Botrytis cinerea (gray mold): BCIN_04g00140 Help Entry BCIN_04g00140     CDS       T01072                                  Symbol Bclys2 Name (RefSeq) Bclys2   KO K00143   L-2-aminoadipate reductase [EC:1.2.1.95] Organism bfu  Botrytis cinerea (gray mold) Pathway bfu00300   Lysine biosynthesis bfu01100   Metabolic pathways bfu01110   Biosynthesis of secondary metabolites bfu01230   Biosynthesis of amino acids Module bfu_M00030   Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine Brite KEGG Orthology (KO) [BR:bfu00001]  09100 Metabolism   09105 Amino acid metabolism    00300 Lysine biosynthesis     BCIN_04g00140 (Bclys2) Enzymes [BR:bfu01000]  1. Oxidoreductases   1.2  Acting on the aldehyde or oxo group of donors    1.2.1  With NAD+ or NADP+ as acceptor     1.2.1.95  L-2-aminoadipate reductase      BCIN_04g00140 (Bclys2) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  NAD_binding_4 AMP-binding Epimerase 3Beta_HSD PP-binding AMP-binding_C GDP_Man_Dehyd Motif Other DBs NCBI-GeneID:  5428632 NCBI-ProteinID:  XP_024548068 UniProt:  A0A384JEA2 LinkDB All DBs Position 4:complement(57234..60731) Genome browser AA seq 1165 aa AA seqDB search MASTNFELPDPTSDLHWSAFRGAIQDIFTANAEAHPDRLCVVETASATSPRREFTYRQIN EASNILAHHLVERGVQRNEVVMSYSYRGVDLVVTVMGILKAGAIFSVIDPSYPPDRQNIY LDVARPRALVVIDKATREAGELTEKVRNFIAENLDLKTYIPGLELKDDGTLVGGDDQGKD AFQGQQSSKAKSPGVVVGPDSTPTLSFTSGSEGRPKGVRGRHYSLAYYFDWMAEKFGLSK NDKFTMLSGIAHDPIQRDIFTPLFLGAQLLVPSKDDIQHERLAEWMREHGATVTHLTPAM GQILVGGASAEFPALHHSFFVGDILIKRDCKALQKLAPNVFIVNMYGTTETQRAVSYYEI PSRASDPQYLENMGNVIPAGKGMKDVQLLIVDRENRNRICDIGEIGEIYVRAAGLAEGYL GSDELNKAKFVDSWFVDNSKWVEEDAKNAKSLSEEPWREFYKGPRDRMYRSGDLGRYTPT GDVECVGRADDQVKIRGFRIELGEIDKYLSDHVMVMDNVTLVRRNKDEEQTLVSYIVPDM QKWAQWLEQLGLEDDTSGGEGIQGRLRRFWPLGEDIKKYLKTKLPSYAIPEVIIPLEKFP LNPNGKKDKPALPFPDAAQLQAARPVGAYSELSDSEKEVAAIWGSLIPTIDERTINPDDS FFDIGGHSILAQQMLFKVNKKWTGININMSVIFRNPTLKGFATEIARRSSSDGDVKEEVE VAEDYEGDAHALAKTLPSTFPSADEKITSTTPLTVFLTGATGFLGSYLMRDLLSRSQPIK VIAHVRALDSKAALDRVIQTCQAYGVWDPSWASRISCVVGNLGEPQLGLSPEDWKTVSET ANVIIHNGAQVHWVYPYQNLKPANVKGTLDILSLCATGVPKRLSFVSSTSVLDTDHFVQQ SRSGIAVSEEDDLSGSAKGLGTGYGQSKWVAEYLVRTAGSRGLRGTVVRPGYITGDKTSG VTNTDDFLIRMAKGCIQLSCRPRISNTVNQVPVNHVARVVIACALHPAKTPLGVAQVTSH PRLTFSQYLSTLETYGYNAPEVEYAVWSQKLVEYAANANPEKEQHALMPLYHFATSDLPA DTIAPEMDDVNAAASLKADAEFTGEDLSAGGYLDENIMGNYLAYLAGIGFLSLPEEGKGK KLPEVKISPEQKIALLRVGGRGALV NT seq 3498 nt NT seq  +upstreamnt  +downstreamnt atggcatcaacaaacttcgaattaccagatccaacatcagaccttcattggtctgcgttc cgtggcgctatccaggacatcttcactgcaaatgcggaagctcatcccgatagactttgt gttgtggaaactgcctcggcgacttccccaaggagagaatttacctaccgacaaatcaac gaagcttcaaatatcctagcccatcatttggtggagcgtggagtccaacgaaatgaagtt gtcatgtcatatagttaccgtggtgtggacttggttgtcactgtcatgggtatcttgaaa gccggtgctatattctcagttattgatccttcgtaccctcctgatcgtcaaaacatctac cttgatgttgcaagaccaagagctttggttgttatcgacaaagctaccagagaggctgga gagttaacggagaaagtgcgcaatttcatcgccgaaaatttggatttgaagacctacatc ccaggtctggaattgaaggacgatggaacgttggtcggcggagatgatcaaggaaaagat gctttccaaggccaacaatcttcgaaagctaagagccctggtgttgttgttggacccgat tctacaccaactttgtcatttacctccggctcggaaggtcgtccaaagggtgttcgagga agacattactctcttgcatattactttgactggatggctgagaaatttggcttgtctaag aatgacaagttcacaatgttgagcggaattgctcatgatcctattcaaagagatatcttt acacctctctttcttggtgctcaattattggttccatcaaaggacgatattcaacatgaa agattggctgaatggatgagagagcacggtgccaccgttactcatttgacacccgcaatg ggtcaaattttggttggtggagctagcgccgaatttccagctcttcatcactcatttttt gtcggagatatcctgattaagagagactgtaaggcacttcagaaattggcaccaaatgtg ttcattgtgaacatgtacggaacaaccgaaacacagcgtgcagtcagttactacgagatc ccaagccgagcctcggatccacaatacttagagaatatgggaaatgtaattccagctgga aagggcatgaaggacgtccaattacttatcgttgatcgcgaaaaccgaaaccgcatctgt gatattggagagattggcgagatctacgttcgagctgctggacttgctgaaggttatctt ggaagtgacgaacttaacaaggccaagtttgttgacagttggtttgttgataactctaag tgggtcgaggaagacgcaaagaacgcaaaatccttatccgaagaaccttggagagaattt tataagggcccaagagatcgaatgtatcgatcaggtgatttgggccgatatactccaact ggagacgtagaatgtgttggtcgtgcagatgatcaagtcaagattcgtggtttcagaatt gaacttggtgaaatcgacaaatacctctcagatcatgtcatggttatggataatgtcact ttggtcagaagaaataaggatgaagaacaaacacttgtcagctatatcgtacctgacatg caaaagtgggctcaatggttagagcaattgggtctcgaggacgatacttccggtggagaa ggaattcaaggaagacttagaagattttggcctctcggcgaagatatcaagaagtatctc aagactaagctgccatcttacgccattccagaagtcattattcctctggagaaattccct ctcaatccaaatggaaagaaggataagcctgcacttccattcccagatgctgcacaatta caagccgcaagaccagttggtgcatattccgagctttcagatagtgagaaggaggttgca gctatctggggatcattgattcctactattgatgaaagaacaattaaccctgacgattca tttttcgatattggaggccacagtatcttggcgcaacaaatgctttttaaggttaacaag aaatggactggtattaacattaatatgagcgtcatcttccgaaacccaacgttgaaagga ttcgccacagagatcgcacgtagatcgtcatctgatggtgatgtgaaggaagaagtagag gttgccgaggattatgaaggagatgcgcatgcccttgccaaaaccctcccatcaacattc ccctcagccgatgagaagatcacttcaaccacacctcttaccgtcttccttacaggcgct actggtttcctcggctcctatcttatgcgcgatcttctctcccgctctcagcctatcaaa gttattgctcatgtgcgagcactcgattccaaggcagctctggatcgtgttattcaaact tgccaagcatacggagtctgggatccctcttgggcatcacgtatctcgtgcgtcgtcggt aaccttggggaaccgcaactaggcctctctccggaagactggaagactgtctctgagact gcaaatgttatcattcataatggagcccaagttcattgggtctacccgtatcaaaatctc aagcctgcaaatgtaaagggaactctcgacattctttccctttgcgcaactggtgttccc aaacgtctctcctttgtctcatctacctccgtccttgacacagaccacttcgttcaacaa tcaagatctggtatcgctgtatccgaagaagacgatctctccggttcagcaaagggtctc ggaacaggttatggtcaatcaaaatgggtagccgagtatctcgtccgtacagctggctcc cgcggtctccgtggcacagttgttcgaccgggttatattaccggtgataagacctctggc gtaaccaacacagatgatttcctaatccgtatggcgaaaggttgtattcagctctcctgc cgtccacgtatctccaacacagtcaatcaagtccccgtcaaccacgtcgcgcgcgttgtt atagcctgcgctcttcaccctgccaaaacaccacttggtgtcgcccaagtcacaagtcat cctagactaacgttctctcaatacttatctacactcgaaacatatggttacaatgcccct gaagtcgaatatgcagtctggagtcaaaaacttgtggaatacgccgcaaatgccaatccg gagaaggaacaacatgcacttatgcctctttaccatttcgctacatcagatctcccagcc gacaccattgctccagagatggacgatgtcaatgctgctgcctcccttaaagcggatgca gaattcacgggtgaggatttaagcgcaggtggatatttggatgagaacatcatgggaaat tatcttgcttatttggcaggtattgggtttttgagcttgccggaggaggggaagggaaag aagttacctgaggtgaaaattagtcctgagcaaaagattgcattgttgagagttggagga agaggtgcgttggtttga

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