KEGG   Candidatus Endolissoclinum faulkneri L2: A1OE_730
Entry
A1OE_730          CDS       T02365                                 
Name
(GenBank) bacterial NAD-glutamate dehydrogenase family protein
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
thal  Candidatus Endolissoclinum faulkneri L2
Pathway
thal00220  Arginine biosynthesis
thal00250  Alanine, aspartate and glutamate metabolism
thal00430  Taurine and hypotaurine metabolism
thal00910  Nitrogen metabolism
thal01100  Metabolic pathways
thal01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:thal00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    A1OE_730
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    A1OE_730
   00220 Arginine biosynthesis
    A1OE_730
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    A1OE_730
Enzymes [BR:thal01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.1  With NAD+ or NADP+ as acceptor
    1.4.1.2  glutamate dehydrogenase
     A1OE_730
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_ACT1 GDH_HM3 GDH_ACT2 GDH_HM1 GDH_ACT3 GDH_HM2 ELFV_dehydrog
Other DBs
NCBI-ProteinID: AFX98917
UniProt: K7YN47
Position
complement(672378..677300)
AA seq 1640 aa
MRNRTEALKVEKIDAICAMVIDRFNGVKAEMVENFLRQFFTNVAPQDLIDEEVENIFGAA
ISIWNYGRERKPNQPRIRAYNPRFEEVGWQSSHTIIEIINDDMPFLVDSVTAAINRREMT
VHLIIHPIIRVIRDQSGVVQTLLDKNSNAEFAVGESYMHLQVSEQTSSDDLASIEAELAH
VLQDVRSAVEDWQAMRNTMINVIIELEKLSSKNENKDDLQEICAFLRWIEDNHFTFLGYR
QYDYVGNGNNLRMEVVNNSGLGIIRAPEVSVFDGLRKIGSLPSKVRGFLLDSTPLLVMKA
NKVSTVHRSVPLESISVKKMDKFGKVIGEHRFIGLFTSVAYNESPKGIPLLRQRVQNIVR
RAGLRPASHDEKALINILETYPRDELFHANEEDLFEISIGILHLQERQKIALFVYRDAFE
RFVTAFVFVPRDHYNTQLRQNFQAILSTAFNGEITAFNTMISDSVLARLHFIIATTRGEI
PEVNIDDLEQRLIDAGRSWADKLHNVMVADMGEEASAKLRYRYISAFPTAYRESYLPHAA
ILDIERMEEIEEETLGINLFRPIGVDDDVLHLKLFHSNKPVPLSDVMPMLENMGVRVLSE
VPFEIEGSGMKYPIWLHDFEMRLRGDNECELANIKKPFEEAFAAVWNNRMENDGFNGLVL
NAGITWREITVIRAYAKYLRQAAFTFSQDYMEETLLVYAPIALLLVKLFAARFNPITASH
DRKKIIADLTAKIHSALDGVTNLDQDKIMRRFLNLICSTLRTNFYQIGDDGKPKSYISFK
LDSQSIQDLPLPRPLVEIWIYSPRVEAIHLRGGKVARGGVRWSDRREDFRTEILSLMKAQ
QVKNAVIVPVGSKGGFVVKRSLLGCSREEIQAEGIECYKTMISGMLDITDNISSTDIITP
QDVVRYDGNDPYLVVAADKGTATFSDIANEVSQKYGFWLDDAFASGGSAGYDHKKMGITA
RGAWESVKRHFRELGHNIQSKEFTVVGCGDMSGDVFGNAMLLSKHVRLLGAFNHLHIFVD
PNPDTSKSFKEHQRMFNLPRSSWSDYNTQLISNGGGIFDRAAKFVKLTPEIKTTFGISED
IVSPNELICMMLKVKTDLLWFGGIGTYIKSERENSADVYDRANDQVRINAKEIRAKVIGE
GANLAITQLGRIEAALSGIKLNTDAIDNSAGVDCSDHEVNIKILLGAIIADGDMTLKQRD
KLLETMTNDIAELVLADNYDQTQALSVASYKGLSLIDSQSRLMRKLERGHLKLNRQIEFL
PDDEAIINRISEGRGLTRPELAILLAYAKMELYDDLLDSDLPDDPALANDLALYFPEILR
KKYSKAIIEHRLRREIIATSVTNSMINKVGATFLDIIHEQTATNSVDIARAFIIVREVFD
MQKLWSAINNLDNKVPAVMQTKMLINIQQIVEHKTIWFLRNGRRPLDIASYVNDFYPGVS
NLKSCLIEVIGDMERDNLRKVRSQLEDNGVPKTLSHEIASLEALFSACDIVRLASLIKLD
VRTVAVVYFKVGTKFSLDWLRDKALEMVAETYWQKQAVNALVDDFYRHQSHLARKVLDHI
KRVVIDSKEKSQQTNEHSKELISHNGDIISTDDAISCWSADCLHDVERTDRLLFEIRSND
HVDLAMLAVANGQMRSLLSR
NT seq 4923 nt   +upstreamnt  +downstreamnt
atgcgcaatcgcactgaagctcttaaagtggagaagatcgatgctatttgcgctatggtt
atcgatcgatttaatggtgtaaaagcagaaatggtggaaaattttttgcgccaatttttt
actaatgttgcgccgcaagatttgatcgatgaagaagtcgaaaatatttttggggctgcg
atctctatatggaattacggtcgagagcgtaaaccaaatcagccacgtattcgagcctac
aatcctcgttttgaagaagttggttggcaatcttctcacactattatcgagataataaat
gatgatatgccatttttagtagattctgtaactgctgccattaaccgtcgcgagatgact
gtacaccttattatccaccctattattcgtgtcatacgtgatcagagtggcgtagtgcag
actttattagataaaaacagcaacgctgaatttgcagttggtgaatcttatatgcatctg
caggtttcagaacaaacatccagcgatgatttagcaagtatcgaagcagaattagctcat
gtgctgcaagacgtacgctcagcagtcgaagattggcaagctatgcgtaacactatgata
aacgtaattattgaactagaaaaattatcatctaaaaatgagaacaaggatgatctacag
gaaatttgcgcattcttacgctggattgaagataatcattttacttttcttggttatcgt
caatacgattacgtaggaaatggtaataatttgcgcatggaagttgtgaataatagcgga
cttggtatcattcgtgcacctgaggttagcgtatttgatggattgaggaagattggatct
ttaccatcgaaagtcaggggttttttacttgattctactcctctcctagttatgaaggct
aataaagtttctactgtacatcgctctgttcctcttgaatctattagtgttaaaaaaatg
gataaatttggaaaagtgataggagagcatcgatttattggcttgtttacgtctgtcgct
tacaatgaaagtccaaaaggaatacctctactacgtcagcgagtacaaaatatcgtaagg
cgtgctgggctccgcccagcaagtcatgatgaaaaagctttgattaatatcttggagact
taccctcgcgatgagctatttcatgccaacgaggaagatttatttgagatctcaattggt
atactgcatctacaagaacggcaaaaaattgcactatttgtgtatcgcgatgcattcgag
cgattcgtaactgctttcgttttcgtaccgcgagaccactataatactcagcttcgccaa
aactttcaagcgattttatctacagcttttaatggtgagataactgcattcaatactatg
atatcagatagtgtactagcgcgtttgcactttataattgctactacacgcggggaaatt
cctgaagttaacattgatgatctggagcagcgattaattgatgctggccgaagctgggct
gataaattgcataacgtcatggttgcagatatgggagaagaagcctctgcaaaacttcgc
tatcgctacatttcagcttttccgactgcttatcgggaatcatatcttcctcatgctgcg
atcttagatatagaaagaatggaagagatagaagaagaaacactaggtattaatctattt
cggcctattggagtagatgatgatgtgctacacttaaaattatttcatagcaataagcca
gtgccgcttagtgacgttatgccaatgttggagaacatgggtgtgcgcgtactctcagaa
gtaccatttgaaatagaaggcagcggcatgaaatatccaatttggctgcatgattttgag
atgcgtttacgaggagataatgaatgcgaacttgcaaatataaaaaagccatttgaggag
gctttcgctgctgtatggaataaccgtatggaaaatgatggatttaatggtttagtgttg
aatgccggtattacatggcgtgaaattaccgtcattcgcgcttatgctaagtatttacgc
caagcagcttttacattttctcaggattatatggaagagacattgctagtatatgcaccg
attgcactactactagtaaaactgtttgctgctcgcttcaatccaattacagctagccac
gatagaaaaaaaattattgctgatttaacagctaaaattcattcagctttagatggtgta
actaacctagatcaggacaagatcatgcggcgattcctgaatctaatttgcagtactttg
cgcactaatttttaccaaataggcgatgacggtaagccaaagagctatattagctttaag
cttgatagccaatctatacaagatctccctcttccgcggccgctcgtagaaatatggatt
tatagtccacgtgtagaagccattcatctacgtggtggtaaagtagctcgcggtggcgtc
cgttggtctgatcgacgcgaagattttcgtaccgagattcttagcttaatgaaagctcag
caagttaaaaatgcggtaatagtaccagttggttctaagggaggatttgttgttaaaaga
tctctgttaggttgtagcagagaagaaatacaagctgagggaattgaatgctataagaca
atgataagcggaatgttagatattactgataatatttctagtacagatataataacacct
caagatgtcgtccgttatgatggcaatgatccatatctagtagtagctgcagacaaaggt
acagctacattttccgatattgccaacgaagtatctcagaaatatggtttttggctagat
gacgctttcgcttctggaggttcagcaggctatgatcataaaaaaatgggaattacagct
cgtggtgcttgggaaagcgtaaaacgccattttcgcgaacttgggcataatattcaaagc
aaagaatttaccgtagtggggtgcggtgatatgtctggtgatgtttttggtaatgcaatg
ctgttgtcaaagcatgttcgtctgttaggtgcttttaaccatttgcatatattcgtcgac
ccaaatcctgatacctctaagagttttaaagaacatcaaagaatgtttaatttgccacga
tcaagctggtctgattataatactcaattaatatccaatggtggcggcatttttgatcgt
gcggccaagtttgttaaactcacaccagagatcaaaacaacttttggtataagtgaagat
atagtatcccccaatgaactaatctgtatgatgttaaaggtaaaaactgacttactgtgg
tttggaggaattgggacatacattaagtctgaacgcgaaaacagtgctgatgtatacgat
agagctaacgatcaggtacgtataaatgccaaggaaattagagctaaggtgatcggtgaa
ggtgctaatttagcaattacccagcttgggcgaatcgaagcagctttaagtggtattaag
ctaaacacggatgcgatcgataattctgctggagtagattgttcggatcatgaggtaaat
attaaaattttactaggcgctataatagctgatggcgatatgaccttaaaacagcgcgat
aaactgcttgagacaatgacaaatgatattgctgagctcgtcttagctgataattacgac
caaactcaagcgctctctgttgcttcatataaaggcctttcgctaatagattctcagagc
cgattgatgcgcaaactagaacgtggtcatttaaaattaaaccgccaaatagaatttttg
cctgatgatgaagcaattataaatcgaatttcggaaggtagaggattaactcgtccagaa
ttagctattttgcttgcctatgctaaaatggaattatacgatgatttattagatagtgac
ttaccggacgacccagcgctagctaatgatttagcactatattttccagaaatacttcgc
aaaaagtatagcaaagcaattattgagcatcgtctaagaagggagattatagctacctct
gtcacaaactccatgattaacaaggttggagctacgtttctcgatattattcatgaacaa
accgccactaattcagtggatatcgctcgtgcttttatcattgtgcgtgaagtattcgac
atgcaaaaactttggagtgcaattaataatctagacaacaaagttcccgcagtgatgcaa
actaaaatgctaatcaatatacagcaaatagtggaacataaaactatatggtttttacgc
aatggtcgtcgaccgcttgatattgctagctatgtcaatgatttttacccaggcgttagt
aatctaaaaagctgtttaatagaagtgattggtgatatggagcgcgataatctgagaaag
gtgcgcagccagctagaagataatggtgtcccaaaaactctctctcatgagattgcttct
ttagaagcattattttccgcctgcgatatagtccgactagcatcattaataaaattagat
gtacgcacagttgcggttgtttattttaaagttggaactaaattctctttagattggttg
cgagacaaagcattggaaatggtagcagaaacttattggcaaaaacaggctgttaatgct
ttagtagatgatttttatcgacaccaaagccaccttgctcgtaaggtattggatcacata
aaaagagtagttatagattcaaaggaaaaatctcaacagacaaatgagcacagcaaggaa
ttgataagtcataatggcgatatcatatctacagatgatgctatttcttgttggagtgca
gattgtttgcatgatgtggaacgaactgatcgattgctctttgagattcgctcaaatgac
catgtcgatttggctatgttagctgtagctaatgggcagatgcgttctcttttatcgcga
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (9)   
   Pfam (9)   
All databases (92)   

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