Nonlabens ulvanivorans: R1T42_07615
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Entry
R1T42_07615 CDS
T09493
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
nul
Nonlabens ulvanivorans
Pathway
nul00020
Citrate cycle (TCA cycle)
nul00630
Glyoxylate and dicarboxylate metabolism
nul00640
Propanoate metabolism
nul01100
Metabolic pathways
nul01110
Biosynthesis of secondary metabolites
nul01120
Microbial metabolism in diverse environments
nul01200
Carbon metabolism
nul01210
2-Oxocarboxylic acid metabolism
nul01230
Biosynthesis of amino acids
Module
nul_M00009
Citrate cycle (TCA cycle, Krebs cycle)
nul_M00010
Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate
Brite
KEGG Orthology (KO) [BR:
nul00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
R1T42_07615
00630 Glyoxylate and dicarboxylate metabolism
R1T42_07615
00640 Propanoate metabolism
R1T42_07615
Enzymes [BR:
nul01000
]
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.3 aconitate hydratase
R1T42_07615
4.2.1.99 2-methylisocitrate dehydratase
R1T42_07615
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GFIT
Motif
Pfam:
Aconitase_2_N
Aconitase
Aconitase_B_N
Motif
Other DBs
NCBI-ProteinID:
WOI21547
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Position
complement(1684942..1687722)
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AA seq
926 aa
AA seq
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MNTYKDYLQQIEDRKEQGLHPQPIDGAELLSEIISQIKDVKNEFREQSLNFFIYNVLPGT
TSAAVVKAKFLKEIILGQEAVKEITPAFAFEQLSHMKGGPSVEVLLDLALGNDAQIAQDA
AKVLKTQVFLYEADTEKLEKAFNDGNAIAKELIESYAQAEFFTKLPDVEEEIEIVTFVAG
VGDISTDLLSPGADAHSRSDRELHGQCMFEHNKDMQNDLLALKEQHTDKRVMLIADKGTM
GVGSSRMSGVNNVALWTGVPFSPYVPFINYAPVIAGTNGIAPIFLTTVGVTGGIGIDLKN
WVKQKDADGNTIVDEDGEAILKEEYSVATGTVLTINTKTKKLYNGDKELKDISTALTPPK
MEFIKAGGSYAVVFGKKLQTFACKVLNIDVPQVYATAKEVSIEGQGLTAVEKIFNKNAVG
STPGKTLHAGSNVRVEVNIVGSQDTTGLMTSQELEMMAATVISPIVDCGYQSGCHTASVW
DDKSKANIPRLMKFMNDFGLVTARHPEGKYHAMTDVIHKVLNDIAVDDWDVIIGGDSHTR
MAKGVAFGADSGTVALALATGEATMPIPESVKVTFKGEMKSYMDFRDVVHATQEQMLDQF
EGENVFQGKIIEVHIGTLTSDQAFTFTDWTAEMKAKASICISEDDTLIESLEISRDRIQI
MIDKGMDNPKQDLKGLVDKANNRITEIKTGVKSALKPDGDAKYYAEVVIDLDKIVEPMIA
DPDVNNEDVSKRYTHDNIRPLSYYGGTKKVDLGFVGSCMIHKGDMQILAQMLKNIERQQG
KVVFNAPLVVAPPTYNIVDELKAEGDWDVLVKYSGFEFDDNAPKGLARTKYENMLYLERP
GCNLCMGNQEKAEPGDTVMATSTRLFQGRVVRDTDGKKGESLLSSTPVVVLSTILGRTPT
MEEYEAAVEGIVLTKFKPSTKNLVVA
NT seq
2781 nt
NT seq
+upstream
nt +downstream
nt
atgaatacttataaggactaccttcagcaaattgaagaccgaaaagaacaaggacttcac
ccacaacctatagatggagctgaattattaagcgaaattatatcgcaaattaaagacgta
aaaaacgagtttagagagcagtctcttaacttttttatctataatgttttaccaggtacg
actagtgctgctgttgttaaagctaagtttttaaaagaaattattttaggtcaggaagcg
gtaaaagaaattacaccagcttttgcttttgaacaattatctcatatgaagggtggacct
tctgtagaggttttattagatcttgctttaggtaatgatgctcaaattgctcaagatgct
gccaaagttttaaaaactcaagtattcttatatgaagcagatactgaaaagttagaaaaa
gcttttaacgatggtaatgctattgctaaggaacttatagagagctatgcacaggcagag
ttttttactaagttaccagatgtagaagaagaaatagagatcgtaacttttgttgcaggt
gtaggtgatatctctacagatttattatctcctggtgcagacgcgcattcaagatcagac
cgtgaattacatggtcagtgtatgtttgagcataataaggacatgcagaatgatttgtta
gctttaaaagagcaacatactgataaaagagtgatgttaatcgctgacaaaggaactatg
ggagtaggttcttcaagaatgtctggtgtgaataatgtagcgctatggactggtgttcct
tttagtccatatgtaccgtttattaattacgctccagtaatcgcaggtactaacggtatt
gcacctattttcttaactaccgtaggagtaaccggtggtatcggtattgatttaaaaaac
tgggttaagcaaaaagatgcagacggtaatacgatagtcgatgaagatggtgaggctatt
cttaaagaagaatattctgtagctactggtacggttcttactatcaatacaaaaaccaag
aaattatataacggagacaaagagttaaaagatatctctacagctttaactccgcctaaa
atggagtttatcaaagctggtggatcttatgcagttgtttttggtaaaaaattacaaacc
tttgcttgtaaggttttaaatatagacgttcctcaagtatatgctactgcaaaagaagta
tctatagaagggcaaggtttaactgcagttgaaaaaatattcaataaaaatgcagtaggt
tcaacaccaggaaaaacgttacacgctggttctaatgtaagagtagaagtaaacattgta
ggttctcaagatactactggtttaatgacttctcaagaattagaaatgatggcagcgact
gttatttctcctatcgttgattgtggttatcaatctggttgtcatacagcttctgtatgg
gatgataagtctaaggctaatatccctagattaatgaagtttatgaacgactttggatta
gtaacagcacgtcacccagaagggaagtatcatgcaatgacagatgttatacacaaagta
ttaaatgatatcgcagttgatgactgggatgtaattataggtggagattcacacactcgt
atggcaaaaggtgttgcctttggagcagattcaggaaccgttgccctagctcttgctaca
ggagaggctactatgcctattccagaatcagtgaaagttacctttaaaggagaaatgaaa
tcttacatggacttccgtgatgtagtgcatgctactcaagagcaaatgttagatcaattt
gaaggagaaaacgttttccaaggaaagattattgaagtacatattggtactttaacttct
gatcaagcatttacgtttacagactggacagcagagatgaaagcaaaagcttctatctgt
atttctgaagatgataccttaattgagtcgttagaaatatctagagatcgtattcagatt
atgattgataagggtatggataacccaaaacaagatcttaaaggactagttgataaagca
aataatcgtattactgagattaaaacaggtgtgaagtctgctttaaagccagatggagac
gcaaagtattatgctgaagttgttatcgatctagataagatcgtagaacctatgatagca
gatccagatgtgaataatgaagatgtttctaagcgttatactcacgataacatccgcccg
ttatcttattatggaggaacgaagaaagtagacttaggttttgtaggatcatgtatgatt
cataaaggagatatgcaaatcttagctcagatgttaaagaatatcgagagacaacaagga
aaagtagtgtttaatgcgcctctagttgtggctcctcctacatataatatcgtagatgaa
ttaaaagcagaaggagactgggatgttttagttaaatattcaggttttgaatttgatgat
aacgcgcctaaaggactagcacgtactaagtatgaaaatatgttatacttagagcgtcca
ggttgtaacctttgtatgggtaaccaagaaaaggcagagccaggtgatacggtaatggct
acttctactcgtttattccaaggtagagtggtaagagatacagacggtaaaaaaggtgag
tctttattatcttctactccagtagttgtattatctacaattttaggaagaacacctaca
atggaagaatatgaagcagcagttgaaggtatagttttaactaaattcaagccttctact
aagaacttagttgttgcttaa
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