KEGG   Staphylococcus aureus subsp. aureus ST228/10497 (MRSA): SAI2T2_1003450
Entry
SAI2T2_1003450    CDS       T03144                                 
Symbol
gltB
Name
(GenBank) Glutamate synthase, large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
sauj  Staphylococcus aureus subsp. aureus ST228/10497 (MRSA)
Pathway
sauj00250  Alanine, aspartate and glutamate metabolism
sauj00910  Nitrogen metabolism
sauj01100  Metabolic pathways
sauj01110  Biosynthesis of secondary metabolites
sauj01120  Microbial metabolism in diverse environments
sauj01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:sauj00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    SAI2T2_1003450 (gltB)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    SAI2T2_1003450 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:sauj01002]
    SAI2T2_1003450 (gltB)
Enzymes [BR:sauj01000]
 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)
     SAI2T2_1003450 (gltB)
Peptidases and inhibitors [BR:sauj01002]
 Cysteine peptidases
  Family C44
   SAI2T2_1003450 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG
Other DBs
NCBI-ProteinID: CCJ12290
UniProt: A0A7U7IDX8
Position
466764..471263
AA seq 1499 aa
MHNEKLIKGLYDYREEHDACGIGFYANMDNKRSHDIIDKSLEMLRRLDHRGGVGADGITG
DGAGIMTEIPFAFFKQHVTDFDIPGEGEYAVGLFFSKERILGSEHEAVFKKYFEGEGLSI
LGYRNVPVNKDAIAKHVADTMPVIQQVFIDIRGIEDVEKRLFLARKQLEFYSTQCDLELY
FTSLSRKTIVYKGWLRSDQIKKLYTDLSDDLYQSKLGLVHSRFSTNTFPSWKRAHPNRML
MHNGEINTIKGNVNWMRARQHKLIETLFGEDQHKVFQIVDEDGSDSAIVDNALEFLSLAM
EPEKAAMLLIPEPWLYNEANDANVRAFYEFYSYLMEPWDGPTMISFCNGDKLGALTDRNG
LRPGRYTITKDNFIVFSSEVGVVDVPESNVAFKGQLNPGKLLLVDFKQNKVIENNDLKGA
IAGELPYKAWIDNHKVDFDFENIQYQDSQWKDETLFKLQRQFAYTKEEIHKYIQELVEGK
KDPIGAMGYDAPIAVLNERPESLFNYFKQLFAQVTNPPIDAYREKIVTSELSYLGGEGNL
LAPDETVLDRIQLKRPVLNESHLAAIDQEHFKLTYLSTVYEGDLEDALEALGREAVNAVK
QGAQILVLDDSGLVDSNGFAMPMLLAISHVHQLLIKADLRMSTSLVAKSGETREVHHVAC
LLAYGANAIVPYLAQRTVEQLTLTEGLQGTVVDNVKTYTDVLSEGVIKVMAKMGISTVQS
YQGAQIFEAIGLSHDVIDRYFTGTQSKLSGISIDQIDAENKARQQSDDNYLASGSTFQWR
QQGQHHAFNPESIFLLQHACKENDYAQFKAYSEAVNKNRTDHIRHLLEFKACTPIDIDQV
EPVSDIVKRFNTGAMSYGSISAEAHETLAQAMNQLGGKSNSGEGGEDAKRYEVQVDGSNK
VSAIKQVASGRFGVTSDYLQHAKEIQIKVAQGAKPGEGGQLPGTKVYPWIAKTRGSTPGI
GLISPPPHHDIYSIEDLAQLIHDLKNANKDADIAVKLVSKTGVGTIASGVAKAFADKIVI
SGYDGGTGASPKTSIQHAGVPWEIGLAETHQTLKLNDLRSRVKLETDGKLLTGKDVAYAC
ALGAEEFGFATAPLVVLGCIMMRVCHKDTCPVGVATQNKDLRALYRGKAHHVVNFMHFIA
QELREILASLGLKRVEDLVGRTDLLQRSSILKANSKAASIDVEKLLCPFDGPNTKEIQQN
HNLEHGFDLTNLYEVTKPYIAEGRRYTGSFTVNNEQRDVGVITGSEISKQYGEAGLPENT
INVYTNGHAGQSLAAYAPKGLMIHHTGDANDYVGKGLSGGTVIVKAPFEERQNEIIAGNV
SFYGATGGKAFINGSAGERFCIRNSGVDVVVEGIGDHGLEYMTGGHVINLGDVGKNFGQG
MSGGIAYVIPSDVEAFVENNQLDTLSFTKIKHQEEKAFIKQMLEEHVSHTNSTRAIHVLK
HFDRIEDVVVKVIPKDYQLMMQKIHLHKSLHDNEDEAMLAAFYDDSKTIDAKHKPAVVY
NT seq 4500 nt   +upstreamnt  +downstreamnt
atgcacaatgagaaattaattaaaggcttatatgactatcgtgaggaacatgatgcgtgt
ggtattggtttttatgcgaatatggataataaaaggtctcacgacatcattgataaatcg
cttgaaatgttgcgacgcttagatcacaggggcggggtcggcgcagatggcatcactggt
gatggcgcaggtattatgactgaaataccttttgcatttttcaaacaacatgtaacggac
tttgatatcccaggtgaaggtgaatatgccgtggggttatttttttccaaagaacgcatt
ttaggttctgaacatgaagcagtttttaaaaaatattttgaaggcgaagggttatcaatt
cttggttatcgtaatgtaccagttaataaagatgccattgctaaacatgtagcagatacg
atgccagtcattcaacaagtgtttattgatattaggggcattgaagatgttgaaaagcgt
ttgtttttagcgagaaaacaattagagttctattcgactcagtgcgatttagaattgtat
tttacgagcttatcacgcaaaacaattgtatataaaggttggttacgatcagaccaaatt
aaaaaactatatacagatttatcggatgatttatatcaatcaaagctagggttagtgcat
tcgagatttagtacgaatacattcccgagttggaaaagggcacatcctaaccgtatgtta
atgcataatggtgagattaacacgattaaaggtaatgtaaactggatgcgagcacgccaa
cataaattaatcgaaacattatttggcgaggatcaacataaagtgtttcaaattgtcgat
gaggatggtagtgactctgctattgtagataatgcgctagagttcttatcgttagccatg
gagccagaaaaggcagcgatgctactcatacctgaaccttggttatacaatgaagcgaat
gatgcaaatgtacgtgcgttttatgaattttatagttatttaatggaaccgtgggatggt
cctacaatgatttcgttctgtaacggtgacaaacttggcgcgcttacagatagaaatgga
ttacgtccaggtcgttatacgattactaaagataactttattgtcttttcatctgaagtg
ggtgttgtggacgtacctgaaagtaatgttgcttttaaaggtcaattgaatcctggaaag
ttattgcttgttgattttaaacagaataaagtcattgaaaataatgatttaaaaggtgcg
attgctggagaattaccatataaagcgtggattgataaccataaagttgactttgatttt
gaaaatatacaatatcaagattcgcaatggaaagatgagacgttatttaaattacaacgt
cagtttgcatacacgaaagaagagattcataagtatattcaggaacttgtagaaggtaag
aaggatcctatcggtgcaatgggatatgatgcgccaattgcagtgttgaacgagcgacca
gaatcactatttaattactttaaacagctgtttgcacaagttacgaatccaccaattgat
gcgtatcgtgaaaaaatcgtaacgagtgaactttcttatttaggtggcgaaggtaactta
ctagcacctgacgaaacggttttagatcgtattcaattgaaaaggccggtattgaatgaa
tcacacttagcagcgattgatcaggaacattttaaattaacttatttatcaacggtatat
gaaggggatttggaagatgcgttagaagcattaggccgagaagcagtgaatgctgtaaag
caaggcgctcaaattctagtgttagatgacagtggattagttgatagcaatggctttgca
atgccgatgttactcgcaataagtcatgtgcatcaattacttattaaagcagatttacgt
atgtctacaagtttagtcgctaaatctggtgagacacgagaagtgcatcatgttgcttgt
ttactcgcatatggcgcgaatgcaattgtgccatacctagcgcaacgtacagttgaacaa
ctgacattgacagaagggttacaaggcaccgttgtcgataatgttaagacatatacggat
gtattgtcagaaggtgtcattaaagtaatggctaagatgggaatttcgacagtgcaaagt
tatcaaggtgcacaaatatttgaagcgattggcttgtctcatgatgtgattgatcgttat
tttactgggacacagtctaagttatcgggtatttcgattgatcaaattgatgctgaaaat
aaagcacgtcaacaaagtgatgataattatcttgcatcaggtagtacatttcaatggaga
caacaaggtcaacatcatgcttttaatccggaatctattttcttattgcagcacgcatgt
aaagaaaatgactatgcgcaatttaaagcatactctgaagcggtgaacaaaaatagaaca
gatcacattagacatttacttgaatttaaagcatgtacaccgattgacatcgaccaagtt
gaaccggtaagtgacattgtcaaacgctttaatacaggggcgatgagttatggatcgatt
tcagcggaagcacatgaaacgttagcacaagccatgaaccaattaggtggaaagagtaat
agtggtgaaggtggcgaagatgcaaaacgttatgaagtacaagttgatggaagcaacaaa
gtaagtgcgattaaacaagttgcttctgggcgttttggtgtaactagtgattatttacaa
catgccaaagaaattcaaattaaagttgcgcaaggtgcaaagcctggtgaaggtggtcaa
ttacctggtactaaggtatatccgtggattgcaaagacaagagggtcaacgccaggtatc
ggtctgatttcaccaccgccacatcatgatatttattcaatagaagatttagcgcaactg
atacatgatttgaaaaatgcgaataaagatgcagatatcgcggtaaaattagtttcgaaa
acaggtgttggtaccattgcatctggggtggcaaaagcatttgcagataaaattgtcatc
agtggttacgatggtggtacaggggcttcacctaaaacgagtattcagcatgccggtgtt
ccttgggagattggtttagcagaaacacatcaaacattaaaactaaatgacttaagaagt
cgtgttaagttagaaacagacggtaagttattaactggtaaagatgtagcgtacgcatgt
gcgcttggagcggaagaatttggatttgcaactgcaccattagtggtgttgggctgtatt
atgatgcgtgtatgccataaagatacatgtccagtaggagttgcaactcaaaacaaagat
ttacgtgctttatatagaggtaaagcacatcatgttgttaattttatgcattttattgca
caagaattaagagaaattttagcatctttaggtttgaaacgtgtagaagacttagttgga
agaactgatttattacaacgatcatcaatattaaaagcgaatagcaaagcggctagtatt
gatgttgaaaaactgttatgtcctttcgatgggccaaacacaaaagaaattcaacaaaat
cataatcttgagcatggatttgatttaacaaatttatatgaagtaacgaagccatatatt
gctgaaggacgtcgctatacaggtagctttacagtaaataatgaacaacgtgatgtagga
gttattacaggtagtgagatttcgaaacaatatggagaagcaggacttcctgaaaataca
attaatgtttatacgaatggtcatgctggtcaaagtcttgcagcatatgcaccgaaaggc
ttaatgattcatcatactggagatgcgaatgactatgttggtaaaggattatctggtggt
acggtcattgtcaaagcaccttttgaagaacgacaaaatgaaattattgctggtaacgtc
tcattctatggtgcgacaggtggtaaggcatttattaacggtagtgcaggagaaagattc
tgtattagaaatagtggtgtagatgttgtcgttgaaggtatcggtgaccatggattagag
tacatgactggtggacatgtcattaatttaggtgatgtaggtaagaacttcggtcaaggt
atgagtggtggtattgcttacgttatcccgtctgatgtagaagcttttgttgaaaataat
caactagatacgctttcgtttacaaagattaaacaccaagaagaaaaagcattcattaag
caaatgctggaagaacatgtgtcacacacgaatagtacgagagcgattcatgtgttaaaa
cattttgatcgcattgaagatgtcgtcgttaaagttattcctaaagattatcaattaatg
atgcaaaaaattcatttgcacaaatcattacatgacaatgaagatgaagcgatgttagct
gcattttacgatgacagtaaaacaatcgacgctaaacataaaccagccgttgtgtattaa

  All links  
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 (4)   
   Pfam (4)   
All databases (29)   

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