KEGG   Enterococcus gallinarum: AL523_09435
Entry
AL523_09435       CDS       T04148                                 
Name
(GenBank) glutamate synthase large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
ega  Enterococcus gallinarum
Pathway
ega00250  Alanine, aspartate and glutamate metabolism
ega00910  Nitrogen metabolism
ega01100  Metabolic pathways
ega01110  Biosynthesis of secondary metabolites
ega01120  Microbial metabolism in diverse environments
ega01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:ega00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    AL523_09435
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    AL523_09435
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ega01002]
    AL523_09435
Enzymes [BR:ega01000]
 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)
     AL523_09435
Peptidases and inhibitors [BR:ega01002]
 Cysteine peptidases
  Family C44
   AL523_09435
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG
Other DBs
NCBI-ProteinID: AMG51453
UniProt: A0A109Y6G0
Position
2037349..2041854
AA seq 1501 aa
MSDLEMMRKTNQTMYDAAFEKDACGMGFIAQKDGRYSRELVQNALTMLERMNHRGGTGAE
PDTGDGAGILMAMPDPFFQQRAKEAEIPLPEKGAYAVGMFFLPKEKLRAAQVQEEVTKDI
QQMGFTVLWQRDVPYDYYQCGPGAQKVMPSFVQVFIEKPVDVAAGRPFEDQLYRLRRKLE
KTYHTDELSICSLSSKTVVYKGMLHAYQVGLFFKDLQSPEMTSCIALTHSRFSTNTFPSW
SRAQPFRFLAHNGEINTLRGAENWMHGHQIEVYDDENSDSAKLENCMEYLYRQGRDIPQA
LLMMVPEAWSKEAGLSPELTAFNEYNASFMAPWDGPAALCFTDGDLVGAALDRNGLRPSR
YSITKTGFVVVASESGVVDLPASEVIEKGVLGPANMFLVDTKKGVILRNQEIKAHYANAH
PYQEWLADHLLIPELLPETEKQEETADDAIQTLWKRNGYTDEIIRTLILPMAQTGEEPVI
SMGFDSPLAILSERPQSLFTYFKQQFAQVTNPPIDAIREKLVIGTELFLGRDGDVSKDIR
INCNKLKIASPVLKTSEYEKIKQLDQNGQKAALQSILYDYVPENGAALQQALEALFKETE
QKIDSGATIVILSDREVIQAQEGKVAIPILLAVSGLHNYLVRKGKRSLVSIVADTAEVCE
VHHYAMLVGYGVSGVHPYGAYQTLAHFELSEKIESYRKACEKGIVKIMSRMGISTIAGYH
GAQLFEAVGISEKVISEYFTGTVTRIGGLSLAQIEQEYLMRYEAAYGEKRVDYLDSGGSF
QYKADGEHHLFNPKTIYGFQKAVRTGSYALYKEYAAEMNQDALENPTTLRSMWTFGNTRR
SIPLAEVEPVETIVKRFKVGAMSYGSLSEEAHRCIAEGMNAIGAKSNSGEGGENRNRFKP
VKGINYNSRIKQVASGRFGVNAEYLMSADELQIKMAQGAKPGEGGQLPGNKVFPWVAEIR
GSTPGVRLISPPPHHDIYSIEDLAQLIYDLKAINPYARINVKLVSSTGVGTIATGVVKAG
ADVVVISGYDGGTGASPRNSIRDAGLPWEMGLAEAHQTLAMNHLRQRMTLETDGKLMTGR
DIAIAALLGAEEYSFASLALVAIGCVMMRVCSINTCPVGIATQNPALRKFFAGKPEHIIN
TMYFLAEDLRETMAELGFRTIDEMVGHAELLTPRFVAKGKAKSLDFSRMIGTTIPIERKV
KDPFLEKRQWPELDAFAQAAIDNNQEIVMNHTINNVQRSVGARLGGWIAERFGNYEVTPG
LLQFTYRGIAGQSFGAFATQGIQLKLIGEANDYVAKGLSGARLIIVPPEDAAYDAEHSPI
VGNVACFGANRGEGYFRGIAGERFCVRNSGAKVVVEGVGDHGCEYMTGGVVVILGKTGRN
FGAGMSGGVAYVYDPDQTFADKCNREMVDLYRIGESGDDHQLKEMIQQHFAYTDSLKAAE
ILEDWENQQQHFIKVYPTEYHQMIQATETLAEQGFIGEELVTKAFEAVVGPQLTIPGKER
D
NT seq 4506 nt   +upstreamnt  +downstreamnt
atgagtgatttagagatgatgaggaaaacgaaccaaacgatgtacgatgccgcttttgaa
aaagatgcttgtgggatggggtttattgcacaaaaagatggtcgctattcccgagaactt
gtgcaaaatgccttaacaatgttagaacggatgaaccaccgagggggaactggcgctgaa
cctgacacaggtgacggagctggaattttgatggcaatgcctgacccattttttcaacag
cgagcaaaagaggccgaaatcccattgcctgaaaaaggtgcctatgctgttgggatgttt
tttttaccgaaagaaaagctccgagcagcacaggtccaagaagaagtaactaaagacatt
caacaaatgggttttaccgttttatggcaacgggatgtgccttatgattattatcagtgt
ggaccgggggcgcaaaaagtcatgccctcatttgtgcaagtctttattgaaaaacctgtc
gatgtagctgctggccgtccctttgaagatcagctttaccggctacgacgtaaactggaa
aaaacgtatcatactgatgagttgtctatctgcagcttgtccagtaagacagttgtttat
aaaggaatgctgcatgcctatcaagttggcttatttttcaaagatcttcaaagcccagaa
atgacctcttgtatcgcattgacccattctcgtttttcgacaaatacctttccaagctgg
agtcgggcgcaaccttttcgtttcttagcccataatggcgaaatcaacacgttacgcggg
gcagaaaattggatgcatggacatcagatcgaagtctatgatgatgaaaattctgattcg
gcgaaactagaaaattgtatggaatatttgtaccgtcaagggcgagatattcctcaagca
ctgttgatgatggtgccagaagcgtggtcaaaagaagctggattgtcgccggagctgacg
gcttttaatgagtacaacgcaagctttatggctccttgggatggaccggcagctttatgt
tttacagatggggatttggtaggggctgcactcgatcgaaatgggttacggccatctcgc
tactcgatcacgaaaactggttttgtggtcgtggcctctgagtcaggtgttgtcgatttg
ccagcatcggaagtgattgaaaaaggggtgcttggaccagcaaatatgtttttggtggat
accaaaaaaggagtgatcttacgcaatcaagaaatcaaagctcattatgcgaatgcccat
ccttaccaggagtggctagcggatcacttattgataccagagctgcttcctgagactgag
aagcaggaggaaacagcagatgatgcgatccagaccctttggaaacgaaatggttacacg
gatgagatcattcgcacgttgattttaccaatggctcaaacgggagaagaaccagtgatc
tccatggggtttgattcacccttagctattttgagcgaacgtccccaatccttgtttacg
tacttcaagcaacaattcgcccaagtgaccaatccgccaatcgatgcgattcgcgaaaaa
ttggtgatcggtaccgagctgtttttaggtcgagatggggatgtttcaaaggacattcga
atcaattgtaataagctgaagattgctagtccggtgttaaaaacgagtgaatatgaaaaa
atcaaacagttagatcaaaatggtcaaaaagcggctttacagtcgattctttatgattat
gtaccagaaaacggggcagctttgcaacaagcattagaagcgctttttaaagagacggag
caaaaaatcgattctggggcaacgatcgtcattttaagtgatcgggaagtcatccaagcg
caagaaggaaaagtggcgattccgattctcttggcggtatcaggtctgcacaattacttg
gtgcgaaaaggcaaacgttccttggtatcaatcgttgcggatactgcggaagtctgtgag
gtccatcattatgccatgttagtcggctacggagtaagtggggtccacccttatggggct
taccagacattggcgcattttgagctttcagagaagatcgaaagttaccgtaaagcatgt
gaaaagggcattgtcaaaatcatgtcacgaatggggatttcaacgatcgccggttaccat
ggggcgcaattgtttgaagctgttggtatctctgagaaagtcatctccgaatactttacc
ggcacggttactcgtattggtggactttcattagcgcaaatcgagcaagaatacttaatg
cgttatgaagcggcgtatggcgagaaacgcgtggattatcttgattcgggcggtagtttc
caatacaaagccgacggggaacatcatctgttcaatccaaaaacgatctatgggtttcaa
aaagctgttcgtacaggcagctatgcgctttataaagaatatgcggcggagatgaaccaa
gacgcgttagagaatccaacgaccctccgttctatgtggacttttgggaacacgagacgc
agtattcctttagctgaggtggaacctgttgaaacgatcgtcaaacggtttaaagtcggt
gcgatgtcttacggctctctaagtgaagaggcgcatcgctgtattgctgaagggatgaat
gcgatcggtgcaaaatccaacagtggagaaggtggagaaaatcggaatcgtttcaaacca
gtgaagggcattaactataacagtcgtatcaaacaagttgcttctggccgttttggtgtc
aatgccgaatatttaatgagtgcggacgaactccaaatcaaaatggcccaaggggcaaaa
cctggtgaaggtggtcaattgccaggcaacaaagtcttcccatgggtagcggagattcgt
ggctcaacacctggtgtccgactgatttcgccgccaccacatcacgacatttattcgatt
gaagatctagcccagctgatctatgacttaaaagcaatcaacccgtatgcccgcatcaat
gtcaaattggtttctagtacaggtgtgggtacgatcgctaccggtgtcgtcaaagccggt
gcagacgtagtcgtgatctcaggctatgacggtgggaccggtgcttctccgagaaattcg
attcgggatgctggcttgccttgggagatggggcttgcagaagcccatcaaacgttagct
atgaatcatttgcggcagcgaatgaccttagagacagatggaaaattgatgacggggcgt
gacatcgccattgctgctcttttaggagcagaagaatatagctttgcctctttagcgcta
gttgcgattggttgtgtcatgatgcgagtttgcagtatcaatacatgtcctgtcggcatt
gctacacagaacccagcgttgcgcaaatttttcgcagggaaacctgagcacatcatcaat
acgatgtactttttagcagaagatttacgggaaacgatggccgagctagggtttcgcacg
attgatgagatggtaggacacgcggaattgttgacaccacgcttcgttgccaaaggcaaa
gcaaaatcattagacttttctagaatgattggaacgacgatcccgatcgaacgcaaagtg
aaggacccattccttgagaaacgacaatggccagaattagacgcttttgcccaagcagcc
atcgacaacaatcaagaaatcgttatgaatcatacgatcaataatgttcaacgttcagtc
ggcgctcgtttagggggctggatcgcagaacgctttggcaattacgaagtaacaccaggc
ttgttgcagtttacgtaccgcggcattgctggtcaaagttttggggcgtttgccacccag
ggcatccagttgaaactgattggcgaggccaacgattatgtagccaaaggattgagtggt
gcccgtttgatcattgtgccgcctgaagatgctgcttacgatgcagagcattcaccgatt
gtcggtaatgttgcttgtttcggggcgaatcgtggtgaaggctatttccgcggcattgct
ggcgaacgcttttgtgtccgtaacagtggagccaaagtcgttgtcgaaggcgttggtgac
catggctgtgagtacatgactggcggtgtcgtggtgattttaggaaaaaccggtcgcaac
ttcggtgctggaatgtccggtggcgtggcgtatgtttacgatcccgatcaaacctttgct
gataaatgcaatcgggaaatggttgatttgtaccggattggtgaaagcggtgatgaccac
cagttgaaggagatgatccagcagcattttgcctatacggattcattgaaggcggctgag
attttagaagattgggaaaatcagcagcaacatttcatcaaagtctatccgacagaatac
catcagatgatccaagcgacggagaccttggctgagcaaggatttatcggggaggaactt
gtgacgaaagccttcgaagctgtcgtcggtccacaattgaccatcccaggaaaggagcgt
gactaa

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

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