KEGG   Bacillus thuringiensis Bt407: BTB_c05250
Entry
BTB_c05250        CDS       T02277                                 
Symbol
gltA
Name
(GenBank) glutamate synthase large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
btg  Bacillus thuringiensis Bt407
Pathway
btg00250  Alanine, aspartate and glutamate metabolism
btg00910  Nitrogen metabolism
btg01100  Metabolic pathways
btg01110  Biosynthesis of secondary metabolites
btg01120  Microbial metabolism in diverse environments
btg01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:btg00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    BTB_c05250 (gltA)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    BTB_c05250 (gltA)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:btg01002]
    BTB_c05250 (gltA)
Enzymes [BR:btg01000]
 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)
     BTB_c05250 (gltA)
Peptidases and inhibitors [BR:btg01002]
 Cysteine peptidases
  Family C44
   BTB_c05250 (gltA)
SSDB
Motif
Pfam: Glu_synthase Glu_syn_central GATase_2 GXGXG FMN_dh IMPDH GATase_6 His_biosynth DUF4390
Other DBs
NCBI-ProteinID: AFV16262
Position
complement(513588..518024)
AA seq 1478 aa
MLNTKNTWTPSLFRDYRNAEHDACGIVSVMEKRKIATKENIDLCIQSLVKMNHRAGFING
EGDGIGIHIDVPKAIWNEKLKSSGYNPTIVDHPHFIVGHFFLNKKENITILKDYIRTQLN
NKNFTIIFESDDVTNSDALGPLGKQEEPLFWQVALIAENEITNIEQTLFSVTIKIEENEA
IHVASLSRDHVVYKVLGAGDTLVAYYNDLQHPLIASTMTLGHNRYSTNTLSNFFRVQPFS
ILGHNGEINTIAKLRDQAEMIDVPLTAGGSDSQDLNRTLETLLVQYDYSLFEAMEILFPP
IINEIKLYETPLQDLYTYIREAWGHFAQGPAGIISRFKDEAVFSVDSLGLRPVWKVETES
SYIFSSEPGVVSPTKYVAEPKPLAPGEKVGLKWNEQDELVLYEYDKYQIQVYNRLKKRID
TTNYHLNLSIPETKKIQGLCDSVQVETKQYVAFGWDREHIQLLEQMATKGVEPIRSLGHD
SPLAALDTDRRNIADFIKESVAVVTNPAIDRDREIEHFSTRTVLGERPSLLSGAKRPFVV
EMLSPIILEGSVAQPIAEELHTITYEQLIELFMTHNSIATISATFSSSETLQCALSRISS
EAIAAVNNGASLLVLDDAKAHLNERLWIDPHLVTAKVHQALSENKLRRNCSLVIRSGALR
SLHDIVTLYGLGADSINPYLLFATVNDGTKIPITNLYNALNKGLEKVISTIGIHELRGYG
RLYSSIGLHEEIANILQITNFFGSNDLAFSLESLTEDAKIRAEDYNNPKIRMRKSFHIFP
RIWKAIGDVAKGNSYDDYRDKLSELEENNPIAIRHLVQTKQTKHVVPTEEVSIGIQNHNL
PFIISSMSFGSQNEIAFRAYAEAADQLNMISLNGEGGEIKDMIGKYPHTRGQQVASGRFG
VNAELLNSSNLIEIKIGQGAKPGEGGHLPGSKVTAKIAEARNATIGSDLISPSNNHDIYS
IEDLAQMITEIKTANQLAKVAVKVPVVPNIGTIAVGIAKAGADFINISGFDGGTGAARIH
ALQHVGLPVEIGVKAAHNALLEASMRHKVEIWADGGIRSVNDALKIMLLGANRIGFGTLS
MIAIGCTTCRGCHLDTCHVGIATQIESEAQAKEHGLRRFVPRELESAVAGLLNLFTTFGI
ELKRLTGQLGYTNLQAIVGRSDLLEQVRGENLLNLRNLLQIIEHPSVTTTEGVPEKQFKT
VHSADSKELVGVGVEQRVMGGLESCYRVRSKLYEATQLEPLTLKYTNGSIPGNGLGAYNS
ENLFIHVNGGAQDGIGKTSFGGGIYITKSKGKDGVYYNGSVGKGFGYGAQKGALYVQGNA
DARAGIRLSGADMIIGGRITKPLREKEHGNIGAYSNIKGFAFEYMTNGRALVLGDPGPWI
CAGMTGGVVYLRHDSNLGLTEQALKRRIAKGANVTLQPISKNGLKDVTELLLDYIRVLNE
HEQYEEVALLTPLLDDIQNQFFEIIPKKEQADPSISTE
NT seq 4437 nt   +upstreamnt  +downstreamnt
atgctcaatacaaaaaatacatggacaccgtctttatttcgagattatagaaatgcagaa
cacgatgcgtgtggaatcgtttccgttatggagaaacgaaaaattgctaccaaagaaaac
attgacctttgtattcaatcactcgtcaaaatgaatcatagagctggtttcattaatggt
gagggcgatggcatcggcattcacattgatgtaccaaaagcgatttggaatgaaaaacta
aaaagtagcggatataatccaacgattgtggatcatccccactttatcgttggacatttt
tttctaaataaaaaagaaaacattactatcttaaaagattatattcgtacgcaattaaac
aacaaaaattttacaatcattttcgaaagtgatgatgtaacaaactccgatgcactcggt
ccacttggtaaacaagaagaacctttattttggcaagttgcccttatcgcagaaaacgaa
attacaaatattgagcaaacattattttctgtcacaataaaaatagaggaaaacgaagca
attcatgttgcttcattaagtcgtgatcatgttgtatataaagttctaggtgctggtgat
acacttgttgcctactataatgatttacaacatccacttatcgcttcaactatgacatta
ggacataaccgctactctactaatacattatctaatttttttcgtgtacaaccatttagc
attctcggacataatggtgaaattaacacaatcgcaaaattacgcgatcaagctgaaatg
attgatgtaccacttactgctggaggcagtgactctcaagatttaaaccgcaccttagaa
actttacttgttcaatacgactacagtttatttgaagcaatggaaatattgttccctcca
attattaatgaaattaaactttatgaaacacctttacaagatttatatacgtatatacgt
gaagcatggggacattttgcacaaggaccagctggcatcatttcccgttttaaagatgaa
gctgttttcagtgttgattcccttggattacgcccagtctggaaagtagagacagagagc
tcttatattttctcttctgaacctggagttgtatcaccaactaaatatgtagcagaacca
aaaccactcgcccctggagaaaaggttggattaaaatggaatgaacaagatgaacttgtt
ctttatgaatatgacaaatatcaaatccaagtatataaccgtcttaaaaagcgaattgat
actaccaattaccatttaaatttatctatccctgaaacgaaaaaaatccaagggctatgt
gattctgttcaagttgaaacgaaacaatacgtcgctttcggatgggaccgagaacatatt
cagctccttgaacagatggcaacaaaaggcgttgagcccattcgctcacttgggcatgac
tcaccacttgccgcactcgatactgatagacgaaatatcgctgactttattaaagaaagt
gtagctgttgttacaaaccctgcaattgaccgtgaccgtgaaattgaacacttctctaca
cgtactgtacttggagagcgtccaagtttattaagcggcgcaaaacggccatttgtagtt
gaaatgctttcaccaattattttagaaggcagcgtggcacaacctattgcagaggaatta
cacacaattacgtatgaacaactcatagagctatttatgactcataactctatcgccaca
atctctgctacattcagttcgtcagaaactctgcaatgtgcattaagccgcattagttct
gaagcgatagctgctgttaacaatggtgcttctctactagtattagatgacgcaaaagcc
catctaaatgaacgcttgtggattgatccacatttagttaccgctaaagtacatcaagca
ttaagtgaaaataaattacgccgcaattgttctctcgttatacgttctggtgcccttcgc
tccttacatgacattgtaacgctatatggattaggagcagatagtattaatccatattta
ttattcgcgactgtaaatgatggaacaaaaataccaattacgaatctgtataatgcactt
aataaaggactagaaaaagtcatttcaacaattggaattcatgagttacgtggttacgga
cgtctctattcatctattgggttacatgaagaaattgcaaatatattacaaattacaaat
ttcttcggttcaaatgatttagctttttcacttgaatcacttactgaagatgcaaaaata
cgagcagaggattataacaatcctaaaattagaatgcgaaaatcatttcatatattcccg
cgaatttggaaagcaattggcgatgttgcaaaaggaaattcttatgatgattaccgtgac
aagttaagtgaactagaagagaataatccaatcgcaatcagacaccttgttcaaacgaaa
caaacaaaacatgtcgttccaactgaagaagtatctatcggcattcaaaatcataattta
ccatttattattagttctatgtcatttggttctcaaaacgaaatcgcctttcgcgcatat
gcagaagcggccgatcagctaaatatgattagcttgaacggtgaaggcggcgaaattaaa
gatatgattgggaaatacccacatacacgtggacaacaagtggcatctggacgatttgga
gtaaatgccgaactactaaactcatcaaacttaattgaaatcaagatcggtcaaggcgca
aagcctggggaaggtggacatttacctggttcaaaagtgacagccaaaatagctgaagca
cgtaatgcgacaatcggctcagatttaatttcaccttctaataaccatgatatttattca
attgaagatttagctcaaatgattacagaaattaaaacagctaatcaacttgccaaagta
gccgtgaaagtccctgtcgttcctaatatcggaacaattgctgtcggtatcgccaaagct
ggcgctgattttattaacattagcggattcgatggcggaacaggtgctgcacgtattcac
gcattgcagcatgtaggtctccctgtagaaattggtgttaaagccgctcacaacgcttta
ttagaagcaagcatgagacataaagtagagatttgggcagatggtggtattcgaagtgta
aatgatgccttgaaaatcatgctcctcggagcaaatcgtattggatttggcacactatca
atgattgcaatcggctgtactacttgccgtgggtgtcatctagatacttgccatgtcgga
attgcgacacaaattgagtctgaagcacaagcaaaagaacatgggttacgccgcttcgtt
ccgcgcgaattagaaagcgcagttgctggcctgctaaatttattcaccactttcggtata
gaactaaaacgattaacaggacagcttgggtatacaaatttacaagcaattgttgggcgt
tctgatttattagagcaagttcgaggcgaaaatttattaaacttacgtaatttactacaa
ataatagaacatccatctgttacaacaacagaaggcgtaccggaaaaacaatttaaaaca
gttcattccgctgactcaaaagaattagtaggcgttggtgtagagcaacgcgttatgggt
ggtctagaatcatgttatcgcgttcgcagtaaactatatgaagctactcaacttgaacca
cttacattaaagtatacgaatggttctattcccggaaatgggttaggtgcttacaatagt
gaaaatttatttatacacgtaaatggcggcgcacaagatggcattggtaaaacttccttt
ggtggtgggatttatataacgaaatcaaaaggaaaagacggagtatattataacggttct
gtcggaaaaggatttggatatggcgcacaaaaaggggcactatacgtacaagggaacgct
gatgctcgcgctggcattcgcctttctggggcagacatgataattggaggtagaataaca
aaaccactccgtgaaaaagagcacggaaatataggggcatactccaatattaaagggttt
gcttttgaatatatgacaaatgggcgagcgcttgttttaggtgaccctggtccatggatt
tgcgccggcatgactggcggtgttgtttatttacgtcatgattcaaacttaggcttaaca
gaacaggccttaaaaagaagaatcgcaaaaggggcaaatgttacattacaaccaattagt
aaaaatggtttgaaagatgtaactgaattattgctagactatattcgtgtactaaacgag
catgagcaatatgaggaagttgctttgttaaccccgttattagatgatatacagaaccag
ttttttgaaattatcccgaaaaaagaacaggcagatccatctatctcaacagagtga

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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 (9)   
   Pfam (9)   
All databases (33)   

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