Chlorobium chlorochromatii: Cag_0186
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Entry
Cag_0186 CDS
T00290
Name
(GenBank) glutamate synthase (NADH) large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
cch
Chlorobium chlorochromatii
Pathway
cch00250
Alanine, aspartate and glutamate metabolism
cch00910
Nitrogen metabolism
cch01100
Metabolic pathways
cch01110
Biosynthesis of secondary metabolites
cch01120
Microbial metabolism in diverse environments
cch01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
cch00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
Cag_0186
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
Cag_0186
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
cch01002
]
Cag_0186
Enzymes [BR:
cch01000
]
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)
Cag_0186
Peptidases and inhibitors [BR:
cch01002
]
Cysteine peptidases
Family C44
Cag_0186
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
ABB27464
UniProt:
Q3AU61
LinkDB
All DBs
Position
complement(209408..214009)
Genome browser
AA seq
1533 aa
AA seq
DB search
MNAMQKAGLYDPQFEHDACGVGFIAHMKGIQSHDIVEQGLRINENLKHRGACGCEKNTGD
GAGILLQMPHKFLRKVCRDVNIDLPTDNRYGVGMVFLPPDISQRRAIEDICRQMIQVEGL
KFLGFRKVPTNSESLGQTARSQEPVVKQLFVGWGKKTTSELDFERSLYIIRRRITKRVKY
TAGLLGSSYFYFASLSSRTIVYKGMLLPEQVGAFYPELHDSDMESAIAMVHSRFSTNTFP
SWDRAHPYRFLSHNGEINTLKGNVNWMKAREKNIESEIFGTELETIKPIILEDGSDSGIL
DNVFEFLVLSGRSMAHAAMMIVPEPWSGNKQMSPEKRAFYEYHSCLMEPWDGPASVTFTD
GVQIGAVLDRNGLRPSRYYITSDDLVIMASEVGVLDIAPEKIIRKDRLQPGRMFLVDTAQ
GRIISDEEIKRSIAAEQPYSEWIDRNIIDLESLPDHPRMKNPDADKYSITARQKVFGYTQ
EDVNLQIKVMSEKGVELVGSMGNDTPLAVLSNKPKLLYDYFKQLFAQVTNPPIDSLREEL
ITSTMVMLGTEGNLLEPTELNCRRIRLPHPILTDEALEKIRGIDKPGFRALTLPIFYRVN
DGGKGIELAMHDIYRLAEKAAHDGVNIIILSDKGELDSEHAPIPSLLAVSGLHNFLINAG
LRTKVGLVLESAEPRTVHHFAMLISYGAGAINPYMAFETIHSLTETGKVAFDEKTAIKNY
VKAAVKGIVKTMAKMGISTIQSYRGAQIFEAVGLNSQLVDAYFTKTPTRIEGIGLDVVAE
EVHKRHECVFPRSGNKVDRGLEAGGERKWRSNGEFHLFSPEALHFLQHSCRTENYELFKK
YEGLIDDQSQHLCTIRGLMDIKFGDHPIPIEEVEPIETILKRFKTGAMSFGSISQEAHET
LAIAMNRLGGKSNTGEGGEDPARFKPDANGDLRKSAIKQVASGRFGVTSEYLANAEEIQI
KMAQGAKPGEGGQLPGSKVYPWVAKVRHSTPGVGLISPPPHHDIYSIEDLAQLIHDLKNA
NPAARINVKLVSTVGVGTIAAGVAKAHADVVLISGHDGGTGASPISSIMHAGMPWELGLA
EAHQTLMLNNLRSRIVVEADGQLKTARDIVIATMLGAEEFGFATTTLVVMGCIMMRCCQD
DSCPVGVATQNPELRKNFKGKPEHVETFMRFLAQGVREYMARLGVRTLTQLVGRSDLLNM
RKSVNHWKAQGVDLSKILHQPEVADSETRYCTIEQDHGIRESLDYTTLLSICKPALKKKT
RVVSTLPIRNTNRVVGTIVGYEVTKAFGAEGLPDDTIHLKFIGSAGQSFGAFIPRGMTLE
LEGDANDYIGKGLSGGRIMAYPCSSSTFVAEENIIIGNVAFYGATSGEGYMRGRAGERFC
VRNSGMTAVVEGIGEHGCEYMTGGRVVILGSTGRNFAAGMSGGIAYVYDFDGNLEAHCNK
DMVALTPLESKEEFTEVRAIIERHTAYTGSTIGQLLLNNDALIHKHMVKVMPHDYRRALE
AMKEVEAAGLSGDEAVMAAFEKNIHDPARVSGN
NT seq
4602 nt
NT seq
+upstream
nt +downstream
nt
atgaatgctatgcaaaaagctgggctctatgatcctcagtttgaacacgatgcttgtggt
gtaggctttattgctcacatgaaaggcatacaatcacacgatattgttgaacagggtttg
cgcattaatgaaaatttaaagcaccgaggtgcttgtggatgtgaaaaaaataccggtgat
ggtgctggtattttgcttcaaatgccgcataaatttcttcgcaaagtttgccgagatgta
aatattgatttacctaccgataaccgttatggggttggcatggtatttcttccgcccgat
atttctcaacgccgtgctattgaggatatttgtcgtcaaatgattcaagtggaagggctg
aagtttcttggcttccgaaaagttcctaccaatagcgaatcattggggcaaactgctcgc
tcacaagagccagtggttaaacagctttttgtgggttggggcaaaaaaaccacctcagaa
cttgattttgagcgttcgctctacattattcgtcgtcgcattaccaaacgagtaaaatat
acggcaggcttacttggtagcagttatttttactttgccagcctctcttcgcgtaccatt
gtgtataagggaatgcttttacctgagcaagttggagcattttatcccgaattgcatgat
tccgatatggaaagtgcaattgctatggtgcactctcgctttagcaccaacacctttcca
agttgggatagagcacatccataccgctttttaagccataatggtgaaatcaacaccttg
aaaggcaacgtcaattggatgaaagcgcgtgaaaaaaatattgaatcggaaatttttggt
acagagttagagaccattaaacccattattttggaagatggtagcgactcaggcattctc
gataacgtctttgaatttttagtcttatcgggacgctctatggctcatgcagcaatgatg
attgtgcctgaaccatggagtggcaacaaacaaatgtcgcccgaaaagagagcattttat
gaataccatagctgcttaatggagccgtgggatggtcctgcctcggttacctttaccgat
ggtgtacaaattggtgctgtgctcgaccgcaatggcttgcgcccttctcgctattacatt
acaagcgacgacttggttattatggcctcagaggttggtgtgcttgatattgctcccgaa
aaaattatccgcaaagatcgcttacagcccggacgcatgttcttggtggatacagcgcaa
ggacgcattatttcggatgaggaaattaaacgctctattgctgccgaacaaccctatagt
gaatggattgatcgcaacattattgatttagaatcgctccccgatcatcctcgcatgaaa
aatcctgatgccgataaatacagcattacggctcgtcaaaaggtttttggctacacgcaa
gaggatgtgaatctccaaattaaggtgatgagcgaaaaaggggttgaactcgtaggctct
atgggcaacgatacccccttggcggtgctttccaacaaaccaaagctcttatacgattac
tttaagcagctttttgcacaagttaccaatcccccaattgactcactccgtgaggagctg
attacgtcaaccatggtaatgcttggtacagaaggtaatttgctggaaccaaccgagctt
aattgccgtcggattcgtttgccgcaccccattttaaccgatgaggcgcttgaaaaaatt
cgtggtattgataagccgggatttcgtgccttaacgctgcctattttttatcgtgttaat
gatggtggcaaaggcattgaacttgccatgcacgatatttatcgtttagctgaaaaagcg
gcgcatgatggcgttaacattattattctttcagataagggtgaattggatagtgaacat
gcgccaattccttcgctgttagcagtttcaggtttgcacaacttcttgattaatgcgggg
ttacgtaccaaagttggcttagtgcttgagtctgccgaaccacgtaccgtccaccacttt
gctatgcttataagctacggagctggtgcgataaacccatatatggcgtttgaaaccatc
cactcgcttacagaaaccggtaaagtagcgttcgacgaaaaaacggcgattaaaaattac
gtaaaagccgccgttaagggcattgtaaaaaccatggcgaaaatgggcatttccacaatc
caaagttaccgtggtgcccaaatttttgaagctgttggcttaaatagccaattagttgat
gcctacttcaccaaaaccccaacgcgcattgaaggcattgggcttgatgtggtggcagaa
gaggtacacaaacgccacgaatgcgttttccctcgcagcggcaataaagtggatcgtggg
cttgaggctggtggtgagcgcaaatggcgttctaatggtgaattccacctctttagcccc
gaagctcttcactttttgcaacactcctgccgtactgaaaactatgagttgtttaaaaag
tatgaagggctgattgatgaccaaagccagcacctttgcaccattcgtggattgatggat
ataaagtttggtgatcatcctattcccattgaagaggttgaaccaattgaaaccatttta
aagcgctttaaaacaggtgcgatgtcgtttggctccattagccaagaggcacacgaaacc
cttgcaattgccatgaaccgtcttgggggcaaaagcaacacaggtgaaggtggcgaagat
cctgctcgctttaagcctgatgctaatggcgatttacgtaaatcggcaattaagcaggtt
gcttcgggacgatttggcgtaacaagtgaatacttggcaaatgctgaggagattcaaatt
aaaatggcacaaggagctaaaccaggcgaaggtggtcagctccccggttctaaagtatat
ccttgggtagcaaaagtacgccactccacgccgggtgtaggcttaatttcgccaccacct
caccacgatatttactcgattgaggatttagcacagcttattcacgatttaaaaaatgct
aaccctgcggctcgcattaacgttaaattagtgtcaaccgttggcgttggaaccattgcg
gctggtgttgcaaaagcccatgccgatgtggtgctcattagtgggcacgatggtggcaca
ggtgcttctccaatttccagcattatgcacgctggtatgccgtgggaacttggcttagcc
gaagcgcaccaaacgctgatgctcaacaacctccgtagccgcattgtggttgaagcggac
ggtcagcttaaaaccgcacgcgatattgtaattgccaccatgcttggtgccgaagagttt
ggttttgctaccacaacattagtggttatggggtgtattatgatgcgctgctgtcaagac
gactcctgccctgttggcgtagcaacgcaaaatcctgagttgcgcaaaaactttaaaggc
aaacccgaacacgtagaaacctttatgcgctttttagcgcaaggcgtgcgcgaatatatg
gcacgtcttggggtacgtaccttaacgcaattggtgggacgctctgacttactcaacatg
agaaagtcagtaaaccattggaaagcgcaaggcgttgatctctcaaaaattctgcatcaa
cctgaagtagccgatagtgaaacacgctattgcaccattgagcaagatcacggtattcgc
gaaagccttgattacaccaccttactctctatttgtaagcctgcgttaaaaaagaaaacg
cgcgttgtaagcacgttaccaattcgcaacaccaaccgtgtggttggtaccattgttggt
tatgaagtaaccaaagcttttggagccgaaggtttacccgacgacaccattcatcttaaa
tttattggatctgctgggcaaagttttggtgcgtttattcctcgtggcatgacgcttgag
cttgaaggcgatgcgaacgattacattggtaaagggctttcaggtggacgtattatggca
tacccatgtagtagttctacttttgtagccgaagaaaacatcattattggtaacgtagca
ttttacggagccacctcaggcgaaggctacatgcgtggccgtgcaggcgaacgcttttgc
gtgcgcaacagcggcatgacggctgtggtagaaggcattggcgaacatggctgtgaatat
atgacaggcggcagagtggttattcttggcagtacaggacgcaactttgcggctggcatg
tcgggcggtattgcttacgtgtatgacttcgatggcaaccttgaagctcattgcaataaa
gatatggtggctttaacaccacttgaaagcaaggaggagtttaccgaagtgcgtgctata
attgagcgccataccgcttatacaggtagcaccattgggcaattgctcttaaacaatgat
gcgcttatccacaaacacatggtaaaagtgatgccgcacgattaccgtcgcgcccttgaa
gccatgaaagaggtagaagcggctggtttaagtggcgacgaagcggtaatggctgcattt
gaaaagaatattcacgatccagcaagggtgtcagggaattaa
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