Chryseobacterium sp. D764: KYG33_13315
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Entry
KYG33_13315 CDS
T10717
Name
(GenBank) bifunctional aconitate hydratase 2/2-methylisocitrate dehydratase
KO
K01682
aconitate hydratase 2 / 2-methylisocitrate dehydratase [EC:
4.2.1.3
4.2.1.99
]
Organism
chrd Chryseobacterium sp. D764
Pathway
chrd00020
Citrate cycle (TCA cycle)
chrd00630
Glyoxylate and dicarboxylate metabolism
chrd00640
Propanoate metabolism
chrd00720
Other carbon fixation pathways
chrd01100
Metabolic pathways
chrd01110
Biosynthesis of secondary metabolites
chrd01120
Microbial metabolism in diverse environments
chrd01200
Carbon metabolism
chrd01210
2-Oxocarboxylic acid metabolism
chrd01230
Biosynthesis of amino acids
Module
chrd_M00009
Citrate cycle (TCA cycle, Krebs cycle)
chrd_M00010
Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate
chrd_M00012
Glyoxylate cycle
chrd_M00982
Methylcitrate cycle
Brite
KEGG Orthology (KO) [BR:
chrd00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
KYG33_13315
00630 Glyoxylate and dicarboxylate metabolism
KYG33_13315
00640 Propanoate metabolism
KYG33_13315
09102 Energy metabolism
00720 Other carbon fixation pathways
KYG33_13315
Enzymes [BR:
chrd01000
]
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.3 aconitate hydratase
KYG33_13315
4.2.1.99 2-methylisocitrate dehydratase
KYG33_13315
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Aconitase_2_N
Aconitase
Aconitase_B_N
Motif
Other DBs
NCBI-ProteinID:
QXU47778
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All DBs
Position
2939503..2942286
Genome browser
AA seq
927 aa
AA seq
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MNIYKDYIKEIEERKTQGLHPKPIDGAELLSEIITQIKDSGNADRSDSLKFFIYNTLPGT
TSAAGVKAKFLKEIILGESIVEEISPAFAFELLSHMKGGPSIEVLLDLALGNDPAIAKEA
AAVLKTQVFLYEADTTRLKEAFNSGNEIAKEILESYAKAEFFTKLPEVAEEIKIVTFIAG
EGDISTDLLSPGNQAHSRSDRELHGKCMITPEAQEEIKALQAQHPDASVMLIAEKGTMGV
GSSRMSGVNNVALWTGKQASPYVPFVNIAPIVGGTNGISPIFLTTVDVTGGIGVDLKNWV
KKVDENGNPIRNENGDIVLEEAYSVATGTVLTINTKEKKLYNGDKELIDLTKSFTPQKME
FIKAGGSYAIVFGKKLQTFAAQLLGIEAPAVFAPSKEISHEGQGLTAVEKIFNRNAVGTT
PGKVLHAGSDVRVEVNIVGSQDTTGLMTSQELESMAATVISPIVDGAYQSGCHTASVWDK
KAQANIPKLMKFMNEFGLITARDPKGEYHAMTDVIHKVLNDITVDEWAIIIGGDSHTRMS
KGVAFGADSGTVALALATGEASMPIPESVKVTFKGNMKEHMDFRDVVHATQAQMLKQFGG
ENVFQGRIIEVHIGTLPADQAFTFTDWTAEMKAKASINISEDNTLIESLEIAKGRIQIMI
NKGMDNHNKVLQGLIDKANKRIAEIRSGEKPALTPDANAKYYAEVVVDLDVIVEPMIADP
DVNNDDVSKRYTHDTIRDLSYYGGEKKVDLGFVGSCMVHKGDLKIVSQMLRNIEKQQGKV
EFNAPLVVAAPTYNIIDELKAEGDWELLEKYSAFEFDDNAPKGEARVEYKNVMYLERPGC
NLCMGNQEKAAKGDTVLATSTRLFQGRVVEDSERKKGESLLASTPVVVLSAIIGRIPNID
EYKAAVEGIDLTTFVPSIKELTSTSAH
NT seq
2784 nt
NT seq
+upstream
nt +downstream
nt
atgaatatttataaggattacatcaaagagattgaagaaagaaaaacccaagggcttcat
ccaaagcctattgatggtgctgaattactaagcgaaatcattacacagattaaagattca
ggtaatgctgaccgatcggattctcttaaatttttcatttacaacacgctacccggaacg
acaagtgcggcgggagtgaaagctaaatttttaaaagaaattattctgggtgaatccata
gtagaagaaatttccccggcatttgcctttgaattattatctcatatgaaaggcggacct
tctattgaagtgctgctggaccttgctttaggtaacgatccggctatcgctaaagaagct
gcagctgttcttaaaacacaggttttcctttatgaagcagacacaacccgtctgaaggaa
gcattcaacagcggtaacgaaatcgcaaaagaaattcttgaaagctatgcaaaagctgaa
ttctttacgaaactgccggaagttgctgaagaaatcaaaatagtaacatttattgccggt
gaaggagatatctctacagatttactttctccgggtaaccaggcccactcaagatcagac
cgtgaacttcatggtaaatgtatgatcactcctgaggctcaggaagaaattaaagcttta
caggcacagcatcctgatgcaagcgttatgcttatcgctgaaaaaggaacaatgggtgta
ggttcatcaagaatgtctggagtgaataacgttgctctttggacaggtaaacaagccagc
ccctatgtaccattcgtaaacattgctccaattgtaggaggaacaaacggtatttctccg
atcttccttacaacagtagacgttaccggaggtattggtgttgaccttaaaaactgggta
aagaaagttgatgaaaacggaaacccaattcgtaacgaaaatggcgacatcgttcttgaa
gaagcttattcagtagcaacaggaactgttttaacgattaatacaaaagaaaagaaatta
tataacggcgataaagaacttatcgaccttactaaatctttcactccgcaaaaaatggaa
ttcatcaaagcgggtggatcttacgctatcgtatttggtaaaaaactacagacatttgca
gctcagcttttaggaattgaagcacctgctgtttttgctccatcaaaagaaatttctcac
gaagggcaaggacttacggctgtagagaaaatattcaacagaaatgctgttggaactact
ccaggaaaagtgttacacgctggttcagatgttcgtgtagaagtgaatatcgttggatct
caggatacaacaggtcttatgacttctcaggaacttgaatctatggctgcaacagtgatt
tccccaatcgttgatggtgcataccagtcaggatgtcatacggcttctgtttgggataaa
aaagctcaggctaatattccgaaactgatgaaattcatgaatgagttcggtcttattaca
gcccgcgacccgaaaggcgaatatcatgcaatgactgacgtaatccacaaggttcttaac
gacatcactgtagatgagtgggccatcatcattggtggtgactctcacacaagaatgtct
aaaggggtggctttcggagcagactcaggaacagttgctcttgcattagctacaggtgaa
gcatctatgccaatccctgaatctgtgaaagtaacgttcaaaggaaacatgaaagaacac
atggatttccgtgatgtagttcatgcaacacaggctcagatgttgaagcagtttggagga
gaaaacgtattccagggtagaatcattgaggttcatattggtacacttcctgctgaccag
gcatttacctttacagactggactgctgagatgaaggcaaaagcttctatcaacatttct
gaagataatactttgattgaatcactggaaattgcaaaaggcagaatccagatcatgatt
aataaaggtatggataaccataataaagttcttcagggactaattgacaaagcaaacaag
agaattgcagagatcagatcaggagaaaaacctgctttgactccggatgcaaatgctaaa
tattatgctgaagtagttgtagatcttgatgtaattgtagaacctatgattgctgaccca
gatgtaaataacgacgatgtatctaagagatatactcacgataccatcagagacctttct
tattatggaggtgagaaaaaagtagaccttggtttcgtaggatcttgtatggttcacaaa
ggtgaccttaagattgtttctcaaatgcttagaaacattgaaaaacaacaaggaaaggta
gagtttaatgctcctcttgtagtagcagcacctacttacaacatcattgatgaattaaag
gcagaaggagactgggaattactggaaaaatattcagcttttgaatttgatgataatgct
ccaaaaggagaagctcgtgttgaatataaaaacgtaatgtaccttgagcgtcccggatgt
aacctttgtatgggtaaccaggaaaaagcagctaaaggagatacagtattagcaacttct
acacgtcttttccagggaagagtagttgaagattctgaacgtaaaaaaggtgaatcttta
cttgcttcaactccggttgtagttctttctgcgatcattggaagaattcctaatattgat
gaatacaaagctgccgttgagggtattgaccttaccacttttgtaccttctattaaagaa
ttaacaagtacaagtgctcactaa
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