Alteromonas mediterranea DE1: amad1_03635
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Entry
amad1_03635 CDS
T02340
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
amaa
Alteromonas mediterranea DE1
Pathway
amaa00020
Citrate cycle (TCA cycle)
amaa00630
Glyoxylate and dicarboxylate metabolism
amaa00640
Propanoate metabolism
amaa01100
Metabolic pathways
amaa01110
Biosynthesis of secondary metabolites
amaa01120
Microbial metabolism in diverse environments
amaa01200
Carbon metabolism
amaa01210
2-Oxocarboxylic acid metabolism
amaa01230
Biosynthesis of amino acids
Module
amaa_M00009
Citrate cycle (TCA cycle, Krebs cycle)
amaa_M00010
Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate
amaa_M00012
Glyoxylate cycle
Brite
KEGG Orthology (KO) [BR:
amaa00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
amad1_03635
00630 Glyoxylate and dicarboxylate metabolism
amad1_03635
00640 Propanoate metabolism
amad1_03635
Enzymes [BR:
amaa01000
]
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.3 aconitate hydratase
amad1_03635
4.2.1.99 2-methylisocitrate dehydratase
amad1_03635
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Aconitase_2_N
Aconitase
Aconitase_B_N
Motif
Other DBs
NCBI-ProteinID:
AFV84253
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Position
811402..814212
Genome browser
AA seq
936 aa
AA seq
DB search
MSLYSEYLAEIETRKTELGLNPKPIDSAELLSEIIAQIKDTTNEHREDSLKFFIYNTLPG
TTPAAGVKAQFLKEIVLGEEKVEEITPEFALELLSHMKGGPSVEALLDLALSDDEAVANP
AAEVLKTQVYLYEADTERLETAYKAGNAIAKDVLESYAKAEFFTKLPDVPEKIEVVTYIA
AEGDISTDLLSPGNQAHSRADRELHGQCMITPEAQQEIVELGKKHPNAKVMLIAEKGTMG
VGSSRMSGVNNVALWAGEPTSPYIPFVNKAPIVAGTNGIAPIFLTTVDVTGGIGLDLKNW
VKKTDENGEIVRDANGDPVLEEAYSVATGTVLTIDTKAKKLFNGSEELADVSASFTPQKM
EFMKAGGSYAVVFGKQLQSFAARTLGVEAPAVYAQSKEVSHEGQGLTAVEKIFNRNAVGV
NSDAPLHAGSDVRVKVNIVGSQDTTGPMTCQELESMAASTISPTVDGAYQSGCHTASVWD
KKAQANIPKLMSFMNNFGVITARDPKGVYHAMTDVIHKVLNDITVDDRAIIIGGDSHTRM
SKGVAFGADSGTVALALATGEAAMPIPESVKVTFKGSMKEHMDFRDVVHATQAQMLKQFA
GENVFQGRVIEVQIGTLLADQAFTFTDWSAEMKAKASICISDNETMVASLELAKTRIQIM
IDKGMDNEANMLQGLIDLADKRIAEIKSGEVPALAPDDNAKYYAEVVIDLDQIDEPMIAD
PDVNNEDVSKRYTHDVIRPVSYYDGKPVDLGFVGSCMVHKGDMQIIAQMLRNLEKLNGSV
EFKAPLVVAPPTYNIVDELKAEGDWEVLAKYAGFEFDDAKPKEAARTKYDNILYLERPGC
NLCMGNQEKAEPGDTVIATSTRLFQGRVVADSDEKKGESLLGSTPLVVLSTVLGRFPTTE
EYKQAVEGIDLTKFAPPSEDLAVKPKFEADVAVKRV
NT seq
2811 nt
NT seq
+upstream
nt +downstream
nt
atgagtttgtattcagaatatctggcagagatcgaaacccgtaaaacggaattaggtctt
aaccctaagccaattgacagtgcagaactgctgtctgaaattattgctcaaattaaagat
acaacaaacgagcaccgcgaagactctctaaaattctttatctataacaccttgccgggt
actacacctgctgccggtgttaaagcacaattcctaaaagaaattgtacttggcgaagaa
aaagtagaagaaatcacccctgagtttgcacttgagcttctttctcacatgaaaggtggt
ccatcggtagaagctttactagaccttgcgctttctgacgatgaagcggttgcaaaccct
gcggctgaagtactgaaaacgcaggtttatttatacgaagctgatactgagcgtttagag
acagcatacaaagcgggtaacgcgattgctaaagacgtgctagaaagctacgcgaaagct
gaattcttcaccaagctgcctgacgtaccagagaaaatcgaagtcgttacctacattgct
gctgaaggtgatatctctacagaccttctatctcctggtaaccaagcgcactctcgtgca
gaccgtgaacttcacggccagtgcatgatcacgccagaagcgcagcaagaaattgttgaa
ctaggtaaaaaacaccctaacgcaaaagttatgcttattgctgaaaaaggtaccatgggt
gtaggttcttctcgtatgtctggtgtgaacaacgttgcactatgggccggtgagccaaca
agcccttacattccttttgtaaacaaagcgccaattgttgctggtactaacggtatcgca
ccaatcttccttactactgtagacgtaaccggtggtattggtcttgaccttaaaaactgg
gttaagaaaacagacgaaaatggcgaaatcgttcgcgatgcaaacggcgacccagtgctt
gaagaagcttactctgtagcaacaggtacggtactgaccatcgataccaaagcgaagaag
cttttcaatggttcagaagaacttgctgacgtatctgcgtcatttactcctcagaaaatg
gagttcatgaaagcgggtggttcttacgccgtagttttcggtaagcagctacaatctttt
gctgcacgtacactaggtgttgaagcaccagcagtttacgcgcaatcaaaagaggtttca
cacgaaggccaaggccttactgctgtagaaaaaatctttaaccgcaacgcggtaggcgta
aactcagacgcaccacttcacgcgggttctgacgtacgcgttaaagtaaatattgtaggt
tctcaggacactaccggcccaatgacgtgccaagagttagagtcaatggcggcatcgact
atttcacctactgttgacggtgcttatcagtcaggttgtcacacggcgtcggtatgggat
aagaaagcacaggctaacattcctaagctaatgtcattcatgaacaactttggtgtaatc
acagcccgtgaccctaaaggcgtttaccacgcaatgactgacgttatccacaaagtgctt
aacgacatcacggtagacgaccgcgctatcatcattggtggtgactcacacacgcgtatg
tcgaaaggcgtggcgttcggtgctgactcaggtacggtagcactagcacttgcgacaggt
gaagcggcaatgccaattccagagtctgtgaaagtgacctttaaaggtagcatgaaagaa
cacatggacttccgtgacgtggttcacgctactcaagcgcaaatgcttaagcaattcgct
ggcgagaacgtgttccaaggtcgcgtaattgaagtacaaatcggtactctacttgctgac
caagcgtttacgtttactgactggtctgcagaaatgaaagcgaaagcgtcaatctgtatc
tctgacaatgagactatggttgcgtcacttgagcttgctaagacgcgtatccaaatcatg
atcgacaagggtatggataacgaagcgaacatgcttcaaggtctaatcgaccttgctgac
aagcgtattgctgaaatcaagtctggcgaagtaccagcgcttgcaccagatgacaacgcg
aaatactacgcagaagtggttatcgacctagaccaaatcgatgagccaatgatcgctgac
ccagacgtaaacaacgaagacgtgtctaagcgttatacccacgacgtgatccgtccggtt
tcttactacgatggtaagccagtagacttaggtttcgttggttcttgtatggtgcacaaa
ggcgacatgcaaatcatcgcgcaaatgctgcgtaacctagagaagcttaacggctctgta
gagtttaaagcgccgctagttgttgctccacctacatacaacattgttgacgaactaaaa
gctgaaggcgactgggaagtacttgcgaaatacgcaggctttgaattcgacgatgctaag
ccaaaagaagcagcgcgtactaagtacgacaatattctttacctagaacgccctggatgt
aacctatgtatgggtaaccaagaaaaagctgagccgggcgataccgtaatcgcaacgtct
actcgcttgttccaaggtcgagttgttgctgactctgatgagaaaaaaggtgagtcactg
ctaggctctacgccgctagtagtactttcaactgtacttggtcgcttcccaaccacggaa
gagtacaagcaagcggttgaaggcattgacctaactaagtttgctccaccatctgaagac
ttagctgttaagcctaagttcgaagcggacgtagcagttaagcgcgtataa
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