Meyerozyma guilliermondii: PGUG_04868 Help Entry PGUG_04868        CDS       T01150                                  Name (RefSeq) hypothetical protein   KO K00281   glycine cleavage system P protein (glycine dehydrogenase) [EC:1.4.4.2] Organism pgu  Meyerozyma guilliermondii Pathway pgu00260   Glycine, serine and threonine metabolism pgu00630   Glyoxylate and dicarboxylate metabolism pgu00670   One carbon pool by folate pgu00785   Lipoic acid metabolism pgu01100   Metabolic pathways pgu01110   Biosynthesis of secondary metabolites pgu01200   Carbon metabolism Module pgu_M00621   Glycine cleavage system Brite KEGG Orthology (KO) [BR:pgu00001]  09100 Metabolism   09101 Carbohydrate metabolism    00630 Glyoxylate and dicarboxylate metabolism     PGUG_04868   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     PGUG_04868   09108 Metabolism of cofactors and vitamins    00785 Lipoic acid metabolism     PGUG_04868    00670 One carbon pool by folate     PGUG_04868 Enzymes [BR:pgu01000]  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)      PGUG_04868 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  GDC-P GcvP2_C Aminotran_5 Beta_elim_lyase 2B_soluble DUF5813 Motif Other DBs NCBI-GeneID:  5124862 NCBI-ProteinID:  XP_001482913 UniProt:  A5DNL7 LinkDB All DBs AA seq 1023 aa AA seqDB search MRSGFKAALAVSTATHKAPCRVWAPLRYSVRMLASSPSTEADTSSANYQRVFDPTVLDNG YERLDTFARRHLGPTPEETQKMLQSLGYNDLDEFLSKAVPPHILFKRQLKVSPEHGYTEL EMLEHLAELAGKNRIVKSYIGKGYAGTRVPPVIQRNLLELPEWYTSYTPYQPEISQGRLE SLLNYQTMVSSLTGLPMANASLLDEGTAAGEAMAMSFHNLRGKKKKYVVDAKIHPQTLGV VRSRAGNIGVEIVVLPLDTPQGLDQLKSLAGESCGAIVQYPATDGSITDFSAVAEIVHSS KGLLAMATDLLALTLLRSPAEFGADIALGTSQRFGVPFGYGGPHAAFFATTNKYSRKISG RIVGVSKDRLGNPALRLALQTREQHIKRENATSNICTAQALLANMAAMYAVYHGAEGLKN IARRVYGFTSVLAQELGPQVVNEKWFDTLTIKVESSTKVLDVALNEYNFNLFKVDENHVS LTLDETTTAQDVVDLIEVFTGKKVTLPASLPSVPQQLLRQDEILTHPVFNTHHSETAMLR YLHLLQSKDLSLANSMIPLGLCTMKLNATVEMMTLSMPGFSQIHPFAPIDQAQGYKELID EFEKDLNDITGFDATTSMPNSGAQGEYTGLSLIRQYHALRQESHRNICLIPVSAHGTNPA SAAMCGLKVVPVKCLGDGSIDLEDLAAKANKHRNELAAIMITYPSTYGLFEPGIKQAIDT VHQNGGLVYLDGANMNAQVGLTSPGDLGADVCHLNIHKTFALSHGGGGPGQAPVCVKQHL APFLPKHHFVATPHSTNESIEAVNSAPYGSAAVIPVSYLYIKMLGAQSLPYTSTIAMLNA NYMLNRLKDQYKIMFVDSHASASEGLKHCAHEFILDLREFKSFGVEAIDVAKRLQDYGFH APTMSFPIAGTLMIEPTESENLEELDRFVNALLAIRQEIEAYKNGEPIGGVLKNAPHSLQ DIISTPQQEWETRGYSREQAAYPLPYLKVAKCWPTVSRVDDTYGDINLMCTCPSVEEVVE QQE NT seq 3072 nt NT seq  +upstreamnt  +downstreamnt atgagatctggtttcaaggctgctttggcagtgtccacggccacccacaaggccccctgt cgcgtttgggcgcctctcaggtactcggtcagaatgttagcttcatcgccatcaaccgag gctgacacctcatcggcaaattatcaacgagttttcgatcctacggttctggataacggc tacgaacggttggacacgttcgcacggcgccacttgggccccacgccagaagaaacccag aaaatgttgcaaagtttggggtacaatgacttggatgaattcttgtcaaaagcagttcct cctcatattcttttcaaaagacaacttaaagtgtcaccagaacacgggtacaccgagctg gagatgctcgagcacttggctgagcttgctggaaaaaacaggattgtcaaatcttatatc ggaaaagggtatgctggaaccagggtacctcccgtgattcagcgcaatttattggagctg cctgaatggtatacttcgtacacgccgtaccagccggagatttcccaaggacggctcgaa tcgttgctcaattaccagacaatggtgtcttcattgaccggtttacccatggccaatgcg tcgttgttggacgagggaaccgcagctggagaagccatggctatgtctttccacaacttg cgaggcaagaagaaaaagtatgttgtggacgccaagatccacccacagactctcggagtg gtaagatcgagagcaggtaatattggagtggaaatcgtggttcttccattggacactcca caaggtctcgaccagctcaaaagtcttgccggagaatcttgcggtgctatagtgcaatat ccagctaccgatgggtccataacagacttttcagccgtagcagaaatcgtccattcttcc aaaggtttacttgccatggccactgatcttcttgcattgactcttcttcgcagtccagcg gaatttggagccgatattgctttgggaacatcccagcgtttcggtgtgccttttggctac ggaggtccccatgctgcgttctttgctaccaccaacaagtactctcggaaaatttcaggt agaattgttggtgtgtcaaaagaccgtctcggtaacccagctttgagattggctctccag actcgtgaacagcatatcaagcgtgaaaatgccacttccaacatctgtactgcccaggca ttgttggctaacatggctgctatgtatgccgtttaccatggtgcggagggactcaagaat attgccagaagagtatatggttttacctcggttttggcacaagaattgggacctcaggtg gtgaacgaaaaatggttcgataccttgaccataaaggtagaaagttctacaaaagtattg gacgttgccttgaacgagtacaatttcaatctctttaaagtggacgaaaaccatgtttcg ttgactcttgacgaaaccactactgcccaggatgtggtggatctcattgaggttttcacc ggaaaaaaagttacacttccagcatcgcttccttctgttcctcaacaacttttgcgtcaa gacgagattctcacccatccagtattcaacacccaccattcagaaactgccatgttgaga tatcttcatcttttgcaatccaaggacctttctttggccaactcgatgatccccttgggt ctgtgcaccatgaaattgaacgctactgttgaaatgatgactctttccatgcctggattt agccagatccacccttttgcacccatcgaccaagcccaaggctacaaagagctcattgac gaatttgaaaaagatcttaatgatattaccggtttcgatgctaccacttccatgcccaat tccggtgcccaaggagaatataccgggttgtcgctcatccgccagtaccatgctctgcgc caagaatcccacagaaacatttgtcttattcccgtgtctgctcatggaacaaacccagct tctgctgccatgtgtggactcaaagttgtgccggtaaaatgtctcggtgacggttccatt gacctcgaggatctcgcagccaaagctaacaaacaccgcaatgagcttgctgccattatg atcacttatccttcaacctatggtcttttcgagcccggaatcaaacaagctatcgacacc gtccaccagaatggaggtttggtgtaccttgacggagccaatatgaacgcccaagtcggg ttaacttcgccaggagacttgggagccgacgtatgccatctcaatattcacaaaaccttt gctttgtcgcatggaggtggaggacccggccaggcaccggtatgtgtcaagcaacatttg gcaccatttttgcccaaacaccactttgtggctactcctcactccaccaatgagtccatt gaagctgtcaactcggctccttatggatcggcagctgtgatccccgtgtcttatctgtac atcaaaatgttgggagcgcaatcgcttccttacacttccaccatcgccatgttaaatgcc aactatatgttgaacagacttaaggaccagtataagatcatgtttgtggactcacacgct tctgcttctgaaggtttaaagcattgtgctcatgaattcattcttgatcttcgtgaattc aagtcctttggagtagaagccatcgatgttgctaaacgtttacaagattacgggttccat gcgcctaccatgtcgttccccattgctggaaccttgatgatcgagcccaccgagtcggaa aatcttgaagaattggaccgttttgtcaatgctctcttggccataagacaagaaatcgaa gcgtacaaaaatggtgaacccattggcggtgtactcaagaatgctcctcactcgttgcag gatataatctctactcctcaacaagagtgggaaaccagaggatattcgagagaacaagca gcttacccattgccatatttaaaggttgcaaaatgctggccaactgtgagcagagtggac gatacttatggtgatatcaacttgatgtgcacttgtccatcggtggaggaggttgtggag cagcaagagtaa

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