Bacillus thuringiensis HD-771: BTG_28265 Help Entry BTG_28265         CDS       T02293                                  Name (GenBank) glycine dehydrogenase subunit 1   KO K00282   glycine cleavage system P protein (glycine dehydrogenase) subunit 1 [EC:1.4.4.2] Organism bti  Bacillus thuringiensis HD-771 Pathway bti00260   Glycine, serine and threonine metabolism bti00630   Glyoxylate and dicarboxylate metabolism bti00670   One carbon pool by folate bti00785   Lipoic acid metabolism bti01100   Metabolic pathways bti01110   Biosynthesis of secondary metabolites bti01200   Carbon metabolism Module bti_M00621   Glycine cleavage system Brite KEGG Orthology (KO) [BR:bti00001]  09100 Metabolism   09101 Carbohydrate metabolism    00630 Glyoxylate and dicarboxylate metabolism     BTG_28265   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     BTG_28265   09108 Metabolism of cofactors and vitamins    00785 Lipoic acid metabolism     BTG_28265    00670 One carbon pool by folate     BTG_28265 Enzymes [BR:bti01000]  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)      BTG_28265 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  GDC-P Aminotran_1_2 Aminotran_5 DUF668 Motif Other DBs NCBI-ProteinID:  AFQ19050 UniProt:  A0A9W3P0E8 LinkDB All DBs Position 5495391..5496734 Genome browser AA seq 447 aa AA seqDB search MLHRYLPMTEEDKKEMLQTIGVQTIDELFSDIPESVRFKGDLKIKEAKSEPELLKELSQM ASKNANLKEYASFLGAGVYDHYAPVIVDHVISRSEFYTAYTPYQPEISQGELQAIFEFQT MICELTGMDVANSSMYDGGTALAEAAMLAAGHTRKKKILVSSAVHPESRAVLETYAKGQN LEVVEINHKDGVTDLDVLQSEVDDTVACVIVQYPNFFGQVEKLADIEKIVHQQKSLFIVS SNPLSLGALTPPGKFGADIVIGDAQPFGIPSQFGGPHCGYFATTKAFMRKIPGRLVGQTV DSDGKRGFVLTLQAREQHIRRDKATSNICSNQALNALAASVAMTALGKQGVKEMARQNIS KAQYAKRQFEAKGFTVTFAGPFFNEFVVDCKRPVKEVNDALLQKNIIGGYDLGRDYKEHE NHMLVAVTELRTKEEIDTLVNEMGAIQ NT seq 1344 nt NT seq  +upstreamnt  +downstreamnt atgttgcatcgttatcttccaatgacagaagaagacaaaaaagaaatgttacaaacgatc ggcgttcaaacgatcgatgaattattctctgatattccagagagtgttcgttttaaaggg gatttaaaaattaaagaagcaaaatcagagccagagcttttaaaagagctatctcaaatg gctagtaaaaatgctaacttaaaagaatacgcttctttcttaggagcaggcgtatacgat cattatgctccagtaattgtagatcatgttatttctcgctcagaattttatacagcttac acaccataccaaccggaaatttcacaaggggaattacaagcaatctttgaattccaaaca atgatttgtgaattaacaggaatggatgtagcaaactcttctatgtatgacgggggtaca gctttagctgaagcggcaatgttagcagctggccatactcgcaaaaagaaaattcttgta tctagcgcggttcatccagaatcaagagcagtacttgaaacgtatgcaaaaggtcaaaat cttgaagttgttgaaattaatcataaagatggtgtaacagatttagacgtattacaaagt gaagtagatgatacagttgcttgtgtaatcgttcaatatccaaacttctttggacaagtt gaaaaattagctgatattgaaaaaatcgttcatcaacaaaaatcattatttatcgtttct tcaaatccattatcattaggcgcattaacaccaccagggaaatttggtgctgatattgta atcggtgatgcacaaccatttggtatcccatcgcagtttggtggaccgcattgtggttac tttgcaacaacgaaagcatttatgcgtaaaattccaggacgtcttgttggacaaactgta gattcagatggtaaacgtggatttgtattaacgttacaagcacgtgaacagcatattcgc cgtgataaagcgacatctaacatttgttcaaaccaagcgttaaatgcattagcagcttct gttgcaatgacggcacttggcaaacaaggtgtgaaagaaatggcacgtcaaaacatttct aaagcacaatatgcaaaacgtcaatttgaagcgaaaggctttactgtaacatttgctgga ccattcttcaatgagtttgttgtagattgcaaacgtccagtgaaagaagtaaacgatgca ttattacaaaagaatattatcggcggttacgatctaggccgtgattataaagagcatgaa aaccatatgcttgtagcggtaactgagcttcgtacgaaagaggaaattgacacacttgta aacgaaatgggggctatccaatga

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