Acetivibrio clariflavus: Clocl_0016
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Entry
Clocl_0016 CDS
T01661
Name
(GenBank) glutamate synthase family protein
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
ccl
Acetivibrio clariflavus
Pathway
ccl00250
Alanine, aspartate and glutamate metabolism
ccl00910
Nitrogen metabolism
ccl01100
Metabolic pathways
ccl01110
Biosynthesis of secondary metabolites
ccl01120
Microbial metabolism in diverse environments
ccl01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
ccl00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
Clocl_0016
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
Clocl_0016
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
ccl01002
]
Clocl_0016
Enzymes [BR:
ccl01000
]
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)
Clocl_0016
Peptidases and inhibitors [BR:
ccl01002
]
Cysteine peptidases
Family C44
Clocl_0016
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
AEV66774
UniProt:
G8LYQ6
LinkDB
All DBs
Position
complement(16815..21395)
Genome browser
AA seq
1526 aa
AA seq
DB search
MNNYGLPPKQGMYDPQFEHDACGIGFVVNIKGKKSHEIVKQALTILINLNHRGASGSESN
TGDGAGILIQIPHKFFSRELLKKDIKLPEPGNYAVGMVFLPNDENRRKGMENYIESIITE
EGQKVLGWRDLQLNDSSLGSTALSAKPFIRQLFIEKSNSFDGGIAFERKLYVIRKRIEKY
ALDNNEYVYFSSLSSRTIVYKGMLTSHQVEEFYTELSDTDVESALALVHSRYSTNTFPSW
ERAHPNRYIIHNGEINTLRGNVNWMNARQALLESQHFGEDIEKILPIINPNGSDSAMFDN
CLEFLVLSGRSLPHAIMMMIPEPWSNHESMNDDKKAFYEFHSCLMEPWDGPAAIAFTDGS
KVGAVLDRNGLRPARYYVTKDDLVILASEVGVLDIPPENVICKERLHPGKMLLIDTNEGR
IITDDEIKHSIASQHPYREWLNQHLLDLENLPQTSCAYETDHETLLLRQKAFGYTTEDIN
TTILPMAKEGIDPVGAMGTDIPLAVLSDKPQLLYNYFKQLFAQVTNPPIDAIREEIITST
ETMMGSEGNLINPVPESCRQIKIKNPVIDNYQLEKLRHIDKEGFKSVTLPILYNVKEGGK
SLEKAMENLFANADSAIAEGANILILSDRGVNADNAAIPALLAVSGLHHHLIRKGTRTLV
SIVLESGEPREVHHFCLLIGYGASAINPYLALESIDNMIKQGLLPNISYEKAAQNYLKAC
KKGIVKVLSKMGISTIQSYQAAQIFEAIGLSEDFVNKYFTSTASRIGGLGIDEVAEEVRL
RHVAAFDERIKELSLDSGGVNKWRSDGEYHMYNPETIHKLQNACRTGNYDEFKEFSRLIN
NQSQRLCTIRGLLNFKPRKPIPIEEVESVESICRRFKTGAMSYGSISQEAHECLAIAMNR
LGGKSNTGEGGEDPARFIPDKNGDSRCSAIKQVASGRFGVTSHYLVNAKEIQIKIAQGAK
PGEGGQLPGRKVYPWIAKVRGSTPGVGLISPPPHHDIYSIEDLAELIYDLKNANRDARIN
VKLVSEVGVGTIAAGVAKGKANVVLISGYDGGTGASPRTSIKHAGLPWELGLAETHQTLL
LNNLRSRIVVETDGKLLTGRDVTIAALLGAEEFGFATAPLVVMGCVMMRVCNLDTCPVGI
ATQNPELRKKFSGKPEYVVNYFRFVAQELREIMAQLGFRTVNEMIGRTDALEPSTAISHW
KIKGIDLSKILYSPKLSEGAVMYCTESQDHELEKTLDMSELLRICEPALSEKKKVRAILP
IRNINRAVGTILGSEVTKKYGAEGLPEDTISLHFQGSAGQSFGAFVPKGITLTLEGDTND
YLGKGLSGGKIIVYPPKSSSFKPDENIITGNVAFYGATSGEAYIRGIAGERFCVRNSGVD
AVVEGVGDHGCEYMTGGTVVILGKTGRNFAAGMSGGIAYVLDEEGDFSNKCNKEMVGLER
ISDNEEANKIKSMIQKHYDYTNSDVAKRVLDNWSKMIDKFVKVMPVDYKRMLQAIKQVSE
QGITGDEALMAAFDANHKDLARVSGN
NT seq
4581 nt
NT seq
+upstream
nt +downstream
nt
atgaataactatggattgcctcctaaacaaggtatgtatgacccgcaattcgaacatgac
gcctgtggaattggttttgttgttaatataaagggtaaaaaatcccacgaaattgttaaa
caagctttaacaattcttataaacctaaatcaccgtggcgcaagcggttcggaatcaaat
accggtgacggtgcgggaattttaattcaaataccccataagtttttctccagagaattg
ctaaaaaaagatattaaactgcctgagcccggaaattatgcagtaggaatggttttccta
cctaatgatgaaaatagacgaaaaggaatggaaaattacatcgaaagcataattactgaa
gaagggcaaaaagttttaggctggagggatttacaactaaatgacagttcactgggaagt
actgctttatcggcaaagccttttataaggcagcttttcatagaaaaaagcaacagcttt
gatggaggcatagcttttgaaagaaaactgtatgttataagaaagcggattgaaaaatat
gctctagacaataatgaatatgtttatttctcaagcttatcatcaagaactattgtatac
aaaggcatgctgacttcccatcaggttgaagaattttatactgagctttctgatactgat
gtggaatctgctcttgcccttgtacattcaagatatagcacaaacacttttcccagctgg
gaaagggcacacccaaaccgttatattattcataacggggaaataaatactttaagaggt
aatgtaaattggatgaatgccagacaggcattgttggaatctcagcatttcggagaagat
atagaaaaaatacttccaataataaatccaaacggaagcgactctgcaatgtttgataac
tgccttgagtttttagtgctttcgggacgttctcttcctcatgccattatgatgatgatt
cctgaaccttggtcaaaccacgaaagcatgaatgatgataaaaaggcattttatgaattt
cacagttgtttaatggaaccttgggacggtcctgctgcaatagcttttaccgatggttca
aaagtgggcgccgttttagatagaaacggtcttagacctgcacgttattacgttactaaa
gacgatcttgtaatattggcatcagaagttggagtcttagatattcctcctgaaaatgta
atatgcaaggaaagacttcatcctggaaaaatgttgcttatagacactaacgagggaaga
atcataaccgatgatgagattaagcactctattgcttctcaacatccttatcgcgagtgg
ctgaatcaacatttgttagaccttgagaacttaccgcaaacatcttgtgcttacgagaca
gaccacgaaacattgcttttaaggcaaaaggctttcggttatactacggaagatattaac
acaactatactcccaatggctaaggaaggcatagatccagttggtgcaatgggtacagat
atacctttggccgtattgtctgataagcctcagttattgtacaactattttaagcagctt
tttgcccaggttacaaatccacccattgatgcaatcagagaggaaattattacaagtact
gaaacaatgatgggatcggaaggaaatctaatcaaccctgtcccggaaagctgcagacag
ataaaaataaaaaatcctgttatagacaactatcagcttgaaaagttgcgtcatattgac
aaagaagggtttaagtctgttaccctgccaatactgtataatgtaaaagaaggcggtaaa
tctcttgaaaaagctatggagaatttgttcgccaatgcagattccgcgattgcagaaggt
gctaatatattgatactttccgatagaggtgtaaacgcagacaatgcagcaatacctgct
ctattagctgtatcaggactgcatcaccaccttatacgcaaaggtacaaggacattggta
agtattgtattagagtcgggagaacccagagaagtacatcatttttgcctgcttataggt
tatggtgcatcagcaattaatccttacctcgcattggagtctattgataatatgattaaa
cagggtttactcccaaatatcagttatgaaaaggctgctcaaaattatttgaaggcatgc
aaaaaaggtatagttaaggttctttcaaaaatgggtatttcaaccatacaaagttaccaa
gctgcccaaatatttgaagcaataggtctttcggaagattttgtaaacaaatatttcaca
tcaactgcaagcagaattggaggactaggaattgatgaagtggcagaggaagtaagatta
agacatgttgcagcttttgatgagcgaataaaagaattgtcgttagattccggcggtgtt
aataaatggcgcagcgatggagaataccatatgtataatccggaaactatccataagctg
caaaatgcctgcagaaccggaaattacgatgaatttaaggaattctccagactaataaac
aatcaatctcaaagattgtgcacaataaggggacttttgaacttcaaaccccgcaaacca
ataccaatagaagaagttgaatcggttgaatctatttgcaggagatttaaaaccggtgcc
atgtcctatggttcaataagccaggaagcccacgaatgtttggctatagctatgaaccgc
ttaggcggcaaaagcaataccggtgaaggcggtgaagaccctgccagatttatacctgat
aaaaacggtgattccagatgtagtgccattaagcaagtagcttcaggaagatttggagtt
acaagccattatcttgttaatgcaaaggaaattcaaataaaaattgcccagggtgcaaaa
cccggagaaggaggacaattaccggggcgtaaagtgtatccctggattgccaaggtaaga
ggatcaacccccggtgtaggtttgatatccccccctcctcatcatgacatttactctatt
gaagatttggcagaacttatatatgaccttaaaaatgcaaacagagatgccagaataaat
gtaaaacttgtatctgaagtaggtgttggaacaattgccgctggagttgctaaaggaaaa
gctaatgtcgtattgataagcggttatgacggtggtaccggcgcatctccccgtacaagt
ataaaacatgccggacttccatgggaattgggactggcagaaacacatcaaactttactt
ttaaacaacttaagaagccgtatcgtcgtagaaactgacggtaaactccttacgggaaga
gatgtgactatagcagcattattaggtgctgaagaatttggttttgcaaccgctccatta
gtagtcatgggttgcgtcatgatgagagtttgtaatcttgatacttgtcctgtgggaatt
gcaacccagaaccctgaacttagaaagaagttctcaggaaaacctgaatatgttgtaaat
tatttcaggtttgtagctcaggaattacgtgaaataatggcacagctaggctttagaact
gtaaatgagatgatcggaagaacagatgctttagaaccttctactgcaataagtcactgg
aaaataaaggggattgatctgtctaaaattttatacagtcctaaattatctgaaggtgca
gtaatgtattgtactgaaagccaggaccatgaacttgaaaaaactcttgatatgtcagag
cttttacgtatatgtgaacctgctttatctgaaaagaaaaaagtaagagccatacttccg
attagaaatataaaccgcgctgtaggaaccatacttggcagtgaagtaacaaaaaaatat
ggtgcagaaggtcttcctgaagacacaataagccttcacttccaaggatctgccggtcaa
agttttggtgcctttgttcctaaaggaataacattgactttggaaggtgacactaacgac
tatttgggtaaaggattgtcaggaggtaaaattatcgtttatcctccaaaatcatcttcc
tttaaacctgatgaaaatatcattaccggaaacgttgcattttatggtgccacaagcggt
gaagcgtatatccgtggaattgccggtgaaagattttgtgtaagaaacagtggagttgat
gcagttgtagaaggtgtgggtgaccacggatgtgaatacatgacaggtggaacagttgtt
atattaggtaaaaccggaagaaattttgcagccggaatgtccggtggaatagcttatgta
ctcgatgaagaaggagatttcagtaataaatgcaataaagaaatggtaggactagaaaga
atttctgataatgaagaggctaacaaaataaaatcaatgattcaaaagcactatgattat
acaaacagtgatgtggcaaaaagagtcctggataactggagtaaaatgattgataaattt
gtcaaagtaatgcctgttgattacaagagaatgcttcaagctataaaacaagtttccgaa
caaggtattactggcgatgaagcattaatggcagcttttgatgcaaatcacaaagatctt
gcccgtgtcagcgggaattag
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