Musa acuminata (dessert banana): 103983687
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Entry
103983687 CDS
T03447
Name
(RefSeq) putative aconitate hydratase, cytoplasmic
KO
K01681
aconitate hydratase [EC:
4.2.1.3
]
Organism
mus
Musa acuminata (dessert banana)
Pathway
mus00020
Citrate cycle (TCA cycle)
mus00630
Glyoxylate and dicarboxylate metabolism
mus01100
Metabolic pathways
mus01110
Biosynthesis of secondary metabolites
mus01200
Carbon metabolism
mus01210
2-Oxocarboxylic acid metabolism
mus01230
Biosynthesis of amino acids
Module
mus_M00009
Citrate cycle (TCA cycle, Krebs cycle)
mus_M00010
Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate
mus_M00012
Glyoxylate cycle
Brite
KEGG Orthology (KO) [BR:
mus00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
103983687
00630 Glyoxylate and dicarboxylate metabolism
103983687
Enzymes [BR:
mus01000
]
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.3 aconitate hydratase
103983687
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Gene cluster
GFIT
Motif
Pfam:
Aconitase
Aconitase_C
HypD
Acyl_transf_2
Motif
Other DBs
NCBI-GeneID:
103983687
NCBI-ProteinID:
XP_009399225
UniProt:
A0A804IZE0
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All DBs
Position
BXJ2-5:289490..300323
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AA seq
993 aa
AA seq
DB search
MYKATSLGLFRPHHHPPSSALRFRSLPSIPHLRSRPSSSRSLAFSRSSCSFLPRPRARLS
TGWGSDWRSPIGPRPRIRSSSTVIQLFDRKMTTTATENVFKDVLTSLPKPEGGEYGKYYS
LPALNDPRIDRLPYSIRILLESAIRNCDDFQVTKNDVEKIIDWENTSPKLVEIPFKPARV
LLQDFTGVPAVVDLACMRDAMNRLGSDSNKINPLVPVDLVIDHSVQVDVARSENAVQANM
ELEFQRNKERFGFLKWGSTAFRNMLVVPPGSGIVHQVNLEYLGRVVFNTDGILYPDSVVG
TDSHTTMIDGLGVAGWGVGGIEAEAAMLGQPMSMVLPGVVGFKLTGKLRNGVTATDLVLT
VTQMLRKHGVVGKFVEFYGEGMGELSLADRATIANMSPEYGATMGFFPVDHVTLQYLKLT
GRSDETVSLIEAYLRANKMFVNYNEPQKERVYSSYLELDLADVEPCISGPKRPHDRVPLK
EMKADWHSCLDNKVGFKGFAVPKDSQEKVAKFDFHGQPAELKHGSVVIAAITSCTNTSNP
SVMLGAGLVAKKACQLGLQVKPWVKTSLAPGSGVVTKYLLKSGLQEYLNQQGFHIVGYGC
TTCIGNSGDLDESVAAAISDNDIVAAAVLSGNRNFEGRVHPLTRANYLASPPLVVAYALA
GTVDIDFEKEPIGTGKDGKSIYFKDIWPSTEEIAQVVQSSVLPEMFKSTYEAITKGNPMW
NQLTVPATTLYSWDTNSTYIHEPPYFKDMTMAPPGPHGVKNAYCLLNFGDSITTDHISPA
GSIHKDSPAAKYLLERGVDRRDFNSYGSRRGNDEIMARGTFANIRLVNKFLKGEVGPKTI
HIPTGDKLYVFEAAMRYKADGYDTIVLAGAEYGSGSSRDWAAKGPMLLGVKAVIAKSFER
IHRSNLVGMGIIPLCFKPGEDAETLGLTGYESYTIDLPSCISDIRPGQDITVVTNSGKSF
TCTLRFDTEVELAYFNHGGILPFVIRNLISSQH
NT seq
2982 nt
NT seq
+upstream
nt +downstream
nt
atgtataaagccacctcccttggactattccgaccccaccaccaccctccgtcgtccgcc
ctccgcttcagatcacttccctcgatcccgcacctccgatcgcggccctcttcgtcgaga
tccctcgccttctcgagatcctcgtgctccttcctcccccgaccgcgggccaggttgtca
acgggttggggttccgattggaggtccccgataggccccagaccacggatcaggagctcc
tctaccgtgatccagctgttcgacaggaagatgacgactaccgctactgaaaatgtcttc
aaggatgtcctgacgagccttccaaagcctgagggtggtgaatatggcaaatactatagt
ttacctgcccttaatgatccaaggatagatagacttccatactctatcagaattcttttg
gagtcagcaatccggaattgtgatgacttccaggtcaccaagaatgatgtggagaagatt
attgattgggagaacacttctccaaagctagtagaaatcccttttaagcctgctcgtgta
cttcttcaggattttactggtgtgcctgctgttgttgacctcgcatgcatgcgtgatgcc
atgaacaggctgggtagtgattctaataaaattaatcccttggttccagtagatcttgtc
attgaccactcagttcaggtggatgtagcaagatcagagaatgcagttcaagcaaatatg
gaacttgaattccagaggaacaaggaaagatttggtttcctaaagtggggatctactgct
ttccgtaatatgcttgttgttcctccaggttctggcattgttcaccaggttaatctagag
tatcttggtcgtgttgttttcaacacagacggtattctgtaccctgatagcgtggtagga
actgattcccataccaccatgatagatggattaggagttgctggttggggagttggagga
attgaagcagaggcagcaatgctcggtcagccaatgagcatggtattgccaggtgttgtt
ggcttcaagctgacagggaaacttagaaatggtgtcacagcaactgacttagttctaact
gtaacacaaatgttgaggaaacatggagttgttggcaagtttgtcgagttctatggtgag
ggtatgggtgagttgtcattggctgatagggcaacaattgctaatatgtcacccgaatat
ggagcaacaatgggcttcttccctgtggatcatgtgacattacagtatcttaaattgaca
ggaagaagtgatgaaactgtctctttgattgaagcctacctacgtgcaaacaagatgttt
gtcaactacaatgagcctcagaaggaaagagtgtattcatcatatctagagctagacctt
gcagatgttgagccttgcatttcaggtcctaaaagacctcatgatcgtgtacctttgaaa
gaaatgaaagcagactggcattcttgtctggataacaaagttggattcaagggttttgcg
gtgccaaaggattcacaagaaaaagttgccaagtttgactttcatggacaacctgctgaa
ctcaagcatggtagtgttgtcatagcagcaataacaagctgcacaaatacatcaaatccc
agtgttatgcttggtgctggtcttgttgcaaaaaaagcttgtcaattaggtcttcaggtt
aagccatgggttaaaacaagccttgccccaggttctggtgttgttaccaagtatttgctt
aagagtggccttcaagaatatttgaatcaacaagggttccatattgttggatatggctgc
acaacatgtattggaaattctggggatcttgatgagtccgtggctgctgcaatttcagat
aatgatattgttgctgctgctgttctctctggaaataggaactttgagggacgtgtgcat
ccattaacacgagctaactatctggcttcacctccacttgttgtagcatatgcacttgct
ggaacggttgacattgattttgagaaggaaccaattggtacaggaaaggatggaaagagc
atatacttcaaagatatatggccatctaccgaagagattgctcaggttgtgcaatccagt
gtgttgcctgaaatgttcaagagtacatacgaggcaattacgaaaggtaaccctatgtgg
aaccagctgacggtcccagccacaacactatattcatgggatacaaattctacgtacatt
catgaaccaccttattttaaggacatgactatggctccacctggtcctcatggggtgaag
aatgcatattgtttattaaactttggtgacagcatcacgaccgatcacatctcgccagca
ggtagcattcacaaggacagtcctgctgcaaagtacctgcttgagcgtggtgtagatcgc
agggatttcaattcatatggtagccggcgtggcaatgatgaaataatggcaaggggaaca
tttgcaaacattcgtcttgtcaacaagttcctgaagggagaagtgggaccaaagactata
catattccaacaggagataagctatatgtctttgaggcagcaatgagatacaaggctgat
gggtatgataccatagttttggcaggagcagagtacggaagtggtagctctcgagattgg
gctgccaaggggccaatgttgttgggagtcaaagctgtgatagctaaaagttttgagagg
atccatcgcagcaatttagttgggatgggtatcattccactttgtttcaagcctggtgag
gatgctgagacactgggtttgacaggatatgagagctatacgatagatcttccaagttgc
atcagcgacataaggcctggtcaagacattactgttgttaccaactctggaaagtctttt
acctgtactcttcgatttgatacagaggtagaactggcgtacttcaatcatggtggaatc
cttccattcgtcatcagaaatcttataagttctcaacactag
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