Botrytis cinerea (Gray mold): BCIN_09g06800 Help Entry BCIN_09g06800     CDS       T01072                                  Name (RefSeq) hypothetical protein Organism bfu  Botrytis cinerea (Gray mold) SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DUF3829 Baculo_PEP_C DUF2730 DUF4349 ATG17_like DUF1664 4HB_MCP_1 Motif Other DBs NCBI-GeneID:  5433784 NCBI-ProteinID:  XP_001553234 UniProt:  A0A384JU71 LinkDB All DBs Position 9:complement(2396419..2399547) Genome browser AA seq 1042 aa AA seqDB search MSLFRYISHLPYAIFNPTMFGRLLGRTASPPRALGAPLSRTTTTTSGGEDSTTSAERDAR DKEIVEAAIEEAVKKALNSDVFSNAIATSLVSQIKPAFESSIASIPTAIQNVSLNVDAVD TKLAATATKLSQQIDASNAETASKLAAVEEAVAKLTSLLEGLNEKSASPQDTSVLESHTT KLDGIATEVAALKSSTNEEAFNAITSDLAIIKSDVAAIKESDSSATSKDILSAVNSSNES HASHAAALNEIKSAAEGHASTLGEIKSTPASAPTDISGLENSIKDIAASIEEIKSAPAPS TVDISGLESSVKEILSTLGEVKETVSAPAATVEKTDISGLEASVKEISATVNEIKSTPAP AHETIDLSPIDAQLKEVASNVAAIKESTSTPAATPEPTDISGLESSVKDIIATLQDIKTS TGATPKEIDFTPITSSLESHKSTLEEIKSSASGPVDLSSLESSIAEIKASLESHSGALNE IKSIPAPEKTDLSTIESSVNEIKTIVEEIKAKETPSAEKVDLSNVESSIESIKVSVEEIK TKEYPTAEKVDLSNVESSIESVRAIVEEIKTKETPVAEKVDLSQIESSIESVKASIEEIK TKETPAAEKVDLSQIESSIESVKASIEEIKTKETPAAEKVDLSQIESSIESVKASIEEIK TKETPAAEKVDLSQIESSIESVKASIEEIKTKETPVAEKIDLSAIEASIASVKSTVDEIK AKESPAPESVDLSKIESSIESVKSIVEEIKAKEAPAHEKVDLSVIEASIASVKMTVDEIK ATPAQEQKAVDLSNIESSIAAVKATVDEIKATPAPTHEATDLSNIESSIAAVKSSVDEIK AAPAPEKIDLSSIESSISEIKAAIEEVKASPAPEKIDLSNIESSIASVKTTVDEIKSTPA PSFKETDITGLESSVKEIITSISAQDGVLTEIKTTTEKFDTKEVLTKVELIAQEGVFLNE KGLGQIKENVKTIELKSPATPTSPTTPTSPTSPGSPSSSTSPSKSTLKKKKRKAAAAAAA AAAASGNATPENKSEAENEQAA NT seq 3129 nt NT seq  +upstreamnt  +downstreamnt atgtctctttttcgatacatttctcacctaccatacgcaatcttcaatccaaccatgttc ggtcgtttgttaggtcgtaccgcttcccctccaagggctcttggagctcctctttctcgc acaactactacgacatcaggtggagaggattcaactacatctgccgagcgagatgctagg gataaggaaatcgtcgaggctgcgatcgaggaggctgtcaagaaggccttgaactcggat gtattctcaaatgccatcgctacctctttggtctcgcagattaaaccagccttcgaatcg tctatcgcttctatccctaccgctattcaaaatgtttccctcaatgttgatgctgtcgat acgaaactcgctgccacagctaccaagctttctcaacaaatcgatgccagcaatgcagag actgcaagcaaactggctgccgtcgaagaagctgttgccaagcttacatctttgttggag ggattgaacgaaaagtctgcttctccacaggatacatcggttttggaatcgcacactaca aagttggatggaattgctacagaggttgctgctcttaagagttctacaaatgaggaggca ttcaatgccatcacatccgaccttgctattatcaagagtgatgttgccgccatcaaggaa tctgactcaagtgctacctccaaggatatcctctccgctgttaactcttccaatgaatct cacgcttcccacgctgctgctttgaacgaaatcaagtctgctgctgaaggacatgcttca actcttggagagatcaaatctactcctgcttctgccccaactgatatttctggtctcgag aactccatcaaggatattgctgcttccatcgaggaaatcaagtccgcacctgcaccatct actgtcgatatctctggtcttgaatcatccgttaaggaaattctctctactttgggtgaa gttaaggaaactgtttctgctccagctgccactgttgagaagactgatatttctggattg gaagcttctgttaaggagatctctgctaccgtcaatgaaattaaatctaccccagctcca gctcacgaaaccatcgacctttctccaattgatgctcaacttaaggaagttgcctctaac gttgcagctattaaggaatctacctctaccccagctgctactcctgaaccaactgatatt tctggcttggaatcttctgtcaaggacatcattgctactctccaggatatcaagacttct actggtgccactcctaaggaaattgacttcactccaatcacatcttccctcgaatcccac aagagcaccctcgaggaaatcaagtcttccgcttctggaccagtcgacctttcttctctc gaatcctccattgctgaaatcaaggcatccctcgaatctcattccggtgctctcaacgaa atcaagtctattccagcaccagaaaagactgatctctctaccattgagagctccgttaac gagattaagactattgttgaggaaatcaaggccaaggaaactccatctgccgagaaggtt gatttgagcaatgttgaatcttcaattgaatccatcaaggtatctgttgaggaaatcaag accaaggaatatccaactgccgagaaggtcgatttgagcaacgttgaatcatctatcgaa tctgttcgggcaattgttgaggaaatcaagacaaaggagaccccagttgctgaaaaggtt gatttgagtcaaatcgagtcatccatcgagtctgtcaaggcctctattgaggagattaag actaaggaaaccccagctgccgaaaaggttgatttgagccaaatcgagtcatccatcgag tctgtcaaggcatctattgaggagatcaagactaaggaaaccccagctgccgaaaaggtt gacttgagccaaatcgagtcatccatcgagtctgtcaaggcatctattgaggagatcaag actaaggaaaccccagctgccgaaaaggttgacttgagccaaatcgagtcatccatcgag tctgtcaaggcatctattgaggaaatcaagacaaaggagaccccagttgccgaaaagatt gatttgagcgctattgaggcatcaattgcctctgtcaagagcacagtcgacgaaatcaag gctaaagaatcaccagccccagaatcagttgatttgagcaagattgaatcttccatcgag tccgtcaagtccatcgttgaagaaatcaaggccaaggaggctccagctcacgaaaaggtt gatttgagtgtaattgaggcatccattgcttcagttaagatgactgttgatgaaattaag gctactccagctcaagaacaaaaggcagttgatctttccaacattgagtcttccattgca gctgtcaaggctacagtggatgaaattaaggctacaccagccccaactcatgaagctact gacctttctaacattgaatcatctattgctgctgtcaagtcatccgtcgatgaaatcaag gctgctccagcaccagaaaagattgatctcagctcaattgaatcatctatctctgagatt aaggcagctatcgaagaagtcaaggcatcacctgcaccagaaaagattgatctttccaac atcgagtcctctatcgcctccgtcaagactaccgttgatgaaatcaaatctactccagct ccatccttcaaggaaactgatatcactggtcttgaatcttccgtcaaagaaatcattaca agcatctctgcccaagatggtgtcttgactgaaattaagactacaaccgagaaatttgat accaaggaagttttgaccaaggtagagttgattgctcaagagggtgttttcttgaatgag aagggacttggtcaaatcaaggagaatgttaaaactattgagttgaagtcaccagctaca ccaacatctccaacaaccccaacatctccaacatctccaggatccccatcatcttcgaca tccccatcaaagtctacccttaagaagaagaagagaaaggcagcggctgctgctgctgct gccgcggccgcatcaggaaatgctactcctgagaataagtctgaagccgagaacgaacaa gcggcttaa

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