Bacteroides salyersiae: K6V25_14600
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Entry
K6V25_14600 CDS
T08777
Symbol
gcvP
Name
(GenBank) aminomethyl-transferring glycine dehydrogenase
KO
K00281
glycine cleavage system P protein (glycine dehydrogenase) [EC:
1.4.4.2
]
Organism
bsal
Bacteroides salyersiae
Pathway
bsal00260
Glycine, serine and threonine metabolism
bsal00630
Glyoxylate and dicarboxylate metabolism
bsal00785
Lipoic acid metabolism
bsal01100
Metabolic pathways
bsal01110
Biosynthesis of secondary metabolites
bsal01200
Carbon metabolism
Module
bsal_M00621
Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:
bsal00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
K6V25_14600 (gcvP)
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
K6V25_14600 (gcvP)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
K6V25_14600 (gcvP)
Enzymes [BR:
bsal01000
]
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)
K6V25_14600 (gcvP)
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Motif
Pfam:
GDC-P
GcvP2_C
Aminotran_5
Beta_elim_lyase
Motif
Other DBs
NCBI-ProteinID:
UBD64158
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All DBs
Position
complement(3832202..3835051)
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AA seq
949 aa
AA seq
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MKTDSFASRHIGISEEDIQVMLRKIGVATLDELIDKTIPANIRLKEPLALPPAMTEYEFS
NHIAQLASKNKLFTSYIGMGWYNTITPAVIQRNVFENPVWYTSYTPYQTEVSQGRLEALM
NFQTAVCDLTAMPLANCSLLDEATAAAEAVTMMYALRPRDKQKAGANVVFVDENIFPQTL
AVMTTRAIPQGIELRMGKYAEFTPAPEVFACIVQYPNADGSIEDYRIFTEKAHEAGCKVA
VAADLLSLAMIVPPGEWGADIVFGTTQRFGTPLFYGGPSAAYFATRDEYKRNMPGRIIGW
SKDKYGKLCYRMALQTREQHIKREKATSNICTAQALLATMAGFYAVYHGQEGITGIASRI
HNISAFLEKEINKLGYKQVNKYYFDTLRFILPDNVSAQQIRTIALSKEVNLRYFDNGDVG
FSIDETTDTAAAGILLSIFAIAAEKDYQKMTVIPESAAFPKELKRQSAFLTHEVFNKYHT
ETEMMRYIKRLDRKDISLAHSMIPLGSCTMKLNAAAEMLPLSRPEFMCMHPLVPEDQAEG
YRMLIENLSEELKTITGFAGVSLQPNSGAAGEYTGLRVIRSYLESIGQGHRNKILIPASA
HGTNPASAIQAGFVTVTCACDGQGNVDMEDLRAKAEENKEDLAALMITYPSTHGIFETEI
VEICNIIHACGAQVYMDGANMNAQVGLTNPGFIGADVCHLNLHKTFASPHGGGGPGVGPI
CVAEHLVPFLPGHGLFGNPMNEVSSAPYGSAGILPITYGYICMMSTEGLTMATKAAILNA
NYLAACLKDTYGIVYRGANGFVGHEMILECRKIHEETGISENDIAKRLMDYGYHAPTLSF
PVHGTLMIEPTESESLWELDNFITVMQTIWKEIQEVKNGEADKDDNVLVNAPHPEYEVVG
DNWEHCYTREKAAYPIESVRENKFWINVARVDNTLGDRKLLPTRYGTFE
NT seq
2850 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaccgattcatttgccagccgtcatataggcatcagtgaggaagacatacaagtg
atgcttcgcaagattggtgtagccactcttgatgaactgatagataaaacaatacccgcc
aatatccgcctgaaggaaccgttggcattaccgcctgccatgacggaatatgagttcagc
aaccacatagcccaattggcaagcaaaaacaaactgtttacatcatacatcggaatggga
tggtacaataccattacccctgccgttattcaaagaaacgtgtttgaaaacccggtgtgg
tatacttcttacactccttatcaaaccgaagtttcacaagggcgtcttgaagcccttatg
aactttcagacagccgtttgtgaccttaccgccatgccattggccaactgttccctgttg
gacgaagctacggcagcagcagaagccgtgacgatgatgtatgctctccgtccgcgtgat
aaacagaaagcaggagctaacgtcgtgtttgttgatgaaaacattttcccacagacattg
gctgtaatgaccacacgtgccatccctcaaggtatcgaattgcgtatgggaaaatacgct
gaatttacacctgctccggaagtatttgcctgtatcgttcaatatcccaatgccgacgga
agtattgaggattatcggatattcacggagaaagcacatgaagctggttgcaaagtagct
gtagccgccgatttgttaagccttgcaatgatagttcctcccggtgaatggggagcggat
atcgtattcggcactacccagcgatttggaacgcctttattctatggcgggccttcggct
gcttattttgctacccgtgacgagtataagcgcaatatgccgggacgtatcataggatgg
tcaaaagataaatatggaaagttatgttatcgcatggctcttcaaacccgcgagcagcat
attaaacgcgaaaaagcgacttcaaacatatgtaccgcccaagcattactggctaccatg
gcaggattctatgcagtctatcacggacaagagggcattaccggaatcgcttcacgcatc
cataatattagtgcttttctggaaaaagagataaataagttaggatataagcaggtgaac
aagtattatttcgatactctccgttttatcctgcctgataatgtttctgctcagcagata
cgtaccattgctctcagcaaagaggtgaatctgcgttatttcgataatggtgacgttggc
ttcagcattgatgaaaccactgatacggctgctgccggcatattgttgtctatttttgcc
attgcagcggaaaaagattatcagaagatgactgtgataccggaatctgccgcctttccg
aaagagctgaaacggcaaagcgcatttctgactcatgaggtattcaacaaatatcacacc
gaaacagagatgatgcgttatataaagcggctggatcgcaaggatatttcattggcacat
tcaatgatcccattagggtcgtgtacaatgaagcttaacgcggctgccgagatgctaccg
ctaagccgtccggagtttatgtgcatgcatccgttggtgcctgaggatcaggctgaggga
tatcgcatgttaatagaaaaccttagtgaagaattgaaaaccataaccggatttgccggt
gtcagcctccagccgaattccggtgcggcaggagaatatacagggctccgggttatccgc
agctatctcgaaagtatcgggcagggacaccgcaacaagatactgattcccgcatcagct
cacggcacaaatccggcatcggctattcaggcaggattcgtgaccgtcacctgtgcctgc
gacgggcaagggaatgtagacatggaggatcttcgcgccaaagctgaagaaaacaaggag
gatctggctgcactgatgatcacctacccttccacgcacggtatctttgaaacagagatc
gtagaaatctgtaacatcattcatgcatgtggcgcacaggtatatatggatggtgctaat
atgaatgctcaggtaggattgaccaatccgggctttatcggtgccgatgtttgtcatttg
aatcttcataagacgtttgcttctcctcatggcggcggaggtccgggtgtaggcccgata
tgcgtagccgaacatctggttccttttttgccgggacatggattgtttggtaatccgatg
aacgaagtatcctctgctccttatggaagtgcgggaatattgccgattacttacggatac
atttgtatgatgagtacggaaggtttgacaatggctacaaaagcagctattcttaatgca
aactatttagcagcttgtctgaaagacacttatggtattgtatacagaggagctaacgga
tttgtaggccatgaaatgatattggaatgccgcaaaatacatgaagaaacgggcatcagt
gagaatgatatagccaagcgtctcatggattacggttatcatgctcctaccctctctttc
cctgttcacggtacgctgatgattgaacctaccgaaagtgaaagcctgtgggaactggat
aatttcattacagtaatgcaaactatctggaaggaaatacaggaagtgaaaaacggtgaa
gcagacaaagacgacaatgtattagtgaatgccccacatcctgaatacgaagtggtaggc
gataattgggaacactgctatacccgtgaaaaagcggcttatccgatagaaagcgtgcgg
gaaaacaaattctggataaatgtggcacgtgtagacaatactttgggagaccggaagtta
ttgcctacccggtatggtactttcgaataa
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