Thalassobellus suaedae: RHP49_04045
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Entry
RHP49_04045 CDS
T10801
Symbol
gcvP
Name
(GenBank) aminomethyl-transferring glycine dehydrogenase
KO
K00281
glycine cleavage system P protein (glycine dehydrogenase) [EC:
1.4.4.2
]
Organism
tsx Thalassobellus suaedae
Pathway
tsx00260
Glycine, serine and threonine metabolism
tsx00630
Glyoxylate and dicarboxylate metabolism
tsx00670
One carbon pool by folate
tsx00785
Lipoic acid metabolism
tsx01100
Metabolic pathways
tsx01110
Biosynthesis of secondary metabolites
tsx01200
Carbon metabolism
Module
tsx_M00621
Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:
tsx00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
RHP49_04045 (gcvP)
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
RHP49_04045 (gcvP)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
RHP49_04045 (gcvP)
00670 One carbon pool by folate
RHP49_04045 (gcvP)
Enzymes [BR:
tsx01000
]
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)
RHP49_04045 (gcvP)
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Gene cluster
GFIT
Motif
Pfam:
GDC-P
GcvP2_C
Beta_elim_lyase
NorB_cytochrome_c-like
DUF134
Motif
Other DBs
NCBI-ProteinID:
WNH13433
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All DBs
Position
908270..911119
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AA seq
949 aa
AA seq
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MNTNAFALRHIGPREEDKNLMLQTIGVDSLDQLIYETIPDDIRLKNGLNLEEPMTEHEYL
LHIHELSKKNKVYKTYIGLGYHPTILPAVIQRNILENPGWYTAYTPYQAEIAQGRLEALL
NFQTMVIDLTGMEIANASLLDESTAAAEAMSLLFAVRDRAQKKTGINKFFVSENILPQTL
SLLQTRATPIGIELVIGSEDNFDFSSEFFGAILQYPGKDGQITDIKTFISKANDAQIKVA
VAADILSLVKLEAPGKFGADVVVGTTQRFGIPMGYGGPHAAYFATKEAYKRDLPGRIIGI
TKDTNGNRALRMALQTREQHIKRDKATSNICTAQVLLAVMASMYAVYHGANGLKFIANKV
HNKTSTLANALEKLGYKQVNTSFFDTLQVKTKAKKIKKVATEKKVNLYYPDKNTVTISIN
ETTSIRDINYLISVFAEAAKKETIVCSSIESFNNIDESIQRTSDFLTLDVFKTYHSETEL
MRYIKSLERKDLSLNHSMISLGSCTMKLNAASEMLPLSIYKWANIHPFVPAKQAKGYLTV
LKELEDQLTEITGFAATSLQPNSGAQGEFAGLMVIKAYHESRGDHHRNICLIPSSAHGTN
PASAVMAGMKVIVTKSTEEGNIDVDDLREKAELYKDNLSCLMVTYPSTHGVYESAIKEIT
KLIHDNGGQVYMDGANMNAQVGLTNPGNIGADVCHLNLHKTFAIPHGGGGPGVGPICVAK
QLVPFLPGNPVIKTGGKKAITAISAAPYGSALACLISYGYIKMLGAEGLTESTKIAILNA
NYIKQRLEGNFDTLYSGERGRAAHEMIVDCRPFKANGIEVTDIAKRLMDYGFHAPTVSFP
VAGTLMIEPTESESKTEIDRFCDAMISIKKEIDSVSKEDNNNVLKNAPHTLEMITANTWD
LPYSREAAAFPLDYVKTNKFWPSVRRVDDAYGDRNLVCSCVPIEAYAEA
NT seq
2850 nt
NT seq
+upstream
nt +downstream
nt
atgaacacaaacgcttttgcattgcgtcatattggccctagagaagaggataaaaacctt
atgttacagactattggtgtcgactcattagaccaattaatatatgaaaccataccagat
gatattcgtttaaaaaacggattaaatttagaagaacctatgacagagcatgaatatttg
ctccacatacatgaactttctaaaaaaaacaaagtctataaaacttacatcgggttagga
tatcacccaacaatactacctgcagttatacaaagaaatattcttgaaaacccaggatgg
tacacagcatacacaccttaccaagctgaaattgcacaaggaagattagaagcgctttta
aattttcaaaccatggttattgatttaacaggaatggaaattgcaaatgcatcacttctt
gacgaaagtactgcagcagcagaagctatgagtttattatttgcagttcgtgatcgtgca
caaaaaaagacaggcataaataagttttttgtttcagaaaacattctacctcaaacatta
tcgcttcttcaaactagagcaaccccaattggtattgagttagttattggtagtgaagat
aattttgatttctcttcagaattctttggagccattttacaatatccaggtaaagatgga
caaataacagatataaaaacttttattagtaaggctaatgatgctcaaataaaagtagct
gtagctgccgatattttaagcttggtaaaattagaagctcccggtaaatttggtgccgat
gttgttgttggaaccacccaacgttttggtattccaatgggctatggcggtcctcatgca
gcctattttgctaccaaagaagcatataaacgtgacttacctgggcgtattattggtatt
acaaaagatactaatggcaacagagctctccgcatggctttacaaacacgcgagcaacat
attaaacgcgacaaagcaacttcaaatatatgtaccgcacaagttttactagctgtaatg
gctagtatgtatgcggtttaccatggagcaaacggtttaaaatttattgccaataaagtt
cataataaaacatctactttagccaatgctttagaaaaactaggctataaacaagtaaac
acgtctttctttgatacgcttcaggtaaaaacaaaagctaaaaaaattaaaaaggttgct
acagaaaagaaagtaaatctatactatccagataaaaacacagttaccatttctattaat
gaaaccacttcaattagagatattaactatttaatttcagtttttgcagaagccgctaag
aaagaaactattgtgtgttcttctattgaaagctttaataatattgatgaatcgatacaa
agaacttcggatttcttaactcttgatgtttttaaaacatatcattctgaaaccgaattg
atgcgttatataaaatcgttagagcgcaaagatttatcattaaaccattctatgatttct
ttaggatcttgtaccatgaaactaaacgctgcatcagaaatgttgcctttaagcatttat
aaatgggccaatattcatccttttgttcctgcaaaacaagctaaaggctatttaactgtt
ttaaaagaattagaagatcagctaactgaaatcactggctttgcagccacttccttgcaa
cctaattcgggtgctcaaggagaatttgctggacttatggtaataaaagcatatcacgaa
tcgcgtggcgaccaccatagaaacatttgcttaattccatcatctgctcacggtacaaac
ccagctagtgctgttatggctggtatgaaagttattgttaccaaatcaaccgaagaaggc
aatattgatgttgatgatttgcgcgaaaaagcagaattatacaaagacaacttatcgtgt
ttaatggtaacctacccatccacacatggtgtatatgaatctgctattaaagaaatcact
aaattaattcatgataatggcggacaggtttatatggatggtgccaatatgaatgcccaa
gtaggacttaccaatccaggcaatatcggagctgatgtttgccacctcaacttacacaaa
acatttgctattcctcatggaggtggaggtcctggtgttggccctatatgtgtagctaaa
caattagtgccatttttaccaggaaatccagttattaaaacaggtggtaaaaaagcaatt
acagccatatctgcagcaccttatggatctgctcttgcttgcttgatatcttatggctat
attaaaatgttgggtgccgaaggtttaacagaatctactaaaatagccattttaaatgcc
aactatattaaacaacgtttagaaggtaattttgatactttatattctggtgaacgtggt
agagctgcacatgagatgattgtagactgcagaccttttaaagccaacggcattgaagtt
acagatatagcgaaacgtttaatggattatggtttccatgctcctactgtttcttttcct
gttgctggaacattaatgatagaaccaacagaaagcgaaagtaaaacagaaattgacagg
ttttgtgatgcaatgatttctattaaaaaagaaatagatagcgtttctaaagaagacaac
aacaacgttttaaaaaatgcgcctcacaccttagaaatgattacagccaacacatgggat
ttaccatactctcgtgaggctgcagcatttcctttagactatgtaaaaacaaacaaattt
tggcctagtgtaagacgtgtggatgatgcctatggagatagaaatttagtatgctcctgc
gttcctattgaagcctatgcagaagcgtaa
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