KEGG   Bacillus mycoides KBAB4: BcerKBAB4_0446
Entry
BcerKBAB4_0446    CDS       T00642                                 
Name
(GenBank) Glutamate synthase (ferredoxin)
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
bwe  Bacillus mycoides KBAB4
Pathway
bwe00250  Alanine, aspartate and glutamate metabolism
bwe00910  Nitrogen metabolism
bwe01100  Metabolic pathways
bwe01110  Biosynthesis of secondary metabolites
bwe01120  Microbial metabolism in diverse environments
bwe01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:bwe00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    BcerKBAB4_0446
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    BcerKBAB4_0446
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:bwe01002]
    BcerKBAB4_0446
Enzymes [BR:bwe01000]
 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)
     BcerKBAB4_0446
Peptidases and inhibitors [BR:bwe01002]
 Cysteine peptidases
  Family C44
   BcerKBAB4_0446
SSDB
Motif
Pfam: Glu_synthase Glu_syn_central GATase_2 GXGXG FMN_dh DUF4390 GATase_6 IMPDH His_biosynth MTTB
Other DBs
NCBI-ProteinID: ABY41712
UniProt: A9VSS6
Position
complement(504586..509022)
AA seq 1478 aa
MLNKKNTWTPSLFRDYRNAEHDACGIVSVMEKRRIPTKENIDLCIQSLVKMNHRAGFING
EGDGIGIHIDMPKALWNEKLKSSGYNPTIVDHPHFIVGHFFLNKKENIAELKDYIRTQLN
NESFTIVLENDDVINSDALGPLGKQEEPLFWQIALIAESEVKNIEQTLFAVTIKIEENEA
IHVASLSRDHVVYKVLGAGDTLVAYYNDLQHPLIASTMTLGHNRYSTNTLSNFFRVQPFS
ILGHNGEINTIAKLRDQAEMIHVPLTAGGSDSQDLNRTLETLLVQYNYSLFEAMDILFPP
IINEIKLYETNLQNLYTYIREAWGHFAQGPAGIVSRYKDEAVFSVDSLGLRPVWKVETES
SYIFSSEPGVVSPTEYVEEPKPLAPGEKVGFKWNKHDELVLYEYDKYQIEVYNRFQKRID
VSNYHLNLSIPETKEIQGLCDSVQVETKQYVSFGWDREHIQLLEQMATKGVEPIRSLGHD
SPLAALDTDRRNIADFIKESVAVVTNPAIDRDREIEHFSTRTVLGERPSLSSKMKQPFVV
EMLSPIILEGSVAQSIAEELHTITYEQLIQLFVTHSSIATISATFSPSETLQCALNRISS
EAIAAVNNGASLLLLADTKAHQNEQLWMDPHLVTAKVHQVLSENKLRRNCSLVIRSGALR
SLHDIVTLYGLGADSINPYLLFATVNDGSKTPITNLYNALNKGLEKVISTIGIHELRGYG
RLYSSIGLHEEIANILQITNFFGSNDLAFSLESLAKDAKSRADDYNNPKIRMRKSFHIFP
RIWKAIGDVAKGNSYDDYRDKLSELEDNNPIAIRHLVQTKQTKHVVPAEEVSISIQNHDL
PFIISSMSFGSQNEIAFRAYAEAADQLNMISLNGEGGEIKDMIGKYPNTRGQQVASGRFG
VNAELLNSSNLIEIKIGQGAKPGEGGHLPGSKVTAKIAEARNATIGSDLISPSNNHDIYS
IEDLAQMITEIKTANQLAKVAVKVPVVPNIGTIAVGIAKAGADFINISGFDGGTGAARIH
ALQHVGLPVEIGVKAAHNALLESGMRHKVEIWADGGIRSVNDALKIMLLGANRIGFGTLS
MIAIGCTTCRGCHLDTCHVGIATQIESEAQAKEHGLRRFVPRELESAVAGLLNLFTTFGV
ELKRLTGQLGYTNLQEIVGRSDLLEQVRGQDLLELCNLLQTIENPTVTTTVSVKEKQFET
VHSPHSKELVGVGVEQRVMGGLESCYRVRSKLYEDTKLEPLTLKYTNGSVPGNGLGAYNS
ENLFIHVNGGAQDGIGKTSFGGGIYITKAKGKNGTYYNGSVGKGFGYGAQKGALYVQGNA
DARAGIRLSGADMIIGGRITKPLREKEQGNIGVYSNIKGFAFEYMTNGRALVLGDPGPWI
CAGMTGGVVYLHHEPNLGLTEHALKRRIAKGANVTLQPISKNGLQDVNELLLDYIRVLNE
HEQYEEVALLTPLLDDIQLHFYEIIPKKEQADPSISTE
NT seq 4437 nt   +upstreamnt  +downstreamnt
atgctcaataaaaaaaatacatggacaccgtctttatttcgagattatagaaatgcagaa
catgatgcgtgtggaatcgtttccgttatggaaaaaagaagaattcctacaaaagaaaac
atcgatctttgtatacaatcgctagtcaaaatgaatcatagagctggtttcattaatggc
gaaggagatggtatcggaattcatatcgacatgccaaaagcactttggaatgaaaaactg
aaaagtagcggatataatccaacgattgtggatcatccccactttatcgttggacatttt
tttctaaacaaaaaagaaaacattgctgagttaaaagattacattcgtacgcaactaaac
aatgaaagctttacaattgttctcgaaaatgatgatgtaataaactcagatgcactcggt
ccgcttggtaaacaagaagaacctttattttggcaaattgcccttatcgccgaaagtgaa
gttaaaaatattgaacaaacattatttgctgtaacgataaaaatagaggaaaacgaagcg
attcacgttgcttcattaagtcgtgatcatgttgtatataaagttctaggtgctggagat
acacttgttgcctattacaacgatttacaacacccacttatcgcttcaactatgacacta
ggacataatcgctattctactaatacattatctaatttttttcgtgtacaaccatttagc
attctcggacataatggtgaaattaatacaattgccaaattacgtgatcaagccgaaatg
attcatgtaccactaactgcagggggaagtgactcccaagatttaaaccgcaccttagag
actcttcttgttcaatataactacagcttatttgaagcgatggatatactattcccacca
attattaatgaaataaaactatacgaaacaaacttacaaaacttatacacttatataaga
gaagcttggggacacttcgcacaaggaccagctggcattgtttcacgctataaagatgaa
gctgtattcagcgtcgattcccttggcctacgaccagtatggaaagtagaaacagaaagc
tcttatattttctcttctgaacctggagttgtatcaccaaccgaatatgtagaagaaccg
aaaccactcgctcctggagaaaaggtcggatttaaatggaataaacatgatgaacttgtt
ctttatgaatacgacaaataccaaattgaagtatataatcgtttccaaaaacgaatcgat
gttagcaattatcatttaaacttatctatccctgaaacaaaagaaatccagggattatgt
gattctgttcaagttgaaacgaaacagtacgtttctttcgggtgggatcgagagcatatt
cagctccttgaacagatggcaacaaaaggagttgagccaattcgctcacttggtcatgac
tcgccacttgctgcactcgatacggatagacgaaatattgctgactttattaaagaaagt
gtagctgttgttacaaacccagcaattgaccgtgaccgtgaaattgaacacttctctaca
cgtactgtacttggagagcgtccaagtttatcaagtaagatgaaacagccatttgtagtt
gagatgctttcaccaattattttagaaggaagtgttgcacaatctattgcagaggaattg
cacacaattacgtacgaacaacttatacagttgttcgttacacatagctctatcgctaca
atttctgctaccttcagtccgtcagaaactttacaatgcgcattaaatcgaattagttcc
gaagcgatagctgccgttaacaatggtgcttccctactattattagctgacacaaaagct
catcaaaatgaacagttatggatggatccacatttagttaccgctaaagtacatcaagta
ttaagtgaaaataaattacgccgaaactgttctctcgttatacgttctggtgctcttcgc
tccttacacgatatcgtcacgctatatggattaggagcagacagtattaatccatattta
ttgttcgcgaccgtaaatgatggatcaaaaacaccaattacgaatctgtataatgcactt
aataaaggactagagaaagtcatttcaacaattggaattcatgagttacgtggttacggc
cgcctctattcctctatcggattacatgaggaaatcgcaaatatattacaaattacgaat
ttcttcggttcaaatgatttagctttttcacttgaatcgcttgctaaagatgcaaaatcg
cgggcagatgattataacaaccctaaaattagaatgcgaaaatcatttcatatattcccg
cggatttggaaagcaattggagatgttgcaaaaggaaattcttatgatgattaccgcgac
aagttaagtgaattagaagacaataatccgattgcaatcagacaccttgttcaaacgaaa
caaacaaagcatgtcgttccagctgaagaagtgtctattagcattcaaaatcatgattta
ccgtttattattagttccatgtcattcggttctcaaaatgaaatcgcctttcgtgcatat
gcagaagctgccgatcagctaaatatgattagtttgaacggtgaaggcggcgaaattaaa
gatatgattggcaaatacccaaatacacgtggacaacaagttgcatctggccgatttgga
gtaaacgctgaactactaaattcatcaaatttaattgaaataaaaatcggtcaaggcgca
aaacctggcgaaggcggacatttaccaggttctaaagtaaccgcaaaaattgctgaggca
cgtaatgctacaattggatcagatttaatttcgccttctaacaaccatgatatttattcg
attgaagatttagctcaaatgattacagaaattaaaacggctaatcaacttgcaaaagta
gccgtaaaagtccctgtcgttcctaacatcggaacaattgctgtcggtatcgcaaaagct
ggcgctgattttattaacattagcggatttgacggcggaacaggtgctgcacgtattcat
gcattacaacatgtaggtcttccagtagaaatcggtgttaaagctgctcacaacgctcta
ctagaatcaggtatgagacataaagtagagatttgggccgatggtggtattcgaagtgta
aatgacgccttaaaaatcatgcttcttggagcaaaccgtattgggtttggcacattatca
atgattgcaatcggctgtacaacttgccgtggttgtcatctagatacttgccatgttgga
attgcaacacaaattgaatctgaagcacaagcgaaagaacatggattacgccgcttcgtc
ccgcgcgaattagaaagcgcagttgctggcctattaaatttattcaccactttcggtgta
gaattgaaacggttaacagggcaactcggttatacaaatttacaagaaattgtcgggcgt
tccgatttattagaacaagttcgaggtcaagatttgttagagttatgtaatttactgcaa
acaatagaaaatccaactgttacaacaacagtatctgtaaaagaaaaacaatttgaaaca
gtgcattctcctcactcaaaagaattagtaggagttggcgtagaacaacgagttatgggc
ggtttagaatcttgttatcgcgttcgcagtaaattatatgaagatacaaagcttgaacca
cttacattaaagtatacaaatggctctgttcctggaaatggattaggtgcttacaatagc
gaaaacttatttatacacgtaaatggcggtgcgcaagatggtatcggtaaaacttcattt
ggcggtggcatttatataacgaaagcaaaaggtaaaaatggaacatattataacggatct
gtcggaaaaggatttggatacggcgctcaaaaaggtgcattatacgtgcaaggtaacgct
gatgctcgtgctggcattcgcctttctggagcagatatgataattggaggcagaattaca
aaaccactccgcgaaaaagaacaaggaaatatcggagtatattctaatataaaaggattt
gcttttgaatatatgacaaatggtcgcgctcttgttttaggagatcctggtccatggatt
tgtgccggcatgactggtggtgttgtttatttacatcatgagccaaacttaggtttaaca
gaacacgctttaaaaagaagaattgctaaaggtgcaaatgtaacattgcagccaattagt
aaaaatggtttgcaagatgtgaatgaattattattagactacattcgtgtattaaatgag
cacgaacaatatgaagaagtcgctttgttaacaccattattagatgatatccagcttcac
ttctatgaaattatcccgaaaaaagaacaggcggatccatctatttcaactgaatga

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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 sequence (1)   
   UniProt (1)   
Protein domain (10)   
   Pfam (10)   
All databases (35)   

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