Chryseobacterium piperi: CJF12_15615
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Entry
CJF12_15615 CDS
T05071
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
cpip
Chryseobacterium piperi
Pathway
cpip00020
Citrate cycle (TCA cycle)
cpip00630
Glyoxylate and dicarboxylate metabolism
cpip00640
Propanoate metabolism
cpip00720
Other carbon fixation pathways
cpip01100
Metabolic pathways
cpip01110
Biosynthesis of secondary metabolites
cpip01120
Microbial metabolism in diverse environments
cpip01200
Carbon metabolism
cpip01210
2-Oxocarboxylic acid metabolism
cpip01230
Biosynthesis of amino acids
Module
cpip_M00009
Citrate cycle (TCA cycle, Krebs cycle)
cpip_M00010
Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate
cpip_M00012
Glyoxylate cycle
cpip_M00982
Methylcitrate cycle
Brite
KEGG Orthology (KO) [BR:
cpip00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
CJF12_15615
00630 Glyoxylate and dicarboxylate metabolism
CJF12_15615
00640 Propanoate metabolism
CJF12_15615
09102 Energy metabolism
00720 Other carbon fixation pathways
CJF12_15615
Enzymes [BR:
cpip01000
]
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.3 aconitate hydratase
CJF12_15615
4.2.1.99 2-methylisocitrate dehydratase
CJF12_15615
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Aconitase_2_N
Aconitase
Aconitase_B_N
Motif
Other DBs
NCBI-ProteinID:
ASW75566
UniProt:
A0A086BIH9
LinkDB
All DBs
Position
complement(3541049..3543820)
Genome browser
AA seq
923 aa
AA seq
DB search
MNIYKDYIKEIEERKNQGLNPKPIDGAELLSEIIAQIKDSGNADRSDSLKFFIYNTLPGT
TSAAGVKAQFLKEIILGESVVEEISPAFAFELLSHMKGGPSIEVLLDLALGNDISIAKEA
AKVLKTQVFLYDADTNRLKEAFNNGNEIAKEIIESYAQAEFFTKLPDVPEEVKVVTFIAG
EGDISTDLLSPGNQAHSRSDRELHGKCMITPKAQEEIKALQAQHPDKSVMLIAEKGTMGV
GSSRMSGVNNVALWTGKQASPYIPFVNIAPIVGGTNGISPIFLTTVDVTGGIGIDLKNWV
KKLDTEGNPVRNENGEPILEQAYSVATGTVLTINTKTKKLYNGDQELIDISKAFTPQKVE
FIKAGGSYAIVFGKKLQTFAAKLLGIETPLVFAPSKEISHEGQGLTAVEKIFNRNAVGTT
PGKVLHAGSDVRVEVNIVGSQDTTGLMTAQELESMAATVISPIVDGAYQSGCHTASVWDK
KAQANIPKLMKFMNDFGLITARDPKGEYHAMTDVIHKVLNDITIDEWAIIIGGDSHTRMS
KGVAFGADSGTVALALATGEASMPIPESVKVTFKGDMKEHMDFRDVVHATQAQMLKQFGG
ENVFQGRIIEVHIGTLPADQAFTFTDWTAEMKAKASINISEDNTLIESLEIAKGRIQIMI
DKGMDNKNQVLQGLIDKADKRIAEIRSGEKPALTPDANAKYYAEVIVDLDVIVEPMIADP
DVNNDDVSKRYTHDTIRALSYYGGEKKVDLGFVGSCMVHKGDLKIVSQMLKNLEKQQGKV
EFNAPLVVAAPTYNIIDELKNEGDWDVLQKYSGFEFDDNAPKGEARVEYKNMMYLERPGC
NLCMGNQEKAAKGDTVLATSTRLFQGRVVEDSERKKGESLLASTPVVVLSAIIGRIPNID
EYKAAVDGIDLTKFAPPIKELVK
NT seq
2772 nt
NT seq
+upstream
nt +downstream
nt
atgaatatttataaggattacatcaaagagattgaagaaagaaaaaaccaggggcttaat
ccaaagcctattgatggtgctgaattactaagtgaaattattgcacaaattaaagattca
ggtaatgcagatcgatcggattctcttaaatttttcatttataacaccttacccggaaca
acaagtgcggcgggtgtaaaagctcaatttttaaaggagatcatcctgggtgaatccgta
gtagaagaaatatcacctgcttttgcttttgagctgctatctcacatgaaaggaggccca
tctattgaagtattgcttgaccttgctttaggcaacgatatttctattgccaaagaagct
gccaaagttcttaaaacacaagttttcctttatgacgcagacacaaatcgtttaaaggag
gcattcaataacggaaacgaaattgcaaaagaaattattgagagctatgcacaagctgag
ttcttcactaaacttccagacgttcctgaagaagttaaagtggttacttttatcgctggt
gagggtgacatttcaacagacctgctctctccggggaatcaggctcactcaagatcagac
cgtgaacttcatggtaaatgcatgattacacctaaggctcaggaagaaatcaaagcactt
caggctcaacatcctgacaaaagtgttatgcttattgctgagaaaggaactatgggtgtg
ggctcatcaagaatgtcaggagtaaataacgtggctttatggacagggaaacaagcaagc
ccatatatcccatttgtcaatattgctccgattgtaggaggaaccaacggtatttctcca
attttccttactacagttgacgttaccggaggtattggtatcgaccttaaaaactgggtg
aaaaaattagatacagaaggtaatcctgtccgcaatgagaatggagagcctatccttgaa
caggcttactctgtggctacaggaactgttcttacaatcaatacaaaaactaaaaaatta
tataatggtgatcaggagctgattgatatctccaaagcattcacccctcaaaaagtagaa
tttataaaagccggaggatcctatgctattgtattcggtaaaaagcttcaaacatttgcc
gcaaaactcttaggaatagaaacgcctcttgtttttgctccgtcaaaagaaatttcccat
gaagggcaaggacttacggctgtagaaaaaatattcaacagaaatgcagtgggtacaaca
ccaggaaaggtgttacacgctggatcagatgttcgtgtggaagttaatattgttggttcg
caggatacaactggtcttatgactgcacaggaattggaatcaatggcagcaacagtaatc
tctccaattgttgacggtgcataccaatcaggttgtcacaccgcttcagtatgggataaa
aaagctcaggccaacattcctaaattaatgaaattcatgaacgatttcggtttgatcacg
gcacgtgacccgaaaggtgaatatcacgcgatgaccgacgtaattcacaaagttcttaat
gatatcaccatagacgagtgggctatcatcatcggtggtgactctcacacgagaatgtct
aaaggtgttgcatttggggccgactctggaacagtggcacttgcattagctaccggtgag
gcatctatgccaatccctgaatctgtgaaagtaacattcaaaggggatatgaaagagcat
atggacttccgtgatgttgttcatgctacacaagcccagatgcttaaacaattcggagga
gaaaatgtattccagggtagaatcattgaggttcacattggaacacttcctgctgaccag
gcatttacatttacagactggactgcagaaatgaaagcaaaagcttctatcaatatttct
gaagacaacactttgattgaatcattggagattgcaaaaggcagaatccagattatgatc
gacaaaggtatggataataagaatcaggttcttcaaggcttgatcgataaagcagacaag
agaatcgctgagatcagatccggtgagaaaccagctcttactccggacgcgaacgctaaa
tattatgctgaagtgattgttgatttagatgtgattgtagaaccaatgattgcagaccct
gatgtaaataatgatgatgtttccaaacgatacactcacgatactatcagagctctttct
tactatggaggagagaagaaagtagatcttggtttcgtaggatcatgtatggttcataaa
ggcgatttgaaaattgtttctcaaatgcttaaaaacctggagaaacaacaaggtaaggtt
gaattcaatgcaccgcttgtcgtagcagcaccaacctacaatattatagatgagcttaaa
aacgaaggggattgggatgtattgcaaaaatattccggattcgaattcgatgacaacgct
cctaaaggtgaagctcgtgttgaatacaaaaatatgatgtatcttgaacgtccgggatgt
aacctttgtatgggtaaccaggagaaagcagcgaaaggagatacggtattggcaacctca
acccgtcttttccagggaagagtggttgaagattcagaacgcaaaaaaggagaatctctg
cttgcatctactcctgttgttgttctatcagctattattgggcgaatccctaatatagat
gaatataaagcggcagttgatggcattgacctgactaagttcgcacctcccattaaggag
cttgtgaaataa
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