Coxiella mudrowiae: CleRT_08140
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Entry
CleRT_08140 CDS
T03998
Name
(GenBank) NAD-specific glutamate dehydrogenase
KO
K15371
glutamate dehydrogenase [EC:
1.4.1.2
]
Organism
cey
Coxiella mudrowiae
Pathway
cey00220
Arginine biosynthesis
cey00250
Alanine, aspartate and glutamate metabolism
cey00430
Taurine and hypotaurine metabolism
cey01100
Metabolic pathways
cey01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
cey00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
CleRT_08140
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
CleRT_08140
00220 Arginine biosynthesis
CleRT_08140
09106 Metabolism of other amino acids
00430 Taurine and hypotaurine metabolism
CleRT_08140
Enzymes [BR:
cey01000
]
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
CleRT_08140
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
Motif
Other DBs
NCBI-ProteinID:
AKQ33610
LinkDB
All DBs
Position
867107..871960
Genome browser
AA seq
1617 aa
AA seq
DB search
MAHDYISSTEEIIEKIMGYPKKHTPKNGITLLVKFIRLFYVNVSMEDIQERSVADLYGMV
NSQWELMFHRRSKETKIHVFNPNYEGDGWQSTHTIIQVITNDMPFLVDSIRMEINRLGLT
THLMIHMGGIKVCRNKKHQIDDVLAYYVEHYQESVMEAPIHMEIDRQTETKVLADIQRNI
RRVLRDVRAAVEDWELMQQRVQEAIKDLDPTKIIQHPEEINETKAFLNWLLDNHFIFLGF
RDYEMVGEGKERALRLIPDSGLGVLRDHAHSKMLRQYSDLPKAARKMALSTDQILIMSKT
NTMSTVHRPTYTDYIGVKRFNEKGELIGERRFIGLYTSDVYRSDPRVIPIIRLKVESVLK
RSRLPTKSHFGKDLLHILATLPRDDLFHATTDELFEWVMGILHLQERRRIRLFVRKDAYG
RFVSCLVYVPRDTFTTDLVMRMQDILVKAFQGLDVTFTTYFSESILARIHFVIRINPRRL
LEYDIKELEEKLVAIGVSWEDEFYKYALEFFGEERGNDIFSRYRHAFPFSYREEFKAQQA
VFDVAHIEKLSKTHQLEMSTYRPRGVAKDVIRFKLFRPDFTVPLSDALPMLENMGLRVIG
EQPYELTFRDGHKIWINDFLMTYAKEPKFEIEMVKTIFQEAYQKIWFGVAEDDSLNRLVL
EAQLTWREISVFRAYMKYFRQVAFTFSEGYIADALVDNPKVARLLIELFQSYFDPKRTSE
SKEQLENIEQNIQKELDAVAVLDEDRILRRYLDLIHATLRTNYFQMDEEGNPKSYLSFKL
DSSKIPDMPLPLPKYEIFVYSPRFEGVHLRSAKVARGGIRWSDRREDYRTEILGLMKAQQ
VKNSIIVPAGAKGGFYPKCLPLEGIREEIMQEAIFCYRNFIRGLLDLTDNLKDGEIIPPP
NTVFYDGPDPYLVVAADKGTATFSDIANIVAIQKGYWMGDAFASGGSTGYDHKKMGITAR
GAWVAAKRHFQDLGINLDESEITVVGIGDMSGDVFGNGMLLSKHIKLVAAFDHRHIFLDP
DPQPELSYQERLRLFNLPRSSWDDYDRTLLSKGGGVYSRSAKAIRLSPEARILLNLEKEI
IVPNELICAILKARMDMIWNGGIGTYIKSSNEKNSDVGDRSNDNLRVNAKNVRARVICEG
GNLGVTQLGRIEFELKGGKLNTDFIDNSAGVDCSDHEVNIKILLNQIVVRGDMTEKQRNQ
LLASMTDEVAQLVLQDNYFQNKAISLASYLTVQDLNLNIQFLNALEQEGKINRALEFLPD
DNELLKRRAAGIGFTRPELSILFAYSKNILKAKIKKSELAKDPYLSQYVSYAFPRPLRRR
FANQMKEHYLAKEIIATQLSNQLVSMMGITFIYQMQDEMGVSVSLITRAFVTALKIFKME
DLLKEIDSLNSKVDPAVQYQINVDAIRLIRRATRWLLRHRREDLDIASTIAHFRDHVTAI
YIRLPKLLLGADKLAMDEQQSTLVNQNVSAELALRIAGTAPLFHALNIVEAATTHHEEVF
RVAKIYFMLVDRLDLFWFRKRINAYPVDDRWSVLARAGYKGDLDWIQRELTVRVLLDTKA
RSIPGKVKEWLTRHETMIRRWQAILAAMRNADKKDFAILFVAIRELFDLTASTAKES
NT seq
4854 nt
NT seq
+upstream
nt +downstream
nt
gtggcacatgattatatctcctccaccgaggaaataattgaaaaaataatgggttatcct
aaaaagcacacaccgaaaaacggaatcaccctacttgttaaattcatccgacttttttat
gtcaacgtttccatggaagacattcaagagcgttccgtcgcggatttatatgggatggtt
aattctcaatgggagttgatgtttcaccgcaggtctaaagaaacaaaaattcatgtattt
aatcctaattatgagggtgatggttggcagtctacccatacgattatacaagtcataacc
aacgatatgccttttttagtcgattctattcgtatggaaatcaatcggttaggacttact
acccatttaatgatccatatgggtggcattaaagtttgccgaaacaaaaagcatcaaatt
gatgacgtactcgcttactatgtggaacattatcaagagagtgtcatggaagcgccaatt
catatggagatagatcgccaaacggagactaaagtattggcggatattcaacgtaatatt
cgtcgagttttaagggatgtgcgagctgcggtcgaagattgggagttgatgcaacagcgg
gttcaagaagctattaaagacttagacccaacgaagataattcaacatccggaagaaatt
aacgaaaccaaagcgtttttaaattggttactggataatcattttattttcttaggtttt
cgtgactatgaaatggttggagaaggaaaagagcgggctttacggttaattcccgattcg
ggtttaggcgttctgcgcgatcacgcgcacagtaaaatgttacgacagtattctgatttg
ccaaaagcggcacgtaaaatggcgctgtcaaccgatcaaatattaattatgtcgaaaaca
aataccatgtcgacagtccatcggcctacctatacagattatattggagttaaacgcttt
aatgaaaagggagaattaattggtgagcgccgttttattggtctttatacttcggatgtt
tatcgatcggatccccgggtaatacctattattcggctcaaggtagagtccgttttgaag
cgctcgcgattgcctactaaaagtcattttgggaaggacttgttacatatattggctact
ttaccccgggatgatttatttcatgcaacgaccgatgaattatttgaatgggtaatggga
attttacatttacaagaacgtcgtcgtattcgtttatttgtgcggaaggatgcttatggt
cgttttgtttcctgtttggtttacgtgccacgcgatacttttacaaccgatttagtgatg
cgaatgcaggatattttagttaaagcatttcagggactggatgttacatttactacttat
ttttctgaatcaatattagctcgtattcattttgtaatccgtattaatccacggcgttta
ctcgaatatgacataaaggaattagaagaaaaattggtggctattggtgtttcttgggag
gatgaattttataaatacgccctggagttttttggtgaagaacggggtaatgatattttt
tctcgatatcgtcatgcttttcccttcagttatcgagaagaatttaaagcccaacaagcg
gtatttgatgttgctcatattgaaaaattatcgaaaacccatcaattagaaatgagtacc
taccgtccgcgtggagtagctaaggacgttattcgctttaaactatttcgtcccgatttt
accgtacctttatcagatgcattgcccatgttggaaaatatgggtttgcgggtaatagga
gaacaaccttacgaattaacgttccgagatgggcataaaatttggattaatgattttctt
atgacttatgctaaagagccaaagttcgaaatcgaaatggttaagacaatttttcaagaa
gcttatcaaaaaatttggtttggagtggctgaagatgatagtttgaatcgattggtcttg
gaagctcaattgacttggcgagaaatttcagtttttcgtgcttatatgaaatattttcga
caagtagcttttaccttcagtgaaggatatatagcggatgctttggttgataatccaaag
gtcgcacggctcctcattgaattatttcaaagttattttgatcctaagcgaacatctgaa
tcaaaagaacagttagaaaatatcgaacaaaatattcaaaaagaattagacgctgtagct
gttctcgatgaagatcgaattctaagacgatatctagatttaattcacgccactttgcgt
acgaattattttcaaatggacgaagaagggaatccaaaatcttatctttcttttaaattg
gactcttcaaaaattcccgatatgcccttacctcttccgaagtatgaaatatttgtttat
tcacctcgattcgaaggcgttcatttgcgttctgccaaagtggctcgaggaggaatacgc
tggtcggatcggcgagaggattatcggacagaaatacttggtttaatgaaagctcagcaa
gttaaaaattccattattgtgccggcaggtgcgaaaggaggattttacccaaagtgtttg
cccttagagggaattcgtgaggaaattatgcaagaagcaattttctgctatcggaatttt
atccgtggcctcttagatttgacggataacttaaaagatggagaaatcattccaccccca
aatacagtcttttacgatggacccgatccttatctcgtagttgccgctgataaaggtaca
gcgacattttcagatattgcgaatattgtagcaattcaaaagggttattggatgggggat
gcttttgcgtcaggaggatcaaccggttatgaccataaaaaaatgggaattactgcaaga
ggcgcgtgggtggctgcaaaacgtcatttccaagatttaggaatcaatttggatgaatca
gaaataacggtagttggtatcggggatatgagtggcgatgtatttggaaatggaatgtta
ttgtcaaaacatattaaattagtagcggccttcgatcatcggcatatttttttagatccg
gatcctcaaccggagctcagttatcaagaacggttgcgattgtttaatttacctcgttcc
agttgggatgattatgaccgaactttattatccaaaggtggaggagtttactctcgatca
gctaaagcgattcggttatcgccagaagcacgaatcctcttaaatctcgaaaaagaaata
atcgtaccaaatgaattaatttgcgctattttgaaagcacgaatggacatgatttggaat
ggaggaattggtacttatattaaatcgagcaatgaaaaaaatagcgatgttggtgatcgc
agtaacgataatttacgtgtaaacgctaagaatgttcgcgcacgagttatatgtgaggga
ggaaatttgggggttacccaattgggtcgaattgaatttgaattaaagggaggaaaactt
aatactgatttcattgataattctgcaggcgttgactgttctgatcacgaagtgaatatt
aaaattctattgaatcagatcgtggtcagaggagatatgaccgaaaagcagcgtaaccag
ttattagccagcatgacagatgaagtggctcaattagttttgcaagataattattttcaa
aataaagctattagtttggcgtcctatttgacggtgcaggatttaaatttgaatatccaa
tttcttaatgctctggaacaagaggggaaaattaatcgagcgttggagtttcttccagat
gataatgagttgcttaagcgtcgagctgcgggaataggatttacccgacctgaattaagc
attctctttgcttacagcaaaaatattctaaaagcgaagattaaaaaatcggaattagca
aaagacccctatttgtcgcaatatgtaagctatgcgtttcccagaccattgcgacgccga
tttgctaatcaaatgaaggaacactatcttgctaaagaaattattgctacacaacttagc
aatcaacttgtttcaatgatgggtattacctttatctatcaaatgcaagatgaaatgggc
gtttcagtttctttaattacccgtgcttttgtgacggctttgaaaatatttaaaatggag
gatttgttaaaagaaatcgactccttaaattccaaagttgatccggctgtccaatatcaa
attaatgtagacgctattcgtctcattcgtcgagcgacgcgctggctgttgcgtcatcgt
cgagaagatcttgacattgcctctactattgcacatttccgagatcatgttacagctata
tatattcgtttacctaaactattgttaggggctgataaattagcaatggatgaacagcag
agcactctggtaaaccaaaatgtttcagcagaattggcattacgtatagcaggcacggct
ccgctttttcacgcgttaaatattgttgaggcggcaaccactcaccatgaagaagtcttt
cgtgtagcaaaaatttattttatgttggtggaccgattagatttattttggtttcgtaaa
aggattaacgcttatcccgttgatgaccgctggtcagttttggcgagagccggctataaa
ggtgatttagattggattcagcgagaattgacggtacgagtcttattggatacaaaagcg
cgcagtattccaggaaaggttaaagaatggctcactcgacatgagactatgattcgacgt
tggcaagcgattttagcggcaatgcgtaatgcggataaaaaagactttgctatactcttc
gtagccattcgggagttgttcgatttaacagcaagtacggccaaagaatcatga
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integrated database retrieval system
