Magallana angulata (Portugese oyster): 128172970
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Entry
128172970 CDS
T09348
Name
(RefSeq) cytoplasmic aconitate hydratase-like isoform X1
KO
K01681
aconitate hydratase [EC:
4.2.1.3
]
Organism
canu
Magallana angulata (Portugese oyster)
Pathway
canu00020
Citrate cycle (TCA cycle)
canu00630
Glyoxylate and dicarboxylate metabolism
canu01100
Metabolic pathways
canu01200
Carbon metabolism
canu01210
2-Oxocarboxylic acid metabolism
canu01230
Biosynthesis of amino acids
Module
canu_M00009
Citrate cycle (TCA cycle, Krebs cycle)
canu_M00010
Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate
Brite
KEGG Orthology (KO) [BR:
canu00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
128172970
00630 Glyoxylate and dicarboxylate metabolism
128172970
Enzymes [BR:
canu01000
]
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.3 aconitate hydratase
128172970
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Gene cluster
GFIT
Motif
Pfam:
Aconitase
Aconitase_C
Motif
Other DBs
NCBI-GeneID:
128172970
NCBI-ProteinID:
XP_052694669
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Position
2:complement(10113157..10143189)
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AA seq
941 aa
AA seq
DB search
MATEGSSNPFEGIKKTTEIDGKTYSFFNLAELKDARYDKLPYSIRVVLESAIRNCDEFQV
QKKDVENILNWEKNQSQSVEIPFKPARVILQDFTGVPAVVDFAAMRDAVKRLGGDPEKIN
PICPADLVIDHSIQVDVSRSILKYSPNPGGGQSSEVKGSQRSSCNLCVDPRSPISDQICP
FHKRKTQGADALEQNQELEFERNKERFVFLKWGATALKNMLIVPPGSGIVHQVNLEYLAR
VVFNDGGLLYPDSLVGTDSHTTMINGLGVVGWGVGGIEAEAVMLGQAISMVLPEVVGYKL
TGKVDQLVTSTDVVLTVTKHLRQIGVVGKFVEFFGPGVSQLSIADRATISNMCPEYGATV
GFFPVDEKSLEYLRQTGRSEERIKFVEKFLREIRLFRNYNDPQEDPVFSQVVELDLSTVT
SCCSGPKRPHDKVPVSEMKVDFNTCLNNKIGFKGFAIPPDKQSTKVPIVFDNQEYVLSHG
SVVIAAITSCTNTSNPSVMLGAGVLAKKAVEAGLSVKPYIKTSLSPGSGVVTYYLRDSGV
TPYLEKLGFDIVGYGCMTCIGNSGPLPEPVSEAIEKGDLVACGVLSGNRNFEGRIHPLTR
ANYLASPPLVIAYALAGTVLIDFEKDPLGTNPEGKPVYLRDIWPTREEIQAVEKEIVVPA
MFTDVYSRIQQGNKRWNSLVAPEGQLYPWDDKSTYIKSPPFFEKMGKDVSKPESIKDAHV
LLNLGDSVTTDHISPAGSIARNSPAARYLGNRGLTPREFNSYGSRRGNDAVMARGTFANI
RLVNKFLSKAGPRTRHILSGDEMDIFDAAERYQKEGRQVIILAGKEYGSGSSRDWAAKGP
WILGIKAVIAESYERIHRSNLVGMGIIPFQYVGGQTADSLGLTGTETFSIDVPDDLKAGQ
ELQVKLSDGRTFQVKTRFDTEVELTYFRHGGILNYMIRRML
NT seq
2826 nt
NT seq
+upstream
nt +downstream
nt
atggcgaccgaaggatcttccaacccatttgagggcatcaagaaaacgacggagatagat
gggaagacctacagcttctttaacctcgcggaactaaaggacgccagatatgataagttg
ccctactctatccgggtggttctggagtctgccatccggaactgtgatgagttccaggtc
cagaagaaagacgtggagaacatcctgaactgggagaagaaccagagtcagagtgtggag
attccgttcaaaccagcccgcgtcatcctacaggacttcactggtgtgccagcggtagta
gatttcgctgccatgagagatgctgtcaaacgactcgggggagatccagagaaaatcaac
cccatctgtccggccgacctggtgatagatcactctatccaggtggatgtgtctagaagt
atattgaaatattctcccaaccctggaggaggtcaaagttcagaggttaaggggtcacag
aggtcatcctgtaacctgtgcgttgaccctcgctctcctatctccgatcaaatctgtccc
ttccacaagcggaagacgcagggtgctgatgctctggagcagaaccaagaactggagttt
gagaggaacaaggagagatttgtattccttaagtggggagccactgccctgaagaacatg
ctgatcgtccccccggggtcaggcatagtccatcaggtcaacctggagtacctggcgcgg
gtcgtcttcaatgacgggggtctcctctaccccgacagtctggtgggcaccgactctcac
accaccatgatcaatggactcggggtggtgggatggggtgtaggtggtatcgaggctgag
gcagtgatgctgggtcaggctatctccatggtgctgccggaggtcgtaggttacaaactg
accgggaaggtcgaccaactggtgacctctacagatgtcgtcctcaccgtaaccaagcac
ctgcgacagatcggggtggtggggaagtttgtggagtttttcggcccgggggtttcccaa
ctctccatcgctgaccgggccaccatttccaatatgtgccccgagtatggagccactgtt
gggttcttccctgtggacgagaaaagtctggagtacctccgacaaacaggacgatcagag
gaaaggataaagtttgtggaaaaattcttgagggaaattcgactgttcagaaactacaac
gatccccaggaggatccagtgttttcccaggtggtagagctggacctcagtacggtcact
tcctgctgctcaggacccaagcgtccgcacgacaaagtccccgtgtctgagatgaaggtg
gacttcaacacctgtctcaacaacaagatagggttcaagggctttgccatcccccccgac
aaacaatcgaccaaggtccccatcgtcttcgacaaccaggagtatgtcctgtcacatggt
tccgtcgtcatagcagccatcacaagctgtaccaacaccagtaatcccagcgtcatgctt
ggagcaggtgtattggctaagaaggcagtggaggcggggctaagtgtcaaaccttacatc
aagaccagcctctccccggggagtggagtggtcacttactacctcagagacagcggggtc
accccttacctagagaaactaggatttgacattgtgggttacggctgtatgacctgcatt
ggaaacagtggacctttaccagaacctgtctcagaagccatagagaagggtgaccttgtt
gcttgtggggtcttgtctggtaaccgtaactttgagggtcgtatccaccccctgacacgg
gccaactacctggcctctccccccctcgtcatcgcgtatgccctcgctggaaccgtcctg
atcgactttgagaaagacccactgggtacgaaccccgagggtaagccagtttacctgagg
gacatctggccgacacgggaggagattcaggctgtagagaaggagattgtggtccccgcc
atgtttacagacgtctactccaggatccagcaaggcaacaagcgctggaactcgctggtg
gcgccggagggacagctgtacccctgggacgacaagtcaacctacatcaagtctcccccc
ttctttgagaaaatgggtaaagatgtgtccaaaccagagagcatcaaggatgcccacgtc
ctgttgaacctgggggactctgtgaccacagaccacatatcccccgcggggagtatcgct
aggaatagccccgcagctcgttacctaggcaacagagggctgacccctcgtgagtttaac
tcgtacggttctcgtcgaggtaacgatgctgtgatggcgcgaggaacattcgccaacatt
cgactagtcaacaaattcctgagtaaagctggtccacggaccagacacattctgtccgga
gacgagatggacatatttgatgcggcggagcgttaccagaaggagggtcgtcaggtcatc
atcctggccggtaaggagtacgggtcggggtcgtcccgagattgggccgccaaggggccg
tggatactgggcatcaaggcagtgatcgcggagagctacgagcgaatccaccgtagtaac
ctggtggggatgggcattattccgttccagtacgtggggggacagaccgccgactccctg
ggactgaccgggacagagaccttctccatcgacgtccccgacgacctcaaggctggccag
gagctgcaagtcaagctgagtgacgggagaacattccaagtgaagacccgctttgacacg
gaggtagagctgacctacttccgacacggcggaatcctcaactacatgatccgacggatg
ttatga
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