Taylorella equigenitalis 14/56: KUK_0938
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Entry
KUK_0938 CDS
T02604
Symbol
gcvP
Name
(GenBank) glycine cleavage system P protein
KO
K00281
glycine cleavage system P protein (glycine dehydrogenase) [EC:
1.4.4.2
]
Organism
teg
Taylorella equigenitalis 14/56
Pathway
teg00260
Glycine, serine and threonine metabolism
teg00630
Glyoxylate and dicarboxylate metabolism
teg00785
Lipoic acid metabolism
teg01100
Metabolic pathways
teg01110
Biosynthesis of secondary metabolites
teg01200
Carbon metabolism
Module
teg_M00621
Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:
teg00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
KUK_0938 (gcvP)
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
KUK_0938 (gcvP)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
KUK_0938 (gcvP)
Enzymes [BR:
teg01000
]
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)
KUK_0938 (gcvP)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GDC-P
GcvP2_C
Beta_elim_lyase
Aminotran_5
RNase_H2-Ydr279
Motif
Other DBs
NCBI-ProteinID:
CCG18236
UniProt:
I7IZ86
LinkDB
All DBs
Position
complement(1019030..1021981)
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AA seq
983 aa
AA seq
DB search
MSLPVGIYGPWVSYSRPLIVLKSFKDRHIGLSSEAQDEMLAELGYDCLESFIEDVVPNSI
FDPERLGGALYSYSGISEEEALNEISKIAYENKPIVNYIGQGYYGTFTPSVIKRNILENP
AWYTAYTPYQPEISQGRLEALLNFQTMVSDLTALPIANASLLDEGTAAAEAMLVMYRSAK
NKSKTCFVSKYLHPQTIEVLKTRAAPLGIDLEIGDEFDGFGNCFGVILQYPRTNGAIYDY
SEEVQKAHGLGALVAVATDLLALTLLKPPGEWGADIAFGNSQRFGVPMAFGGPHAAFFAV
NENLKRAIPGRLVGVSVDAQGAPALRLAMQTREQHIRREKATSNICTAQALLAIMASMYA
VYHGPDNLRNIALQIFQATDDFAKYLTKIGYKVLTKRYFDTISIDCPWAQDLVADLAKEG
ANIRLVDSKTVSVSFDEVNWLDGYSLGELFFESAKKYGKNYLFPLNENATLNSGNESANQ
VFNNKLGHLVRTSKFLSHSIFNTYHSETQLMRYMRKLSDKDLALDRTMIPLGSCTMKLNS
ASSMIPITMSEFANMHPFAPNEQATGYGTLIDRLTNLMKMVTGYDAFSFQPNSGAAGEYA
GLLTIRAYHEANGEGHRNICLIPASAHGTNPASAAMAGYQVVIINTTKDGYVDVDDLRDK
LNEMGAQVAALMITYPSTHGVFEDNIIQICDLVHMAGAQVYLDGANMNAMVGLAAPGLFG
SDVSHFNLHKTFGIPHGGGGPGVGPIGVKKHLAPYLPGILNERGVLTDSDEPGPVSSAPF
GSAGILPISYMYLNMLGSQGCILSSICAILNANYIAHKLEGYYPILYTDKKGFVAHECII
DLRPIKDSCGVTVDDVAKRLMDYGFHAPTMSFPVPGTLMIEPTESEDLGEIERFINAMIQ
IRKEIAQIESGAADSTDNLLKNAPHTAQMIASDDWTHPYSRQEAAFPEGVDPETKYWCPV
ARVDNAYGDRNLICTCPPMEAYK
NT seq
2952 nt
NT seq
+upstream
nt +downstream
nt
atgagtttaccagttgggatttacgggccatgggttagttattcaaggcctctaatagtt
cttaagtctttcaaggatagacatattggtttgagttcagaggctcaagacgagatgctg
gccgagcttgggtacgattgtcttgaatcctttatagaagatgtagttccaaattcaatt
tttgatcctgaaagattaggtggagcattatattcttactctgggataagcgaggaagaa
gcacttaatgaaatttctaagatagcatatgaaaataagccaatagttaattatattggt
cagggatactacggcacattcactccaagtgttattaaaagaaatatattagaaaaccca
gcttggtacacagcctacactccatatcaacccgagatatcacaggggcgactcgaagca
cttctgaattttcagactatggtgtcggatttgacagcattaccaatagcaaatgcatca
ctactagatgaaggaacggcagcggctgaagcgatgcttgtaatgtatcgatcagccaag
aacaaaagtaaaacatgctttgtttcaaaatatctacatcctcaaacgatagaggtcctc
aaaactagggcggcccctcttggaatagatctcgaaattggcgatgaatttgacggcttc
ggaaattgctttggcgttattcttcaatacccacgaactaatggtgccatctacgactat
tccgaagaggtgcaaaaagcacatggtttaggtgcactagttgctgttgctaccgattta
ttggcacttacattgcttaaaccgcctggagagtggggtgcagacattgcattcgggaac
tctcaacgattcggtgtgcctatggcttttggtggacctcatgccgcattttttgctgtt
aacgaaaatttaaagcgtgccattccagggcgattagtaggagtgtcagttgatgctcag
ggtgctcctgcccttaggttggcaatgcaaacgcgagagcaacatattagacgtgagaaa
gccacttccaatatttgtactgctcaagctcttttagcgattatggcaagtatgtatgcc
gtatatcatggtcctgataatttaaggaatatagctcttcagatatttcaggctactgat
gattttgctaagtatcttactaaaataggttataaagtactgactaaaagatattttgat
accatctctatcgattgcccttgggctcaggatttagttgctgatttagcaaaagaaggt
gcaaatattcgtcttgtcgattctaaaaccgtatctgtaagttttgatgaagtgaattgg
ttagacggttatagcttgggtgaattgttttttgaatctgctaaaaaatacggcaagaat
tatttatttcctttaaatgagaatgcaacactaaatagtggaaatgagagtgcgaaccag
gtatttaataataagttaggtcatttagttagaacctctaaatttctatctcactctata
ttcaatacatatcactcagaaactcaacttatgcgatatatgcgtaagttgtccgataag
gatttggctttggaccgtacaatgattccattaggttcatgcaccatgaagttaaattca
gcttcatcgatgattccgataacaatgtctgaatttgcaaatatgcacccatttgcacca
aatgagcaagcaactggatatggaacacttatagatcggcttacaaacctaatgaaaatg
gttacgggatatgatgcgttttcatttcaaccgaattctggtgctgcaggtgagtatgcg
gggttactaactatccgtgcatatcatgaggcaaatggtgagggtcatcgcaatatctgc
ttaattccagcttctgcacacggtacaaatccagcttctgccgctatggcgggttatcaa
gttgttattattaatacgactaaagacggctatgttgacgttgatgaccttagggataaa
ctaaatgagatgggtgcacaggtagctgcattgatgattacctatccatctactcatggt
gtatttgaagataatattattcaaatatgtgatttggtacatatggctggggctcaagtc
tatctagatggggcaaatatgaatgcaatggtaggacttgctgcaccaggattgtttggt
tcagatgtttctcactttaacttgcataaaacctttggtattcctcatggtggaggtgga
ccgggagtaggtccaataggtgttaaaaagcatcttgcaccttatttgccaggcatctta
aatgagcggggagtacttacagattctgatgagccaggtcctgtatcgtctgcaccattt
ggatcggctgggatattgccaatttcatatatgtacttaaacatgcttggatcgcaaggg
tgcatactttcttcaatttgtgcgattttaaatgcaaactatattgcacataaattggaa
ggctattatccaattttgtatacggataagaaaggttttgtagcccatgagtgtattatc
gatctgcgtccaatcaaggattcatgcggtgttacggtggatgatgtagctaaacgtttg
atggactatggtttccatgcacctaccatgagctttcctgtgccaggaacgcttatgatt
gaacccactgaatctgaagatttaggggaaattgagcgttttatcaatgccatgatccaa
attcgcaaagagattgctcagatagaatcgggtgctgctgattctacagacaacctgttg
aaaaatgcccctcacacagcacaaatgatagcttcagacgactggactcatccatattca
cgacaagaagctgcatttccagagggagtagatcctgaaactaaatattggtgtcctgta
gctcgtgtggataatgcatatggtgacaggaatttgatttgtacatgccctccaatggag
gcttataaataa
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