KEGG   Lentilactobacillus parabuchneri: FAM21731_00831
Entry
FAM21731_00831    CDS       T04617                                 
Name
(GenBank) Glutamate synthase [NADPH] large chain
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
lpar  Lentilactobacillus parabuchneri
Pathway
lpar00250  Alanine, aspartate and glutamate metabolism
lpar00910  Nitrogen metabolism
lpar01100  Metabolic pathways
lpar01110  Biosynthesis of secondary metabolites
lpar01120  Microbial metabolism in diverse environments
lpar01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:lpar00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    FAM21731_00831
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    FAM21731_00831
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:lpar01002]
    FAM21731_00831
Enzymes [BR:lpar01000]
 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)
     FAM21731_00831
Peptidases and inhibitors [BR:lpar01002]
 Cysteine peptidases
  Family C44
   FAM21731_00831
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Clathrin_H_link
Other DBs
NCBI-ProteinID: APR07036
Position
825251..829714
AA seq 1487 aa
MSKLSRSQKLMYSPEFEHDACGMGFITQVDGHPSHELVEKALTMLQRMNHRGGTGAEPDT
GDGAGILMSMPDAFFRSQMAEHELTLPPKGDYAVAQLFLPHDEEKRDAMLSAVISRIKDA
GFPVLWTRSVPFVYESCGPAAQQSMPGFVQVILKRSVDMKAGRDFEDRLYRLRRQLEKTF
DRQSMYICSLSSQTIVYKGMLHAYQVSRFYSDLHDPEMKSCICLIHSRFSTNTFPSWDRA
QPFRFLAHNGEINTLKGAENWMTSHNIEIYDEDDSDSAKLENCMEHLYRHGRSIPQSLMM
MIPEAWEKDAQMSTSQRAFDEYNASFTAPWDGPAALCFTDGIQVGAFLDRNGLRPSRFTL
TKDNLLVVASESGVVDIAPQDIADKGILSPAQMILVDTQKGKIYKTDDLKQQYAKAHPYA
QWLAANRLTLNDLPEVKSEPKVAGSQLQTLWRRNGYTHEVIETALIPMAKNGGEPVVAMG
FDSPLAVLSHKSESLFTYFKQSFAQVTNPPIDPLREKVVISTTLFLGRDDDITKDTSGNC
QKLKIDSPILTDQDYAKLMALDLPAFKVTKLSLAYDLTATPNRLAHVLEHLFKQAENAID
AGSTILILSDRPVAKGQMTIPVLLAVAGLNNYLVRQGKGTAASIVVDTAEACEIHHFACL
IGYGAMAIHPYGAFSTLAQRGYAQQIPNYAKAATKGVIKIMSRMGISTVAGYKGAQLFEA
VGLADSVIDQYFTGTPSRIGGIDLNQIEAEYQQRYDLAFSSHSIDDLPSGGSFQYKADGE
YHLYNPKSIYQFQKAVRTDDYQEYQKYAIEMNQDALDNPTTLRSMWTIKQAGNTPVPLSE
VEPVSSIVKRFKAGAMSFGALSQEAHETIAIAMNRLGARSNTGEGGENRNRFKVGPDGID
RNSKIKQVSTARFGVNTEYLMSADEIQIKMAQGAKPGEGGQLPAGKAYPWVANIRGSIAG
VQLISPPPHHDIYSIEDLAQLIYDLKQVNPYAIINVKLVSSTGVGTIAAGVVKAGANTVV
ISGYDGGTGAAPRNSTRDCGLPWEMGLADAHQTLALNHLRQRTTLEVDGKLLTGRDIAIA
IMLGAEEFSFATLTMVAIGCVMMRKCNLNTCPVGITTQNPDLRKLYAGKPEHIISMMHFL
AQDLREQMAQLGYRTVDQMVGHGEHLAPRYVPSGKAKTLDYDRILNKTIPIERKVKNPFK
PKYDWPDLDTFAKASLKNGTSTSVDLPIDNTMRAVGTRMGGWIAAHFGNYGLAPGAMKFN
YVGIAGQSFGAFITQGMEVKLTGEANDYVGKGLSGGRLIVASPKQARAIYAHSPIIGNVA
CFGATGGEAYFNGRAGERFCVRNSGAKVVVEGIGNNGCEYMTGGVAVILGRTGRNFAAGM
SGGVAYVYDWTQTFEQNCNQELVDLYHIGENGDDRILLDLLKKHYKYTGSEIAKHIIDNW
QTEKQTFIKVYPRDYHRMKDLINQFTKPGISQEQIIEKAFYTATGQE
NT seq 4464 nt   +upstreamnt  +downstreamnt
atgagtaaattatcacgatcgcagaagttaatgtattctcctgaattcgaacacgatgct
tgtggaatgggatttatcacccaagtcgatggccatcccagtcatgaactcgttgaaaaa
gctttgacgatgcttcagcggatgaatcaccgtggtggaacaggagccgaacccgatacg
ggtgatggcgccggaatcttaatgtcgatgccggatgccttttttcggagtcaaatggca
gaacatgaactgacgcttccaccgaagggcgactatgccgttgcccaactatttcttcct
cacgatgaagaaaaacgtgacgcaatgctctctgcagtcatttcacgaatcaaagacgcc
ggttttccagtactgtggacccgctccgttcccttcgtttacgaaagctgcggtccagca
gcccaacaatcgatgccggggtttgtccaagtgattttaaaacggtcggttgatatgaag
gccgggcgggattttgaagaccggttgtaccgcctaagacgacagttggaaaaaacgttt
gatcgccagtcaatgtatatttgttcattatccagccaaacgattgtatataagggcatg
ctgcacgcctaccaagtcagccgcttttactctgacttacacgaccctgagatgaagagc
tgcatttgtttgattcactcccgcttctcaaccaacacttttccaagctgggatcgggct
cagccatttcgttttctggcgcataacggtgaaatcaacacgttaaagggtgctgaaaac
tggatgaccagccataacattgaaatttatgatgaagatgattcagattcagcaaagctc
gaaaactgcatggaacatttgtaccgccacggtcgctcaattccacagtcgttaatgatg
atgatcccggaagcttgggaaaaagacgcccaaatgtcgacgagtcaacgagcatttgac
gaatataatgcgtcctttacagcaccgtgggatggcccggcagcgctctgcttcacggac
ggcattcaagttggggccttcctggatcgaaacggcttacggccatcgcgatttaccctg
accaaagataatctgttggtggttgcctctgagtccggtgtcgtcgatatcgctcctcaa
gacatagccgataaagggattctttcacctgcccaaatgattctggtcgatacacaaaag
ggcaaaatctataagaccgatgatctcaaacagcaatatgcaaaggcccatccttacgcc
cagtggttagctgccaatcgactgaccttaaacgatctgccggaagttaaatccgaacca
aaagttgccggcagtcagctgcaaaccctctggcgaagaaacggctacacccatgaagtc
atcgaaacggccttaatcccgatggccaaaaatggtggcgagcccgttgtcgcaatgggg
tttgactcccctttggctgtcttgagtcataaatcagaatcactgtttacctactttaaa
cagtcatttgcgcaagtcacgaatccaccaattgatcccttacgagaaaaagttgtcatc
agtaccaccctcttcttgggccgcgatgatgacattacaaaagataccagcggaaactgt
caaaagctcaaaattgacagcccgattttgactgaccaagattatgcaaaactgatggcg
ctggatcttcccgctttcaaggtgacgaagctttcactggcttatgacctaacagcgaca
cccaatcgattggcccacgtcttggaacaccttttcaagcaggctgaaaatgcgattgat
gccggatccaccattctgattttatccgaccgtccagttgccaagggacagatgacaatc
cccgtattgctagcagttgccggcttaaacaattacctggtccgccagggaaaaggtact
gcggcatcaatcgtcgttgacactgccgaagcatgtgaaatccaccactttgcctgttta
atcggctatggtgccatggccattcatccctacggcgcattttccacccttgcgcaacgt
ggatacgcccaacaaattcccaattatgccaaagcagccaccaaaggggttatcaagatc
atgagtcggatgggtatctcgacggttgccggatataagggtgctcaattgttcgaagca
gttggcttggcggactccgtcattgaccaatacttcactggcaccccaagcagaattggc
ggcattgacctcaaccaaattgaggctgaatatcaacaacgctatgatttagccttcagc
agccattcgatcgatgatttgccttcgggcggcagtttccaatacaaagccgatggtgaa
tatcatttatataatccaaaatcaatttatcagtttcaaaaggccgttcgaacagatgat
tatcaagaatatcaaaaatacgcgatcgaaatgaaccaagacgcgttggataacccaacg
acgttaagatccatgtggaccattaaacaggccggcaacaccccggttccgttaagtgaa
gttgagccggtcagttcaattgtcaagcgttttaaagccggtgccatgagttttggggca
ctttcacaagaagctcacgaaaccattgcaattgccatgaatcgtttaggtgcccgcagc
aacacgggtgaaggcggtgagaaccgcaaccgattcaaagtgggaccagacggcattgac
cgcaatagcaaaattaagcaggtatccactgctcgttttggcgtcaacacagaatatctg
atgagtgccgacgaaatccaaatcaaaatggcacaaggtgcaaagccgggtgaaggtggc
cagttacccgccggaaaagcttatccctgggtcgccaacatccgtgggtcaattgccggc
gttcagctgatttcgccgccgccccaccatgatatttattcaatcgaagacttggcccaa
ttgatctatgacttaaagcaggtcaatccatacgccattatcaacgttaaattggtttcc
tcaacgggcgttggaacgattgccgccggagtggtgaaggccggcgccaataccgttgta
atttccggatacgacggcggtaccggagcagcgcccagaaactccacaagagactgtggc
ctgccctgggaaatgggcttggcggacgcgcaccaaacgctggccttaaaccatctgcga
cagcgaaccacactggaagttgacggtaaattactcaccggacgagacatcgcgattgcg
attatgctgggggcagaagaatttagctttgcgaccctgacaatggtggcaattggctgt
gtcatgatgcgcaaatgcaacttaaatacgtgtcccgtcggcattaccactcaaaatccg
gatctcagaaagctgtatgccggaaagccggaacacattatcagcatgatgcactttttg
gcacaggatttgcgggaacaaatggcccaacttgggtatcgaacggttgatcaaatggtt
ggccacggagagcatttggccccacgttatgttccttcaggaaaagcaaaaacccttgat
tatgaccggattttaaacaagaccattccaattgaacgcaaagtcaaaaatccatttaag
cccaaatacgactggccagatcttgatacatttgctaaagccagcttaaaaaacggaact
tcaaccagtgttgacctgccaattgataacacgatgcgagccgtcggaacaagaatgggc
ggctggatcgcggcgcacttcggcaactacgggttggcccccggcgcaatgaaattcaat
tacgttggaattgccggtcaaagttttggcgccttcattacccagggcatggaagtaaaa
ttaactggtgaagccaacgactatgttggtaaaggactttcgggtggccggttgattgtc
gcctctccaaagcaggcccgtgctatctatgcccattcgccaatcatcggaaacgtcgct
tgcttcggcgcaactggtggcgaagcttactttaacggccgggctggtgaacgtttctgc
gtccgaaattccggtgcaaaggttgtcgttgaaggaatcgggaataatggctgtgaatat
atgaccggcggggtggccgttattttaggccgaaccggtcgcaatttcgcagctggaatg
tctggcggggtcgcctatgtctatgattggacacagaccttcgaacaaaactgcaatcaa
gagctggtcgacctgtaccacattggtgaaaatggtgatgaccgcatcctactggacttg
ctaaaaaaacactacaagtacactggttcagaaatagccaaacatattattgataactgg
caaaccgaaaaacaaacgtttatcaaagtctatccgcgtgattatcaccgaatgaaagac
ctaattaatcaatttaccaagcccggcatttctcaagaacaaatcattgaaaaggccttt
tacacggccaccggtcaagaatag

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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 (5)   
   Pfam (5)   
All databases (29)   

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