KEGG   Listeria monocytogenes J1-220 (serotype 4b): LM1816_19195
Entry
LM1816_19195      CDS       T02801                                 
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
lmoz  Listeria monocytogenes J1-220 (serotype 4b)
Pathway
lmoz00250  Alanine, aspartate and glutamate metabolism
lmoz00910  Nitrogen metabolism
lmoz01100  Metabolic pathways
lmoz01110  Biosynthesis of secondary metabolites
lmoz01120  Microbial metabolism in diverse environments
lmoz01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:lmoz00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    LM1816_19195 (gltB)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    LM1816_19195 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:lmoz01002]
    LM1816_19195 (gltB)
Enzymes [BR:lmoz01000]
 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)
     LM1816_19195 (gltB)
Peptidases and inhibitors [BR:lmoz01002]
 Cysteine peptidases
  Family C44
   LM1816_19195 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG GxGYxYP_C
Other DBs
NCBI-ProteinID: ALD11221
Position
complement(1872506..1877098)
AA seq 1530 aa
MKQTNLPKKHGLYNPENEHDACGIGFVANIKKISSHKIVEQGIHMLCQLKHRGGEVGGDT
GDGAGILLEISDSFFRRECSKLGINLPEKYHYAVGMFNFPQNKTERECLMAETEKLIASE
GQTFLGWRKLPTDVTKVGAGARKTEPAIYQLFIQKNAKLDEAGFERALYLIRKQIEKFAA
TSKQITETFYVPSLSTRTVIFKGMLLPEQINQYYLDLADPAYVSAFALVHSRFSTNTFPS
WERAHPYRYLIHNGEINTQRGNVNWMKAREKRAESDLLGEDLAKLLPIIDESGSDSATLD
NALEFLVQAGRSLPHAAMMLIPEPWDKNPHMTDPKRAFYEYHSTLMEPWDGPTSISFTNG
RVIGTILDRNGLRPARYYETKDHTIIYSSETGVVPVDPSEIIRKETVGAGTMLLIDLEEG
RIVTDAELKEELTTEKPYREWLEAEMTEIADLATADLHYEAMDKSERFKKQRAFGYTQDE
LNKILIPMVTEKKDPMGAMGYDAPLAVLSQRPQVLFNYFKQLFAQVTNPPIDGIREETVT
SAMTLLGDEGNILNPTAQNANRIRLKTPILSRKEFAALEQQTKFAQPTVTLPILFKAEER
DGLEARLESLFVEADEKIAAGAELLILSDDGVNADWIGIPSLLAVSGLHHHLVKAGTRTQ
VSIVVKTAEARDVHQCALLIGYGADAVFPSLAIDTFDGLIKEGRMKGFTLDEAESRYIEA
ITDGILKIMSKMGISTVQSYRGAQIFEAIGIGDDVIKHYFPGTASQIGGIPLEVIAQEAW
LRHREAYHDIGYQSFTLNTGGEYQWRSNGEYHVYNPLAIHSLQQATRENDRETYNLYSDL
MQNQNNAFLRGLLTFTSDRKPIPLDEVEPAEAIFKRFKSGAMSYGSISQEAHEALAIAMN
RIGGKSNSGEGGENPNRFTPDENGDWRRSAIKQIASGRFGVTSHYLVNAEELQIKMAQGA
KPGEGGHLPGNKVYPWISKTRGSTTGVGLISPPPHHDIYSIEDLSQLIFDLKNANQNARI
NVKLVSKTGIGTIAAGVAKGNADVILVSGYEGGTGAAARTSIRHAGVPWEIGLAETHQTL
LLNGLRNKVVVETDGKLMTGKDVLVAAMLGAEEFGFATAPLVTLGCVMMRVCHLDTCPVG
VATQNPELRKKFSGSADYVVNFFHFIVAEMREMMAELGFRSLTEIIGHKEFLTTHEKKEA
HWKAKYIDFSNMLYSDDFYKNQVQYCTKQQDHKIDQTLDMRELVPLIQPALENGEKVTGT
FAVRNVDRAIGTIAGSFISKKYGAEGLPEDTISLDFVGSAGQSFGAYTPLGMTLRIHGDA
NDYFGKGLSGGKLIVSPDAKTPIKPHDSAIVGNVTLYGATGGYAYMHGKAGARFAVRNSG
ATAVVEGIGDNGCEYMTGGAVVVLGEIGENFAAGMSGGVAYLYTNNKQATTAKINHELVN
SRSTLNTSELTKLKQLIEQHANLTGSNFAKNILQNWEAEKANFIFVIPNEYEMMLTRITT
LEQTGKTHDEAELQAFYEHKDGKLVAGVAK
NT seq 4593 nt   +upstreamnt  +downstreamnt
atgaaacaaactaatttaccaaaaaaacacggcctatacaacccagaaaatgagcacgat
gcttgtggaattggcttcgtagcaaatattaaaaagatttcttctcataaaattgtcgaa
caaggtattcatatgctttgtcaattaaagcaccgcggtggagaagttggtggggatacg
ggtgatggcgctggtattttacttgagatttcagactctttcttccgacgcgagtgtagc
aaactaggtattaatttgcctgaaaaatatcattatgcggttgggatgtttaatttccct
caaaataaaacagaacgcgaatgtttaatggccgaaacggaaaaactgattgcgagtgaa
ggtcaaacattccttggttggcgcaaattaccaactgatgtaacaaaggtgggtgccggt
gcaagaaaaacagaaccagcgatttatcagctattcattcaaaaaaatgccaagttagac
gaagctgggtttgaacgagcactttatttaattagaaagcaaatcgaaaaatttgctgcg
acttctaagcaaattacagagactttctacgttccaagtttatccacaagaacggttatt
tttaaaggaatgttactaccagaacaaattaatcaatactatttagatttagcagatcca
gcatatgtatcggcttttgcgctagtgcattctcgtttttcgacgaatacttttcctagt
tgggagcgggcgcatccgtatcgatatttaattcataacggtgaaattaatacgcaacgt
ggtaatgtcaactggatgaaagctcgggaaaaaagagcagaatctgatttacttggagaa
gatttagccaaattgctaccaattattgacgaaagtggtagtgattcggctactttggat
aatgccttagaatttttagtgcaggcaggccgttcgttacctcatgcggcaatgatgctt
attccagaaccatgggataaaaatccgcatatgacggatccgaaacgtgctttttacgaa
tatcatagtacattaatggagccgtgggatgggccgacatccatttcctttacgaatggt
cgagttattgggacgattttggatagaaatggcttacgtccggcgcgttattatgaaacg
aaagaccatacgattatttattcttcggaaacgggtgttgtgccagtggatccgagtgaa
attattcgcaaagaaacggttggcgcgggaacgatgttgttaattgatttagaagaagga
cgaattgtgacggatgctgaattaaaagaagaactaacaacggaaaaaccgtaccgtgaa
tggttggaagcagaaatgacagaaattgccgatttagcaacagccgatttacattatgaa
gcaatggataaatcagaacgttttaaaaaacaacgcgcatttggttacactcaagatgag
ttaaataaaattttgattccgatggtaacagagaaaaaagatccaatgggcgcaatgggt
tatgacgcaccacttgctgttttaagccaacgaccacaagtgttatttaattactttaaa
caactttttgcgcaagtaaccaaccctccgattgatgggattcgcgaagaaacggtaact
tctgcgatgacactacttggtgatgaaggtaatattctaaatccaactgctcaaaatgct
aaccggattcgcctgaaaacaccaattttatctcgaaaagaatttgcggcacttgagcaa
caaacaaaatttgcccaaccgactgtcactttaccaattttatttaaggcagaggaaaga
gatggtttagaagctcgcttagaatcattatttgtagaagcagatgaaaaaatcgcagct
ggggcagaattgctcattttatcagatgatggggtaaatgcggattggattggcattcct
tctctcttagctgtcagtggattacatcatcatttagttaaagctgggacgcgtacacaa
gtgagtattgttgtgaaaacagcggaagcgagagatgtccatcaatgtgcgctcttaatt
ggttacggggcagacgcggtatttccaagtcttgctatcgatacgtttgacggcttgatt
aaagaaggacggatgaaaggatttacacttgatgaggcggaaagtcgttatattgaagca
attacagatggaattctaaaaatcatgtccaaaatggggatatctacggtgcaaagttac
cgtggtgcccagatttttgaagcaatcggtattggtgatgatgtaattaaacattatttc
ccgggaacagcctcgcaaattggcgggattccactggaagttatcgcgcaagaagcttgg
ctccgtcatcgcgaagcctatcatgatatcggctaccagagtttcacgcttaatacaggc
ggggaatatcagtggcgctcaaacggagaatatcatgtctacaatccactagcgattcat
tctttgcaacaagctactcgagaaaatgaccgtgaaacgtataatctttattcagattta
atgcaaaatcaaaataatgcctttttaagaggattactcacttttacaagtgatcgcaag
ccgattccactggacgaagtagagccggccgaagccatttttaaacgatttaagtctggc
gcgatgtcttatggttcgattagtcaagaagctcatgaagcgcttgctatcgcaatgaac
cgtatcggcgggaaaagtaatagtggggaaggcggcgaaaacccgaaccgatttaccccg
gacgaaaatggcgattggcgtagaagtgctatcaaacaaattgcatctggtcgttttggt
gtaacaagccattacttggtcaatgcagaggaactgcaaatcaagatggctcaaggagcg
aaacctggtgaaggtggacacttgcctggaaataaagtctatccatggatttcgaaaacg
cgtggttcaacaactggtgtaggattgatttcaccaccgccacatcatgatatttactcg
attgaagatttgtctcaattgattttcgatttaaaaaatgcaaatcaaaatgcacgtatc
aatgtgaaactagtttcgaaaactggtattggtacgattgctgctggcgtagcgaagggg
aatgccgacgttattttagtaagcggttatgaaggcggaactggtgcggcggcaagaaca
agtatccgtcacgcgggagtgccgtgggaaatcggcttagctgaaacacaccaaacgctc
ttgctaaatggacttagaaacaaagtcgttgtcgaaacagatggcaaactaatgacagga
aaagacgttctggttgccgctatgctcggcgcggaagaatttggttttgcaacggcacca
ctcgtaacacttggttgcgtcatgatgcgggtttgtcacttggatacatgtccagtaggt
gtagcgacacaaaatcctgagctgcggaaaaaattcagtggttcggcagattatgttgtg
aacttcttccattttatcgttgctgaaatgcgcgaaatgatggcggaacttggctttaga
agtttaacagaaatcattggacataaagaatttttaactactcacgagaaaaaagaagca
cattggaaagcaaaatatatcgacttttcgaatatgctttatagtgatgatttttataaa
aaccaagtccaatattgcacaaaacaacaagaccacaaaatcgaccaaacgcttgatatg
cgcgaacttgtgccattaattcagccggcactagaaaacggtgaaaaagtaactggaact
ttcgctgtacgaaatgttgaccgcgcgattggaacgattgctggctcctttattagcaaa
aaatatggtgcagaaggattaccggaagataccatttcacttgattttgttggttcagct
ggacaaagcttcggtgcttatacgccacttggcatgacgctccgaattcacggtgacgcc
aatgattacttcggaaaaggactttctggtggcaaattgattgttagtccagatgctaaa
acacctattaaaccgcatgattccgcgattgtcgggaatgtaacgctttacggtgcaact
ggtggttatgcctatatgcacggaaaagcaggtgcacgtttcgctgttcggaatagtggt
gcgacagctgttgtggaaggcatcggtgacaatggttgtgaatatatgacaggcggtgca
gtagttgttctcggtgaaattggtgagaactttgcggctggaatgtctggtggagttgct
tatctttatacaaacaataaacaagcgacgacagccaaaatcaatcatgaactcgtaaac
agccgttctactttaaatacttccgaattaactaaattaaaacagctgattgaacaacac
gcaaaccttacaggaagcaattttgctaaaaatattctgcaaaattgggaagcagagaaa
gcgaattttattttcgtcattccaaatgaatatgaaatgatgctgacgagaatcacgacg
cttgaacaaactggaaaaacacatgatgaagctgaattacaagctttttatgaacataaa
gacggaaaattagttgccggagtggcgaaatag

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

Download RDF
DBGET integrated database retrieval system