KEGG   Bacillus subtilis subsp. subtilis RO-NN-1: I33_2067
Entry
I33_2067          CDS       T01837                                 
Symbol
gltA
Name
(GenBank) glutamate synthase [NADPH] large chain
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
bsr  Bacillus subtilis subsp. subtilis RO-NN-1
Pathway
bsr00250  Alanine, aspartate and glutamate metabolism
bsr00910  Nitrogen metabolism
bsr01100  Metabolic pathways
bsr01110  Biosynthesis of secondary metabolites
bsr01120  Microbial metabolism in diverse environments
bsr01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:bsr00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    I33_2067 (gltA)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    I33_2067 (gltA)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:bsr01002]
    I33_2067 (gltA)
Enzymes [BR:bsr01000]
 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)
     I33_2067 (gltA)
Peptidases and inhibitors [BR:bsr01002]
 Cysteine peptidases
  Family C44
   I33_2067 (gltA)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG MinC_C
Other DBs
NCBI-ProteinID: AEP91025
Position
complement(1993393..1997955)
AA seq 1520 aa
MTYNQMPKAQGLYRPEFEHDACGIGLYAHLKGKQTHDIVKQGLKMLCQLDHRGGQGSDPD
TGDGAGLLVQIPDAFFRKECKDINLPEKERYGVGMVFFSQKEDERKKIEKQINALIEQEG
QVVLGWRTVPVNVGKIGTVAQKSCPFVRQVFIGASSDLKDNLSFERKLYVIRKQAENWGV
TEGLDFYFASLSSQTIVYKGLLTPEQVDAFYSDLQDEAFVSAFALVHSRFSTNTFPTWER
AHPNRYLVHNGEINTLRGNINWMRAREQQFVSESFGEDLNKILPILNADGSDSSILDNAF
EFFVMAGRKPAHTAMMLIPEPWTENTHMSKEKRAFYEYHSSLMEPWDGPTAISFTDGKQI
GAILDRNGLRPARYYVTKDDYIIFSSEVGVIEVEQENVLYKNRLEPGKMLLIDLEEGRII
SDEEVKTQIATEYPYQKWLEEELVQVNPDPESREEEQFSDLLTRQKAFGYTYEDIQKYLI
PVIKEGKDPLGSMGNDAPLAVLSDRAQSLFNYFKQLFAQVTNPPIDAIREQLVTSTMTWL
GAEGDLLHPSERNVRRIKLYTPVLSNEQFYALKTIVHPDLKSQKIDVLFSEDLERGLKDM
FTQAEKAISQGVSLLILSDKKMNERLTPIPPLLAVSALHQHLIRKGLRTKVSIIVESGEA
REVHHFAALIGYGADAINPYLAYATYKQEIDEGRLDISYEEAVSKYGKSITEGVVKVMSK
MGISTVQSYRGAQIFEAVGISRDVIDRYFTGTASQLGGIDLQTIAEEAQRRHREAYQDDY
SQTLEPGSDFQWRNGGEHHAFNPKTIHTLQWACRKNDYNLFKQYTKAADEERIGFLRNLF
AFDGNRKPLKLEEVESAESIVKRFKTGAMSFGSLSKEAHEALAIAMNRLGGKSNSGEGGE
DPKRFVPDENGDDRRSAIKQIASGRFGVKSHYLVNADELQIKMAQGAKPGEGGQLPGNKV
YPWVADVRGSTPGVGLISPPPHHDIYSIEDLAQLIHDLKNANRDARISVKLVSKAGVGTI
AAGVAKATADVIVISGYDGGTGASPKTSIKHTGLPWELGLAEAHQTLMLNGLRDRVVLET
DGKLMTGRDVVMAALLGAEEFGFATAPLVVLGCVMMRACHLDTCPVGVATQNPELRKKFM
GDPDHIVNYMLFIAEEVREYMAALGFKTFDEMIGRTDVLHVSERAKGHWKASQLDLSTLL
YQPEGVRTFRSPQNHKIDQSLDITTILPAVQEAIESGKEADISIEINNTNRVAGTITGSE
ISKRYGEEGLPEDTIKLHFTGSAGQSFGAFVPKGMTLYLDGDSNDYVGKGLSGGKIIVKS
PEGFNSASDDNVIIGNVAFYGATSGEAYINGRAGERFAVRNSGVNVVVEGIGDHGCEYMT
GGSVVVLGDVGKNFAAGMSGGIAYVLAEDVKAFKRKCNLEMILFESLEDEKEIHQIKAML
ERHTAYTNSQKAEDLLDQWEDSVKKFVKVIPKNYKQMLASIQEQKAAGLSDEEAIMFAFE
ANMKPKQNTAASGQKQAVVQ
NT seq 4563 nt   +upstreamnt  +downstreamnt
atgacgtacaatcaaatgccaaaagctcaaggtctctaccgtcctgaatttgaacatgac
gcatgcggaatcggcctatatgcacacttaaagggcaagcagactcacgacattgtcaaa
caaggacttaagatgctttgccagctagaccatagaggagggcaaggcagtgatccggat
acaggagacggagccggcttactggttcaaatccctgatgctttctttagaaaagagtgc
aaagacatcaatctgccagaaaaagaacgttacggggtaggaatggtctttttctcacag
aaagaagatgaaagaaaaaaaattgaaaagcaaatcaatgcactgattgaacaagaaggc
caagtcgttcttggatggagaactgtacctgtaaatgtcggaaaaatcggaacagtggcg
caaaaaagctgtccgtttgtccgtcaggtatttatcggcgcaagttctgatctaaaggac
aatttatcttttgaacgaaaattgtatgtcattcgtaaacaggctgaaaattggggagta
acggaaggtcttgatttttattttgctagtctttcaagccagaccattgtttacaaaggc
cttttaacacctgaacaggttgatgcgttttattctgatctgcaagatgaagcatttgtt
tctgcttttgcgctcgttcattcacgcttcagtaccaacacattccctacatgggaaaga
gcgcatcctaaccgctatttggttcacaatggtgaaattaacacacttcgcggaaatatc
aactggatgagagcacgtgagcagcaatttgtatctgaaagcttcggtgaggacttaaac
aagattttgccgattctcaatgctgacggcagtgactcttccattttggataacgcattt
gagttttttgtgatggctggacgcaaaccggcacatacggcaatgatgcttattccagag
ccttggacggaaaatacgcatatgtccaaggaaaagagggcgttctacgagtaccatagc
tccctgatggagccttgggacggaccgacagccatttcatttactgacggtaaacaaatc
ggggcgatccttgatcggaatggtctccgtccggcccgttattatgtcacaaaagatgat
tatattattttctcatctgaagtaggcgttattgaagttgaacaggagaacgttttatat
aaaaaccgccttgagcctgggaaaatgcttttaatcgacctagaagaaggccgtattatc
tccgatgaagaagtcaaaacacaaattgcaactgagtatccgtaccaaaaatggcttgaa
gaagagcttgtacaagtgaatcctgatccggagtcaagagaagaagaacaatttagtgat
cttcttactcgccagaaggcattcggatacacatatgaagatatccaaaaatatctaatt
cctgttattaaagaaggcaaagatccccttggttcaatgggaaatgacgcaccgcttgct
gtactttctgaccgagcgcaatcactgtttaactactttaaacagctgtttgcacaagta
acgaacccgccaatcgacgcgattcgtgagcagcttgtcacttcaacgatgacttggctc
ggtgcggaaggcgatcttcttcatccaagtgaacgaaatgttcgccggattaaactgtat
acacctgttttatccaatgaacagttttacgcattgaaaacgattgttcatcctgattta
aaaagccaaaaaattgatgtgctgttttcagaggatcttgaacgcggattaaaggacatg
ttcacacaagcagagaaagccatcagccaaggcgtaagtttgttaattttatcagacaaa
aagatgaacgaacgactgacaccaattccgccgcttctggcagtaagcgcgctgcaccag
catttaatccgcaaagggctgcgtacgaaagtcagcattattgtggaatcgggagaagca
cgtgaagtgcatcactttgcagcgttaattggttatggcgcagatgcgattaacccttat
ctcgcttatgcgacctacaagcaggaaattgatgaaggccgtttggatattagctatgaa
gaagcggtcagcaaatatggaaaaagcattactgagggcgtcgtaaaagtgatgtccaag
atggggatttcaactgtgcaaagctacagaggcgcccaaatctttgaggcggtaggaatc
agccgcgatgtgatcgaccgctatttcacaggtactgcatcacagctaggcggcatcgat
ttacaaacaattgcagaagaggcacagcgccgccaccgggaagcgtatcaggatgattac
agccaaacgcttgaaccgggaagtgacttccaatggagaaatggcggagagcatcacgcg
tttaatccgaaaacgattcataccttgcaatgggcttgccgcaaaaatgattacaatctg
tttaaacagtacacaaaagcggcagatgaagaacgcatcggatttttgcggaacttgttc
gcatttgacggaaaccgcaagcctttgaagttggaggaggttgaatccgctgaatcgatt
gtcaaacgttttaaaacgggtgcgatgtcattcgggtccttgagtaaggaagcgcacgaa
gctttagcaatcgcaatgaaccgtcttggaggaaaaagcaacagcggtgaaggcggagaa
gatcccaaacgctttgttccagatgagaacggcgatgatagaagaagtgcgatcaaacaa
attgcatccggacgtttcggtgtcaaaagccattacctcgtcaatgctgatgagctgcag
attaaaatggctcaaggtgctaagccgggtgaaggcgggcagcttcctggcaacaaggta
tatccatgggttgccgatgtccgcgggtcaacgccaggtgtcggattaatctcacctccg
ccacaccatgacatttattcgattgaggatttagcccagctgatccacgatttgaaaaat
gccaaccgtgacgcaagaatcagcgtaaagctggtgtcaaaagcaggtgtaggaacaatt
gctgcaggtgttgccaaagcgactgcagatgtcattgtgatcagcggctatgacggaggt
acaggcgcttctccgaaaaccagtattaaacatacagggcttccgtgggagcttggcctt
gcagaagcacatcaaacactaatgctgaacggacttcgtgaccgtgttgtattagaaaca
gacggaaagctcatgacgggccgcgacgttgtgatggctgccttgctcggcgccgaagaa
tttggtttcgcaacggctccgttagttgtactcggctgtgtcatgatgcgtgcctgccat
ttggatacatgccctgtcggtgtagcgacacaaaatccagagcttcgcaaaaagttcatg
ggagatcctgaccatattgtgaactatatgctgttcattgccgaagaagttcgtgagtac
atggctgcgttaggcttcaagacatttgatgaaatgatcggccgcactgatgtacttcat
gtaagtgaacgggcgaaggggcactggaaagcaagccagcttgatttgtctacacttctt
tatcagcctgaaggggtgcggacgttccgatcgccgcaaaatcataaaattgatcaatcg
cttgatatcacaacaattctcccggctgtacaagaagccatcgaatctggaaaagaagct
gatatttcgattgaaattaataatacaaatcgtgtagccggaacgataaccggcagtgaa
atctcaaagcgttacggagaagaaggtcttcctgaagatacaatcaagctgcactttacc
ggatcagccggccaaagctttggagctttcgttcctaaagggatgacgctttatttggac
ggagactcaaatgattacgtcggaaaagggctttctggcggaaaaatcatcgtcaagtca
ccagaaggattcaactctgcttcggatgacaatgtcattatcggcaacgtggctttttac
ggtgcgacaagcggagaagcatatattaacggacgtgctggtgaacgctttgccgttcga
aacagcggtgtgaacgtagttgtagaaggtattggcgaccacggctgtgaatacatgact
ggcggcagcgttgtcgttctcggtgatgtaggcaaaaactttgcggcaggtatgtccggc
ggaatcgcttatgtactggccgaagatgtcaaagcgtttaaacgcaaatgcaaccttgag
atgattttatttgaatcattagaggacgagaaagaaatccatcaaatcaaagcaatgctt
gaaagacatactgcatatacaaacagccaaaaagcagaagatttgcttgatcaatgggaa
gacagtgtgaaaaaattcgtcaaagtcattccgaaaaactataaacaaatgcttgcaagc
atccaagagcaaaaagctgcaggtttatcagatgaagaagccatcatgttcgcttttgag
gccaacatgaagccaaagcagaatacagcagcatcgggacaaaaacaagcggtagtacag
taa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (29)   

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