Candidatus Thiocaldithrix dubininis: QJT80_10660
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Entry
QJT80_10660 CDS
T09759
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
tdu
Candidatus Thiocaldithrix dubininis
Pathway
tdu00250
Alanine, aspartate and glutamate metabolism
tdu00910
Nitrogen metabolism
tdu01100
Metabolic pathways
tdu01110
Biosynthesis of secondary metabolites
tdu01120
Microbial metabolism in diverse environments
tdu01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
tdu00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
QJT80_10660 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
QJT80_10660 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
tdu01002
]
QJT80_10660 (gltB)
Enzymes [BR:
tdu01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.13 glutamate synthase (NADPH)
QJT80_10660 (gltB)
Peptidases and inhibitors [BR:
tdu01002
]
Cysteine peptidases
Family C44
QJT80_10660 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
AWS
DUF6120
Motif
Other DBs
NCBI-ProteinID:
WGZ89961
UniProt:
A0AA95H2X0
LinkDB
All DBs
Position
2281497..2286098
Genome browser
AA seq
1533 aa
AA seq
DB search
MRYTELPPAQGLYDPSFEHDACGMGFVAHLKGVKSHRIVQQALKVLTHMEHRGARGCEEN
TGDGAGILIQIPHKFLVTECKSLSIKLPEVGQYAVGMVFLPQDSEARAECGEILARIIVE
EGQTLLGWRDVPINPTPLGESALRAMPHVRMVFVGKSDDVAEGLEFERKLYVIRKRTENE
VEANNAAGHIYFPSLSSRTIVYKGMLTTEQVGQYYLDLANPAIETAIAMVHSRFSTNTFP
SWSRAHPNRYLIHNGEINTLRGNVNWMNARQGTIKTDVFKTDIKNLFPLVNTNGSDSAMF
DNTLEFMYLSGYSLPHAMMMMVPEPWANHESMSAEKRAFYEYHSCLMEPWDGPAAMGFTD
GTLVGATLDRNGLRPSRYYVTNDDMIILASEVGVLEDLDQSTVISKQRLQPGRMLLVDTA
QGRIVTDEEIKHQIATAQPYQQWLDANLVELKALPTAPDIPLPEHDKLVQRQKMFGYTYE
DVRKVIVPMALTSIDPLGAMGVDAPIAVLSNHTQPLFNYFKQLFAQVTNPPIDAIREEIV
TSSLTTLGSEGDITHPTAESCHQILLKTPILDNEELAKLVHVQHTGFKSQTLPILFRAAA
GEAELAVAMDKLCAATESAVDAGVNIIVLSDRLADADNAPIPSLLAIAGVHHHLIRQGKR
TKVSLILESAEPRQVHHFCTLLGYGAQAINPYLAFDTIEDLMREGLLPGLDFDQAVHKYI
KGVTKGVIKVMSKIGISTIQSYRGAQIFEALGISNEVIDKYFTATASRIGGIDLKTIAKE
TLYRHARAYEFHDAEQRSLRAGSVFQWRDGEEEHMYNPSTIYTLQKAVRLGDYQLYKQYS
KLLHEDAEVKFNLRNLLDFNFAENPIPLSEVEPATSIVKRFKSGAMSFGSISKEAHEALA
IAMNRLGGKSNSGEGGEDPKRYTPDPNGDSRNSAIKQVASGRFGVTSYYLNNADEIQIKL
AQGAKPGEGGQLPGKKVYPWVARVRGTTPGVGLISPPPHHDIYSIEDLAQLIYDLKNANK
RARINVKLVSEVGVGTIAAGVAKGKADVILISGYDGGTGASPKTSVQHAGLPWELGLAET
HQTLLLNNLRSRVRLETDGKLMTGRDVAVAALLGAEEYGFATLPLVALGCVMMRVCHQDT
CPVGIATQNPELRKKYAGHPQYVVNLLMFIAEELREYMAKLGFRTVDEMIGRVDKLRQDP
NNAKGHWKAAMVDLSKILYTPTVENCDGVRQLRIQDHGIEHTLDETHVYPVCKPAIENGT
AVKATFAIRNIDRVVGTITGSELTRKYGANGLPEDTIQLKFNGSAGQSFGAFLPKGMTLE
LEGDANDYIGKGLSGGKIIVYPTKNSNFIAEDNILIGNVAFFGASGGEAYINGVAGERFC
VRNSGVKVVVEGTGDHGCEYMTGGRVVVLGKVGRNFGAGMSGGVAYVYDPSGILAVSGNT
EMVSYTALSDAQDKAEVKAMIEKHVLHTGSERGSMILSDWDKYSAQFVRVMPNDYERMLE
AIAVFEAKGLAGEDALMAAFSANNSDASRVGGN
NT seq
4602 nt
NT seq
+upstream
nt +downstream
nt
atgagatacactgaactacccccagcgcaagggttgtatgaccctagctttgaacatgat
gcttgcggcatgggttttgtggcgcacttaaaaggtgttaagtcccatagaatcgtccaa
caggcattaaaagtattaactcacatggagcaccggggtgctcggggttgtgaagagaat
accggcgatggtgcaggtattttaattcaaatccctcataaatttttagtaaccgagtgt
aaatcgctcagcattaagttaccagaagtcgggcaatacgcggtgggtatggtttttctc
ccacaagatagcgaagctcgtgctgaatgcggcgagattctagcacggattatagtcgaa
gaaggtcaaaccttgttaggttggcgcgatgtgccgatcaatcctactccattaggcgaa
agtgcgctaagagccatgcctcatgtaaggatggtgtttgttggcaaatcggacgatgtg
gcagaagggttagagttcgagcgcaaactatacgtcattcgtaaacgcactgaaaacgaa
gttgaagccaacaatgcagcgggacatatttatttcccaagcttgtcttcacgcaccatt
gtttacaaaggtatgttgactactgaacaagtggggcaatactacttagaccttgctaat
ccggcgattgaaaccgcgattgcaatggtgcactcacgtttctcaaccaataccttcccc
agctggtcacgcgcccatccgaatcgttatttgattcacaacggtgaaatcaatacgtta
cgtggcaatgttaactggatgaatgcccgtcaaggtacgattaaaacagacgtattcaag
actgacattaaaaacttattccccttggtgaataccaatggtagtgactcggcgatgttt
gataacacgctagaattcatgtacttgtctggttattcattaccgcacgcaatgatgatg
atggtgcccgaaccgtgggctaatcatgaaagcatgagtgcggaaaaacgcgcattctat
gaatatcacagttgcttaatggaaccgtgggacggtcctgcggcaatgggcttcactgat
ggtacattagtcggtgcgaccttagaccggaatggtttacgcccttcgcgttattacgta
accaacgatgacatgattattttggcatccgaagttggcgtattagaagacttagaccaa
agcactgttatttctaaacaacgtctacaaccgggtcgtatgttattggtggatacggca
caaggtcgtattgtcaccgatgaagaaattaaacatcagattgccactgcacagccgtat
caacaatggttggatgctaatctggttgaactgaaagcgttgccaactgcgccggatatt
ccattgcctgaacatgataaattggtacaacgccaaaaaatgttcggttatacctatgaa
gatgtgcgtaaagtgattgtgccgatggcactcaccagcattgatccattgggcgcaatg
ggcgtggatgcaccgattgccgtgttgtctaaccatacacaaccgttgtttaactatttt
aaacagttatttgcgcaggtaacgaacccaccaattgatgcgattcgtgaagagatcgta
acttcttcactaaccaccttgggttcagaaggcgatattacgcatccgaccgcagaaagc
tgtcatcagattctgttaaaaacgcccattttggataatgaagaattagccaaattggta
catgtacaacataccggttttaaaagccaaaccttgcccattctgttccgtgccgccgcc
ggtgaagccgaattagcagtggcaatggataagctgtgtgccgcgaccgaatcagcagtg
gatgctggtgtgaatattattgtgctgtctgaccgtttagcagacgctgataatgcaccg
attccgtctctattagcgattgcaggcgtacatcatcatctgattcgtcaaggcaaacgc
acgaaagttagcttaattcttgaatcggctgaaccgcgtcaggttcatcatttctgtacc
ttattaggctatggtgcgcaagcgattaacccgtacttagcgtttgatacgattgaagat
ttaatgcgcgaaggcttattgccgggcttagatttcgaccaagcggtacacaaatatatt
aaaggtgttaccaaaggtgtgattaaagtcatgtcaaaaattggtatctccacgattcaa
tcgtatcggggagcgcaaatttttgaagccttgggtattagcaatgaagtcattgataaa
tacttcacggcaaccgcttcacggattggcgggattgacctaaaaaccatcgctaaagaa
actttatatcgccatgctcgcgcctatgaattccacgatgctgaacaacgctccttacgg
gcaggcagtgtgttccaatggcgggatggcgaagaagagcacatgtataacccttccacc
atttataccttgcaaaaggcagtgcgcttgggtgactaccaattgtataaacaatacagc
aagttattgcatgaagatgcggaagttaaatttaacttacgtaacttattagactttaac
tttgcggaaaacccgattcctttaagcgaagttgaaccagcgacctcgattgtcaaacgc
tttaaatcgggcgcgatgtctttcggttcaatcagtaaagaagcgcatgaagccttagcc
attgccatgaaccgtttaggcggtaaatcgaattcaggtgaaggcggtgaagaccctaaa
cgttatacgccagatccgaacggcgattcacgtaatagtgcgattaaacaggtcgcttct
ggtcgtttcggtgtcactagctattacttaaacaatgcggatgaaatccaaattaagtta
gcacaaggtgcaaaaccgggcgaaggcggtcaattaccgggtaagaaagtctatccgtgg
gtggcccgcgtgcggggtacaacaccgggggtaggtttgatttccccaccaccgcatcac
gatatttactcgattgaagacttagcccagcttatttacgacttgaaaaatgcgaataaa
cgcgcccgtatcaatgtcaaattagtttctgaggtgggtgttggcacgattgcagcaggg
gtagcgaaaggtaaagccgacgttattctgatttctggttatgacggtggcacaggtgca
tcaccgaaaaccagtgtgcaacatgctggtttaccgtgggaattaggcttagcggaaacg
catcaaaccttgttactcaataatttacgcagtcgggtacgcttagaaactgacggtaaa
ttaatgactgggcgtgatgtagccgtggctgctttattgggtgctgaagaatacggtttt
gcgaccttacctttagttgccttaggttgtgtcatgatgcgcgtgtgccatcaagatact
tgtcctgtcggtattgcaacccaaaacccagagcttcgcaaaaaatacgcaggtcacccg
caatatgtggttaacttgttgatgtttattgccgaagaactacgcgaatacatggcgaag
ttaggcttccgtactgtggatgaaatgatcgggcgggtggataaattgcgccaagacccg
aacaatgccaagggtcactggaaagcggcaatggtggatttaagtaaaatcctctatacg
cctaccgttgaaaattgtgatggtgtgcgtcaattacgtattcaagatcacggtattgaa
catactttggatgaaactcacgtttatccggtgtgtaaacctgcgattgaaaacggtaca
gcagttaaagcaacctttgcgattcgtaatattgaccgggtagtcggcacgattacgggg
tctgaattaacccgtaaatacggtgcaaatggtttaccggaagataccattcaattgaaa
tttaatggttcagcggggcaaagctttggtgcattccttcccaaaggtatgaccttagag
ttagaaggtgatgccaatgactatattggtaagggcttatctggcggtaaaattattgtt
tacccaaccaaaaactctaacttcattgcagaagacaatatcttaatcggcaatgtagct
ttctttggggcaagcggcggtgaagcttatatcaatggcgtggcgggtgaacgtttctgt
gtacgtaactctggcgttaaagttgtggttgaaggcacaggcgatcacggttgtgaatac
atgactggcgggcgcgtcgtggtattaggtaaagtcgggcgtaacttcggcgcaggtatg
tccggcggcgtggcgtatgtctatgaccccagcggcattttagcagtaagtggtaatacc
gaaatggtaagctacactgcactcagcgacgcacaagataaggctgaagtgaaagccatg
atcgaaaaacatgtattgcataccggcagcgaacggggcagcatgattttaagtgattgg
gataaatactcagcgcagtttgttcgcgttatgccaaacgattatgaacgtatgctagaa
gcgattgccgtatttgaagctaaaggcttagccggtgaagatgcattaatggccgcgttt
tccgcaaacaatagcgatgcttcacgcgtcggcggcaactaa
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