Theileria annulata: TA17020
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Entry
TA17020 CDS
T00253
Name
(RefSeq) iron-responsive element binding protein/aconitase, putative
KO
K01681
aconitate hydratase [EC:
4.2.1.3
]
Organism
tan
Theileria annulata
Pathway
tan00020
Citrate cycle (TCA cycle)
tan00630
Glyoxylate and dicarboxylate metabolism
tan01100
Metabolic pathways
tan01110
Biosynthesis of secondary metabolites
tan01200
Carbon metabolism
tan01210
2-Oxocarboxylic acid metabolism
tan01230
Biosynthesis of amino acids
Module
tan_M00010
Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate
Brite
KEGG Orthology (KO) [BR:
tan00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
TA17020
00630 Glyoxylate and dicarboxylate metabolism
TA17020
Enzymes [BR:
tan01000
]
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.3 aconitate hydratase
TA17020
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Aconitase
Aconitase_C
Motif
Other DBs
NCBI-GeneID:
3864432
NCBI-ProteinID:
XP_953725
UniProt:
Q4UIP2
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All DBs
Position
1:383818..387038
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AA seq
929 aa
AA seq
DB search
MLVSFGEKLGLKSGHSVLRQMKNFSSSRPNPFEKVKKTLAGTNKKYFSLRDLKDPRLFEL
PFSIRVLLEAAVRNCDEFSTTSNDVEKILGWAKNSLNQTEIPFIPSRVLLQDFTGVPTIV
DLAAMRDFVAKSGKDPTRINPLVPVDLVIDHSVQVDFSRDSKALALNQETEMNRNSERFR
FLKWGAQTFKNTLIVPPGSGIVHQVNLEFLARCLFDKNDVLYPDSVVGTDSHTTMINGLG
VVGWGVGGIEAEATMLGQPISMLLPQVVGFELVGKPSENVFSTDVVLAVTSLLRSGAGVV
GKFVEFFGEGVKYLSLADRATIANMAPEYGATVGFFPIDQLTLDYLLQTGRPNEKVDLLE
RYSKENLLHTSTSEAGSIKYSTVVRLDLSTLTPSIAGPKRPQDNIPLHLVKTKYSELLTS
KDTKGYGLDTLSNKVKFTYKGNEYELDNGSVVIASITSCTNTSNPSVMLAAGLLAKNAVE
HGLSVKPYIKTSLSPGSKTVTRYLELSGLIGYLEKLGFYIAGYGCMTCIGNSGELDPEVT
EAILNNKLVVSSVLSGNRNFEGRVHPHTRANFLASPPLVVAFALAGNVNFDLMSEPLGVS
SKTGKPVFLNDLLPSKEEVSSLEAQFVKASLFNEVYHNITEGSDSWRKLNSPKSELYPWE
ELSTYIQHPPYFKGMHLDKLNEVKPIKDARVLLLLGDSITTDHISPAGNIAKNSPAARFL
MENGVEQKDFNSYGSRRGNDKVMSRGTFANIRINNLLCPGQGPNTVHFPTNKLMSVYDAS
ELYQKENTPLVVVAGKEYGTGSSRDWAAKGPLLLGVKAILAESFERIHRTNLVGCGILPL
QFLDGQNATTLNLSGNLHFSFQNLTGTEKFTVQLGNDVEPGSLVRVTTDTGLSFDTKCRI
DTQIEVFLPLIIFIFRVSTTNTVEYYNMF
NT seq
2790 nt
NT seq
+upstream
nt +downstream
nt
atgctagtatcattcggagaaaagttaggattaaaaagcggccactcagtcctgagacaa
atgaaaaacttcagttcttccagacccaacccgttcgaaaaggttaagaaaacccttgcg
ggaacaaacaagaagtatttctccctgagggacctcaaagacccgagactttttgaactt
ccgttctcaatcagagtgcttttggaagcagcagtaagaaattgtgatgagttcagcaca
actagtaatgatgttgagaagattttgggctgggccaaaaatagcctaaaccagacagaa
atcccatttataccctcaagagtcctactccaggacttcacaggcgtaccaacgatcgtt
gatttggctgcgatgcgtgatttcgtagcaaagtctggcaaggacccaaccaggattaac
ccgctggtaccagtggaccttgtgatcgaccactcagttcaagtggactttagccgagat
tctaaagcactggcactgaaccaggaaaccgaaatgaacagaaattcagaaaggttcagg
tttcttaaatggggagcacaaacatttaaaaatacactcattgttccgccaggatcagga
attgtccaccaggtaaacctggagtttttggcaaggtgtttgtttgataagaatgacgtt
ttgtacccggactccgtggttggaacggactcccatactacgatgattaacgggctggga
gttgtaggctggggagttggaggaattgaagcagaggcaactatgctgggacagccgata
agcatgttacttccacaagtggttggatttgaacttgttgggaaaccaagcgaaaatgtg
ttttcaacggatgtggttttggcagttacaagtcttttgcgtagcggagcaggagtggtg
ggcaagtttgttgagttctttggagaaggagtcaagtacttatctttagcagacagagca
acgattgcaaacatggcgccagagtacggagccacagtgggtttcttccctattgaccag
ttaacacttgattacctgctccaaacagggcgaccaaacgaaaaggttgaccttctggag
aggtactctaaggagaaccttctccatacatcaaccagtgaagctggttcaattaagtac
agcacagttgtaagacttgacctgagcactctgacccctagcatagctggcccaaagaga
cctcaggacaacataccactacaccttgttaaaaccaagtactcggaactcctaacaagc
aaagacaccaagggatacggtttagacacgttgtcaaataaagttaaattcacatacaaa
ggaaacgagtatgagttggataatggatctgtggtaattgcgagtattacgtcatgtact
aacaccagcaacccgtctgtaatgttggcagctggacttttggccaaaaatgcagtggaa
cacgggctctcagtcaaaccttacattaagacttcattatcaccgggatccaaaactgtg
actcgatatttggagttgagtggactaataggatacttggaaaaactaggcttttacatt
gcaggttacggctgtatgacgtgcatagggaactccggagagctcgaccctgaggtgact
gaagctattttaaataacaagctggtggtttcatcggttctctcagggaacagaaacttc
gagggaagagtccacccgcacaccagagcaaactttcttgcttcaccgccacttgtagtt
gccttcgcactggctggaaacgtcaatttcgacctgatgagcgaacctctgggggttagc
tctaaaactggaaagccagttttcctcaatgacctgctcccaagtaaggaggaggtgtct
agcttagaggctcagttcgtgaaggctagcttattcaacgaagtttaccacaacattact
gagggaagtgactcctggcgaaaacttaactcacctaaatcagagctgtacccatgggag
gagctttcaacgtacatccagcaccctccgtacttcaagggcatgcatttggataagcta
aatgaagttaagccgattaaggacgcacgagttttacttctcctaggggactctataacc
actgatcacataagtccagcgggtaacattgctaagaactcaccggcagcaaggttcctc
atggaaaatggcgttgagcaaaaggactttaactcatacgggtccaggagaggaaacgac
aaggttatgtctaggggcactttcgccaacattaggatcaacaaccttctctgtccagga
cagggcccaaacacagtccactttcccactaacaagcttatgtcagtttatgatgcttcc
gaattgtaccagaaagagaatacacctctcgtagttgttgcaggaaaggagtacggaacg
ggatcctcaagagactgggctgctaagggacctcttctgcttggagttaaagccatttta
gcggaatcttttgaaagaatccaccgaaccaaccttgttggatgcggcattttaccttta
caatttctagatgggcaaaacgccacaactcttaatcttagcggtaatttacactttagt
tttcaaaatttaacaggaactgagaaatttactgttcagcttggaaatgatgttgaacct
ggttctttggtcagggtcaccactgacactggattatcatttgacactaaatgcagaatt
gacacacaaatcgaggtattccttccactaattattttcattttcagggtgagtactaca
aacacggtggaatattacaatatgttctaa
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