KEGG T01547: TOPB45

Thermodesulfobacterium sp. OPB45: TOPB45_1255

Entry

TOPB45_1255 CDS T01547

Definition

Glutamate synthase (ferredoxin) (EC:1.4.7.1)

Orthology

K00265

glutamate synthase (NADPH/NADH) large chain [EC:1.4.1.13 1.4.1.14]

Organism

top Thermodesulfobacterium sp. OPB45

Pathway

top00250	Alanine, aspartate and glutamate metabolism
top00910	Nitrogen metabolism
top01100	Metabolic pathways
top01110	Biosynthesis of secondary metabolites
top01120	Microbial metabolism in diverse environments
top01230	Biosynthesis of amino acids

Class

Metabolism; Energy metabolism; Nitrogen metabolism [PATH:top00910]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:top00250]

SSDB

Motif

Pfam:

Glu_synthase GATase_2 Glu_syn_central GXGXG FMN_dh GATase_6

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

complement(1246501..1250901)

AA seq 1466 aa
MKILDHSSCGVGFVCDIKNRESHQIVKWGLEAVKNLTHRGAIGGDGKTGDGAGILIKIPR
RFFSKYLEKNKLQISHINNLAVGVVFLYKEDLKRKIEKYIENTPIKFIAWREVPVDTSAV
GEAALKTMPKIYHLLLDVEKLEKNKIEIELYILRRKIEKDPELMDDVYIASLSSKTLVYK
GMFVAPQLDKFYPELKDESIESSLCLFHQRYSTNTLPNWKLAQPLRYLAHNGEINTLQGN
RNWILALQNELEHEFFGENIKLIDPLVSLEESDSASLDRVFELLCLAGYSPIHAINMLIP
PAWENVPDISEKVRLFFEFQSFMMQPWDGPAAIAFTDGETIGAHLDRNGLRPCRYIITED
GVVILGSEVGMIDLENKKIKEKGRLGPGDSILVDLKKGIIKKTEEILEELASSKPYRDWI
EKNLVRLSKLVPKNKIFFTKKENKFLEKLVAFGYTKEDINEVIKYMAENGSELTFSAGND
TPIPPLSENPVLLFKYFRQKFAQVTNPPIDPIREKKIMSLYMALGRKGNFLKETAFHAKK
LQIDSPILLPSEFLAILEQKQFKVNKLPILFSKDKTLEEGLEELFKEAEKLVKEGTEILV
LSDKDISSDKIAVPSLLAVSGIFHYLWKKNLVTKVSIIIETGEARDTHQICCLIGYGACA
VYPYLAYEIIRELCEKGEIKNEVETAILNYKKALEAGILKILSKMGISTLNSYHGGKIFE
TVCLNKDFVEKYFPDTPVTLEADGIQEIEESVRKRHKWAFEHEKPEIPIGGEMRFKKGGE
WHAWSPYLIKALHKFLKTKKYEDYKEFSKIANNTRPVFIRDLLTYKKAEKPLPIEEVEPI
ENILKRFVISAMSLGALSPEAHETLAEAANRLGMRSNSGEGGEDPKRYWTIKNSAIKQVA
SGRFGVTPTYLASAEEIEIKIAQGAKPGEGGQLPGHKVNDYVARLRHSQPGVTLISPPPH
HDIYSIEDLAQLINDLKEANPKAKVCVKLVAETGVGTIAAGVAKGYADLVQISGGEGGTG
ASPYSSIKYAGNYWEIGLAETQKILMENDLRDKVIIKTDGAIRTGKDIVIAALFGAEEFG
FGTAAMVALGCIMCRSCHTNKCPTGIATQDSEHRKKFKGKVEEVMAYFRAVAQEVREILS
EIGVKSLDEIIGRRDLLEIKTFEEYPGSKRIKLKKFLIDDYPKDKPLRCLVKRNDNPRRS
ELAKKLEEEIVPYIEREEKVFKEYPIRNVDRSIPTRLNYYIAVKYKDKGLPEDTINLTFF
GTAGQSFGAFNHRGLTLTLIGEANDYVGKGMYGGKIIIKPVGIEDSQNHVIMGNTCLYGA
TGGELYAAGKAGERFAIRNSGAIAVIEGAGLHCCEYMTGGIVVVLGNVGFNFGAGMTGGY
AYVLNLDGKLENRLNYSYVTLRELLIEAEVKELKELITRHYNYTQSLWAKHILDNFDIYL
NKFFKIIPLEQYHKHVLEIKEAGGEG

NT seq 4401 nt +upstreamnt +downstreamnt
gtgaaaattttagaccattcttcctgtggagtaggttttgtatgtgatattaaaaatagg
gaaagtcatcaaattgtaaaatggggattagaagcagttaaaaatttgacacatcgtggg
gctatcgggggagatgggaaaacaggtgacggagcaggaattcttataaaaattccacgt
agatttttttcaaaatatttagaaaaaaataaacttcaaatttctcatataaataattta
gctgtaggtgtagtttttctatataaggaagatttaaaaagaaaaattgaaaagtatatt
gagaatacacctatcaagtttattgcttggagagaagttccagttgatacctcagcagta
ggtgaagcagctttaaaaactatgcctaaaatttatcatttattacttgatgtcgaaaaa
cttgaaaaaaataaaattgaaatagaactttatattttaagaagaaaaattgaaaaagat
ccagagttaatggatgacgtatatatagcttctctttcttctaaaacattagtatacaaa
ggaatgtttgtagcccctcaattggacaaattttatcctgaacttaaagatgaatctata
gaatccagtttatgcctatttcatcagcgctattctacaaatactttacctaattggaaa
cttgctcaacctttgagatatttagctcataatggagaaataaatactttgcaaggaaat
agaaattggattttagctttacaaaatgaattggagcatgaattttttggagaaaatata
aaattaatagatcctcttgtatctcttgaagaaagcgattctgcatccttagacagagtt
tttgaattgctttgtttagctggatattctcctatccatgctataaatatgttaattcct
cctgcttgggaaaacgttcctgatatttcagaaaaggtccgtttattttttgaattccaa
tcttttatgatgcaaccttgggatggacctgcagcaatagcttttactgatggagaaact
attggagcacacttggatagaaatggattacgtccttgtagatacattataactgaagat
ggagttgtaatattaggttccgaagtgggaatgattgatttggaaaataaaaagattaaa
gaaaagggtaggttaggtcctggagatagtattttagtagatttaaaaaaaggaattatt
aaaaagactgaagaaattttggaagaacttgcttcttctaaaccttatagagattggatt
gaaaaaaaccttgtaagactttctaaacttgttcctaaaaataaaattttctttactaaa
aaagagaacaaatttttggaaaagcttgtagcttttggttatactaaagaagatataaat
gaagttattaaatacatggctgaaaatggaagtgaacttaccttctctgcaggtaacgac
acacctattcctcctctttctgaaaacccagttttactctttaaatattttagacaaaaa
tttgctcaggttaccaatcctcctatagatcccattagagaaaaaaagataatgtcttta
tatatggcattaggtcgtaaaggtaattttttaaaggaaaccgcttttcatgctaaaaaa
ctccaaatagatagtccaattttgcttccttcagaatttttagctatattagaacaaaaa
caatttaaagttaataaacttcctattcttttttctaaggataaaactttagaggaggga
ttagaggaactttttaaagaagctgaaaaattagtaaaagaaggtaccgaaatacttgta
ctttcggacaaagacatttcttctgataaaatagctgtcccgagcttgcttgctgtttca
ggaatttttcattatttgtggaaaaaaaatttggttacaaaagtctccataataattgaa
acaggagaagcaagagacactcatcaaatttgttgtcttataggttatggagcttgtgct
gtgtatccttatttagcttatgaaattattcgtgagctttgtgaaaaaggagaaatcaaa
aatgaagttgagacagctatcttaaattataaaaaagctttagaagctgggattttaaaa
attctctccaaaatgggtatttcaactttaaattcttatcacggagggaaaatttttgaa
acagtttgtctaaataaagactttgttgagaagtattttcctgatactccagtaacttta
gaagctgatggaattcaagaaattgaagaaagtgtaagaaaaagacataaatgggctttt
gaacatgaaaaacccgaaatccctattgggggagagatgcgatttaaaaagggaggagaa
tggcatgcttggtccccttatttaataaaggcattacataaatttttaaaaacaaaaaaa
tatgaagattataaagaattttccaaaattgcaaataatacccgtcctgtattcataaga
gatcttttaacttataaaaaagcagaaaaacctttaccaatagaagaggttgaacctatt
gaaaatattttaaaaagattcgtgataagcgctatgtccttaggagccctttctcccgaa
gctcatgaaactttagctgaagctgctaatagattaggtatgagaagtaattcaggagag
ggaggagaagatcctaaaagatattggactattaaaaattctgctattaaacaagttgct
tctggtagatttggtgtaactcctacttatttagcttcggctgaagaaatagaaataaaa
atagctcaaggagcaaaaccaggagaaggagggcaactccccggacataaagttaatgat
tacgtagcaagattaagacattctcaaccaggagttaccttaatttctccccctccacat
catgatatatattcaattgaagaccttgctcagttaattaatgatttaaaagaagctaat
ccaaaagctaaagtatgtgtaaaattggttgcagaaacaggagtaggaacaattgcagct
ggggtagctaaaggatatgctgatttggttcaaattagtggaggagaagggggaacaggt
gccagtccttattcttctatcaagtatgctggaaattattgggaaatcggacttgcagag
acgcaaaaaattttaatggaaaacgaccttagagataaagtaattatcaaaactgatgga
gctattagaacaggaaaagatatagttatagctgcgctttttggagcagaagaatttggt
tttggaacagctgcaatggttgctcttggatgtattatgtgccgtagttgtcatactaat
aaatgtcctacaggaattgcaactcaagatagtgaacatagaaaaaaatttaaaggcaaa
gtagaagaagtgatggcttattttagagctgtagctcaagaagttagagaaattctttcc
gaaataggagtcaaaagtttagatgaaattattggaagaagagaccttttagaaataaaa
acttttgaggaatatcctgggtctaaacgaattaaactaaaaaaattccttatagatgat
tatcctaaagacaaacccttaaggtgtttagtaaaaagaaatgataatccaagaagatca
gagcttgctaaaaaacttgaagaagaaatagttccttatatagaaagagaagagaaagtt
tttaaagaatatcctataagaaatgtagacagaagtattcctacaagacttaactattat
atagctgtgaaatataaagataaaggtctaccagaggatactattaacttgacttttttt
ggaacagctggacaaagttttggagcttttaatcataggggattgactttaaccttaatt
ggagaagctaacgattatgtaggaaagggtatgtatggaggaaaaattattataaaacct
gtagggattgaggattcacaaaatcacgtaataatgggaaatacttgtctttatggtgct
acaggtggtgaactttatgcagctggaaaagcgggagaaagatttgctattagaaatagt
ggggctatagcagtaatagagggagccggtcttcattgttgtgaatatatgactggagga
atagtggtagttcttgggaatgtaggttttaattttggagctggtatgaccggaggatat
gcctatgtattaaatcttgatggtaagttagaaaatagactcaattattcttatgtaact
ttaagggaacttttaatagaagctgaagtaaaagaactaaaagaacttataacaagacat
tataactatactcaaagtttatgggcaaaacatattcttgataattttgatatctattta
aataaatttttcaaaatcattccattagaacaatatcataaacatgtattagaaattaaa
gaagctggaggagaaggttaa

All links

Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (10)   
   KEGG COMPOUND (10)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-TOP (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (35)   

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