Hydrogenobaculum sp. HO: HydHO_1206
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Entry
HydHO_1206 CDS
T02482
Name
(GenBank) Glutamate synthase (ferredoxin)
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
hho
Hydrogenobaculum sp. HO
Pathway
hho00250
Alanine, aspartate and glutamate metabolism
hho00910
Nitrogen metabolism
hho01100
Metabolic pathways
hho01110
Biosynthesis of secondary metabolites
hho01120
Microbial metabolism in diverse environments
hho01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
hho00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
HydHO_1206
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
HydHO_1206
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
hho01002
]
HydHO_1206
Enzymes [BR:
hho01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.13 glutamate synthase (NADPH)
HydHO_1206
Peptidases and inhibitors [BR:
hho01002
]
Cysteine peptidases
Family C44
HydHO_1206
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
FMN_dh
Cuticle_2
Motif
Other DBs
NCBI-ProteinID:
AGG15520
UniProt:
M1RTT9
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All DBs
Position
complement(1121102..1125511)
Genome browser
AA seq
1469 aa
AA seq
DB search
MQEKDSCGVGFICDVNGKKSNKIVKYGIEAVKNLTHRGAVGADGKTGDGAGILIQIPHKF
FQKEIDRLGFEISSVENLGVGVLFLKNNDTSKVEDIAKKMGFKLIGFRDVPIDKSALGKS
ALETMPVIKQMLLDLEGIEHKELALYFLRKSLKKELKIYIPSLSSKTIVYKGMFVAYQID
HFYKDLEDEDIESSICLFHQRYSTNTFPNWNLAQPFRYLAHNGEINTINGNRNWMMAIQS
ELYHKLLEDNIKLIKPIVEYDESDSASLDKVFELLVLTEYPVEHAINMLIPPAWENDDTL
KDDIRAFFEYKSLLMKPWDGPAAIVFTDGVKVGAHLDRNGLRPSRYIITKDNIVILGSEV
GMVNIDPSDIKESSRLSPGDTILIDTSTKSLKTTQEILEDISKKNPYKKWIEENLLRLED
IIKDRTLEDEHVDKDTLTRLQAYFGYTTEELKNQIDYMAKEGKEYTFSMGDDTPLPPLNE
KPVLLFRYFKQRFAQVTNPPIDSIRERFVMSLKMNLGHKRNFLVETPQHAKRFQIDSPVL
LPYHIKAIENQKNFKVKRISLCYPKHRSDNIQALQDLKGFERVSDILMDAVYEGIPIVDL
KIGLEVLTHLVEQAVKEGADIIILSDKGVDEKNVAIPSLLGVSASVRHLAKLGLSQKVSF
IVETGEVRDTHSLACLIGYGASAVYPYLLYETLYHTYPENYERVLKNYKKALEDGILKIM
AKMGIATLNSYQGAEIFDSVCLNKDFVDEYFTGTPVTLEADGIEQIEESIIKRHDFAFNS
EKPTLDYGGDLKFRKGGVYHAWSPHVVRALHKYLETLDYKDYLEFSKIANEEHPTFIHHL
LDYKKAKSPIPIEEVEPEEEILKRFVTGAMSLGALSPEAHEVLAMATNMLGMKSNSGEGG
EDPERYFTEKNSAIKQVASGRFGVTPTYLASATDIEIKIAQGAKPGEGGQLPGKKVSPYI
AKIRYAQEGITLISPPPHHDIYSIEDLAQLINDLKKANPKARISVKLVSESGIGTIASGV
AKAYADIVQVSGTEGGTGASPLSSIKNAGNYWEIGLYDTVKTLMENALRDRVSVRVDGGF
RTGKDVIIGAILGAEEFGFGTAAMIAEGCVMARQCHLNTCPTGVATQDAKLRAKFSGTKE
GVAAYFKALAREVREILSSMGYKSLNDIIGRLELLEPRPSRLKLDVFTKGYPKDAPRFRT
FERNDNPEKTLNDFIAEELEEFIKSQTPVERHYKITNIDRSVGATISYYTAIYHKDKGLP
SNTLNLYFEGVAGQSFGAFNHKGINLFLKGMANDYVGKGMHGGIISIRPFYYADKPFVLA
GNTILYGATGGELYIAGSVGERFAVRNSGAKAVVEGVGHHALEYMTGGVVVNIGNFGYNV
GAGMTGGIAYFYDKEGVLEKHINTSYVLVQDITEEDIELIRSMLESHVKYTDSPKAKEML
ENGFEAFKKIMPIELCVRSESSDECVQKV
NT seq
4410 nt
NT seq
+upstream
nt +downstream
nt
atgcaagaaaaagactcttgcggtgttggttttatttgcgatgtaaacggtaaaaaatcc
aataagattgtaaaatatggtattgaagctgtcaagaatctaactcatagaggagcagtt
ggtgctgatggtaaaaccggagacggtgctggcatactaatacaaatacctcataaattt
tttcaaaaagagatagataggcttggttttgagatatcttctgtagaaaaccttggagta
ggtgttttatttttgaaaaacaacgatacatcaaaagtagaagacatagccaaaaaaatg
ggctttaaacttataggttttagagatgtacccatagataaatctgcccttggtaaaagt
gcccttgagacgatgcctgttataaaacaaatgcttcttgatttggaaggcatagaacac
aaagagcttgctttgtattttcttcgtaaaagcctaaaaaaagagcttaaaatatacata
ccttctttgtcttctaagacgatagtttataaaggcatgtttgtggcttatcagatagat
catttttacaaagatttagaagatgaagatatagaatcttccatatgcctatttcatcaa
aggtattctacaaacacgtttccaaactggaatctggcgcaaccttttagatatttagcc
cacaatggtgagataaacacaataaacggcaatagaaactggatgatggctattcaatct
gagctttaccataagcttttagaagacaacataaaacttataaaacctatagtagagtat
gatgaaagcgattctgcttctttggataaagtttttgagcttttagtgttaacagagtac
ccagtagaacatgctataaatatgctaataccacctgcttgggaaaacgacgatacacta
aaagacgatataagggcattttttgaatacaaatccttacttatgaaaccttgggatgga
ccagctgccatcgtatttaccgatggtgtaaaagtgggtgctcacttagatagaaacggg
ctaagaccttcaagatacataatcacaaaagacaacatagtaatacttggttctgaagtg
ggcatggtaaatatagacccttctgatataaaagaaagctcaagactttctccaggtgat
actatccttatagatacttccactaaaagcctaaaaaccacccaagaaatactagaagat
atatcaaagaaaaacccttataaaaaatggatagaagaaaatcttctaaggcttgaggat
attataaaagatagaacgttagaagatgagcatgtagacaaagatacgcttacacgctta
caggcttattttggctatacaacagaagagcttaaaaatcaaatagactatatggcaaaa
gaaggtaaggaatatacattttcaatgggagatgatacaccactacctcctttaaacgaa
aagccagtactcctatttagatactttaaacaaagatttgctcaagttacaaaccctcct
atagattctataagagaacgctttgttatgagcttgaaaatgaacctagggcataagaga
aactttcttgtagaaactcctcagcatgctaaaagatttcaaatagattctccggtgctt
ttgccatatcacataaaagctatagaaaatcagaagaattttaaagtaaaacgtatatct
ttatgctatccaaagcatagaagcgataacatacaggcccttcaggatttaaaaggtttt
gaaagggtttcagatatattgatggacgctgtttatgaaggtatacctattgtagatttg
aagataggcttagaagtgcttactcatttagtagagcaagctgtaaaagaaggtgcagat
ataataattctttctgataaaggtgttgatgaaaagaacgtagctataccaagccttttg
ggggttagtgcctccgtaagacatcttgctaagcttggcttatcgcagaaggtaagcttt
atcgtagaaactggagaagtaagagatacacattctcttgcatgtcttataggatacgga
gcatctgcggtttatccatatcttctttatgaaaccttatatcacacttatcctgaaaac
tacgagcgtgtgttgaaaaattataaaaaagcccttgaagatggtattctcaagataatg
gctaaaatgggtatagcaacgctcaactcttaccaaggggctgagatatttgactccgta
tgtcttaacaaggattttgtggatgaatattttactggtactcccgttacgttagaagcg
gatggtatagagcaaatagaagaatctattataaaaagacatgattttgcttttaacagc
gaaaaaccaacccttgattatgggggtgatttgaagtttagaaaaggcggtgtttaccac
gcttggtctcctcatgtggtaagagctcttcataagtatttggaaacccttgattataaa
gattatcttgagttttctaagattgccaacgaagagcatccaacgtttatacatcatctt
ttggattataaaaaagctaaaagcccaatacctatagaagaggtagaacccgaagaagag
atactaaagcgttttgtgacaggtgctatgtctttgggagcgctttctccagaagctcat
gaagtacttgcaatggctaccaatatgcttggtatgaaatcaaacagcggtgaaggtgga
gaagacccagaaaggtattttaccgagaaaaacagcgctataaaacaagtggcttcaggt
agatttggtgtgacccctacttatcttgcttctgccaccgatatagagataaaaatagca
caaggggcaaaacccggtgaaggtggtcaacttcctggtaaaaaggtaagtccctacata
gctaagataagatatgcccaagaagggataaccctcatatcaccaccacctcatcacgat
atatactctatagaggatttggcacagcttataaacgatcttaaaaaagcaaatccaaag
gctcgtatatctgtgaagcttgttagtgaatctggcattggcaccattgcctctggtgtt
gcaaaagcttatgctgatatcgtacaagtgagtggtaccgaaggaggtactggagcatct
cctcttagctctataaaaaatgctggtaactattgggaaataggtctttacgataccgta
aaaacccttatggaaaacgctttaagggatagggttagcgtaagggtagatggtggtttt
agaactggtaaggatgtgataataggtgctattttaggtgcagaagagtttggttttggt
accgctgccatgatagcagaaggctgtgtgatggcccgtcaatgccacttaaacacatgc
cctacaggtgtggctacccaagatgcaaagctaagagctaagtttagtggcaccaaagaa
ggagtggctgcttattttaaggctttggctagggaagtaagagagatactctcatctatg
ggatacaaaagtctaaacgatataataggtcgtcttgagcttttagaaccaagaccgtcc
agactaaagcttgatgtattcacaaaaggctatccaaaagatgctccaaggtttaggacc
tttgaaagaaacgacaaccctgaaaaaactttaaacgattttatagccgaagaattagaa
gagtttattaaaagccaaacacctgttgaaaggcattacaaaatcacaaacatagataga
agtgtgggggctaccataagttattatacggctatttatcataaagataagggcttgcca
tcaaacacgttgaacctttattttgaaggcgttgcaggccaaagttttggagcttttaac
cacaaaggtataaacttatttttaaaaggtatggcaaacgattatgtaggaaagggaatg
cacgggggtattatatctataagacctttttattatgctgataagccttttgtcttggct
ggaaacactatattatatggtgccaccggtggtgagctttacatagctgggtctgtgggt
gaacgttttgccgttagaaacagtggtgcaaaagcggtggtagaaggagtgggtcatcat
gcacttgagtatatgacaggcggtgttgttgtaaatatagggaattttggctacaacgta
ggtgctggtatgactggtggtatagcctatttctacgacaaagaaggggttttggaaaag
catataaacacatcttacgtgctggtgcaagatataaccgaagaagatatagagcttata
aggtctatgcttgaatcccatgtaaaatatacagatagccctaaagctaaagagatgtta
gaaaatgggtttgaggcttttaaaaagattatgccgatagagctttgtgtaagatctgag
agttcagacgaatgtgtccagaaggtataa
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