Flavobacterium fluviale: HYN86_10120
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Entry
HYN86_10120 CDS
T07714
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
ffl
Flavobacterium fluviale
Pathway
ffl00250
Alanine, aspartate and glutamate metabolism
ffl00910
Nitrogen metabolism
ffl01100
Metabolic pathways
ffl01110
Biosynthesis of secondary metabolites
ffl01120
Microbial metabolism in diverse environments
ffl01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
ffl00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
HYN86_10120
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
HYN86_10120
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
ffl01002
]
HYN86_10120
Enzymes [BR:
ffl01000
]
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)
HYN86_10120
Peptidases and inhibitors [BR:
ffl01002
]
Cysteine peptidases
Family C44
HYN86_10120
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
AXB56929
UniProt:
A0A344LSN7
LinkDB
All DBs
Position
complement(2307020..2311537)
Genome browser
AA seq
1505 aa
AA seq
DB search
MRVKEQGLYLPEFEHDNCGAGFICNLNGIKSNDIIHKALDILIKLEHRGAVSSDGRTGDG
AGILFDIPHDFFKKVCDFEIPEAREYAVGMVFLPKSKNQVSFCINAFEATIKDQNLKILG
WRDVPVDVENLGQIAAEKEPTVKQVFVSKNGQNLTEQEFNAKLFAARKIAEHAVRGSKTS
ESHMFYFTSLSTTTIIYKGLLMPEDISRYYIDLKDPDLVTRLALVHQRFSTNTFPSWDLA
QPFRYMCHNGEINTLRGNVSRMRAREELMQSAVFGDDIKKLFPIILEGKSDSASMDMVVE
LLLMTGRSLPEAMMMVVPEAWEKHQTMSPEKRAFYEFNACIMEPWDGPASIPFTDGNVIG
ALLDRNGLRPSRYTLTKSGFVIMSSEIGVLDIDPEDVIQHGRLEPGKMFLVDMNEGRIIE
DEEVKKAIVTKRPYQEWLDANLLPLAKIPYTNNPTPVEKLDFVTRQKLFGYTIEDLKTII
NPMGGQGAEAISSMGNDTPLAVLSDQPQLLYNYFKQLFAQVTNPPLDGIREEIITDISLA
IGGDFNIFEIESKQCKKLKIQNPVISNEDLDKIRNIDHADFKSATISTLYKIEKGVNGLE
RALEKCVQATFKAVNEGCNIIILSDRGVSEELAPIPMLLACSYIHHSLNILQVRSKFGII
IESAEPREPHHFALLFGYGASAINPYMVNEIIYDQVAQGFITGVKADYAIVNYNKAIAKG
IVKIMNKIGISTLHSYRAAQIFEILGLNKTFTSKYFPYTPSRIEGIGLMEVEKEVKKRFQ
KAFPNSKIANLLSLEIGGIYRWRRGGEKHMFNPTTISKLQQAVRLNSPESYKEYSNAVNE
QSSNLMTIRGLFEFNNLDPISIDEVEPWTEIVKKFKTGAMSYGSISQEAHENLAIAMNRI
GGKSNSGEGGEDPRRFQKEINGDSRNSAIKQVASGRFGVSINYLTNAKEIQIKMAQGAKP
GEGGQLPGEKVVPWIAETRNSTPYVGLISPPPHHDIYSIEDLSQLIYDLKNANREARVNV
KLVSEVGVGTIAAGVAKAKADVILISGYDGGTGAAPLTSLQHTGIPWELGLAEAQQTLIL
NDLRSRVVLECDGQLKTGRDVAIAALLGAEEFGFATAPLVASGCIMMRACHLNTCPVGIA
TQDPELRKNFKGTPEHVINFMYFIAEELREIMAQLGFRTLKEMVGQSQKLNVNKAIKHYK
ANGLDLSTILYKPEKAKTEPNHNTTTQDHQLENVLDFDIIKEAIPSIYRKEKTRVTFKIK
NTDRSVGAILSNEISKIYGAQGLPEDTILVDFEGSAGQSFGAFATNGLSFKIHGNCNDYL
GKGLSGGKLIVKVPPTATFKPEDNIIIGNVALYGAITGEAYINGMAGERFCVRNSGATAV
VEGIGDHGCEYMTGGTVVVLGKTGRNFAAGMSGGVAYVYDPTKKFDSTVCNMEMVAFDPM
EEEDVTKLRRLIKNHSLYTSSPLAKRILADWENEQKHFVKVMPTDYKKALQRIAEEKKIE
ELIAG
NT seq
4518 nt
NT seq
+upstream
nt +downstream
nt
atgagagttaaagaacaagggctttatctgcctgaatttgaacacgacaattgtggtgca
ggatttatttgtaatttgaatggtattaagtcaaatgatatcattcacaaagcattagac
atcttaattaaattggaacatcgtggtgcagttagttctgatggacgaactggtgacggg
gccggaattttattcgacatccctcatgatttttttaagaaagtttgtgactttgaaatc
ccagaagcgcgtgagtatgcagtaggaatggtttttttaccaaaaagcaaaaaccaggtt
tctttttgtattaatgcatttgaagcaactattaaagatcaaaacttaaagatcttaggt
tggagagatgtacctgttgacgttgaaaatttagggcaaatcgccgcagaaaaagaacca
acagttaaacaagtattcgtttctaaaaacggacaaaacttaactgaacaagaatttaat
gcaaaactttttgcagctagaaaaattgctgaacatgccgtaagaggatctaaaacttct
gaaagccacatgttttattttactagtttatcgacaactactataatatataaaggtcta
ttgatgccggaagacatcagccgttattatatagatttgaaagatccagacttggtgaca
cgtttagcgcttgtacatcagcgtttctctacaaatacattcccttcttgggacttagcg
cagccgtttagatacatgtgtcataatggtgagatcaacacacttcgtggaaacgtaagc
cgtatgcgtgctcgtgaagagcttatgcagagtgctgtttttggcgatgatatcaaaaaa
ctattcccaattatcttggaaggaaaatcagattctgcttctatggatatggtggttgaa
cttttattaatgacaggccgttctcttcctgaggcaatgatgatggttgttcctgaagct
tgggaaaaacaccagacaatgtctccagaaaaaagagcattttacgagttcaacgcttgt
attatggaaccttgggatggtcctgcctctattccgtttacagatggtaacgttattgga
gctttactagacagaaacggactgcgtccttctcgttatacattaacaaaaagcggcttc
gtaattatgtcatctgaaattggtgtcctagatatcgatccagaagatgtaattcagcac
ggtcgtttagagccaggaaaaatgttcttggttgatatgaacgaaggtcgtattattgaa
gacgaagaagttaaaaaagcaattgtaacaaaacgtccttaccaagaatggttagatgct
aatttattgcctttagctaaaattccatacacaaataacccaactcctgttgaaaaatta
gatttcgtaactagacaaaagttatttggttatactattgaagatttaaaaacaatcatc
aacccaatgggaggccagggagctgaagcaatcagttctatgggtaacgatacacctttg
gcagtattatcagaccagcctcaattgttgtataactatttcaaacaattatttgctcag
gttactaacccgcctttggatggtattcgtgaagaaattattacggatatcagtttagcg
attggcggcgatttcaatattttcgaaattgaatcaaagcagtgtaaaaaactaaaaatc
caaaatccggttatttctaacgaggatttagataaaatcagaaacattgatcacgcagac
ttcaaatcggctacaatttctactttatacaaaatagaaaaaggagtaaacggtttagag
cgtgcgcttgagaaatgtgttcaggcaacttttaaagcggttaatgaaggatgcaacatc
attattttatcagatagaggtgtaagtgaagaattagctccaatccctatgctattggct
tgttcatacattcaccactctttgaacattttacaggttcgttctaaattcggaatcatt
atcgaatctgcagagcctcgcgaacctcatcattttgctttacttttcggatacggtgca
agtgcaatcaatccatacatggtaaacgaaatcatttatgatcaagttgctcaaggattt
attacaggtgtaaaagctgattatgcaattgtaaactacaataaagcgattgcaaaagga
atcgttaaaatcatgaacaaaattggtatctctactttacattcgtacagagctgcccaa
attttcgagattttaggtttaaacaaaacatttacatcaaaatacttcccttacactcca
tctagaattgaaggaattggtttaatggaagtagagaaagaagtaaaaaaacgtttccaa
aaagctttcccaaattcaaaaattgcaaacttgctttctcttgaaattggaggtatttac
agatggagacgtggtggtgaaaaacacatgtttaacccaaccactatttctaaattacaa
caagcggttcgtttaaacagcccagaaagttataaagaatactctaatgcggttaacgag
caaagctcaaacctaatgactattagaggtttatttgaattcaacaatttagatccaatt
tctattgatgaagtagagccttggacagaaattgtaaagaaattcaaaaccggagcaatg
tcttacggttctatcagtcaagaagcacatgagaacttggcaattgcaatgaacagaatt
ggaggaaaaagtaattctggagaaggtggagaagatccaagacgtttccagaaagaaatt
aacggagattctagaaactctgcaattaaacaagttgcttcgggacgttttggtgtttca
atcaactatttgacaaacgctaaagaaatccagattaaaatggctcagggagcgaaacct
ggcgaaggcggacagttacctggagaaaaagttgtgccttggattgccgaaacgagaaac
tctactccttatgtaggtttgatttcgcctcctcctcaccacgatatttattctattgag
gatttatctcagttgatttacgatttgaaaaatgcaaatcgtgaagcgcgtgtaaacgta
aaattagtttctgaggttggagttggaactattgctgctggtgttgccaaagcaaaagct
gacgtaatcttaatttctggttatgacggaggaacgggtgctgcaccattgacatcttta
cagcacactggtattccgtgggagcttggtttagctgaagctcagcagactttaatctta
aacgatttaagaagccgtgtagttttagaatgtgacggacagttgaaaactggtcgtgac
gttgctattgcagcattattaggtgctgaagaatttggttttgcaactgcacctcttgtt
gcttctggatgtatcatgatgagagcttgtcacttaaatacctgcccggttggtattgcc
actcaggatcctgaattgagaaaaaatttcaaaggaactccagagcatgtaatcaacttc
atgtattttattgctgaagagctgagagaaatcatggcgcagttaggtttcagaacttta
aaagaaatggtaggtcagtcacaaaaattaaatgtgaacaaagctatcaaacattataaa
gcaaatggtttagacttgtctacaattctatacaaaccggaaaaagcgaaaacagagcca
aatcataatacaactactcaagatcaccaacttgaaaacgtattggattttgacatcata
aaagaagcaattccgtctatctatagaaaagagaaaacaagagtaacctttaaaattaaa
aatacagaccgttctgtaggtgctattttgagtaacgaaatctcaaaaatatatggcgca
caaggtttacctgaagacactattttagttgattttgaaggttctgccggacaaagtttt
ggtgcttttgcaacaaacggattgtcgtttaaaattcacggaaactgtaatgattactta
ggaaaaggtctttctggaggaaaactaattgtaaaagtacctcctactgcaaccttcaaa
cctgaagataacatcattattggaaacgttgccctttacggagctattaccggagaggca
tatattaatggaatggccggcgagcgtttctgtgttagaaattctggagcaacagccgtt
gttgaaggaattggagatcacggatgcgaatatatgaccggtggtacagtggtagtctta
ggaaaaacaggaagaaacttcgcagctggtatgagcggtggtgtagcttacgtttacgat
ccaactaagaaattcgattcgacagtatgtaacatggaaatggttgcatttgacccgatg
gaagaagaggacgttaccaaactaagacgattgatcaaaaatcattcattgtacacaagc
agtccattagcaaaaagaattttagcagactgggaaaatgaacaaaagcacttcgtaaaa
gtaatgccaactgattacaagaaagcattacaacgaattgcagaagagaaaaaaatagaa
gaattaatagctggataa
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