Fulvivirga maritima: LVD15_09390
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Entry
LVD15_09390 CDS
T09268
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
fmm
Fulvivirga maritima
Pathway
fmm00250
Alanine, aspartate and glutamate metabolism
fmm00910
Nitrogen metabolism
fmm01100
Metabolic pathways
fmm01110
Biosynthesis of secondary metabolites
fmm01120
Microbial metabolism in diverse environments
fmm01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
fmm00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
LVD15_09390 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
LVD15_09390 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
fmm01002
]
LVD15_09390 (gltB)
Enzymes [BR:
fmm01000
]
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)
LVD15_09390 (gltB)
Peptidases and inhibitors [BR:
fmm01002
]
Cysteine peptidases
Family C44
LVD15_09390 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
UII28619
LinkDB
All DBs
Position
complement(2212177..2216688)
Genome browser
AA seq
1503 aa
AA seq
DB search
MKSDQQRGLYTPELEHDACGIGCIANIDGSKSSSIVQDAIDMLENMEHRGGTGSDPETGD
GAGILIQIPHDFLAKECKELGFELPEAGKYGAGMVFFPVNPAVRNECRAIFEKHAEEMGF
TLLGYRSVPVNHNIPGSGARKVEPVIEQIFFKHNNEKISTDELERKLFVLRNHTTHYIGH
NVKGNNHDFYVPSLSSKTMVYKGQLRTNQLRPYYFDLQNEHVTSALAIIHSRFSTNTFPN
WKLAQPFRYIAHNGEINTIRGNVTKMKSKEAMMKSTLFTDEELKMLLPITNPAHSDSANF
DALVEMLVLSGRSLPHVMMMMVPEAWEDNELMDADRKAFYKYHAALMEPWDGPAALVFTD
GKQIGATLDRNGLRPSRYCITKDGRLVVSSETGALIVKPENVVSNGRMQPGKMLLVDIEE
GKVVYDEEVKAKVSKKSPYDKWIKDHRTKLRLVPQPTELEADYNKETLQLRQKAFGYTKE
DQKVILGPMAVSGTEPIGSMGADTPLAVLSDQSQHISSYFKQLFAQVSNPPIDPIRERTV
MSLFTRVGESLNILEETPEHTKQIHISQPVLLNSDLQKFKNMANFGFDYQVINSVFLADG
EPGRLEEGLDAICQAAEEAVRAGKKVLIISDRAVDKEHAPIPSLLATGAIHQHLVKNKIR
TKAGLVVEAGDVRETHHFATIIGYGASAINPYLALESIKELHEEDLLEQKITEEEALANY
QKAIGYGLLKVLSKMGISTLQSYQSSQIFEALGLSKKVIDRCFKGTISRIDGLDFDGLAI
EVLARHRGAYYANTKTLETGGVYQWKRRGERHTFNPETIHLLQHSTKTNNFDLYKKYAQK
INDQTRDALTLRGLLDFKSRNAVPIEEVESKEEIFKRFATGAMSFGSISHEAHSTLAIAM
NRIGAKSNSGEGGEDEIRFERKENGDWERSAIKQVASGRFGVTSYYLSNADELQIKMAQG
AKPGEGGQLPGHKVDDWIGRVRHSTPGVGLISPPPHHDIYSIEDLAQLIFDLKNANRKAR
INVKLVSEAGVGTVAAGVSKANADVVLISGADGGTGASPLSSIRHAGLPWELGLAEAHQT
LVKNDLRSRITVQTDGQLRTGRDLAIATLLGAEEWGISTAALVVEGCIMMRKCHLNTCPV
GIATQNEDLRKLFTGDPDHVVNFFTFLAEDLRQIMAQLGFRTINEMVGQTDVLKVRSDIN
HWKYKSLDLTPILFKETISDHVGIYKQVEQDHELDMVLDWELVNAAKPALENKTKVSKDF
PIKNTDRAVGAILSNEISKIYKGEGLPADTIGFKFRGSAGQSFGAFLTSGVHFDLEGEAN
DYFGKGMCGGHLSVYPDKTSTIVAEENIIIGNVAFYGATKGEAYIRGMAGERFCVRNSGV
NVVVEGVGDHACEYMTGGHVVVLGPTGKNFAAGMSGGIAYVYDKDNSFDQLCNKGMVGLD
PLEEEDKDFLRKMLENHLKNTGSALAQKVLENWVGELSKFVKVIPHDYKKVLLKRKEALK
VAV
NT seq
4512 nt
NT seq
+upstream
nt +downstream
nt
atgaaaagtgatcaacagcgggggttgtacaccccagagctagaacatgacgcctgcgga
atagggtgcattgccaacatagatggtagcaaatcctcctccattgttcaagatgctata
gatatgcttgaaaatatggaacacaggggaggtactggcagtgaccctgagaccggtgac
ggtgcaggtattcttattcagattccacacgattttctcgcgaaggaatgtaaagagcta
ggctttgaattacccgaagccggtaagtatggagcaggaatggtattctttcccgtaaac
cctgccgtgcgaaatgaatgtcgcgcaatatttgaaaaacatgcagaagagatgggcttt
actctattaggctataggagtgtgccggtaaaccataatataccgggctctggagccaga
aaagtggagcctgtaattgagcagatattttttaaacataataacgaaaagatcagcact
gatgagctggaacggaaacttttcgttttaagaaatcatactacgcactacattggtcat
aatgtaaagggaaacaatcatgacttttatgtgcctagcctttcaagcaaaacaatggta
tacaaaggtcagctgcgtactaaccagctaagaccatactattttgatttgcaaaatgag
cacgtaacgtctgctcttgccattattcactccagatttagcacaaacaccttccctaac
tggaaactggcacaacctttcagatacattgcgcacaatggtgaaatcaacactatcaga
ggtaatgtaactaaaatgaaatcaaaagaggcaatgatgaaatctacgctcttcacagac
gaagaactgaagatgttattgcctatcaccaacccggcacactctgattctgccaacttt
gatgctttggtagagatgctggtactcagcggaagatcattaccccacgtaatgatgatg
atggtacccgaagcctgggaagataacgaactaatggatgccgatagaaaggcattttat
aaatatcatgctgctcttatggagccctgggatggtcccgctgccttagtatttactgat
ggcaagcaaataggggctacacttgatagaaacggacttcgcccttcaagatactgtatc
actaaagatggcaggctggtagtatcttcagaaacaggagcactgatagtgaagcctgaa
aatgtagtgagcaacggccgtatgcagccaggcaaaatgctattggtagacattgaagaa
ggcaaagtagtttatgatgaagaggtaaaagccaaggtaagcaaaaaaagcccatacgat
aagtggatcaaagaccacagaacgaagctaagacttgtacctcagcctactgaactagaa
gctgattacaacaaagaaactttacagcttagacaaaaagcatttggttatactaaagaa
gaccaaaaagtaattttaggccctatggcagtaagcggtaccgagcctattggttctatg
ggagctgacactccgctagccgttttatctgaccagagtcagcacatatccagctatttc
aaacagttatttgctcaggtaagtaaccctcctattgacccgatcagggagcgcacagta
atgtctttatttactcgcgtaggagaaagtttgaacatattggaagaaactcctgagcac
actaagcaaatccatatttcacagcccgttcttttgaactctgacctacagaagttcaag
aacatggccaatttcggatttgattaccaagtaattaactcagtatttttagctgatgga
gaacccgggcgcttagaagaaggccttgatgctatttgtcaggcagctgaagaggcagtg
agagcaggaaaaaaagtattgataatatcagatagagcagttgataaagaacacgctcct
attccatctttactagccacgggagctattcatcagcacttggtaaaaaataaaatacga
accaaagcaggcttggtggtagaagccggagatgtgagagaaacgcatcactttgccact
attataggttatggcgctagtgctattaacccttaccttgctctggaatctataaaagag
ctacatgaagaagaccttttagaacaaaaaatcactgaagaagaagcgctagccaactac
caaaaagcaattggctatggtttattgaaggtgctttctaaaatgggtatcagtactctt
cagtcttaccaatcatctcagatatttgaagcccttggcctaagcaaaaaagtgatagac
cgatgcttcaaaggcactatttccagaatagatggtttggatttcgacggcctagctatc
gaagtactggcaagacacagaggggcttattatgctaacactaaaaccttggaaactggt
ggtgtgtaccaatggaaacgtagaggtgaaagacatactttcaaccctgagactatccat
ttactacagcattctactaaaactaataacttcgacctttataaaaagtatgctcagaag
atcaatgatcagaccagagatgctttaaccctaagaggcttgcttgacttcaagagcaga
aacgcagtgcctatagaagaagtagagtctaaggaagagatcttcaaaagatttgctacc
ggagccatgtcatttggatctatctcgcatgaggctcactccactttggccatagccatg
aaccgcattggtgctaaaagcaacagtggagaaggcggagaagatgaaataaggtttgaa
agaaaagaaaatggcgattgggaaagatcagccattaagcaagtagcatcaggtagattt
ggtgtaaccagctactacctgtctaatgctgacgagctacaaataaaaatggctcaaggt
gcaaaacctggtgaagggggacagctacccggccacaaagtggatgactggatcggaaga
gtgagacactccactccgggagtagggcttatatcaccgcctcctcaccatgatatttat
tctattgaggatcttgcgcagctcatttttgacttaaaaaatgccaatagaaaggctaga
ataaacgtaaaactagtttccgaagcaggtgtaggtactgtggcggccggtgttagtaag
gctaacgctgacgtagtgcttatttccggggctgatggtggtacaggagcatctcctttg
agctctatccgtcatgctggtttaccttgggagcttggcttagctgaagcgcaccagact
ctggtaaaaaatgacttaagaagccgtattacagtacaaactgatgggcagctaagaaca
ggtagagacctagccatagctacactattaggggctgaagaatggggaatatctaccgct
gccctggtagtagaaggatgtattatgatgagaaaatgtcatctaaatacttgtccggta
ggtatagctactcaaaatgaagacctgagaaaactgtttacaggagatcctgatcatgtg
gtaaacttcttcaccttcctggctgaagatttgagacaaatcatggcgcaactcggtttc
agaactatcaacgaaatggtaggacaaactgacgtactgaaagtaagaagtgatattaac
cactggaaatataagagtcttgatttaactcctattctatttaaagaaaccatttctgat
cacgtaggtatctacaaacaagtagagcaagatcatgaattagacatggtgctggattgg
gaactggttaatgctgccaaaccggcattagaaaacaagaccaaagtaagtaaagacttc
ccaattaaaaatactgaccgtgcagtaggagctattctatctaacgaaatcagtaaaata
tacaaaggagaaggattacctgccgacactatagggtttaaattcagaggatctgcagga
caaagcttcggagccttcttaacctcaggtgttcactttgacttagaaggagaagccaat
gattacttcggaaaaggcatgtgtggaggacatctttctgtatatcctgacaaaacttca
actattgtagctgaagagaatataattattggtaacgtggccttttatggagctactaaa
ggcgaagcctacatcagaggcatggccggagagcgtttctgcgtaagaaactctggagta
aacgtagtggtagaaggtgtaggagaccacgcttgtgaatatatgacaggcgggcacgta
gtagtgctaggacctacgggtaaaaacttcgccgcaggtatgagtggtggaattgcttat
gtgtatgacaaagacaattcatttgatcagctatgcaacaaaggcatggttggacttgat
ccacttgaagaggaagacaaagactttttaagaaaaatgctggaaaaccacctcaaaaat
actggcagtgctttggcacaaaaagtattagagaactgggttggtgagcttagcaagttt
gttaaagtcattcctcacgattacaaaaaagttttattaaaaagaaaagaagcactaaaa
gtggctgtataa
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