KEGG   Ehrlichia chaffeensis Liberty: ECHLIB_0368
Entry
ECHLIB_0368       CDS       T03190                                 
Name
(GenBank) glutamate/Leucine/Phenylalanine/Valine dehydrogenase family protein
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
echl  Ehrlichia chaffeensis Liberty
Pathway
echl00220  Arginine biosynthesis
echl00250  Alanine, aspartate and glutamate metabolism
echl00910  Nitrogen metabolism
echl01100  Metabolic pathways
echl01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:echl00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    ECHLIB_0368
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    ECHLIB_0368
   00220 Arginine biosynthesis
    ECHLIB_0368
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    ECHLIB_0368
Enzymes [BR:echl01000]
 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
     ECHLIB_0368
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_ACT1 GDH_HM3 GDH_HM1 GDH_ACT2 GDH_ACT3 GDH_HM2 ELFV_dehydrog NPV_P10
Other DBs
NCBI-ProteinID: AHX06434
Position
complement(417800..422551)
AA seq 1583 aa
MLNNFNQKIIDSVLELIKQEDDCLFKSFVKQFYSFSYDSDITLDTNFFLFIARDLYQLIK
IKRPRESKVKIFNIEEQDNETISNVTIIEIINDNLPFIIDSIIIAIKKHNASIYHYTNAV
LNIERKEQHIHAISPAQSCLNDETSESIVYFIISNIDKESHKSLKHDIEKNLQLVGYCVN
DWKSMLHHFDSALNVMKDLYDNSIEEEITFLEWLRKDNFIFLGYEEYIVDQHKLLINTKA
NLGLQKTNTSDESSKNLSNSTEHVYIIQSNILSTVHRHEYMICVGLRIFNQDNILVKEHC
FYGFFASIISFQDANSIPLIRSKIKAVEKRAGFTKGGHSNKALIDILQRLSRDELFQFSE
EELFEISIGILSLANNPKIKLFIIKGQSHSFVNCIIFIPKALASTELANKMSYILEQMLT
GKVVNNQYNMLNEYNLVRLQFILKAQDKLFSDFSELEIEEKLIAASRRWEDKLQDVMCCN
LGSINPFLQYLTAFPPSYQEYFNPKSAYHDIIKLEQVCKYNTSEADLYLIKNSVHYQLKI
YIPQESNLQLSKILSIVKKMGTNIILHHSYTITAKITVYLHHFILSNTKQSFDHNSIKQQ
FETTIKKIFAKEIENDYFNSLVILANLHWKEVMLIRALSRYLKQVSFNYSQIYTQKVAIK
YPKVLFNFIKLFEARFNPEMANDQESHAIENKINELLLEVTDVVHDHILRSIYALILAIL
RTNYYKDKDYLSIKLDSSKVPNIPLPCPFREIYVYSNLFEGIHLRGGKVARGGIRWSDRT
EDFRTEILGLMKAQMTKNSVIVPVGSKGGFILKRAPKNAALLKSTAVECYKNFLRGILDI
TDNIIDDKYVTPNDIIKYDEYDPYLVVAADKGTATFSDYANEISEEYNFWLGDAFASGGS
IGFDHKKMGITAKGAWVGAQRHFWLMDKDIYNEPFTVIGIGDMSGDVFGNGMLLSNKIHL
IGAFNHNHIFIDPSPDPEKSFLERKRLFNLTSSSWEDYDKSCISKGGKIFNRNSKILDLT
PEIKELFNISEDQIFPNELIKHLLKAEVDMIWNGGIGTYIKSSQESNAVVADKTNDALRI
NGSEVKAAMIIEGGNLGCTQLGRVEYAHNGGKINTDFTDNSGGVICSDFEINIKICLRLA
MQNKYISLAERNKILDDIMHEVPSIVLESHNKLETKALMLECIQAKNRIEQHHRLLKYLE
KIQVLNRDIEFLPSDEEITKMSAEMKGFTCPQIAILIAYTRTFIKNEIMLSNIFHHSSNL
SSLYESQYLLSYFPQYIRDNFAQYIRQHPLKKEILATCIVNDIVNRMGCIFVNHIIENIG
ITVEDIIKIYVITTHIYNLYEIWKTLDELDSKVHINVYTSLIREVQKFIGQVTFWFLRNS
SKITNIDTKLDELSSQISSLEENIESILCNESLEIYNNTLSSLSEHNIEESITKKIIKLK
FLTVSLDIIHLTNSSNLPLLTVGKIYFQLRSLLNFSRIRDLAAHMESNSSYWQRIAIRNL
LDDLNDYQFIITESILKQVEPTLSLAVKLDKVHSIINDIIQSWYIKNQEKLNRYYNFLNE
INTTQLDLSKLMLIIKSLDMFIN
NT seq 4752 nt   +upstreamnt  +downstreamnt
atgcttaataattttaatcaaaaaattattgattcggttctagaattaataaaacaagaa
gacgactgcttatttaagagctttgttaaacaattctacagtttctcttatgatagcgat
attactttagatactaacttttttctatttatagcacgtgatttatatcaactcatcaag
atcaaacgacccagagaaagtaaagttaaaatattcaacatagaagaacaagataatgag
acaataagcaacgtaactattattgaaataataaatgataacctaccatttataattgat
tctattattattgcaataaaaaaacacaatgcatcaatatatcattatacaaatgccgta
ttaaacattgaacgaaaagaacaacatatacatgcaatctcacctgcacagtcttgttta
aatgatgaaacaagtgaatcaatagtatattttattattagcaatattgacaaagaatcc
cataaatccttaaaacatgatattgaaaaaaatttacaattagtaggctattgcgttaat
gactggaaatcaatgttacatcattttgattcagcattgaacgttatgaaagatctttat
gataattctatagaagaagaaatcacatttttagaatggttaaggaaagataacttcatc
tttttagggtatgaagaatacattgtagaccaacacaaattactaattaatactaaagct
aatcttgggttacaaaaaactaatacatctgatgaatctagtaaaaatttatctaactct
acagaacatgtatatattatacaatccaacattttatctacagtacatagacatgaatac
atgatttgtgtcggattgaggatattcaatcaggataatattttggtcaaagaacattgt
ttttatggtttctttgcgtcaataatttcatttcaagatgcaaactctattccattgatt
agaagcaaaataaaagctgtagaaaagagagcaggatttactaaaggtgggcatagtaat
aaggcactgattgacatcttacaaaggttatctagagatgaattatttcaattttctgaa
gaagaactattcgaaatttcaatcggtatactgtctttagctaataacccaaaaattaag
ctttttataataaaaggtcagagtcacagctttgtaaactgcattatttttataccaaaa
gccttagcaagtactgaacttgcaaataaaatgagctatatattagagcagatgcttaca
ggtaaagttgtcaataatcaatataacatgttaaacgaatataacttagttagattacaa
tttatactcaaagcacaagataagttatttagtgatttttcggaattagaaattgaagaa
aagttaatcgcagcatctagaagatgggaagataaactacaagatgttatgtgctgcaat
ttaggatctataaacccatttttacaatacctaacagcatttccaccaagctatcaagaa
tattttaatccaaaaagcgcttaccatgatataataaaattagagcaagtttgtaaatac
aatactagtgaagctgatctttacttgataaaaaatagtgttcactatcagttaaaaata
tatatacctcaagaaagtaaccttcaactttcaaaaatactaagtatagttaaaaagatg
ggaacaaatataatcctacaccacagctatactattacagcaaaaattactgtataccta
catcattttatactgtcaaatactaaacaatcttttgaccataacagtatcaaacaacaa
ttcgaaactacaattaaaaaaatatttgctaaagaaatagaaaatgattacttcaatagc
ttagtcatattagctaacttacactggaaagaagtcatgctaataagagcactaagtaga
tatttaaaacaagtatcatttaattatagtcaaatttacactcaaaaagttgccataaaa
tatccaaaagtcttgtttaattttataaaactatttgaggctagatttaatccagaaatg
gctaatgatcaagaatctcatgctatagaaaataaaattaatgaactgttactagaagtt
acagatgtagttcacgatcatattctacggtctatatatgcgctaatcctagcgattctg
cgtacaaattattataaagataaagattatttatctataaaattagactcaagtaaagta
ccaaacatacctttaccatgcccttttagagaaatatatgtatactctaacctatttgaa
ggtatacatttacgaggtgggaaagtagcacgtggaggaattagatggtctgacagaact
gaagattttcgtacagaaatattaggactaatgaaagcacaaatgacaaaaaattctgta
attgtgccagtaggatctaaaggaggattcatcttaaaacgtgcaccaaaaaatgcagct
ctactaaaaagtactgctgtagagtgttataaaaacttcttaagaggtatattagacatt
accgataacattattgatgacaaatatgtcacacctaatgacattataaaatatgatgaa
tacgatccatatttagtagttgcagcagataaaggaaccgccacattttctgattatgca
aatgaaatttctgaagaatacaatttttggctaggggatgcctttgcatctggaggatca
ataggatttgaccataaaaaaatgggtattacagctaaaggagcttgggtaggagctcaa
aggcatttttggcttatggataaagatatatataacgaaccatttacagtgattggtatc
ggggatatgtctggagatgtattcgggaatggaatgttattatctaataaaatacatctc
attggagcatttaatcataatcacatttttattgacccatcacctgatccagaaaaaagt
tttcttgaacgcaaaaggctatttaacttaactagctcttcctgggaagattacgataaa
tcatgcatctcaaaaggtggaaaaatctttaaccgcaattctaaaatattggacttaacc
cctgaaataaaagaattatttaatattagtgaagatcaaatttttcccaatgaactcatc
aaacacttattaaaagcagaagttgatatgatatggaatggagggataggaacatatatc
aaatcctcacaagaaagcaacgccgtagtagcagacaaaactaacgacgcactaagaatt
aatggctcagaagtaaaagccgcaatgataatagaaggtggaaacttgggatgtactcaa
cttggaagagttgaatatgcacacaacggaggaaagatcaacactgattttacagataac
tctggaggagtaatatgttctgactttgaaatcaatataaaaatatgcctaagactagca
atgcaaaacaagtacatttctttagctgaacgtaataagatattagatgatataatgcat
gaagtaccatcaatagttttagaatcacacaataaattagaaacaaaagctttaatgtta
gaatgtatacaagcaaaaaatagaatagaacaacatcataggctattaaaatatttagaa
aaaattcaagtactaaaccgagatatagaatttttaccaagtgatgaagaaatcacaaaa
atgagtgctgaaatgaaagggtttacctgccctcaaattgcaatattgatagcatatacc
agaacatttataaaaaacgaaattatgctttccaatatctttcaccattcaagcaattta
tcaagtttatatgaatcccaatatctgctctcctactttcctcagtatataagagataac
tttgcacagtatataaggcaacatcctttaaaaaaagagatattagcaacttgtatagtg
aacgacatagtaaacagaatgggatgcatttttgtcaatcacattatcgaaaatattgga
attaccgttgaagatataattaaaatatacgtcataacaactcacatatataacttatat
gaaatatggaaaacactagatgaactagatagtaaagttcacattaacgtatatacttcc
ttaattagagaagtacaaaaattcataggacaagttactttctggtttcttagaaattct
tctaaaattacaaatatagacacaaaattagatgagttatcatcacaaatatcatcactt
gaagaaaacatagaaagtattttatgtaatgaatctctagaaatatacaataatacttta
tcctctttaagcgagcataatattgaagaatcaattacaaaaaaaatcataaaattaaaa
tttttgactgtttcccttgatataatacacctaacaaatagttcaaatttacctttatta
actgtaggaaaaatatacttccagctaagatcattattaaactttagccgtatacgtgac
cttgcagcacacatggaatcaaactcttcatattggcaacgcatcgctattagaaatcta
cttgatgacttaaatgactaccagtttataatcacagaaagtattttaaaacaggtagaa
cctacactatcattagcagtaaaattggataaagtacacagcataattaatgacataatt
caaagttggtatatcaaaaatcaagaaaagctgaacagatattataattttttaaatgaa
ataaacacaactcaacttgatttaagtaaattaatgcttataataaaatctcttgatatg
tttattaattaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (10)   
   Pfam (10)   
All databases (30)   

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