KEGG   Listeria monocytogenes EGD (serotype 1/2a): LMON_1800
Entry
LMON_1800         CDS       T02872                                 
Name
(GenBank) Glutamate synthase [NADPH] large chain
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
lmod  Listeria monocytogenes EGD (serotype 1/2a)
Pathway
lmod00250  Alanine, aspartate and glutamate metabolism
lmod00910  Nitrogen metabolism
lmod01100  Metabolic pathways
lmod01110  Biosynthesis of secondary metabolites
lmod01120  Microbial metabolism in diverse environments
lmod01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:lmod00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    LMON_1800
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    LMON_1800
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:lmod01002]
    LMON_1800
Enzymes [BR:lmod01000]
 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)
     LMON_1800
Peptidases and inhibitors [BR:lmod01002]
 Cysteine peptidases
  Family C44
   LMON_1800
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG MinC_C
Other DBs
NCBI-ProteinID: CDG45653
UniProt: A0A3Q0NFB4
Position
complement(1800474..1805066)
AA seq 1530 aa
MKQTNLPKKHGLYNPENEHDACGIGFVANIKKISSHKIVEQGIHMLCQLKHRGGEVGGDT
GDGAGILLEISDSFFRRECSKLGITLPGKYHYAVGMFNFPQNKTERECLMNETEKLIASE
GQMFLGWRKLPTDVTKVGAGARKTEPAIYQLFIQKNAELDEAGFERALYLIRKQIEKFAA
TSKLITETFYVPSLSTRTVIFKGMLLPEQINQYYLDLADPAYVSAFALVHSRFSTNTFPS
WERAHPYRYLIHNGEINTQRGNVNWMKAREKRAESGLLGDDLAKLLPIIDESGSDSATLD
NALEFLVQAGRSLPHAAMMLIPEPWDKNPHMTDPKRAFYEYHSTLMEPWDGPTSISFTNG
RVIGTILDRNGLRPARYYETKDHTIIYSSETGVVPVDPSEIIRKETVGAGTMLLIDLEEG
RIVADAELKEELTTEKPYREWLEAEMTEIADLAAADLHYEAMDKSERFKKQRAFGYTQDE
LNKILIPMVTEKKDPMGAMGYDAPLAVLSQRPQVLFNYFKQLFAQVTNPPIDGIREETVT
SAMTLLGDEGNILNPTAQNANRIRLKTPILSRREFAALEQQTKFAQPTVTLPILFKAEER
DGLEARLEALFAEADEKIAAGAELLILSDEGVNADWIGIPSLLAVSGLHHHLVKAGTRTQ
VSIIVKTAEARDVHQCALLIGYGADAVFPSLAIDTFDGLIKEGRIKGFTLDEAESRYIEA
ITDGILKIMSKMGISTVQSYRGAQIFEAIGIGDEVIKHYFPGTASQIGGIPLDVIAQEAW
LRHREAYHDIGYQSFTLNTGGEYQWRSNGEYHVYNPLAIHSLRQATRENDRETYNLYSDL
MQNQNNAFLRGLLTFTSDRKPIPLDEVEPAEAIFKRFKSGAMSYGSISQEAHEALAIAMN
RIGGKSNSGEGGENPNRFTPDENGDWRRSAIKQIASGRFGVTSHYLVNAEELQIKMAQGA
KPGEGGHLPGNKVYPWISKTRGSTTGVGLISPPPHHDIYSIEDLSQLIFDLKNANQNARI
NVKLVSKTGIGTIAAGVAKGNADVILVSGYEGGTGAAARTSIRHAGVPWEIGLAETHQTL
LLNGLRNKVVVETDGKLMTGKDVLVAAMLGAEEFGFATAPLVTLGCVMMRVCHLDTCPVG
VATQNPELRKKFSGSADYVVNFFHFIVAEMREMMAELGFRSLTEIIGHKEFLTTHEKKEA
HWKAKYIDFSNMLYSDDFYKKQVQYCTKQQDHKIDQTLDMRELVPLIQPALENGEKVTGT
FAVRNVDRAIGTIAGSFISKKYGAAGLPEDTISLDFVGSAGQSFGAYTPLGMTLRIHGDA
NDYFGKGLSGGKLIVSPDAKTPIKPHDSAIVGNVTLYGATGGFAYMHGKAGARFAVRNSG
ATAVVEGIGDNGCEYMTGGAVVVLGDIGENFAAGMSGGVAYIYTNNKQATTAKINHELVN
SRSTFSTSELTKLKQLIEQHANLTGSDFAQDILQNWEAEKANFIFVIPNEYEMMLTRITT
LEQTGKTHDEAELQAFYEHKDGKLVAGVAK
NT seq 4593 nt   +upstreamnt  +downstreamnt
atgaaacaaactaatttaccaaaaaaacacggcctatacaatccagaaaatgagcacgat
gcttgtggaattggcttcgtagcaaatattaaaaagatttcttctcataaaattgtcgaa
caaggtattcatatgctttgtcaattaaagcaccgcggtggagaagttggtggggatacg
ggcgatggcgctggtattttacttgagatttcagactctttcttccgacgcgagtgtagc
aaactaggtattactttacctggaaaatatcattatgctgttgggatgtttaatttccct
caaaataaaacagaacgtgaatgtttaatgaacgaaacagaaaaactgattgcgagtgaa
ggccaaatgttccttggttggcgcaaattaccaactgatgtaacaaaggtaggtgccggt
gcaagaaaaacagaaccagcgatttatcaactttttattcagaaaaacgctgaattagat
gaagctgggtttgaacgggcactttatttaattagaaagcaaatcgaaaaatttgctgcg
acttctaagctaattacagagactttctacgttccaagtttatcaacgagaacggttatc
tttaaaggaatgctactaccagaacaaattaaccaatattatttagacttagcagatccg
gcgtatgtatcggcttttgcgctagtgcattcacgcttctcgacgaatacttttcctagt
tgggagcgggcgcatccgtaccgttatttaattcataatggtgaaattaatacgcaacga
ggcaatgtcaactggatgaaagctcgggagaaaagagcggaatctggtttacttggtgac
gatttagccaaattactgccaattattgatgaaagcggtagtgactcggcaactttagat
aatgcgttagaatttttagtgcaagcagggcgttcattacctcatgcggcgatgatgctt
attccagaaccttgggataaaaatccgcatatgacggatccgaaacgtgctttttacgaa
tatcatagtactttaatggagccgtgggatgggccgacatcaatttcctttacgaatggt
cgagttattgggacgattttggatagaaatggcttacgtccggcgcgttattatgaaacg
aaagaccatacgattatttattcttcggaaacgggcgttgtgccagtggatccgagtgaa
attattcgcaaagaaacggttggcgcaggaacgatgttgttaattgatttagaagaagga
cgaattgtggcggacgctgaattaaaagaagaactaacaacggaaaaaccgtaccgtgaa
tggttggaagcggaaatgacagaaattgccgatttagcagcagccgatttacattatgaa
gcaatggataaatcagaacgttttaaaaaacaacgagcatttggttacacacaagacgaa
ttaaataaaattttgattccgatggtaacagagaaaaaagatccaatgggcgcaatgggt
tatgacgcaccacttgctgttttaagccaacgaccacaagtgttatttaattactttaaa
caactttttgcgcaagtaaccaaccctccgattgatgggattcgcgaagaaacggtgact
tcagcgatgacgttacttggtgatgaaggtaatattctaaatccaactgctcaaaatgct
aaccggattcgcttaaaaacaccgattttatctcgaagggaatttgcggcacttgaacaa
caaacaaaatttgcccaaccgactgtcactttaccaattttatttaaagcagaggaaaga
gatggtttagaagctcgcctagaagcattatttgcagaagcggatgaaaaaatcgcagct
ggggcagaattgctcattttatcagatgagggggtgaatgcggactggattggcattcct
tctctgttagctgtcagtggcttacatcatcatttagttaaagctggtacgcgtacacaa
gtgagtattatcgtgaaaacagcggaagcgagagatgtccatcaatgtgcgcttttaatt
ggctacggggcagacgcggtatttccaagtcttgctatcgatacgtttgacggattgatt
aaagaaggtcgaatcaaaggatttacacttgatgaggcggaaagtcgttatattgaagca
attacagatggaattctaaaaatcatgtcgaaaatggggatatctacggtgcaaagttac
cgcggggcgcagatttttgaagcaatcggaattggcgatgaggtgattaaacattacttc
ccaggtacagcctcacaaattggcgggattccactagatgtcattgcgcaagaagcatgg
ctgcgtcaccgcgaagcttatcatgatattggctaccagagtttcacgcttaatacaggc
ggggaatatcagtggcgctcaaacggagaatatcatgtatacaatccgcttgcgattcat
tctttgcgacaagctacccgtgaaaatgaccgtgaaacgtataatctttattcagattta
atgcaaaatcaaaataatgcctttttaagaggattactcacttttacaagtgatcgcaaa
ccgattccactggacgaagtagagccggccgaagccattttcaaacgatttaaatcaggc
gcgatgtcttatggttcgattagtcaagaagctcatgaagcgcttgctatcgcaatgaat
cgtattggtgggaaaagtaatagtggggaaggcggcgaaaacccgaaccgttttactccg
gacgaaaatggtgattggcgtagaagtgctattaagcaaattgcatctggtcgttttggt
gttacaagtcattacttggtcaatgcagaggaactgcaaatcaagatggctcaaggagcg
aaacctggtgaaggtggacacttgcctggaaataaagtctacccatggatttcgaaaacg
cgtggttcaacaactggtgtaggattgatttcaccaccgccacatcatgatatttactcg
attgaagatttgtctcaattgattttcgatttgaaaaatgcaaatcaaaatgcacgtatc
aatgtgaaactagtttcgaaaactggtattggcacgattgctgcaggtgtagcaaaaggg
aacgcggacgttattttagttagtggttatgaaggtggaactggtgcggcggcaagaaca
agtatccgacacgcgggagtgccgtgggaaatcggcttggcagaaacacaccaaacatta
ctattaaacggtcttagaaacaaagtcgttgtcgaaacagatggcaaactaatgacagga
aaagacgtcctagttgccgctatgctcggcgcggaagaattcggtttcgcaactgcgcca
ctcgtaacattaggttgtgtgatgatgcgtgtttgccatttggatacatgtccggtaggt
gtagccacacagaatccagagcttcggaagaaattcagtggttctgcagattatgtcgtg
aacttcttccattttatcgttgctgaaatgcgcgaaatgatggcggaacttggctttaga
agtttaacagaaatcattggacataaagaatttttaactactcacgagaaaaaagaagcg
cattggaaagcaaaatatatcgacttttcgaatatgctttatagtgatgatttttataaa
aaacaagtccaatattgtacaaaacaacaagaccacaaaatcgaccaaacgcttgatatg
cgcgaacttgtgccattaattcagccagcactagaaaacggtgaaaaagtaactggaact
ttcgctgtacgaaatgttgaccgcgcgattggaacgattgctggttcctttattagtaaa
aaatacggagcggcagggttaccagaagataccatttcgcttgattttgtcggatcagct
ggtcaaagctttggtgcttatacaccgctcggcatgacgctccgaattcacggcgacgcc
aatgattacttcggaaaaggactttcaggtggtaaattaattgttagtccggatgctaag
acacctattaaacctcatgattccgcgattgttggaaatgtaacgctttacggtgcaaca
ggtggatttgcctatatgcacggaaaagcgggtgcacgtttcgccgttcggaatagtggt
gcaacagctgtcgttgaaggtattggcgacaacggttgtgaatatatgacaggaggtgcg
gtagttgttctcggtgacattggggagaacttcgcagctggaatgtctggtggggttgct
tacatttatactaataataaacaagcaacaactgccaaaatcaatcatgaacttgtaaat
agtcgctctacttttagcacatccgaattaactaaattaaaacagctgattgaacaacat
gcaaaccttacaggaagtgatttcgcccaagatattctacaaaattgggaagcagagaaa
gcgaattttattttcgtcattccaaatgaatatgaaatgatgctgacgagaatcacgacg
cttgaacaaactggaaaaacacacgatgaagcagaattacaagctttttatgaacataaa
gatggaaaactagttgccggagtggcgaaatag

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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 (5)   
   Pfam (5)   
All databases (30)   

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