Sclerotinia sclerotiorum: SS1G_08185 Help Entry SS1G_08185        CDS       T01071                                  Name (RefSeq) hypothetical protein   KO K00143   L-2-aminoadipate reductase [EC:1.2.1.95] Organism ssl  Sclerotinia sclerotiorum Pathway ssl00300   Lysine biosynthesis ssl01100   Metabolic pathways ssl01110   Biosynthesis of secondary metabolites ssl01230   Biosynthesis of amino acids Module ssl_M00030   Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine Brite KEGG Orthology (KO) [BR:ssl00001]  09100 Metabolism   09105 Amino acid metabolism    00300 Lysine biosynthesis     SS1G_08185 Enzymes [BR:ssl01000]  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      SS1G_08185 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  NAD_binding_4 AMP-binding Epimerase 3Beta_HSD PP-binding AMP-binding_C GDP_Man_Dehyd Motif Other DBs NCBI-GeneID:  5486980 NCBI-ProteinID:  XP_001590445 UniProt:  A7ES80 LinkDB All DBs Position Unknown AA seq 1146 aa AA seqDB search MASTSFELPDPTSDLHWSAFRGAIQDIFTTNAEAHPDRLCVVETASATSPRREFTYRQIN EASNILAHHLVERGVKRNEVVMSYSYRGVDLVVTVMGILKAGAIFSVIDPSYPPDRQNIY LDVARPRALVVIDKATKEAGELTEKVRNFIAENLDLKTYIPGLELKDDGTLVGGDDQGKD IFQGQQSLKSKSPGVIVGPDSTPTLSFTSGSEGRPKGVRGRHYSLAYYFDWMAERFGLSK NDKFTMLSGIAHDPIQRDIFTPLFLGAQLLVPSKDDIQHERLAEWMREHGATVTHLTPAM GQILVGGASAEFPALHHSFFVGDILIKRDCKALQKLAPNVFIVNMYGTTETQRAVSYFEI PSRASDPQYLENMGNVIPAGKGMKDVQLLIVDRENRNRICNIGEIGEIYVRAAGLAEGYL GSDELNKAKFIDSWFVDNSKWIEEDAKKAKSLSEEPWREFYKGPRDRMYRSGDLGRYSQT GDVECVGRADDQVKIRGFRIELGEIDKYLSDHVMVMDNVTLVRRNKDEEQTLVSYIVPDM QKWAQWLEQSGLEDDVSGGEGIQGRLRRFWPLGEDIKKYLKTKLPTYAIPEVIIPLEKFP LNPNGKKDKPALPFPDAAQLAAARPVGAYSELSDGEKEVAAIWGSLIPTIDERTINPDDS FFDIGGHSILAQQMLFKVNKKWTGININMSVIFRNPTLKGFAAEITRRSSPDGDVKEEVE VAEDYEGDAHALAKTLPSTFPSADEEITPTTPLTVFLTGATGFLGSYLMRDLLSRSQPIK IIAHVRALDSKAALDRVIQTCQAYGVWDPSWTSRISCVTGNLGESQLGLSPEDWKTVSET ANVIIHNGAQVHWVYPYQNLKPANVKGTLDILSLCATGIPKRLSFVSSTSVLDTDHFVQQ SKSGIPVSEEDDLSGSAKGLGTGYGQSKWVAEYLVRQAGARGLRGTVVRPGYITGDKTSG VTNTDDFLIRMAKGCIQLSCRPRIENTVNQVPVNHVARVVIACALHPAKTPLGVAQVTSH PRLTFSQYLSTLETYGYNVPEVEYPIWSQKLQAYAADSTPEKEQHALMPLYHFATSDLPA DTIAPEMDDSSAAASLKADAEFTGEDWRIGFLPLPEEGKGKPLPGVTISAEQKIALLRVG GRGALV NT seq 3441 nt NT seq  +upstreamnt  +downstreamnt atggcgtcaacaagtttcgagttaccagatccaacatcagatcttcattggtctgctttt cgtggtgctattcaagatatcttcactacaaatgctgaagctcatcctgatagactttgt gtagtggaaactgcctctgcaacttctccaaggagagaatttacctaccgccaaatcaat gaagcttccaatattctagcacatcacttggtggagcgtggggttaaaagaaatgaagtt gttatgtcatacagttatcgtggtgtggatttggttgtcactgtcatgggtatcttgaaa gctggtgctattttctcagtcattgatccttcatatcctccggatcgacaaaacatctat cttgatgtcgcaagaccaagagctttagtagtcatcgataaagccactaaggaggctgga gagttgacggagaaagtacgtaacttcattgccgagaatttggatttgaagacctatatt ccaggtctcgaattgaaggatgatggaactttagttggtggtgacgatcagggaaaggat atcttccaaggccaacaatcattgaagtctaagagtcccggtgttatcgttggtccagat tctacaccaactttatcatttacttccggttccgaaggtcgtccaaagggtgttcgagga agacattactctcttgcatactattttgactggatggcagagagatttggtttatccaag aatgacaagttcaccatgctgagtggtattgctcatgatcctattcaaagagatatcttt acacctctctttcttggtgctcaattattggttccatccaaggatgatattcagcatgaa agactggctgaatggatgagggaacatggtgctactgttactcacttgacaccggcaatg ggtcaaattttagttggtggagctagtgctgaatttccggctcttcatcactcctttttt gtcggagatattttgatcaaaagagattgtaaggctcttcaaaagttggctccaaatgtg ttcattgtgaacatgtatgggacaaccgaaacgcagcgtgcagtcagttactttgagatt ccaagtcgagcttcggatccacaatacttggagaatatgggaaatgtgattcccgctggt aagggaatgaaggacgtgcaattacttattgtcgatcgggaaaatcgaaaccgtatttgt aacattggcgaaattggcgagatttacgttcgagctgctggacttgctgaaggttatctt ggaagtgacgaactcaataaggccaagttcatcgacagttggtttgttgataattccaag tggatcgaagaagacgcaaaaaaggccaaatccttgtccgaagaaccatggagggaattc tataagggtccaagagatcgaatgtatcgatcgggtgatcttggtcgatacagtcaaact ggagatgtagaatgtgttggtcgcgcagatgatcaagttaagattcgtgggttcagaatt gaacttggtgagatcgataaatacctctcagatcacgttatggttatggataatgtcact ttggtcagaagaaataaggatgaagaacaaacacttgtcagctatatcgtacctgatatg caaaagtgggcacaatggttagagcaatcaggtctcgaagatgatgtctcaggtggcgaa gggattcaaggaagacttcggagattctggcctcttggtgaagatatcaagaaatacctc aagacgaagttgcctacctacgcaatcccagaagtcatcattccattggagaagtttcct ctcaatccaaatggaaagaaggacaagcctgcacttccattcccggatgctgcacaatta gcagcagcaagacctgttggtgcttattccgaactttcagacggtgaaaaggaggttgcg gcaatttggggatcattgattcctaccattgacgaaagaacaatcaatcctgatgattca ttcttcgatattggaggacacagtatcttggcgcaacaaatgcttttcaaagtcaacaag aaatggactggaatcaacattaatatgagcgtcatcttccgaaacccaacattgaaagga ttcgccgcagagattactcgcagatcatcacccgatggtgatgtaaaagaggaagttgaa gttgctgaggattatgaaggagatgcccatgcgcttgctaaaactcttccatcaaccttt ccctcagcagatgaagagatcacaccaaccacacctcttactgtcttccttactggtgct acaggtttcctcggctcataccttatgcgcgatcttctctctcgctctcaacctatcaaa atcattgctcatgtgcgtgccctcgactccaaagcagctcttgatcgtgtcatccaaact tgccaagcatatggagtttgggatccttcttggacatcacgcatttcctgcgtaaccggt aacctcggagaatcacaacttggtctttctcccgaggactggaagaccgtctccgaaacc gcaaacgtgatcatacataacggagctcaagtccattgggtctacccataccaaaacctc aagcccgcaaacgtaaagggaaccttagatattctttctctctgcgctactggtattccc aaacgtctctcctttgtctcatccacatccgtccttgacaccgaccacttcgtccaacaa tcaaaatccggcatccccgtctctgaagaagatgatctttctggttcagcaaagggtctc ggaacaggctatggacaatcaaaatgggtagccgaataccttgtccgacaagccggcgca cgtggtctccgtggtacagtcgtccgacctggctacatcaccggtgacaaaacctccgga gtaacaaataccgatgatttcctaatccgcatggcaaaaggttgcatccaactttcatgt cgtccacgcatcgaaaatacagtcaaccaagtccccgttaaccacgtcgcacgcgtcgtc atagcctgtgcattacaccctgccaaaacaccccttggcgtcgctcaagtaacttcgcat cccagactaacgttctcccaatacctctccacgcttgaaacctacggctacaacgtcccc gaagtagaataccccatctggagccagaaactccaagcctacgctgcagacagcactccc gaaaaagaacaacatgcccttatgcccctttaccatttcgccacctcggatctcccagcc gataccatcgctccggagatggacgatagcagcgcagcagcatctctcaaagctgatgca gagttcacaggcgaggattggagaattggatttttgcctcttccggaggagggtaagggg aagccgttacctggagttacgattagtgctgagcagaagattgcgctgttgagagttgga ggaaggggtgcattggtttga

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