KEGG   Flammeovirga pectinis: EI427_09820
Entry
EI427_09820       CDS       T05771                                 
Name
(GenBank) glutamate synthase large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
fll  Flammeovirga pectinis
Pathway
fll00250  Alanine, aspartate and glutamate metabolism
fll00910  Nitrogen metabolism
fll01100  Metabolic pathways
fll01110  Biosynthesis of secondary metabolites
fll01120  Microbial metabolism in diverse environments
fll01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:fll00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    EI427_09820
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    EI427_09820
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:fll01002]
    EI427_09820
Enzymes [BR:fll01000]
 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)
     EI427_09820
Peptidases and inhibitors [BR:fll01002]
 Cysteine peptidases
  Family C44
   EI427_09820
SSDB
Motif
Pfam: Glu_synthase GATase_2 Glu_syn_central GXGXG FMN_dh Octopine_DH Vitellogenin_N
Other DBs
NCBI-ProteinID: AZQ62528
UniProt: A0A3Q9FLM9
Position
1:complement(2468250..2472683)
AA seq 1477 aa
MEHRLTAFKDNCGFGMIANYKANPSRQMTLDAIEALSRMIHRGAIAADGVSGDGSGFLFS
MPDRFMRKEAELNGIDLPQRYAVAMMFLTDEKKQKEVFSEYCEKNDLKVLFFRKVPLNTE
VLGKQAFELLPEIVQAFVVPNALMSTKRFSALLYLTRKEVEHKLSNDEGFYIPSFSEKVI
SYKGLVMPTHIKELFLDLGQDEFEVTFAVFHQRFSTNTLPQWRLAQPFRTLAHNGEINSI
QANRFNFTIKEEVLKSDVFTEEELDRIFPILVPDGSDSASLDNVFEFLVTAGMDFFQAAR
SLVPAPWQNVPNLDAKLRSFYEYAASNFEAWDGPAALNLCDGRHLGCILDRNGLRPAKYI
VTNDDRIIISSEYGVIDLAESNIKEQGKLQSGQMIGIDLRYGTILKHEEINTYLKESRPW
GKWIHENSAYLMEHVDKNFLTMDDYRYDDIVDKQRYHNYTNEVLEQVIRPMIEMGKEDTG
SMGDDTPLACFSKVQRNFTDYFRQKFAQVTNPPIDPLREKMVMSTAVTFGRNNNILIDGP
MNAHRLKAMSPILSYEHFEVLRKFGTEGESLYDYQYNTKSFSTVFTNDLQASLIKLGEEV
EVSVRDEDTAIVMLDDRGLSKDNQLIPMAMAAGYISNYLANKGLRSNVSIVAITGEVNDS
HSAAVMLAMGVTGIYPYLLFGTALQVAENVGATTYMTRKKALIKVQKALNAGLLKIMSKM
GIATIESYQNSSLFDAIGLSREIVESCFVRSEALIPGLSFADIEERVKSYRKAAFKTRYI
KKMYPLEVGSFYKYAENGEFHDFAPTVAKSLRKFAVTGRKEDYADLRDQVNNRGLRMIRD
FFEFKSDRKSISIDQVEPVEAITKRFTSAAMSLGSISPEAHEALAQAMNQIGGQSNSGEG
GEDPVRFGTNKNSKIKQVASGRFGVTPHYLRNAEEIQIKVAQGAKPGEGGQLPGAKVTPL
IASLRCTIPGVTLISPPPHHDIYSIEDLAQLIFDLKQVNPKARICVKLVSTAGVGTIAVG
VAKAYADKIIISGADGGTGAAQLGSIKFAGNPWELGLAEAHNALKVNGLRDFVEVQTDGG
LKTGLDLVKAAMIGAESFAFGTSLLTTIGCKILRVCHLNKCSVGIATQSEQLRAYYMGTV
KGVVNYLQAMAQEVREILAELGYTSMDEIIGHSRLLKVVDDEFAQKFDFKDVLYYTEGKN
IREKASNDPFDPNEYEQAILEELMPVIKGPHYRTVLDKEIVNTNRSFGARISGQIAEFHG
KKGLPKECISINLKGTAGQSFGCLLSHGMLLSLRGTGNDYVGKGMSGGQIIITPRDGESE
GRSLAGNTCLYGATGGKLFVRGKVGERFAVRNSGALAVVEGTGDHPCEYMTGGTVVILGD
TGNNFGAGMTGGVAFVYDKTNSFIDKMNQELIKARRIDTDEGDEGRFYLQRILRSYLFRT
GSTQAKHILDHFREEVRYFYMVTSKDMKSPLNPMEGN
NT seq 4434 nt   +upstreamnt  +downstreamnt
atggaacacagattaacggcctttaaggataattgtggttttggtatgattgccaactac
aaagcgaatccttcgaggcaaatgactttagacgctattgaagccttatcacgtatgatt
caccgtggagctattgcagccgatggtgttagtggtgatggtagtggattcttgttttca
atgcctgaccgctttatgcgtaaagaggcagaattgaatggaattgatttgccgcaaaga
tatgcagtggcaatgatgttcttaactgacgagaagaaacaaaaagaagtattctcagaa
tactgtgagaaaaatgatttaaaagtattattctttagaaaagtacctttaaatactgaa
gtattaggtaagcaagcttttgaactactacctgaaattgttcaggcatttgttgttcca
aacgcattaatgtctacaaagcgcttctctgcgttactatacttaacaagaaaagaagtt
gaacataaactttctaatgatgaaggtttctatattccttcattctctgagaaagtaatt
tcttataaaggtttggtgatgccaacgcacattaaagaattattcttagacttaggtcaa
gacgaattcgaagtgacgtttgcagtatttcatcaacgtttctctacaaacacattacca
caatggcgtttggcacaaccttttagaactttagctcataatggtgaaattaactctatt
caagcaaatagatttaactttacaattaaggaagaggtattaaaaagtgatgtgtttaca
gaggaagaattggatagaatcttcccaatattagtgcctgatggttcggatagtgcatct
ttagataatgtattcgaatttttggtaactgcaggaatggatttcttccaagcagcacgt
tcattagtgcctgcgccttggcaaaacgtaccaaatttagatgctaaattaagatcattc
tacgaatatgctgcaagtaattttgaagcatgggatggaccagctgcccttaacttatgt
gacggtagacatttaggttgtatccttgatagaaatggcttaagaccagcaaaatatatt
gtaacaaatgacgatagaattatcattagttctgaatatggtgttattgacctagcggaa
agtaatattaaggaacaaggtaaactacagtcaggtcagatgattggtattgatttacgt
tacggaacgatccttaaacacgaggaaatcaatacttatcttaaagaatctcgcccttgg
ggtaagtggattcatgagaacagtgcatacttaatggaacacgtagataagaacttctta
actatggatgattaccgttatgatgatattgttgataagcaaagataccataactataca
aatgaggtattagaacaagtaattcgcccaatgattgaaatgggtaaagaagatacaggt
tctatgggtgatgatacaccgcttgcttgttttagtaaagtacaaagaaacttcacagat
tatttccgtcagaagtttgctcaagtaacaaaccctccgattgatccacttcgtgagaag
atggtaatgtctacagctgttacttttggtagaaataataacattcttattgatggacca
atgaatgcacatagattgaaggcaatgtctccaatcttaagttatgagcattttgaagta
cttcgtaagtttggtacagaaggagaatcattatatgattaccagtacaatacaaaatct
ttcagtacggtatttacaaatgacttacaagcttcattaattaaattaggtgaagaggtt
gaagtatctgttagagatgaagatactgcaattgtaatgttagatgatcgtggtttatct
aaggataatcaattgattccaatggcaatggctgcgggttatatcagtaactaccttgct
aataaaggattaagatcaaatgtatctattgttgccatcacaggtgaagtaaatgattca
cattcagctgcagtaatgttagcaatgggtgttacaggcatttatccttacttgttattt
ggtacagcacttcaagtggctgaaaacgttggagcaactacttacatgacgcgtaagaag
gcattgattaaagtgcaaaaagcacttaatgcaggccttcttaagattatgtctaaaatg
ggtattgcaacaatcgaaagttaccaaaattcatcattatttgatgcaattggtttaagt
cgtgaaattgttgaatcttgtttcgtaagatcagaagctttaatcccaggattatctttt
gcagatatcgaagaaagagttaaatcatatcgtaaagcagcttttaaaactagatatatc
aagaagatgtatcctttagaagttggttcattctacaagtatgcagaaaatggagaattc
cacgattttgcaccaacagtagctaaaagcttgagaaagtttgctgttacaggtagaaaa
gaagattatgcagatttaagagatcaggtgaataatagagggttacgaatgattcgtgat
ttctttgagttcaaatctgaccgtaagtcaattagcatcgatcaagtagagccagtagaa
gcaatcacaaaaagatttacttctgcagcaatgtctttaggttcaatttctcctgaagct
cacgaagcattggctcaagcaatgaaccaaatcggtggtcaatcaaactctggtgaaggg
ggagaagatcctgtacgttttggaacaaataaaaatagtaaaattaagcaagttgcctcg
ggtcgttttggtgttactcctcattatttacgtaatgcagaagaaatccaaattaaagta
gctcaaggtgctaagccaggtgaaggtggacaattaccgggtgctaaagtaactccttta
attgcatcattaagatgtacaattcctggtgtaactttaatttcacctcctccacatcat
gatatttattcaattgaagatttagcacaactaatcttcgatttaaagcaagtgaatcca
aaagcacgtatttgtgtgaaattggtttcaactgcaggtgttggtacaattgcagtaggt
gttgctaaagcatatgcagataaaattattatctctggtgcagatggtggtacgggtgct
gctcaattaggttcaatcaaatttgcaggtaatccttgggaacttggtttggcagaagca
cacaacgcattaaaagttaacggtcttcgtgattttgtagaagtacaaacagatggtggt
cttaaaacaggtttagatcttgttaaagctgctatgatcggagctgagagctttgcattt
ggtacttcattattaacaacaattggttgtaaaatattaagagtatgtcaccttaataaa
tgttctgtgggtattgcaactcagtcagagcaattaagagcatactatatgggtactgtt
aaaggagtagtaaattaccttcaagcaatggcgcaagaggtaagagaaatcttagcagaa
cttggttacacttcaatggatgaaattatcggtcactctcgcttattaaaagtggttgat
gatgagtttgctcagaagtttgatttcaaagatgttctatactacacagaaggtaaaaac
attagagaaaaagcaagtaatgatcctttcgatcctaacgaatatgagcaagcaattctt
gaagaattaatgcctgtaatcaaaggaccacattatagaactgtcttagataaagaaatt
gtaaatacaaaccgtagttttggtgctagaatttctggtcagattgcggaattccacggt
aaaaaaggtttaccaaaagaatgtatctcaattaacttaaaaggtacagcaggacaatca
ttcggttgtttactaagtcatggtatgttgttatctctaagaggtacaggtaacgattac
gtaggtaaaggtatgagtggagggcaaatcatcataactcctcgtgacggcgaatctgaa
ggacgtagtttagctggtaatacttgtttgtatggagcaacaggtggtaagttgtttgta
agaggtaaagtcggtgagcgttttgccgtaagaaactctggagctcttgctgttgttgaa
ggtacaggcgatcacccttgtgaatatatgacgggtggtacagtagttattcttggtgat
acaggaaataacttcggtgcaggtatgactggtggtgtagcttttgtttatgataagaca
aactcattcattgataaaatgaaccaagaacttatcaaagcaagacgtattgatactgat
gagggagacgaaggacgtttctacttacaacgtatcttaagaagctacttgttccgcaca
ggttcaacacaagctaaacatatcctagatcacttccgtgaagaagtacgttacttctac
atggttacttcaaaagatatgaaatctccattaaatccaatggagggcaactaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (31)   

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