KEGG   Bacillus cereus ATCC 10987: BCE_0585
Entry
BCE_0585          CDS       T00162                                 
Name
(GenBank) glutamate synthase, large subunit, putative
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
bca  Bacillus cereus ATCC 10987
Pathway
bca00250  Alanine, aspartate and glutamate metabolism
bca00910  Nitrogen metabolism
bca01100  Metabolic pathways
bca01110  Biosynthesis of secondary metabolites
bca01120  Microbial metabolism in diverse environments
bca01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:bca00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    BCE_0585
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    BCE_0585
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:bca01002]
    BCE_0585
Enzymes [BR:bca01000]
 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)
     BCE_0585
Peptidases and inhibitors [BR:bca01002]
 Cysteine peptidases
  Family C44
   BCE_0585
SSDB
Motif
Pfam: Glu_synthase Glu_syn_central GATase_2 GXGXG FMN_dh IMPDH GATase_6 His_biosynth
Other DBs
NCBI-ProteinID: AAS39520
UniProt: Q73DX5
Position
complement(593633..598069)
AA seq 1478 aa
MLNKTNTWTPSLFRDYKNAEHDACGIVSVMEKRKIPTKENIDLCIQSLVKMNHRAGFING
EGDGIGIHIDVPKALWNEKLKSSGYNPTIVDHPHFIVGHFFLNKNENIVNLKNHIRTQLN
NENFAILFESDDVINSDALGPLGKQEEPLFWQVALIAENEVTNIEQTLFTVTIKIEENEA
IHVASLSRDHVVYKVLGAGDTLVAYYNDLQHPLIASTMTLGHNRYSTNTLSNFFRVQPFS
ILGHNGEINTIAKLRDQAEMIHVPLTAGGSDSQDLNRTLETLLVQYNYSLFEAMDILFPP
IINEIKLYEPHLQDLYTYIREAWGHFAQGPAGIISRYKDEAVFSVDSLGLRPVWKVETES
SYIFSSEPGVVSPTEYVAEPKPLAPGEKVGLKWNEQDELVLYAYDKYQAQVYDRFKKRVD
TKDYHLNLSTPETKEIQGLCDSMQVETKQYVAFGWDREHIQLLEQMATKGVEPIRSLGHD
SPLAALDTDRRNIADFIKESVAVVTNPAIDRDREVEHFSTRTILGKRPSLLAGAKQPFVV
EMLSPIILEGSVAQSIVEELHTITYEQLIQLFNTHSSIATISATFSQAETLQCALSRISS
EAITAVNDGASLLLIDDADAHLNGRLWIDPHLVTAKVHQVLSENKLRRNCSLVIRSGALR
SLHDIVTLYGLGADSINPYLLFATVNDGTKTPITNLYHALNKGLEKVISTIGIHELRGYG
RLYSSIGLHEEIANILQITNFLGSNDLAFSLESLAEDAQMRANDYNNPKVRMRKSFHIFP
RIWKAIGDVAKGNSYDDYREKLSELEENNPIAIRHLVQTKETKHVVPAEEVSISIQNHDL
PFIISSMSFGSQNEIAFRAYAEAADQLNMISLNGEGGEIKDMIGKYPHTRGQQIASGRFG
VNAELLNSSNLIEIKIGQGAKPGEGGHLPGSKVTAKIAEARNATIGSDLISPSNNHDIYS
IEDLAQMITEIKTANQLAKVAVKVPVVPNIGTIAVGIAKAGADFINISGFDGGTGAARIH
ALQHVGLPVEIGVKAAHNALLEANMRHKVEIWADGGIRSVNDALKIMLLGANRIGFGTLS
MIAIGCTTCRGCHLDTCHVGIATQIESEAQAKEHGLRRFVPRELESAVAGLLHLFTTFGE
ELKRLTGNLGYTNLQEIVGRSDLLKQVRGKNLLNLCNLLQTIEHPSSTKTEHVLEKQFET
IHSPHSKELVGVGVEQRVMGGLESCYRVRSKLYEDTKLEPLTLKYTNGSIPGNGLGAYNS
ENLFIHVNGGAQDGIGKTSFGGGIYITKAKGKDGLYYNGSVGKGFGYGAQKGALYVQGNA
DARAGIRLSGADMIIGGRMIKPLREKEQGNIGAYSNIKGFAFEYMTNGRALVLGDPGPWI
CAGMTGGVVYLRHDSSLGLTEQALKRRIAKGANVTLQPLSKNGVQDVTELLLDYIRVLNE
HEQYEEVALLTPLLDDMPQQFFEIIPKKEQADPSISTE
NT seq 4437 nt   +upstreamnt  +downstreamnt
atgctcaataaaacaaacacatggacaccgtctttatttcgagattacaaaaatgcagaa
cacgatgcgtgtggaatcgtttccgttatggagaaacgaaaaattcctacaaaagaaaat
attgacctttgcatacaatcgctcgtcaaaatgaatcatagagctggtttcattaatggc
gaaggtgatggaatcggtattcacattgatgtaccaaaagcactttggaatgaaaaatta
aaaagtagcggatataatccaacgatcgtggatcatccccactttatcgttggacatttt
tttctaaacaaaaacgaaaatatagttaatttaaaaaatcatattcgtacacaactaaac
aacgaaaactttgcaattcttttcgaaagtgatgatgtaataaactccgatgcactcggt
ccacttggtaaacaagaagaacctttattttggcaagttgctcttatcgcagaaaatgaa
gttacaaatattgagcaaacattatttacagtaacgataaaaatagaagaaaatgaagcg
attcatgttgcttccttaagtcgtgatcacgttgtatataaagttctcggtgctggtgat
acacttgttgcctattacaatgatttacaacacccacttattgcttcaactatgacacta
ggacacaatcgctattctactaatacattgtctaacttctttcgtgtacaaccatttagt
atcctcggacataatggtgaaattaacacaattgcaaaattacgcgatcaagctgaaatg
attcacgttccacttactgctgggggcagtgactcccaagatttaaaccgcaccttagaa
actctacttgttcaatacaactacagtttatttgaagcaatggatatactattcccgcca
attattaatgaaattaaactttatgaaccacatttacaagatttatatacgtatatacgt
gaagcatggggccattttgcacaaggtccagctggcattatttcacgttataaagatgaa
gctgttttcagcgtggattcccttgggctacgaccagtatggaaagtagagacagaaagc
tcttatattttctcttctgaacctggagttgtatcaccaactgaatatgtagcagaacca
aaaccactcgctccaggggaaaaagtcggactaaagtggaatgaacaagatgagcttgtt
ctttatgcatatgacaaataccaagctcaagtatatgaccgttttaaaaaacgagtggat
actaaagattatcatttaaacttatctactcctgaaacgaaagaaatccaaggattatgt
gattctatgcaagttgaaacaaaacaatacgttgctttcggatgggatcgtgaacatatt
cagcttcttgaacagatggcaacaaaaggcgttgagccaattcgctcacttgggcatgac
tcaccactcgctgcactcgatactgatagacgaaatatcgctgacttcattaaggaaagt
gtagctgtcgttacaaatccagcaatcgatcgcgatcgagaagttgaacacttctccaca
cgaacgatacttggcaaacgtccaagtttattggctggtgctaaacagccatttgtagtt
gagatgctttccccaatcattttagaaggaagtgtagcacaatctattgtagaagaatta
cacacaattacgtacgagcaacttatacaactattcaatactcatagctctatcgctaca
atctctgctacattcagtcaggcagaaactttacaatgtgccttaagtcgaattagttct
gaagcgataacagccgtgaacgatggagcttccctattattaatagacgatgctgatgct
cacctaaatggacgattatggattgatccgcatttagttaccgcgaaagtacatcaagta
ttaagcgaaaataaattacgccgaaactgctctctcgttatacgttctggtgcccttcgc
tccttacacgatatcgtcacactgtatggattaggagcagatagtatcaatccatattta
ctatttgcaaccgtaaatgatgggacaaaaacaccaattacgaatttatatcatgcactt
aataaaggactggaaaaagtcatttcaacaattggaattcatgaattgcgtggttacggt
cgcctctattcttctatcgggttacatgaagaaatcgcaaatatattgcaaattacaaat
ttcttaggttcaaatgatttagctttttctcttgaatcacttgctgaagatgcacaaatg
cgagctaacgattataacaatcctaaagttagaatgcgaaaatcttttcatatattcccg
cgaatttggaaagcaatcggcgatgttgcaaagggaaactcttatgatgattaccgtgaa
aaattaagtgaattagaagaaaataacccaatcgcaattagacatcttgttcaaacgaaa
gaaacaaaacatgtcgttccggctgaagaagtgtccatcagtattcaaaatcatgatttg
ccatttattattagttccatgtcattcggttctcaaaatgaaattgcctttcgtgcatat
gcagaagcagccgatcagctaaatatgattagtttgaacggtgaaggcggcgaaattaaa
gatatgattggaaaatatccacatacacgtggacaacaaatcgcgtccggacgatttggc
gtaaacgccgaactactcaattcatcaaacttaattgaaataaaaattgggcaaggtgcc
aagcctggtgaaggtggacatttgccaggttcaaaagtaacagccaaaatcgccgaagcg
cgtaatgctacaattggctctgatttaatttcaccttctaacaaccatgatatttattcc
attgaagatttagctcaaatgattacagaaattaaaacggctaatcagcttgcgaaagta
gctgtaaaagtccctgtcgtccctaacattggaacaattgctgttggtatcgcaaaagct
ggtgctgattttattaacattagcggatttgatggtggtacaggagctgcacgtattcac
gcattgcaacatgtagggcttcctgtagaaattggtgtgaaagccgctcacaatgcttta
ttagaagcaaatatgagacataaggtagaaatttgggctgatggtggtattcgaagtgtg
aatgatgccttgaaaattatgctccttggagcaaaccgcattggatttggtacattatcc
atgattgcaatcggctgtacaacttgccgcggatgtcatctagatacttgtcacgttgga
attgcaacacagattgaatctgaagctcaagcgaaagaacacggattacgccgcttcgtc
ccgcgtgaattagaaagcgccgtggctggattattacatttattcactacttttggcgaa
gaactaaaacgattaacaggaaatctcggctatacaaatttacaagaaattgtcgggcgt
tccgatttattaaaacaagttcgaggcaaaaatttattaaacttatgtaatttactacaa
acgatagaacatccatctagtacaaaaacagaacacgtactagaaaaacaatttgaaaca
attcattccccccattcaaaagaattagtaggcgttggcgtagaacaacgcgttatgggt
ggtctagaatcttgttatcgcgttcgtagtaaattatatgaagacacgaagcttgaacca
cttacattaaagtatacaaatggctcgattcctggaaatggattaggtgcttacaatagt
gagaacttatttatacacgtaaatggcggcgcacaagatggtattggtaaaacctccttt
ggtggtggtatttatataacgaaagcaaaaggaaaagacggtctatattataacggttct
gtcggaaaaggttttggatacggtgcacaaaaaggggcgctatacgttcaaggtaacgct
gatgctcgcgctggcattcgcctctctggagcagacatgataattggcggacgcatgata
aagccactccgtgaaaaagagcaagggaacataggagcatactctaatattaaaggtttc
gcttttgaatatatgacaaatgggcgcgctcttgttttaggggatcctggtccatggatt
tgcgctggtatgactggcggtgttgtttatttacgccatgattcaagcttaggtttaaca
gaacaggccttaaaaagaagaatcgcaaaaggagcaaatgttacattacaaccacttagt
aaaaatggtgtgcaagatgtgaccgagttattactagattatatccgtgtattaaatgaa
catgagcaatacgaggaagttgctttattgacaccgttactcgatgatatgccgcaacag
ttttttgaaatcatcccgaaaaaagagcaggctgatccatctatctcaacagagtga

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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 (8)   
   Pfam (8)   
All databases (33)   

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