Legionella cherrii: NCTC11976_02148
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Entry
NCTC11976_02148 CDS
T06506
Symbol
gdhB_2
Name
(GenBank) NADP-specific glutamate dehydrogenase
KO
K15371
glutamate dehydrogenase [EC:
1.4.1.2
]
Organism
lcj
Legionella cherrii
Pathway
lcj00220
Arginine biosynthesis
lcj00250
Alanine, aspartate and glutamate metabolism
lcj00430
Taurine and hypotaurine metabolism
lcj00910
Nitrogen metabolism
lcj01100
Metabolic pathways
lcj01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
lcj00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
NCTC11976_02148 (gdhB_2)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
NCTC11976_02148 (gdhB_2)
00220 Arginine biosynthesis
NCTC11976_02148 (gdhB_2)
09106 Metabolism of other amino acids
00430 Taurine and hypotaurine metabolism
NCTC11976_02148 (gdhB_2)
Enzymes [BR:
lcj01000
]
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
NCTC11976_02148 (gdhB_2)
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Bac_GDH_CD
GDH_C
GDH_ACT1
GDH_ACT2
GDH_HM3
GDH_ACT3
GDH_HM1
GDH_HM2
ELFV_dehydrog
Motif
Other DBs
NCBI-ProteinID:
VEB37301
LinkDB
All DBs
Position
1:2446111..2450988
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AA seq
1625 aa
AA seq
DB search
MSYKFEEGKDVLIEAIVDRIRSSMVGEQTEFCAEFAKQLYGTVAMEDLSAWTVDDLYGAV
VNFWSLINERAPHETKIRIYNPDYERHGWQTTHTVIEVICDDMPFLVDSIRLVIHRMGLS
SHLTIHMGGIRVKRDKNNRVCEILPRNQMLDEKEVIHEAPIFLEIDRQTDPKILEELHQG
CERALEDNRVVYEDWEKMRAEVREAISEIDKVSSVLDLDEVEETKAFLHWIEDHHFTFLG
MRDYELVEKGKETVLQAVPKTGLGLLRESVTKSMARSISAMTPEAREFTLSPRILVTSKT
NTLASVHRDAYTDYIGIKRFNAQGNVIGERRIIGLYTSAAYHTNPKQIPFLRRKVALIME
NSKLNPRSHAGKVLLNILETLPRDDLIQGTEDELLEIAMGIFYMQDRKRIRLFARVDVYH
RFVSCLVYVPKDRINTELRMAMKKILDDSFNSIETTYSTQFTESVLARVHFIIKINPNLP
FEYDLKEIEKKLIDAGRSWTDDLQTHLYEAYGEEQANSLYARYKNAFPLAYSDTFPARTA
VYDIKHIELLTPEQPLGINFYKPLDESENSFRLKVYQHDTTIPLSDVLPILEKLGLRAIS
ERPYPLKFEDGKVAWINEFAMQYNKPIEFDLDEIKELFQNAFAKVWFGQAENDGFNQLVL
AAGLNWREVAVLRTYAKYFKQIGITFSQDYMETALNNNVAIAKKLVRLFEIRCNPAHDPN
REDRFTDLSIEILADLDTVSNLDEDKIIRQYIHAISATLRTNFYQVNTDGHHKPYISLKL
NSKIIPGVPKPHPMFEIFVYSPRFEGVHLRCGKVARGGLRWSDRREDFRTEILGLMKAQQ
VKNSVIVPSGAKGGFVPKLLPVNGTREEIMAEGIGCYQLFIRGLLDITDNYVEGKVVKPE
NVICYDEDDPYLVVAADKGTATFSDLANAISLEYGFWLGDAFASGGSIGYDHKKMGITAK
GAWESVKRHFYELNIDIENNDFTVVGIGDMAGDVFGNGMLLSKHIKLVGAFNHIHIFIDP
NPDAEASFKERERLFHLPRSNWTDYDKKLISKGGGVFNRNAKSIPVSKEMQAVFGIKQNE
IEPNELIKAILKAKVDLLWSAGIGTYVKASTESNANVGDRTNDATRVNAKQLRCKVVGEG
GNLGLTQLARVEYSLNGGMVYTDFIDNSGGVNCSDKEVNIKILLNGIVAVGDLTPKQRNE
LLVEMTDEVSKLVLRDNFLQTRAISLSASQPLQALDLQSRYISELERTGKIDRNLEYLPD
EKVILERKLMGKGLMRPDIAVLMCYSKTILKEQILASGVPEESYMTQFLISSFPKPLQER
FSKQMQSHPLRREIIATRLSNIIVNEMGFTYVYRLQDETGAPVSAIVRAYMITRSVLNLE
SVWKQIEELGNKVSAKKQVEMMMLYSRLARRITRWFLRSQRRSVDISEVVKLYAQGVVEL
KMSAPAVLNEERRARYEEHKQELIDEGIPPTLAHELTVTRGLFAATDIIDIAHKKNMKVA
QVAEIYFGIGEFLDLAWIRKQIIMHPSENHWESLSREALRDDLDWQQRQLTAGLINYDGD
NPDFQARLASWGESHRALIQRWRYILADLKASTVLNYTMFFVAIRELLDLTQTTLQSYAL
AEQEA
NT seq
4878 nt
NT seq
+upstream
nt +downstream
nt
atgtcttataaatttgaagagggtaaagatgtattaattgaagccattgtagataggatt
agaagctctatggttggtgagcaaaccgagttttgcgccgaatttgcgaaacagctctat
ggtactgtagctatggaagatctgagtgcatggactgtcgacgatctttatggcgctgta
gtaaatttttggtcattgattaatgagcgggcaccacatgagacgaaaattagaatctat
aatccagattatgagcgtcatggatggcaaaccacgcataccgtaattgaagtaatttgt
gatgatatgccatttttggttgattcaatccgtttagtaattcatagaatgggattatct
tctcatctaactatccatatgggcggcattcgcgttaaaagagacaaaaataatcgagtt
tgtgagatcttaccccgcaatcaaatgttagatgaaaaagaagtgatccacgaggcacct
atatttcttgaaattgatcgacaaacagatcctaagattcttgaagagctgcaccaagga
tgtgaacgagcccttgaagataatcgagttgtttatgaagattgggaaaaaatgcgagct
gaagttcgagaagcaatttcagaaattgataaagtatcttctgtgcttgatttggatgag
gtggaagagaccaaggcatttttacattggattgaagaccatcatttcacttttctaggg
atgagggattatgaattagtagaaaaaggtaaagagacagtgttacaagctgttcctaaa
actgggttaggacttctacgtgaaagcgttactaaatcaatggcacgtagcatttctgca
atgacacccgaggcgcgtgagttcaccttatctccgcgtattttagttacgtcaaaaaca
aataccttagcaagcgttcatcgggatgcttacactgactatataggaattaagcgattt
aatgctcaaggaaatgtgattggtgaaagaagaattattggcctttatacttctgcagcc
tatcatactaaccccaaacaaattccatttttgagacgtaaggtagcgctcattatggaa
aattctaaattgaatccacgaagtcatgcgggtaaggttttgctaaacattcttgaaacg
ttgccacgagatgatttgattcaaggaacagaagacgagcttctggaaattgcaatgggt
attttttacatgcaagatagaaaacgtattcgattattcgcacgtgttgatgtttatcac
cgcttcgtctcctgtttggtatatgttcctaaggatagaattaatactgagttaagaatg
gcaatgaagaaaattcttgatgacagttttaactcgattgagaccacatattcaactcaa
tttaccgagtctgttctggcgcgtgtccattttatcattaaaattaaccctaatttgccc
tttgaatacgatttaaaagaaattgaaaagaaattgattgatgcaggacgctcttggaca
gatgatttacaaactcatttatacgaggcttatggagaggagcaggcaaatagtctctat
gctcgttataaaaatgcatttcctcttgcttatagtgatacgtttccagcaagaacagcg
gtctatgatattaaacatattgaattactcacaccggaacagccgttaggtattaatttt
tataagccattggatgaatcagaaaacagttttagactaaaagtatatcaacatgatacc
actattcctttatctgatgttttgcctatattggaaaagttgggtttacgtgcgattagt
gaacgtccttacccattaaaatttgaggatggcaaggtagcgtggattaatgaatttgcc
atgcaatacaataaaccaattgagtttgatctggatgaaattaaagaattattccaaaat
gcgtttgccaaggtttggtttggacaagctgagaatgatggatttaatcagctcgtttta
gcagcaggacttaattggcgggaagttgctgttttacgtacttatgctaagtactttaag
caaattggtattacttttagccaagactatatggaaacggcattaaataataatgttgct
atcgctaaaaagttagtgagactctttgaaattcgttgtaatcctgctcatgatcctaat
cgagaagatcgctttactgatttatccattgaaatattagctgatctggataccgtatcc
aatcttgacgaagataaaataattagacagtacatccatgcgattagcgccactttacgc
actaatttttaccaggtaaataccgatggccatcataagccttatatttcgcttaagtta
aacagtaagattattccaggtgtgccaaaaccacatcctatgtttgaaatctttgtttat
tctccacgttttgaaggggtgcatttacgttgtggtaaggtggctcgtggtggtttacgt
tggtctgatcgcagagaagatttccgaaccgaaatacttggtttgatgaaggcacaacaa
gtaaaaaattctgtcatcgtacctagcggcgctaaaggtggttttgtacctaagctgttg
ccagtaaatggtacacgtgaagaaataatggctgaaggaataggctgttatcaattattt
attcgagggcttttggatattactgataattatgttgaaggcaaggttgtcaagcctgag
aatgttatctgttatgatgaagatgatccttatcttgtggttgctgctgataaaggtacc
gcaactttctctgatctagctaatgccatttcattagaatatggtttttggttaggtgac
gcttttgcatcaggtggctcaataggttatgaccataagaaaatgggaattactgccaaa
ggagcctgggaatcagtgaaacgtcatttctatgaattgaatatagacatagaaaataat
gattttactgttgttggcattggagatatggctggagatgtcttcggtaatggtatgttg
ttatcaaaacacatcaaattagtcggtgcctttaaccatattcatatttttatcgatccc
aatcctgatgctgaggccagttttaaagaacgtgagcgtttgtttcatttacctcgatca
aactggacagattacgataaaaagctaatttccaaaggaggtggtgtatttaatcgtaat
gctaaatcaattcctgtgagtaaggaaatgcaagcggtttttggaattaagcaaaatgaa
attgagccaaatgagttaatcaaagcgattttgaaagcgaaggttgacttactttggagt
gcaggaattggaacttatgttaaagccagcactgaatcaaatgcgaatgttggtgatcga
accaacgatgcaacacgggttaacgcaaaacaattacgatgtaaagttgtgggtgagggc
ggtaacttgggtttaacccaactggcacgagttgaatactcactcaatggcggaatggtc
tataccgatttcattgacaactcaggtggcgttaattgctctgataaagaagtgaatatt
aagattctacttaatggtattgttgcagtgggtgatttgactccaaaacaacgcaatgaa
ctgttagttgagatgaccgatgaagttagtaaactggtacttcgtgacaatttcttacaa
acacgggcaattagcttatctgcatcacagcctctacaagcattggatttgcaaagtcgt
tatatcagcgaattagagcgtacaggaaaaatcgatcgaaatctggagtatttacctgat
gaaaaggtcatcttagaacgtaagttgatgggtaaaggtttgatgcgtcctgatattgct
gtattaatgtgttacagcaaaaccattctgaaggagcaaattttggcttccggcgttcct
gaagaaagttacatgacgcaatttttaattagttcgtttcctaagccattgcaagaacga
tttagcaagcaaatgcaatcgcatccgctaagaagagaaattattgcaacccgattaagc
aatattatagtgaacgaaatgggctttacttacgtttacagattgcaggatgaaacaggt
gcaccagtttcagcaattgtaagagcttatatgattactcgctcagtgcttaatttagaa
tctgtttggaaacaaatcgaggaattgggtaacaaggtcagcgctaaaaaacaagtagaa
atgatgatgctctattcgagattagcgcgacgtattacacgctggttcttacgtagtcaa
cgtcgatctgttgacatttctgaagttgtaaaactttatgcacaaggggttgttgaactg
aagatgtcggcaccagctgtcttaaatgaggagcggcgagcacgatatgaagagcataaa
caagagctcattgatgaaggtattcctccaactctagctcacgagttaactgttacacga
ggcttgtttgccgcaacagacattatagatatcgctcacaagaaaaatatgaaagtagct
caggttgctgaaatttattttggaattggtgagttcctggatcttgcttggataagaaaa
caaattattatgcatccaagtgagaatcattgggagtcattatctcgtgaagctttgcga
gatgatctggattggcaacaacgccaacttacagcaggcttgatcaactacgatggagat
aatcctgatttccaagcacgccttgcttcttggggagaatctcaccgtgctttaattcag
cgttggcgctatattttggctgatctgaaagcaagtacagtactcaactatactatgttt
tttgttgcaatcagggaattgctggatttaactcaaactactttgcaatcctatgcttta
gcagagcaagaagcataa
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integrated database retrieval system
