Sclerotinia sclerotiorum: SS1G_03477 Help Entry SS1G_03477        CDS       T01071                                  Name (RefSeq) hypothetical protein   KO K00281   glycine cleavage system P protein (glycine dehydrogenase) [EC:1.4.4.2] Organism ssl  Sclerotinia sclerotiorum Pathway ssl00260   Glycine, serine and threonine metabolism ssl00630   Glyoxylate and dicarboxylate metabolism ssl00670   One carbon pool by folate ssl00785   Lipoic acid metabolism ssl01100   Metabolic pathways ssl01110   Biosynthesis of secondary metabolites ssl01200   Carbon metabolism Module ssl_M00621   Glycine cleavage system Brite KEGG Orthology (KO) [BR:ssl00001]  09100 Metabolism   09101 Carbohydrate metabolism    00630 Glyoxylate and dicarboxylate metabolism     SS1G_03477   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     SS1G_03477   09108 Metabolism of cofactors and vitamins    00785 Lipoic acid metabolism     SS1G_03477    00670 One carbon pool by folate     SS1G_03477 Enzymes [BR:ssl01000]  1. Oxidoreductases   1.4  Acting on the CH-NH2 group of donors    1.4.4  With a disulfide as acceptor     1.4.4.2  glycine dehydrogenase (aminomethyl-transferring)      SS1G_03477 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  GDC-P GcvP2_C Beta_elim_lyase DegT_DnrJ_EryC1 Motif Other DBs NCBI-GeneID:  5491691 NCBI-ProteinID:  XP_001595388 UniProt:  A7EDT7 A0A1D9Q7F6 LinkDB All DBs Position Unknown AA seq 1073 aa AA seqDB search MVASSLPIRARFARAALQSRSSSLRSSTLTRPWATGQSACSAIVLKPIGRRSYYKSSAKD ESINSPSSLSSRGVYAPLDTFARRHIGPDAESTEQMLKALDPPVKSLDEFVEQVLPRDIL SSKDLKIDAESESSQEGFTESQLLARLKSIASENKIMRSYIGCGYAGTRVPEVIKRNVLE SPGWYTSYTPYQPEISQGRLESLLNYQTLVSDLTALPISNASLLDESTAAAEAMTLSMNA LPLARQKNKNKTFFVSHLVHPQTLAVLESRAEGFNIKIEVGDILADGAARLKELGNDLIG ALVQYPDTEGGVEDFRGLADVIHAQGATFSVATDLLALTVLTPPGEFGADIAFGNAQRFG VPFGYGGPHAAFFAVGEKYKRKIPGRLIGVSKDRLGDKAMRLALQTREQHIRREKATSNV CTAQALLANMSAFYAVYHGPEGLKAIAERAIKGARFIQDGLKNLDFETNSRGTGSDGKVL FDTVVVNVGQGRSDEILSYATESFKINLRKFDDSRLGITIDETVDIKDLEDILSVFKNFS KSGSGSSEETAELQKSFDSSIPAALKRSSQYLTHPVFNTHHSETEILRYIHHLQSKDLSL THSMIPLGSCTMKLNATTEMAPVTWPEFSSIHPFVPADQATGYKTMIDELEADLATVTGF DAVSLQPNSGAQGEFTGLRVIRKFQEQQPGKKRDICLIPVSAHGTNPASAAMAGMRVVTV KCDIKSGNLDMADLKEKCEKYSEELGAIMITYPSTFGVFEPEIKAACDIVHQHGGQVYMD GANMNAQIGLCSPGEIGADVCHLNLHKTFCIPHGGGGPGVGPIGVKSHLAPFLPGHPLVK IGGENAIAPVSGAPFGSASILPISWAYVKMMGGRGLTHATKITLLNANYIMSRLRPHYPI LYTNANSRCAHEFILDVRGFKESAGVEAIDIAKRLQDYGFHAPTMSWPVANTLMIEPTES ESKEELDRFIDALISIRKEIQAVEDGTTPRAGNVLKNSPHTQKDLLIGEWDRPYTREQAA YPLPYLKEKKFWPSVTRLDDAYGDLNLFCTCGPVEATDDAEGDITGVSAPQPT NT seq 3222 nt NT seq  +upstreamnt  +downstreamnt atggttgcctcaagccttccaattcgtgcgagatttgctcgagctgcacttcagtcaaga agttcatccttgagaagctcaaccctcacacgaccatgggctactggccaatccgcatgt tctgccattgttttgaagccaattgggagacgaagttactacaaaagctctgcgaaggat gagtcgatcaattcgccttcgagcctcagttctagaggagtatacgctcctttagatacc tttgcgcgtcgacacatcggtcccgatgcagaatctacagaacaaatgcttaaagctctc gatcctccagtcaagagtttggacgagttcgtcgaacaagttttacctcgcgatatcctc tcctcgaaagatctcaaaatcgacgccgaatccgaatcttcacaggaagggtttacggaa tctcaattgcttgcaagactgaagtcaattgcttccgaaaataagattatgcgaagttat attggatgtgggtatgccggaacacgagtgccggaggttattaaaagaaatgtgttggaa agtccaggatggtatacaagttacacaccatatcaacctgaaatcagtcaaggtcgacta gaatcgcttctaaactaccagacacttgtctccgatttgacagcgttaccaatttccaat gcatctctgctcgatgaatctactgcggccgccgaagctatgactttatcaatgaacgcc cttccacttgctagacagaagaacaagaataagacatttttcgtcagccacctagttcat ccacaaacactagcagttttagagagccgagcagaaggatttaatatcaagattgaagtt ggggatatcctagcggatggcgcggctcgcctcaaggagcttggaaatgatctcatcggt gctttggttcaatatccagatactgaaggtggcgtagaggatttccgtggtctggcagat gtcattcatgctcaaggtgcaactttcagtgtggccaccgatcttttagcccttactgtt ctcactccacctggtgaatttggtgcagacatcgctttcggaaatgctcaacgttttgga gttccttttggttatggcggtccacatgctgctttcttcgctgttggcgaaaagtataag agaaaaattccaggacgtctcattggtgtatcaaaggacaggctaggggacaaggcaatg agattggctttacaaactagagaacagcatattcgcagagaaaaggctactagtaatgtg tgcacggctcaagcattgttggctaacatgagtgcattctatgcagtttaccatgggcca gaaggactcaaggccattgccgagagagctattaaaggagctcgattcatccaggatgga cttaaaaatcttgactttgagaccaattcccgaggaacagggtctgatggaaaggttctt tttgacacagtcgtggtaaatgttggacagggtagatctgatgaaatccttagctacgct actgagagtttcaagattaacttgagaaagttcgatgatagccgacttggtattaccatc gatgaaaccgttgacatcaaggaccttgaagatattctgtctgtgttcaagaatttttcc aagtcaggatcaggatcatccgaagagaccgcagaattgcaaaagtcctttgatagctcg atcccggccgcactaaagagatcatcccaataccttacacatccagtcttcaatacacat cattccgagaccgagattcttcgttacattcaccacctccaatcaaaagatctctccctc actcactctatgatacctctgggttcctgtacaatgaagcttaacgctactactgagatg gctccagttacatggccagaattctcctctattcatcctttcgttcctgctgatcaggca actggttataagactatgatcgatgagcttgaggctgatcttgctactgttactggattt gatgcagtatccttgcaacccaattccggcgcacaaggagaatttaccggattacgtgta attcgcaagtttcaagaacagcagcccggcaagaagcgtgatatctgcttgattcctgtt tctgctcatggtaccaaccctgcatcagctgctatggcaggtatgcgtgttgttactgtg aaatgtgacatcaagtctggcaatcttgacatggctgatctcaaggagaaatgtgaaaag tatagcgaggaacttggagctatcatgatcacatacccaagtacatttggtgtatttgaa ccagaaattaaggcagcatgtgatattgttcaccaacatggtggtcaagtatacatggat ggtgccaatatgaatgctcaaatcggattgtgttcacctggtgagattggtgccgatgtg tgccatcttaacctccacaagacattctgcattccacacggtggtggtggaccaggtgtt ggtccaattggtgttaagtctcatttggcaccattccttcctggtcatccattggtgaag attggtggtgaaaatgctattgctccagttagcggtgctcccttcggaagtgcaagtatc ttgccaattagttgggcctatgtgaagatgatgggtggtagaggattgactcatgctact aagatcactctcttgaacgccaactacatcatgtcccgcctccgacctcattacccaatt ctctataccaatgccaattctcgatgtgctcatgagtttattcttgatgttcgtggcttc aaagaatctgcgggagttgaggctatcgatattgccaagcgtcttcaggattatggcttc catgcgccaaccatgagttggccagtcgctaatactttgatgatcgagcctaccgagtcg gaaagtaaagaggaacttgatcgcttcattgatgcattaatatcgatccgcaaggagatc caagctgttgaagatggtactaccccaagggcaggcaatgtcttgaagaactcgccacat actcaaaaggatcttcttattggagaatgggatcgtccatacactcgagagcaagccgca tacccattgccttacctcaaggaaaagaaattctggccatccgtgaccagacttgatgat gcgtacggtgatttaaacctcttctgtacatgcggacctgtagaagccaccgatgatgcc gagggcgacattaccggtgtttcggctccacaacctacataa

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