTCGTTCA GCTTCGGGCG ATGTGGGAGA TGCTTCATTG 
    GCTAGCGCCA TTGGTATGAC TGCCACCGCG GATTCTAAGT ATTATACGAA TTCTACAATG 
    CCTCATGACC ATTCGGGTAT TTCAAATTCA ATACAAAGAG GTTCTATTTT GGTCAACAAA 
    GACAATTCGT TGTCATCTTC AAACGATAGC ACAAAAGAAC TCAGAAGCAA TAATCCCTTT 
    GTCAAGTACC AAAATAGTAA CATTGATCTT TACAACGACT CGGGAATGAT TAAAGATGGG 
    GACTCAAGTG ATTCAGGGTT GAAATCGAGA ACACTTATTG TGAATAACAC TACTGAACCA 
    CCACCACCAC CACCACCTTA CACTGAATCA CCAAAGAAAG TCAGGAAATA TCGAGCCTTT 
    TTTCCTTCTT CACGCGAATT AGCACCAGCA TCAGCACCAG CACCAGCACC AGCACCAGCA 
    CATGCACCAG CACCAGCACA TGCACCAGCG GTTGCTCAAG CTTCAGCAGT AGCTTCAACT 
    TTACAATATC CTACTTCTCC CAGTCCCATA TCCCCAGAAA GCGAGCAAAA GATGGCTCCT 
    CAAGCCGGTA TTCAGCTGTC AGAGGTTCCA CTGAGTCCTG CGCGTGGTAG AATCAATCAG 
    AGCACTGCAT ACCCCGGGCC TGCTAGGCAG ACAACACCAA CAATTTTGAT TATGACTGAA 
    GAATATCTCG AGCAAATGGC AGATAAAGCA GCTCTTAAGG CCGCCAAAAA ATCAGAATCG 
    AAACGTCAAA GAAACGAAAA GGAAGACAGC ATGGCTAGCA AATTGGGTGG ATTATTCAAG 
    AAATGCATAC CTAAAAAAGG TAGGCAAGGC CCTGAAGGCC GAAAAAGACG GAGATGGTAT 
    TGCTGCGGAA CCATTGCATT GATTTTGTTG ATCATCATTA TTGTAGCCCT TGCTACGACG 
    TTGACCCGCA AACCAAAACA TGTTGTTTTA CCATCTCAAT GGTTGAACCT CACTGGCTTT 
    CCTCCTATTT ACGCTGGGCT CTCGACGGTG GCTGCTCCAG TGAACATTGT GGCGAATACT 
    GGTTGCGTAT TCCCTGCTAC GCAATGGAGC TGTGCTTTAC CAAAAGAGCA ACAAGCTTCC 
    GTCGCACCAA ATCTACCAAA TCAGCCCAAT TTCTTTTTGG AGATTCAATG GGACAATAGT 
    AGTGCAGCAA ATGCAACCTT TGCAAATGTT ACAGGGAACA AGAACCTCTC TACACGCAGT 
    ATTGTCGGTA ATCCCGTTTC TGCTGGTAAA TTCATCAGGG ACTTGATATT GAGAGCACGT 
    CAAACAGTTA CTTTCAACCC CTCGCCGCCG CCACCATCAT ATGCCGAAGA AGCTTTTTTG 
    GGAGATACCA CAGATGGGAT AGTTTCGTCC AATAAAGCTG GAGAATCAAC ACCTTTCTAT 
    ATATCCTTCT TATCCACTAC AAACACTACT TTACCAATCA ACAATCGTGT GAAGCGTGCA 
    GACTCAAACA ATACCGATCC AAATCTGTTC CCGAATATCA CAACTGGTAT CCCGGCCCCA 
    AGTCTGAATC CCGATGGCAC TGCGGCTCCA GCAAACCTTC TTCCATATCC CATTCAACAG 
    CCAATTCGTT TATATGATCG AGGGCTTCCT ACTGAGCATT ATGGATTCTA TACTTACTTC 
    AATCGTACTA TCTTCCTCAA GTCTCTCTCA TTACTCAACG ATACTAATAC CTCCAACGGT 
    GAAGTTCCTG CTGATCAGAA TGGCGGGGCT CTTGAAGGGG AAGCCAATTT CCGTTGCACA 
    TGGGGCGAGA CTCGTTTCTT AGTACAGATG TGGACCAGGA TGAATGGAAC TGCTAGACTC 
    AACAATGCTA CTAGTTCGAC GGGTGCCTCT ACTGTCATTG CCGGACAGGA CTTCTCGCAG 
    CCTGGATCAT TCCCTTATCC GATCACTATT ACCACCGATC GACATGGAGG GGATCCTGGG 
    AGGAAGTTGT TGTACTGTTA TAGTATGAAT GACAGGGAAG GGATTATAGC GACCAGTGGA 
    GTGGTCAATG GAGAGAATAG AGCATTTGGA GGCCAGATTA TCAATCCGGC TCCGAGTGTT 
    TTCTTGAATA CTAGTGATTC ATCGCTTGGA GGTTTTGATG GAGGAACAGG CGGCTGTTCT 
    TGTGCTTGGA GTAACTTTCA GGAGCTCATC AGTGCGTCAG GAACGTGA

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

    RefSeq XP_001553755.2
    CDS422..4129
    Translation

    Target ORF information:

    RefSeq Version XM_001553705.2
    Organism Botrytis cinerea B05.10
    Definition Botrytis cinerea B05.10 hypothetical protein (BCIN_02g04060), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_001553705.2

    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
    ATGAATACCA AAAACAAGAT CATATCTAAA TCTCCTGTTG AGAGACCGCC AGCTCTATCT 
    ACGAACGATC CTTCCACAGT ACTGACAGAA AATCCTTTTG AAACCATATT TGACGGGAAA 
    AGCGAAGATG ATGATTCTTG GAAAGACGAG GATGTATATT CGATCGCTTC ATCGGAGGAG 
    CTACAGCAGT CGAGACCCTC AAGAAATATC ACTACCAGTC GTAGTGGAAA CGTGACGCGC 
    ACAATCAGCC GCAGGGAGAG AAAAAACTCC ATATCGAGAT CGATGCGAGA AAAATCAAAA 
    GGAAGACAGC GCAAGATCCA TGCAAATCTC CGCCTCAAAG TCCAAACAAC CTTTTCAACA 
    CACCATGGAC CTCAACCTCA AGCGATCTCT TCACAGCCGT CTCGATCCAA TGGAGTTTTT 
    GTTGATTTGG CCACCCTCAG GAAACTGGAA AATGTTTCGG CTCATCCAAA CGGAACTTTG 
    TGGAAATCTT TGGAGAACAA GAAAAGCAAA GCCATCGAAA ACTCTGCCGA GGAGACTAAG 
    ACTGAGGCTC TGGAAACAGT ACAGAAAGAA ACACCGAATG TATATCCGCT GGCAGAGCGA 
    CGAGGGTCTT TGAGACCAGC AGCCCTGAAG TTGGAGGACG ACTTGTCTCC TAACGATCGA 
    CCAATTGTTA TCGGCATCTC AATCCCATCT GCACGTTTAG CTCATCATGT AACCACCCCG 
    CAAACATCAA CTTCAATCGC TTCAACAATG ATGGGAAGTT ACGGGCATGA AACACCGATA 
    GGGAGAGAAT TGGTAACGCC ATCTATCGTC ATCACTCCTG CCCACGAGGT CTCTGCGTGG 
    TCGCCTTACA GTACTGCATC AAATGTTTCA CGAGCACGAA CTTTATCAAC ATCCTTTTCA 
    GTAACTAGCC CTAATGACCC ATTCAAAGAG GGGGCGCCAC CATTGCCGAA AATGCCAGCG 
    GCTTTAGCCG AAGAGGAGAA GCGAAGAGTG GCTGCCCAGC ATAGTTACTT CTCTCCCGAT 
    TCGGATGCCA CTACTGAATG GGATGACGAA CCAGATTCAA CCCGAGTTCT GTCGTCTTGT 
    ATTATTTATG AAGAGGATGA GCATCCAATC ATTGTGCGAA GTGCTCGTGC AATCGATGTT 
    GCAGACAAAT TGAAAGTGGA CAACCATGAA AGTATCGACA CCATTGCTGC ACGGACTCGT 
    TCTGGATGGT GGAATTACAT CACTTCGCCA TTCGTTTCGC GGTCGAACAC AGTGGTATAT 
    CCAGAGAAGA AGATTTCGAG TATCCCGGAG GTACCTATCT TAAACGTTGC AGCAGCCAGA 
    GTTCAGGAAT CAAAGATGGA GCGAAAGTCG TGGGAACAGC TTTTTTCCCC TCTTTCTATC 
    AAAAGATCGA ATTCCAATGC ATCCGATGCT TGGTGGGATG TGACTCCCTT GGGTTTCAGG 
    TCAGAAAAGC AGGTTTCTCC TGGTTTAGTT TACAAAGAGA CGAGGCATCC AGTGAAGCCG 
    TCGATAGCTA CTTTGCCCTT TGTTCGTTCA GCTTCGGGCG ATGTGGGAGA TGCTTCATTG 
    GCTAGCGCCA TTGGTATGAC TGCCACCGCG GATTCTAAGT ATTATACGAA TTCTACAATG 
    CCTCATGACC ATTCGGGTAT TTCAAATTCA ATACAAAGAG GTTCTATTTT GGTCAACAAA 
    GACAATTCGT TGTCATCTTC AAACGATAGC ACAAAAGAAC TCAGAAGCAA TAATCCCTTT 
    GTCAAGTACC AAAATAGTAA CATTGATCTT TACAACGACT CGGGAATGAT TAAAGATGGG 
    GACTCAAGTG ATTCAGGGTT GAAATCGAGA ACACTTATTG TGAATAACAC TACTGAACCA 
    CCACCACCAC CACCACCTTA CACTGAATCA CCAAAGAAAG TCAGGAAATA TCGAGCCTTT 
    TTTCCTTCTT CACGCGAATT AGCACCAGCA TCAGCACCAG CACCAGCACC AGCACCAGCA 
    CATGCACCAG CACCAGCACA TGCACCAGCG GTTGCTCAAG CTTCAGCAGT AGCTTCAACT 
    TTACAATATC CTACTTCTCC CAGTCCCATA TCCCCAGAAA GCGAGCAAAA GATGGCTCCT 
    CAAGCCGGTA TTCAGCTGTC AGAGGTTCCA CTGAGTCCTG CGCGTGGTAG AATCAATCAG 
    AGCACTGCAT ACCCCGGGCC TGCTAGGCAG ACAACACCAA CAATTTTGAT TATGACTGAA 
    GAATATCTCG AGCAAATGGC AGATAAAGCA GCTCTTAAGG CCGCCAAAAA ATCAGAATCG 
    AAACGTCAAA GAAACGAAAA GGAAGACAGC ATGGCTAGCA AATTGGGTGG ATTATTCAAG 
    AAATGCATAC CTAAAAAAGG TAGGCAAGGC CCTGAAGGCC GAAAAAGACG GAGATGGTAT 
    TGCTGCGGAA CCATTGCATT GATTTTGTTG ATCATCATTA TTGTAGCCCT TGCTACGACG 
    TTGACCCGCA AACCAAAACA TGTTGTTTTA CCATCTCAAT GGTTGAACCT CACTGGCTTT 
    CCTCCTATTT ACGCTGGGCT CTCGACGGTG GCTGCTCCAG TGAACATTGT GGCGAATACT 
    GGTTGCGTAT TCCCTGCTAC GCAATGGAGC TGTGCTTTAC CAAAAGAGCA ACAAGCTTCC 
    GTCGCACCAA ATCTACCAAA TCAGCCCAAT TTCTTTTTGG AGATTCAATG GGACAATAGT 
    AGTGCAGCAA ATGCAACCTT TGCAAATGTT ACAGGGAACA AGAACCTCTC TACACGCAGT 
    ATTGTCGGTA ATCCCGTTTC TGCTGGTAAA TTCATCAGGG ACTTGATATT GAGAGCACGT 
    CAAACAGTTA CTTTCAACCC CTCGCCGCCG CCACCATCAT ATGCCGAAGA AGCTTTTTTG 
    GGAGATACCA CAGATGGGAT AGTTTCGTCC AATAAAGCTG GAGAATCAAC ACCTTTCTAT 
    ATATCCTTCT TATCCACTAC AAACACTACT TTACCAATCA ACAATCGTGT GAAGCGTGCA 
    GACTCAAACA ATACCGATCC AAATCTGTTC CCGAATATCA CAACTGGTAT CCCGGCCCCA 
    AGTCTGAATC CCGATGGCAC TGCGGCTCCA GCAAACCTTC TTCCATATCC CATTCAACAG 
    CCAATTCGTT TATATGATCG AGGGCTTCCT ACTGAGCATT ATGGATTCTA TACTTACTTC 
    AATCGTACTA TCTTCCTCAA GTCTCTCTCA TTACTCAACG ATACTAATAC CTCCAACGGT 
    GAAGTTCCTG CTGATCAGAA TGGCGGGGCT CTTGAAGGGG AAGCCAATTT CCGTTGCACA 
    TGGGGCGAGA CTCGTTTCTT AGTACAGATG TGGACCAGGA TGAATGGAAC TGCTAGACTC 
    AACAATGCTA CTAGTTCGAC GGGTGCCTCT ACTGTCATTG CCGGACAGGA CTTCTCGCAG 
    CCTGGATCAT TCCCTTATCC GATCACTATT ACCACCGATC GACATGGAGG GGATCCTGGG 
    AGGAAGTTGT TGTACTGTTA TAGTATGAAT GACAGGGAAG GGATTATAGC GACCAGTGGA 
    GTGGTCAATG GAGAGAATAG AGCATTTGGA GGCCAGATTA TCAATCCGGC TCCGAGTGTT 
    TTCTTGAATA CTAGTGATTC ATCGCTTGGA GGTTTTGATG GAGGAACAGG CGGCTGTTCT 
    TGTGCTTGGA GTAACTTTCA GGAGCTCATC AGTGCGTCAG GAACGTGA

    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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