Candidatus Thioglobus autotrophicus: SP60_03575
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Entry
SP60_03575 CDS
T04079
Name
(GenBank) glutamate synthase
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
tho
Candidatus Thioglobus autotrophicus
Pathway
tho00250
Alanine, aspartate and glutamate metabolism
tho00910
Nitrogen metabolism
tho01100
Metabolic pathways
tho01110
Biosynthesis of secondary metabolites
tho01120
Microbial metabolism in diverse environments
tho01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
tho00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
SP60_03575
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
SP60_03575
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
tho01002
]
SP60_03575
Enzymes [BR:
tho01000
]
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)
SP60_03575
Peptidases and inhibitors [BR:
tho01002
]
Cysteine peptidases
Family C44
SP60_03575
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
AAA_35
SRP54_N
Motif
Other DBs
NCBI-ProteinID:
ALE52377
UniProt:
A0A0M4NWW3
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All DBs
Position
662037..666539
Genome browser
AA seq
1500 aa
AA seq
DB search
MKTPLLHLPKAHGLYSPNNEKENCGVGFIAHVKGQPSHQITLDALEMLSRMDHRGGCGCE
ANTGDGAGILTNIPHDFFTAEIQTLFGQTVAQGDYGVGNIFLPQDSTQRAHCMSLMEAAI
SNEGQVFIGWRDVPVDTQKADVGDIARESQPIIKQLIIGKAKGIDTKAFERALFIIRKQT
SHTIRTDETLTEAMLFYVCSLSTSIIIYKGMLMGSQVLDFYSDLSNPEYSTYLAMVHSRF
STNTFPSWDRAQPCRYMSHNGEINTRQGNFNWMRAREGTLESEFFADNLEKTLPVIETEV
SDSGSFDNVLEFLMMNGRTLQEAVLMMVPEAWQNDANMSDEKKAFYEYFSNVMEPWDGPA
SIAFTDGHQIGAVLDRNGLRPSRYYLTHDDRVIMASEVGVVDVATDNVKTKGRLRPGKMF
LVDFDKGVLIDDEAIKADFAAKNPYREWLNAQQIHLSDLGCEKEAHGFHPDSLIHRLQAF
GYSTETLQFMLLPLVNELRDPVGSMGNDSALACLSDQSRIIYDYFKQLFAQVTNPAIDSI
REEVVMSLRCSIGPEGNLLANNPKNAHRLVVDHPILTNEETAALRHCNHLGWTSKTIDIT
YDINSGKKISTLLDEICAKGSKAIKDGHSLIILSDRNIGSNRVAISSLLASSALHRHLVS
SSERTQVGIIVETGEAREVHHFCLMTGFGADAINPYLAFEALWQARRDNMIDADSDDAII
ASYRKGVAKGMLKVMAKMGISTLESYKGAQIFEAVGLAPEIMDKCFFETASRIDGVGFDI
LQAEGEKRHQHAYKAISLDNKGQYHWRSGGEQHMWDPKTISNLQLAARNNDESAYWAFAK
HANEEGTRNSTLRGLMSFKQGKSISIDEVEPAQEIVKRFATGAMSFGSISAESHESLAIA
MNRLGGKSNTGEGGEDAKRWTPDANGDSRRSAIKQVASGRFGVTIDYLNNADEIQIKVSQ
GAKPGEGGELPGSKVDEGIAAIRHSTPGVGLISPPPHHDIYSIEDLSQLIFDLKRSNPEA
RISVKLVAEVGVGTIAAGVTKAKSDHIVIAGHDGGTGASPLTSIKHAGLPWELGLAETHQ
TLVMNDLRSRVVIQTDGQLKTGRDVAIGVLLGAEEFGFSTAPLITMGCIMMRKCHLNTCP
VGIATQDKALRKKFTGKPEHVVNYLFMVAQELRLIMADLGFKTVNEMIGRVDMLEMNQAI
EHWKQGTINLDALLTPAQKPHANTSTYQTEVQDHQLELHLDNTLFEQSKAVIDGTKAVKI
TSKITNVDRAVGAMLSSRLVKARGGNTLADDSVQVKFTGSAGQSLGAFTAKGITLEVEGD
ANDYVGKGLSGGKVIVYPPKNSTFNAEDEIIAGNVCGYGATGGEIYLSGCVSERFCVRNS
GVTAVVEGIGDHGCEYMTGGRVAILGEVGRNFGAGMSGGIAYVYNPHDTFKDMVNPIMID
LDSMDAEAQTELKSFISNHAQYTGSKVAQRILDHWDEEIQHFIKVMPKDYKRVLAENAEK
NT seq
4503 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaccccattattacacttgccaaaagctcacggtctttactcacctaacaatgaa
aaggagaactgtggcgttggctttattgcccatgttaagggtcagccttcacaccagatt
acgctagatgcactagaaatgctcagcagaatggatcaccgtggtggttgtggttgtgaa
gcaaatacaggcgatggcgcgggtatcttaactaacatcccacatgatttctttacggcc
gaaatccaaactttatttggccagactgttgcacaaggtgactatggcgtgggtaacata
tttttgccacaagatagcacacaacgcgctcattgcatgagcctaatggaagctgctatt
agcaatgaaggacaagtatttattggctggagagatgtacctgttgatactcaaaaggct
gatgttggcgatattgctcgagagtctcaaccgattattaaacaattgattattggtaaa
gccaaaggtatcgataccaaagcctttgagcgtgctttatttattattagaaaacaaaca
tcgcataccattcgtactgacgagacactgactgaagccatgctgttttatgtatgtagc
ttatcaactagtattattatctataaaggtatgttaatgggttcgcaggttctggatttt
tattcagatttatcgaatcctgaatattcaacttatctggccatggtgcattcaagattc
tcaaccaatactttcccatcgtgggatcgcgcacaaccgtgtcgctacatgtctcataat
ggtgaaatcaacacacgccaaggaaatttcaactggatgcgtgctcgtgaaggcacactt
gagagtgaattttttgcagataatttagaaaaaacactacctgttattgaaacagaagtg
tctgattcgggtagttttgataacgtcttagaatttttaatgatgaatgggcgcactttg
caagaagcggtgctaatgatggtgcctgaagcttggcaaaatgacgctaacatgagtgat
gaaaagaaggcgttttacgaatatttctccaacgttatggagccgtgggatggtcctgct
tcaatcgcctttactgatggtcatcaaattggtgcggtattggatcgtaatggcctgcgc
ccttcacgctactacctaacccatgatgatcgtgtcattatggcatcagaagtgggcgtg
gttgatgtagcaacagacaatgtcaaaaccaaaggcagattgcgcccgggtaaaatgttc
ttggttgattttgacaaaggtgtgctgattgatgatgaagccattaaggccgactttgct
gctaaaaacccctaccgagaatggctcaacgctcaacaaattcacttgtcagacttaggc
tgtgaaaaagaggctcatggatttcatcccgattctttaattcaccgtctacaagcattt
ggctatagcactgaaaccttgcaatttatgctattgccactggtcaatgaactgcgcgat
ccagttggctccatgggtaacgactcagcgcttgcttgcttatctgaccagtcacgtatt
atctatgattactttaagcaattatttgctcaagtaactaacccagctattgattccatt
cgtgaagaggttgtaatgtcactgcgctgctccattggacctgaaggcaatcttttagcc
aacaatccaaaaaatgcgcaccgtttagtggtagaccaccccatccttaccaatgaagaa
acagcagcacttagacattgcaatcatttaggttggaccagtaaaactattgatattact
tacgatattaacagtggcaagaaaatctccacattgcttgatgagatctgtgccaaaggc
tcgaaagctattaaagacggacatagtttaattatcctatcagatcgcaatattggcagt
aatcgcgtcgccatttcgagtcttttagcctcttcagcgcttcatcgtcatctagtctct
agctctgagcgtactcaagtaggaatcattgtagaaacgggcgaagctcgtgaagtgcat
catttttgtctaatgactggttttggtgcagatgcaatcaatccatatctagcttttgaa
gcgctttggcaagcacgtcgtgacaacatgatcgatgctgatagtgacgacgctatcatt
gcctcatatcgcaaaggtgttgccaaaggcatgctaaaagtcatggctaaaatgggtatc
tctactttagagtcttacaaaggggcgcaaatttttgaagcagtgggtttggcacctgaa
atcatggataagtgtttctttgaaaccgcatcacgtatcgatggtgtcggttttgacatt
ctgcaagcagagggtgaaaaacgccatcagcacgcttataaagctatttctttggataac
aaaggccaatatcactggcgtagtggcggtgaacaacatatgtgggatccaaaaaccatc
tctaatttacagctagctgctcgaaataatgacgagtcagcttattgggcttttgccaaa
cacgccaatgaagaaggtacgcgcaattcaactctgcgtggactcatgtcatttaagcaa
ggaaaatcaatttctattgatgaggttgagcctgctcaagaaattgtcaaacgctttgcc
acaggagcgatgagctttggctcaatttctgctgaatctcatgaatcgcttgcgattgcc
atgaatcgcttagggggtaaatccaatactggtgagggtggtgaagacgcaaaacgttgg
acgcctgatgccaatggtgattcgcgccgtagcgccatcaaacaagttgcttcagggcgt
tttggtgtcaccattgattatctaaataatgcagacgaaatccaaattaaagtctcgcaa
ggtgctaaacctggtgagggtggtgagctacctggatcaaaagtagacgaaggtattgct
gctattcgtcactcaacaccaggtgtgggtttaatctccccgccaccgcatcacgatatt
tactctattgaagatctatcgcaattaatctttgatcttaaacgttctaatccagaggcg
cgtattagtgtgaagctggtggcagaagtgggcgtaggtacgattgcagctggcgtgact
aaagcaaaatctgaccacattgtgattgctggccatgatggcggtactggtgcatcaccg
ctaacgagtattaagcatgcgggcttgccatgggaattaggcctagcagaaactcaccaa
actctagtcatgaatgatcttcgctcgcgcgtggtgattcaaacagacggccaactgaaa
acaggtcgtgacgtagccatcggtgtattattgggcgcagaagagtttggcttttcaacc
gcgccactgattactatgggttgtattatgatgcgtaaatgccatcttaatacttgtcca
gtaggcattgcaacacaagacaaagcattgcgcaagaaatttactggcaagccagaacat
gttgtgaactacctctttatggtggcacaagagctacgccttattatggctgatcttggc
tttaaaaccgtcaatgagatgattggtcgcgtagatatgttggagatgaatcaagcaatc
gagcactggaaacaaggcacgattaatttagatgccttattaacgccggcacaaaagccg
catgcgaataccagtacctaccaaactgaagttcaagatcaccaattagaactacatctt
gataacacactatttgaacaatctaaagcagtgattgatggtactaaggccgtgaaaatt
accagcaaaattaccaacgtcgatcgtgctgttggcgctatgttatcgtcacgcttagta
aaagctcgtggtggaaacacactagcagatgacagcgtacaggttaagtttactggctct
gctggtcaatcacttggtgcattcactgctaaaggtatcacgcttgaagtagagggtgat
gccaatgattatgtcggtaaaggcttgtcaggcggtaaagttattgtttatcctcctaaa
aattcaacctttaacgctgaagatgaaatcattgccggtaatgtatgtggctacggcgca
acaggcggtgaaatctacttatcaggctgtgtatcagaacgtttctgtgtgcgtaactca
ggtgtaacagccgtggttgaaggtattggtgatcatggttgtgaatatatgactggtggg
cgtgtggctattttaggagaagttggtcgtaattttggtgcaggtatgagtggcggtatt
gcttatgtttacaatccacacgatactttcaaagatatggtcaacccgatcatgatcgac
ctagattcaatggatgctgaagctcaaaccgagctaaaaagctttatctctaatcatgct
caatacacgggctcaaaagtagcccaacgtattcttgatcattgggatgaggagattcag
catttcattaaagttatgcctaaggactacaaacgagtgctggctgaaaatgctgagaaa
tag
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