Aureibaculum algae: FF125_15385
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Entry
FF125_15385 CDS
T06009
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
fbe
Aureibaculum algae
Pathway
fbe00250
Alanine, aspartate and glutamate metabolism
fbe00910
Nitrogen metabolism
fbe01100
Metabolic pathways
fbe01110
Biosynthesis of secondary metabolites
fbe01120
Microbial metabolism in diverse environments
fbe01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
fbe00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
FF125_15385 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
FF125_15385 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
fbe01002
]
FF125_15385 (gltB)
Enzymes [BR:
fbe01000
]
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)
FF125_15385 (gltB)
Peptidases and inhibitors [BR:
fbe01002
]
Cysteine peptidases
Family C44
FF125_15385 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
QCX39757
UniProt:
A0A5B7TY99
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All DBs
Position
3660367..3664878
Genome browser
AA seq
1503 aa
AA seq
DB search
MKQQGLYLPEFEHENCGAGFICNLKGEKTNQIIHDALEILVKLKHRGGVSSDGKTGDGAG
LLIDIPHEYFQRVCDFQLPEARAYAVGMVFLPKVNNQYQFCKDTFEKEIKAQGLSLLGWR
VVPVDSSHLGEIALASEPNIEQIFIGKDENIDEATFKAKLYAARKITEHSIRKSKISEGG
YFYLPSLSNTTLIYKGIIMPEDIGPYYTDLQEIDLVTRLALVHQRFSTNTMPTWELAQPF
RFMCQNGEINTLRGNVSRMRVREEIMKSDVFGPQIEKLFPIILPGKSDSASMDMVVELLT
HTGRSLPEIMMMMIPEAWEKHQTMSDERKAFYEYNGCIMEPWDGPASVPFTDGDYIGALL
DRNGLRPSRYTVTKSGKLIMSSEIGVVDIDPSDVESHGRLEPGKMFLVDMNNGRIINDKE
IKSKIVSERPYREWLDKKRLHLKDVPYTNETCPIETLDIKTRQRLFNYTFEDIQEVITPM
AIVGKEALGSMGIDTPLAVLSDRPQLISNYFKQLFAQVTNPPLDGIREEIVTDISLNLGK
DRNIFSITERQCRKLRIQNPVISNADLEKIRSISIESFKAETIEILYPKAQGLNGLEDAL
ENIIVQIEKAIERKTNIIILSDRGVSQEFAPIPALLACSYVNHQLNRLRKRSYFDIIIES
AEPREPHQFATLFGYGASAINPYMVNEIIRIQVKEGFIKGMDEQKAVDNFNKAIGKGILK
IMNKIGISTLHSYRGSQIFEIVGFNSQFVEKYFPYTTSRIEGIGLYEIEKEINQRYKNAY
PDNKINRKLGLNIGGEYRWRRKGEKHLFNPTTVAKLQQAVRLSDQDSYDVYANAINEQSE
SLMTIRGLFEFDNLDPIPIEEVEPWTEIVKRFKTGAMSYGSISREAHENLAIAMNRIGGK
SNSGEGGEDRKRFQKDSNGDSRNSAIKQVASGRFGVTSHYLSNAKEIQIKMAQGAKPGEG
GQLPGEKVYPWIAAVRNSTPFVGLISPPPHHDIYSIEDLAQLIFDLKNANRDARINVKLV
SEVGVGTIAAGVAKAKADVVLISGYDGGTGASPLTSLKHAGLPWELGLAEAQQTLVLNKL
RSRIVVECDGQLKTGRDVAIAALLGAEEFGFATAPLVASGCIMMRKCHLNTCPVGIATQD
KELRKNFKGTPEHVINFFFYIAEELRGIMAQLGFRTLEEMVGQTHKINANKAIHHYKAKG
LDLSSILHRPSSYRKLIVKNTEQQDHNLDNVLDFTILKDSHRALYRKVKMTLEYPIKNVN
RTVGAIVSNEISKIYGHLGLPEDTLNINFTGSAGQSFGAFGAHGLTFTLEGNTNDYLGKG
LSGAKLIIKKPATADFLAEENIIVGNVCLFGAVQGEAYINGIAGERFAVRNSGATAVVEG
VGDHCCEYMTGGKVVVLGKTGRNFAAGMSGGVAYVYDPGKKFVNGLCNQETIEFEEISAE
DALDLQDLIKKHVLYTNSKKGQRLLSDWATSLSNFVRVMPTEYKRALIRLETEEQLVEEL
TIA
NT seq
4512 nt
NT seq
+upstream
nt +downstream
nt
atgaagcaacaaggactatacttacccgaatttgaacatgaaaattgcggtgcaggtttt
atttgtaatctcaaaggtgagaaaacgaatcaaattatacacgacgccttagaaattctt
gtaaaattaaaacatagaggaggtgtaagttctgatggaaaaaccggagatggtgcaggt
ctattaattgatatccctcatgaatattttcaacgtgtttgtgattttcaacttccagaa
gccagagcatatgctgtgggaatggtctttctacctaaagtaaataatcaataccagttt
tgtaaagacacttttgaaaaagagataaaagcacaagggctttctttattaggatggaga
gtagtccctgtagactcttcccatttaggagaaatagcgttagcgtcagaacctaatatt
gagcaaatttttattggtaaagatgaaaacattgacgaggccacttttaaagctaagtta
tatgcagctcgtaaaattacggaacatagcattagaaaatcaaaaatatctgaaggtggg
tatttttacctacctagtttatctaatactacattaatatacaagggtataattatgcct
gaagatattgggccatattatactgatttacaagaaatagatttagtgacacgtttggca
ttagtgcatcaacgtttctctacaaacacaatgcctacttgggagttagctcaaccattc
cgatttatgtgtcaaaatggtgaaattaatactttacgtggtaatgtaagtagaatgcga
gtacgtgaagaaatcatgaaaagtgatgtttttggtccacaaatagaaaaattattccca
attatccttccaggaaaatccgattctgcttctatggacatggtcgtagaactattaact
catacaggacgttctttgcctgaaattatgatgatgatgattcctgaagcttgggaaaaa
caccaaacaatgtctgatgaacgtaaagctttttacgaatacaacggatgtataatggaa
ccttgggatggtcctgcatcagtgccttttactgatggcgattatattggtgccctatta
gatagaaatggattaagaccatctagatatacagttaccaaaagtggaaaactaatcatg
tcttctgagattggagttgtagatattgacccttctgatgttgaaagtcatggtcgttta
gaaccgggtaaaatgtttttagtagacatgaataacggtcgtataattaatgataaggaa
ataaaaagtaaaattgtttcagaaaggccttatagagaatggttagataaaaaaagactt
catttaaaagatgttccgtatacaaacgaaacgtgcccaattgaaactttagatatcaaa
acaagacaacgcttatttaactatacctttgaagatattcaagaagtaattacaccgatg
gccattgtgggtaaagaagcgttaggatcaatgggtattgatacgcctttggctgtttta
tcagatagacctcaattaatatcaaattattttaagcagttatttgctcaggtaacgaac
cctcctttagacggtattcgtgaagaaattgtaacagacattagccttaacttaggtaaa
gaccgaaatatttttagtattacagaaagacaatgtagaaaattaagaattcaaaatcca
gtaatttcaaatgctgatttagagaaaattcgatcaatttctattgaaagctttaaggcg
gaaaccatagaaattttatatccaaaagcacaaggtctaaacggacttgaagatgcctta
gaaaatataattgttcaaattgaaaaagcaatagaaagaaaaacaaatataattattcta
tcggacagaggtgtaagccaagagtttgctccaattcctgcattattagcttgttcttat
gtaaatcatcaactgaatcgtttgagaaaacgttcttattttgatattattattgaatct
gctgaaccacgtgagccacatcaatttgctactttgtttggttatggtgctagtgccata
aatccgtacatggtaaacgagattatcagaatacaggtgaaagaaggctttattaagggc
atggatgagcaaaaagcagttgataactttaataaagctataggaaagggtattttaaaa
atcatgaacaaaattggaatctcaacgttacattcgtatcgaggttctcaaatttttgaa
attgttggttttaactctcaatttgtagaaaaatacttcccatacacaacttcaagaata
gaaggtattggtttatatgaaattgaaaaagaaataaatcaacgctataaaaatgcctat
ccagataataaaattaacagaaaactagggcttaatattggtggtgagtatagatggaga
cgtaaaggtgaaaagcatttatttaatccaactactgttgctaaattacaacaagccgtt
agattaagtgatcaagatagttatgatgtctatgcaaatgctattaatgagcaatcagaa
agcttaatgaccattcgtggtttatttgagtttgataatttagacccaattccaattgaa
gaagttgaaccttggacggaaatagtaaaacgatttaaaactggggcaatgtcttatggg
tctatttcaagagaagctcatgaaaatttagccattgccatgaatcgtattggaggtaag
tctaattctggtgaaggtggtgaagatagaaaacgatttcaaaaagatagtaatggggat
agtcgtaactcggccataaaacaagtagcatctggtcgatttggtgttacatctcactat
ttgtcaaatgccaaagaaattcaaatcaaaatggctcaaggtgcaaaacctggagaaggt
ggtcaattaccgggagaaaaagtgtatccgtggattgccgctgtacgtaattcaacgcca
tttgttggattaatctctcctcctccgcatcatgacatatactctattgaagatttagca
cagttaattttcgatttaaaaaatgccaatcgtgacgctcgaattaatgtaaaattagtt
tcggaagttggtgtaggtacaattgctgcaggtgtagcaaaagcaaaagctgatgttgtt
ctaatttcaggttacgatggtggtacgggggcatccccacttacatctttaaaacatgct
ggtttaccttgggaacttggtttggcagaagcacaacagacattagtattaaataaatta
agaagtagaattgttgtagaatgtgacggtcaattaaaaacaggtcgtgatgttgctata
gctgctttattaggtgctgaagaattcggatttgctactgctccgttagtcgcatcagga
tgtattatgatgagaaaatgtcatttgaatacgtgtcctgttggcatcgctacacaggat
aaagaattacgtaaaaacttcaaaggaacgccagaacatgtcataaatttcttcttctat
atagcagaagaacttagaggaattatggctcaattaggatttagaacattagaagaaatg
gtaggccaaacgcataaaattaatgcgaataaagccatacatcattataaagctaaagga
ttagatttatctagtatcttacatagaccgtcatcttatcgtaaattaattgtaaaaaat
acggaacaacaagaccataatctggataatgttttagattttacaattttaaaagattcg
cacagggcattgtacagaaaagtaaaaatgacgctagaatatcctattaaaaatgtaaac
cgtaccgtaggtgcaattgttagtaacgaaatttcaaaaatttatggtcatttaggttta
cctgaagacaccttaaatattaattttacaggatctgcaggacagagttttggagcattt
ggagcacacggactaacatttaccttagaaggaaatacgaacgattatcttggtaaaggc
ctttcaggtgcgaaactaattataaagaaaccagcaacagctgactttttagccgaagaa
aacatcattgtaggtaatgtttgtttatttggagccgtacaaggtgaagcctatataaat
ggtattgcaggtgaacgttttgccgttcgtaactcaggagcaactgccgttgttgaaggt
gttggagatcattgttgtgaatatatgacaggtggtaaagttgttgttttaggtaaaaca
ggtagaaattttgccgcaggtatgagtggtggtgtcgcttatgtttatgatcctggcaaa
aaatttgtaaatggattatgtaatcaagaaacaattgaatttgaagaaatttcagcagaa
gatgctttagatttacaagatttaattaaaaaacatgtactctataccaatagtaaaaaa
ggtcagagattactttcagattgggcaactagcttaagtaattttgtgcgtgtgatgcca
acagaatacaaacgagcattaatacgtttagagacagaagaacaattagttgaagaatta
acaatagcatag
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