Aquimarina sp. BL5: D1818_19305
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Entry
D1818_19305 CDS
T05615
Symbol
gcvP
Name
(GenBank) glycine dehydrogenase (aminomethyl-transferring)
KO
K00281
glycine cleavage system P protein (glycine dehydrogenase) [EC:
1.4.4.2
]
Organism
aqb
Aquimarina sp. BL5
Pathway
aqb00260
Glycine, serine and threonine metabolism
aqb00630
Glyoxylate and dicarboxylate metabolism
aqb00670
One carbon pool by folate
aqb00785
Lipoic acid metabolism
aqb01100
Metabolic pathways
aqb01110
Biosynthesis of secondary metabolites
aqb01200
Carbon metabolism
Module
aqb_M00621
Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:
aqb00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
D1818_19305 (gcvP)
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
D1818_19305 (gcvP)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
D1818_19305 (gcvP)
00670 One carbon pool by folate
D1818_19305 (gcvP)
Enzymes [BR:
aqb01000
]
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)
D1818_19305 (gcvP)
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GFIT
Motif
Pfam:
GDC-P
GcvP2_C
Beta_elim_lyase
Motif
Other DBs
NCBI-ProteinID:
AXT52866
UniProt:
A0A3A9W3V0
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Position
complement(4649060..4651912)
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AA seq
950 aa
AA seq
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MKTDSFKLRHIGPSEKDLDNMLNTIKADSMDQLIHETVPDDILLKAPLKLDEAMSEQEYS
AHIQQLAAKNKVFKTYIGLGYHEASLPAVIQRNILENPGWYTAYTPYQAEIAQGRLEALL
NYQTMVCDLTGMELANASLLDESTAAAEAMTMLFAVRSRAQKKENIHKFFVSEEILPQTL
SLLKTRAIPLGIELVIGDHTKFDFSTGFYGAILQYPGVSGQVFDYAAFVENAHQSEIKVA
VAADILSLVSLKSPGSFDADVVVGTTQRFGIPLGYGGPHAAYFATREEYKRNIPGRIIGV
TQDMNGNRALRMALQTREQHIKRDKATSNICTAQVLLAVMAGMYAVYHGKDGLQYIANKV
NTSATELANAIESLGYQQLNTVFFDTIRIKADSSKIKEIAEAQQVNFYYPDTETVSISLN
EATTIKDLNTIVSIFAKAAGKESIEISINNNSVTIPDTIKRNTEFLTNEVFNTYHSETEL
MRYIKKLERKDLSLNHSMIPLGSCTMKLNAASEMLPLSNPQWGNIHPLVPIEQAQGYQEV
LNKLEDQLTEITGFSGTSLQPNSGAQGEFAGLMVIRAYHESRGDHHRNICLIPSSAHGTN
PASAVMAGMKVVVTKATEEGNIDVEDLKEKAEKYKDNLSALMVTYPSTHGVYESAIKEIT
KIIHDNGGQVYMDGANMNAQVGLTHPGAIGADVCHLNLHKTFAIPHGGGGPGVGPICVAK
QLVPFLPGNPVITTGGDQAITAISAAPWGSALACLISYGYITMLGEEGLRESTEYAILNA
NYIKERLDGHYSTLYSGERDRAAHEMIIDCRPFKANGIEVTDIAKRLMDYGFHAPTVSFP
VAGTIMIEPTESESKAELDRFCDAMISIRQEIAEATADNPDNVMKNAPHTLAMLTANSWD
FPYSREQAAYPLSYVADNKFWPTVRRVDDAYGDRNLICTCAPIEEYMEEV
NT seq
2853 nt
NT seq
+upstream
nt +downstream
nt
atgaaaactgactcatttaaactgcgtcatattggtccttcagaaaaggacctagataat
atgctgaatacaatcaaggctgattctatggatcaacttatccacgaaactgtccctgat
gacattctactaaaagccccgctaaaacttgacgaggccatgagcgagcaagagtattct
gctcatatccagcagttagctgctaaaaataaagtgtttaaaacctacattggtttagga
tatcacgaagcaagtttgccagcagtaatacaacgtaacatcttagaaaatccaggatgg
tataccgcctacacaccatatcaggctgaaattgctcaaggtagattagaagcattgtta
aattatcaaactatggtttgtgatcttactggaatggaattagccaatgcctctttgctt
gatgaaagcactgcagccgcagaagcaatgaccatgctatttgcagttagatccagagcg
cagaaaaaagaaaatattcataagtttttcgtttcggaagaaatactaccgcaaacactt
tctttattaaaaacccgagcaattccattaggtattgaactggtaataggtgatcataca
aaatttgatttttcgacaggcttttatggtgcaattttacaatatccaggtgtatccggt
caagtatttgattatgcagcttttgtagaaaatgcacatcagtcagaaattaaggtagca
gtcgctgctgatattcttagtcttgtatcacttaagtctcctggtagttttgatgcagat
gtagtagtaggtactacacaacgatttggaattccattaggatatggaggacctcacgca
gcatattttgcaaccagagaggaatacaaaagaaatattcctggtagaatcattggagtt
actcaagatatgaatgggaatcgtgccttacgtatggcactacaaacccgtgagcaacat
attaaaagagataaagcaacttctaacatctgtacggctcaggtattactggcggttatg
gcaggaatgtatgctgtatatcacggtaaggatgggttacaatacatcgcgaataaagta
aatacctcagcaactgagctagccaatgctatcgaatcattaggataccaacaattaaat
acagtgttctttgacacgattcgaattaaagctgattcaagcaaaattaaagaaatagct
gaagcgcaacaggtaaatttctactatccagatactgaaacagtatctatctctttaaat
gaagctacaacaattaaagatttaaatactattgtatcgatttttgcaaaagcagccgga
aaagaaagtatagaaataagtataaataataattcggtaactattccggatacaataaaa
cgaaatactgaattcttaacgaatgaagtatttaacacctatcattctgaaacagaattg
atgcgttatatcaaaaagctggaacgcaaagacctttctttaaatcattccatgattccg
ttaggttcttgtacaatgaagcttaatgctgcatcagaaatgctacccttaagtaatcca
caatggggaaatattcatccattagttcctatagaacaggcacaaggatatcaggaagta
ctaaacaagctagaagatcaactaacggaaatcacaggtttctcgggaacttctctacaa
cctaactcaggagcgcagggagaatttgctggcttaatggtcattcgtgcatatcacgaa
tctagaggagatcatcacagaaacatttgtctaatcccttcttctgctcatggtaccaac
cctgcatcagcagtgatggctggaatgaaagtagtagtaacaaaagctaccgaagaagga
aatatagatgtagaagatctaaaagaaaaagcagaaaaatacaaagacaatctttctgca
ttaatggtaacgtacccttctactcacggagtttacgaatccgcaattaaagagattact
aaaatcatccacgataacggtggacaagtatatatggatggcgctaatatgaacgctcaa
gtaggattaacacatccgggagctattggcgcagatgtatgtcacttaaatcttcataaa
acatttgctattcctcacggaggtggaggaccaggtgtaggacctatctgtgttgcaaaa
caactggtgccttttttacctggcaaccctgttattactacaggaggagatcaagcaatt
actgctatttctgcggcaccttggggatcagcattagcgtgcttgatatcttatggatac
attaccatgttaggcgaagaaggtcttagagaatctacagaatatgctatcctgaacgct
aattatatcaaggagcgactagatggacattacagtaccttatattctggagaacgcgat
cgtgctgctcacgaaatgattatagattgtcgcccgtttaaagcaaatggaatcgaagta
acagatatcgctaagcgattaatggactacggatttcacgcgcctacggtttctttccct
gttgcaggaacaattatgattgaaccaacagaaagtgaaagtaaagcagaactagatcgt
ttttgtgatgctatgattagtatccgtcaggaaattgcagaagcgacggccgataaccct
gataatgtaatgaaaaatgcgccacacaccttggctatgttaacagcaaactcttgggat
tttccttatagcagagaacaagctgcgtatccattatcatatgtagcagataacaaattc
tggccaacagtaagacgtgtagatgatgcttatggagatagaaatcttatttgtacctgt
gctcctattgaggaatatatggaagaggtatag
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