Legionella pneumophila subsp. pneumophila HL06041035 (serogroup 1): LPV_1718
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Entry
LPV_1718 CDS
T02174
Name
(GenBank) NAD-glutamate dehydrogenase
KO
K15371
glutamate dehydrogenase [EC:
1.4.1.2
]
Organism
lph
Legionella pneumophila subsp. pneumophila HL06041035 (serogroup 1)
Pathway
lph00220
Arginine biosynthesis
lph00250
Alanine, aspartate and glutamate metabolism
lph00430
Taurine and hypotaurine metabolism
lph00910
Nitrogen metabolism
lph01100
Metabolic pathways
lph01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
lph00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
LPV_1718
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
LPV_1718
00220 Arginine biosynthesis
LPV_1718
09106 Metabolism of other amino acids
00430 Taurine and hypotaurine metabolism
LPV_1718
Enzymes [BR:
lph01000
]
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
LPV_1718
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Bac_GDH_CD
GDH_C
GDH_ACT1
GDH_ACT2
GDH_HM3
GDH_ACT3
GDH_HM1
GDH_HM2
ELFV_dehydrog
AMP-binding_C_3
Motif
Other DBs
NCBI-ProteinID:
CCD08862
LinkDB
All DBs
Position
complement(1741537..1746414)
Genome browser
AA seq
1625 aa
AA seq
DB search
MSYKFEEGKDAIVKSVVEKIKQAMTGEQTEFCAEFAKQFYGTVALEDLLEWEVDDLYGAA
VNFWSLICERAPHETKIRIYNPDYERHGWQTTHTVVEVICEDMPFIVDSLRIVINRMGLT
SHLTIHMGGIRVKRDSHNRVTEILPRNGGAAKDDVLHEAPIFIEIDRQTDPATLSELHKN
FERALEDNRAVFEDWDKMRTKVREIIKELDTVPKTIDISEIEETKAFLNWMEDHHFTFLG
LRDYDLIKKGKETILQPIPETGLGVLRQSLSKSNARSITAMGPEAQGLISSPRILVMSKT
NTLASVHRDAYTDYIGVKRFNKKGEVIGERRIIGLYTSAAYHTNPKHIPFLRHKVALIMK
NSNLNPYSHAGKVLLNILETLPRDDLIQGTEDELLEIAMGIFYMQDRKRIRLFARADVYK
RFISCLVYVPKDRFNTELRYAMQKILADSFNAEEITFSTQFSESVLARIHFIVRVNPKNL
PDFDLKEIEQKLIEVGRSWIDDLQHHLHEVYGEEQANALYSRYKNAFPISYSDTFSPRTA
VYDIKHIEMLSPENPLGINFYKPLDESEKSFRLKVYQHDTTIPLSDVLPILEKLGLRAIS
ERPYVLKFEDGKVAWINDFAMQYNKESEFNIDEIKELFQNAFARVWFGDAENDGFNLLVL
AAGLNWREVAVLRTYAKYFRQIGFTFSQDYMETALNNNVGIAKKLVRLFEIRCNPHDSKR
REDRYVALVAEILSDLDNVANLDEDRIIRQYVHAIGATLRTNFYQVDAQGNPKNYISIKL
SSKLIPGVPKPYPMFEIFVYSPRFEGVHLRCGKVARGGLRWSDRREDFRTEILGLMKAQQ
VKNSVIVPSGAKGGFVPKQIPANATREEIMEEGISCYKLFIRGLLDITDNYKEGLIVKPQ
NVVFYDEDDPYLVVAADKGTATFSDIANSISQEYDFWLGDAFASGGSVGYDHKKMGITAK
GAWESVKRHFYELNRDIQNNDFTVVGIGDMAGDVFGNGMLLSRHIKLVGAFNHIHIFVDP
NPEAEASFKERERLFNLPRSNWTDYDKKLISKGGGVFSRSAKSIPVSPEMQKVFGIKQTS
IEPNDLIKAILKADVDLLWSAGIGTYVKSSTESNTSVGDRTNDATRVNANQLRCKVIGEG
GNLGLTQLARVEYSLHGGKVYTDFIDNSGGVNCSDKEVNIKILLNNVVSAGDLTPKQRNE
LLSNMTDEVAKLVLRDNFLQTRAISLTASQALRAIELHARYINELEKTGKIDRTLEFLPD
EKVLMEHKLMGKGLTQPGIAVLMCYSKTILKEQVLASEVPEEDYMNQILIGSFPKPLQER
FSKQMQDHPLRREIIATRLSNIIVNEMGFTYVYRLQDETGASVAAIVRAYMIARSVLNLE
AIWKQIEELGTKISAQAQVDMMMLYVRLSRRVTRWFLRTHRRSMSITQAIELYAKGVDEL
KKSMPAVFGETGRIQYEEHYQERIKEGIPPQLAHELTVTRGLFAATDIIEIAYEENIKIS
KVAEIYFGIGEFLDIAWLRTQIIVHTTENHWESLSREALRDDLDWQQRQLTAAIMGFEPN
NKDLQERLTRWGETHVSLIDRWNYILTALKSSTALNYTMFLVATRELLDLTQTTLQSNLK
MEESF
NT seq
4878 nt
NT seq
+upstream
nt +downstream
nt
atgtcctataaatttgaagaaggtaaagacgcaatagtaaaaagcgttgttgaaaaaatt
aagcaagcaatgactggcgaacaaacagagttttgcgctgaattcgcgaagcaattttat
gggactgtcgcccttgaagatcttctagagtgggaggttgatgatctttatggagcagca
gtcaatttctggtctttgatttgtgaacgtgctccacacgaaacaaaaatcaggatttat
aatcctgattatgaacgtcatggatggcaaaccacacatactgttgtggaagttatctgt
gaagatatgccttttattgtagattctctgaggatagtaattaatcgaatgggattaaca
tctcatcttactattcatatgggaggaattagggttaaaagagacagccataacagggtt
accgaaattcttccaagaaatggtggagctgctaaagatgatgttttacatgaggctccc
atttttatagaaattgatcgacaaacagacccggctaccttatcggagctgcacaaaaat
tttgaacgcgctcttgaggacaatcgagcggtatttgaagattgggataaaatgcgtact
aaagtacgagaaattattaaggagcttgatactgtaccaaagacaattgatatcagtgaa
attgaagagacgaaagcctttttaaattggatggaagatcaccattttacttttttagga
ttgcgagattatgatttgattaaaaaaggaaaagaaaccattttacaacctattcctgaa
acaggattgggagttttacgccaaagtctgagcaaatcaaatgcaagaagtattacggca
atgggaccagaggcacaaggattaatttcatcaccccgcattcttgtcatgtccaaaaca
aatactttagcctctgttcatagagatgcttataccgactatattggtgttaagcgcttc
aataaaaaaggagaggtgattggcgaaaggcgtattataggactgtatacttctgcagct
tatcatacaaatcccaagcatattccgtttttgcgacataaagtcgcattaattatgaaa
aattctaatttaaatccctatagccatgcaggtaaagtattattgaatatacttgaaact
cttccaagagatgatttaattcaaggcactgaggatgagttactggaaatagctatgggt
attttctatatgcaagatagaaaacgtatccgcctgtttgccagagccgatgtttacaag
cgatttatttcatgcttggtatatgttcccaaggatcggtttaatactgaattaagatat
gccatgcaaaaaattttggcagacagttttaatgctgaagagattaccttttctactcag
ttttcggaatcggtattggcaagaattcattttatagtaagggttaatcccaaaaattta
cccgattttgatttaaaagaaatagagcaaaaattgattgaagtggggcggtcgtggatt
gatgatttgcaacatcatttacatgaagtctatggcgaagaacaagccaatgcactttac
tcccggtataaaaatgcgtttccaatatcttattctgataccttttcaccaagaacggct
gtctatgatattaagcatattgaaatgctaagccctgaaaatccactcggtattaatttc
tataagccattggatgaatctgagaaaagctttaggttaaaggtttatcagcatgacacc
actattcctttgtctgatgtactacctatcctggaaaaacttggtttaagagcaattagt
gaacgtccttatgttttaaaatttgaagatggtaaagtagcatggattaatgattttgcc
atgcaatacaacaaagaaagcgagtttaatatcgacgaaataaaagagttatttcaaaat
gcatttgccagggtatggtttggtgatgcagaaaatgatggctttaatttattggtatta
gcggccggattaaattggagggaagttgctgtattaagaacctatgcaaaatatttcagg
caaatagggtttacatttagccaggattatatggaaacagcactaaataataatgtaggc
attgccaagaaattagttaggttatttgaaattcggtgcaatccccatgactccaaaagg
agagaggatagatacgttgcacttgtcgctgaaattttatctgatcttgataatgtagct
aatctggatgaagacagaattataagacaatacgtgcatgccatcggtgccactcttcgt
accaatttttatcaagtagacgctcaaggtaatcctaagaattatatttctataaaattg
tccagcaaactcattcctggtgtaccaaaaccataccccatgtttgaaatttttgtttac
tcgccacgatttgaaggggtgcatttgcgctgtggtaaagtggctcgcggaggtttacgc
tggtcggacagacgtgaagatttccgaaccgaaattcttggcttaatgaaggctcaacag
gtaaagaactctgtaattgtccccagtggcgcgaaaggtggttttgtacccaaacagata
ccggctaatgctactcgtgaagaaattatggaggagggaatcagctgttataaactcttt
ataagaggtttgctggatataacagacaattacaaagaaggactcattgtaaaaccccaa
aatgttgttttttatgatgaagatgacccttatcttgtggtcgctgcagacaaaggcact
gcgacattttctgatattgccaattcaatttcccaagaatatgatttttggcttggagat
gcttttgcctcaggtggctctgttggttatgatcataaaaaaatggggattactgctaaa
ggggcatgggaatctgttaaacgccatttctatgaattgaacagagatatccaaaacaat
gatttcactgtggttggcataggagatatggccggggatgtctttggaaatggcatgttg
ttgtccaggcatatcaaactcgtaggtgcttttaatcatattcatatatttgtagaccct
aatcctgaagctgaagctagctttaaagagcgtgagcgattattcaatcttcccagatct
aactggacagactatgataaaaaactcatttccaaaggaggaggggttttttctcgtagt
gcaaaatctatcccggttagccctgaaatgcagaaagtatttggaataaaacaaacttcg
attgaacctaatgatctaattaaagcaatattaaaagccgatgtggatttactttggagt
gctggaattggaacctatgtcaaatcgagtactgaaagtaataccagcgtaggagatcga
acaaacgatgcaactcgtgttaatgccaatcagttgagatgcaaagttataggcgaaggt
gggaatttgggattaacccagctagcacgagtggagtatagtttacacggaggcaaagtc
tatacagatttcatagataattctggtggggttaattgctcagacaaagaagttaatatt
aagattttattgaataatgttgtatcagctggggatctgactccaaaacaaagaaatgag
cttttaagtaatatgactgatgaagtagccaaattagtgcttagagataatttcctacaa
acccgagccattagcctaactgcttctcaagccttaagagccattgaattacatgcaaga
tatattaacgaactagaaaaaacaggaaaaattgacagaactttagagtttttacctgat
gaaaaagtgctaatggaacacaaactaatggggaaaggattaactcaacctggaattgct
gttttaatgtgctacagcaaaaccatcttaaaagagcaagttcttgcttctgaagttcct
gaagaagattatatgaaccaaatacttattggttcatttcccaaacctctgcaagagcgt
tttagtaaacaaatgcaagatcatcccttaagaagagagataattgctacccgtttaagt
aacattattgttaatgaaatgggcttcacgtatgtttacaggttacaagatgaaactggg
gcatctgttgcggcaattgtcagggcctatatgattgctagaagtgtcttgaatctggaa
gcaatatggaagcaaattgaggaacttggtacaaaaatcagcgcgcaagctcaagttgat
atgatgatgctgtatgttcgactatccaggagagtgacaaggtggtttttacggacacat
agaaggtcgatgagtataacgcaggcgatagagttatacgcaaaaggggttgatgaactg
aaaaaatccatgcctgccgtttttggcgaaacaggccggattcaatatgaggagcattac
caagagcggataaaagaagggataccgcctcaacttgcccatgaattaacagtgactcga
ggcttgtttgccgcaacagacattatagaaattgcctacgaggaaaatataaaaatatca
aaagtagctgaaatatattttggtattggcgaatttcttgatatagcttggcttagaacc
caaattattgttcacacaactgaaaatcattgggaatctttatctcgagaggcattacgc
gatgatttggattggcaacaacgccagttaacagctgccataatgggttttgagcctaat
aataaggatttgcaagaacgattaacaagatggggagagacacacgtttctttaattgac
aggtggaattacattctgacagctctgaaatcaagtacagctttgaactatactatgttt
ttagttgccacccgagagttgctggatttaacccaaacgacattacaatccaatttaaaa
atggaagagtcattttga
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