KEGG T00253: TA06965

Theileria annulata: TA06965

Entry

TA06965 CDS T00253

Definition

1-phosphatidylinositol-4,5-bisphosphatephosphod ie sterase (EC:3.1.4.11)

Orthology

K05857

phosphatidylinositol phospholipase C, delta [EC:3.1.4.11]

Organism

tan Theileria annulata

Pathway

tan00562	Inositol phosphate metabolism
tan01100	Metabolic pathways
tan04070	Phosphatidylinositol signaling system

Class

Metabolism; Carbohydrate metabolism; Inositol phosphate metabolism [PATH:tan00562]
Environmental Information Processing; Signal transduction; Phosphatidylinositol signaling system [PATH:tan04070]

SSDB

Motif

Pfam:

PI-PLC-X PI-PLC-Y C2 Mcp5_PH

Other DBs

NCBI-GI:

NCBI-GeneID:

GeneDB:

UniProt:

Position

AA seq 974 aa
MSKQINNQWISNLSAGCSNDSPAISEFLSEHLKRISLCDSLNLIFKGGYLRKWRRSSRLT
LSDPKNGTKNLALPYINATPIYSSQSHGRSHELFFWVSKVCDTLFLRWQSRRKRSSESIF
PLCAIKSIHRGDELTYFDHRDPFDGVSLKFIFVINGKVSLQLGAQSETDALLWISGLYFA
ARYARNEFSVHWITNSELFNSFLQSCKKNAKPGDCDFDTKALKRCLNDKYVGLLYMSNYD
KIKAEDDDWLLPHNLAQFVEYLVTFGFVSRPENADVITSMVRRLLEFRNNINAGFVQMTS
MIDSSAKPAHIIRVCIEHFDSLNVQYKVLKKDIQAIYPELTDQECEDMFYNIVRQCALRV
ILRTTTEKSDFIQQISPADYESFLRNIQSSDSNEVVANVIQIQSWLSPLSYIPDTPPEVR
SGGCFRKVNVPRIPVRFLTVLGFNWSLTSYFNSICIPQDSDEICSVLSLKLTDFWVSSSH
NTYLVGDQLGGSASASSIAEALLRGCRCIELDCQDGSEEPVLCHAWKNCHLTGSVTLREG
LIAIKEAAFENNKLPVILSFEMNCSDDFKFKTFELVTQILGDELLTLDDDDPIDIVVRCE
LGSLLNKFIIKAKHKSSDSTFLGPGETAWQSLITLRGLDIDKLEDNKIDSIKRNSVFAIS
ETKFLKMSKDQSLITALSERCFVRVYPSATRLASTNFCPLKPWSYGVQFAALNFQSYDRS
MLINHGRFYNSFGYVPKFIYKNYSDDFVEPTESNTNIKNSDKINNDIMLTLHVLSGSQLP
TSTGFQNQNYSSSFSNVLYSIGEQNMFLNKSNLNLQTFAKFKEKRKLKQAIKEGLELDEE
ESGDTTLFNVINKSAKTVLEYKQKVCPFVEVSVVGVDETTFTTKPVNFNTFNPVWSDSNP
PFIFKIENPNQAIVLFYVKHYDNISSEIIGQAAFPVNRLRPGIRWVQLLDSKFMEIECSG
LLVYVEMEPLHKDQ

NT seq 2925 nt +upstreamnt +downstreamnt
atgtcgaaacaaatcaataatcaatggatttccaacttatcagcgggatgctcaaatgat
agtccagctataagcgaattcttatcggaacatttaaagcgaatttctttatgcgattcg
ctaaatttaatatttaaaggcggatatctacggaaatggcgtagatcatcccgtttaact
ctatcagacccaaaaaacgggacaaaaaaccttgctttaccatatataaatgcaactccc
atttacagttcacagtctcacggaagatcgcacgagctgttcttctgggtttcaaaggtg
tgcgacactcttttccttcgatggcagtcgcgaagaaaacgtagtagcgagagtatcttc
ccgctctgtgccataaaaagcatccatagaggagatgaactgacctactttgaccatcgt
gacccgtttgacggcgtgagccttaagttcatatttgttattaacgggaaggtttcacta
caattgggggcacagtcagaaactgatgctcttctctggatctcaggactgtatttcgcg
gccagatacgcacgcaatgagttttcagtgcactggattacaaactcagaacttttcaat
tcatttcttcaatcatgcaagaaaaatgcaaaacccggcgactgtgactttgacactaaa
gctttgaagcgttgtctaaacgataaatacgtagggcttttgtacatgagcaactatgac
aaaatcaaggccgaagatgatgactggcttctacctcacaatttggctcaatttgtcgaa
tatttggtgacttttggatttgtttctaggcctgagaatgccgacgtaatcacatcaatg
gtacgacgtctgcttgagttcagaaataacattaatgccggattcgtccagatgacttca
atgattgacagtagcgctaagccagctcacatcatacgcgtttgtattgagcattttgat
tcattaaatgtacaatacaaagtactgaaaaaagacatacaggccatttaccctgaactc
acagatcaagaatgcgaggacatgttctacaatatagtacggcaatgcgctctcagagta
atactgagaacgaccactgagaaatccgactttattcagcagattagtccagcagattac
gagtcgtttctgcggaacattcagtcatcagattctaacgaggtggttgcaaacgtaatt
caaatacaatcttggttatcccctttatcgtacatacccgatacaccgcccgaggtaagg
tcaggtggctgtttcaggaaagttaatgttcccagaattccagtaagattcctaacagtt
ttaggttttaactggtcactcaccagttattttaacagcatttgtataccccaagacagt
gacgagatttgctcagtattgagtttgaaattgacggatttctgggtatccagtagccat
aacacatacctggttggagatcaattaggaggttcagccagcgccagttctattgccgag
gctcttctccgcggatgcagatgcatagaacttgattgtcaggacggatccgaagagcct
gtgctctgtcacgcttggaagaactgtcacttgacaggatctgtgacgctccgtgaggga
cttatcgctataaaagaggctgcttttgagaataacaaattacctgtaattttatccttc
gaaatgaactgctcagatgatttcaaattcaagacctttgaacttgttacccagatattg
ggcgatgagctgttaactttggacgacgatgaccctattgacatcgttgtccgttgtgag
ctgggcagcttgttaaacaagtttataataaaggcaaaacataaatcatctgatagtacc
tttttaggtcctggagaaactgcctggcaatctttaataaccctaagaggcttggatata
gataaactcgaagataataaaatcgactcaattaagcgtaacagtgtgtttgctatttcc
gagactaaattccttaaaatgtccaaggatcaatctttgattactgctctatctgaacgt
tgttttgttcgtgtttacccttcagcaacaaggcttgcaagtaccaatttctgtccttta
aagccttggtcctatggtgttcaatttgcagccttaaactttcaatcttacgacaggtca
atgctgattaatcatgggcgtttctacaattcatttggctatgtaccaaaatttatctac
aagaactattcagatgattttgttgagcccacagaatctaatacaaatatcaaaaatagt
gataagattaataatgacataatgttaactttacatgttttgagtggttctcagttacca
acttcaactggatttcagaaccaaaattactctagttcgttcagcaacgtgttatattca
attggtgagcagaatatgtttctgaataaatctaacttgaatcttcaaacttttgcaaaa
tttaaggagaagcgaaaacttaagcaggcaattaaagaaggtctggagttagatgaggaa
gaatctggtgatactactctgtttaatgtgattaataaatctgctaaaactgttttagag
tacaagcagaaggtttgtccatttgtggaagtttctgttgttggtgttgatgaaaccacc
ttcactacgaaacctgtaaactttaacacttttaatcctgtctggtctgattctaatcca
ccttttatttttaaaatcgagaatcctaatcaggctattgttcttttttacgtcaaacac
tatgacaatatttcctctgaaattataggtcaggctgcttttccagttaacaggttgagg
cctggcatacgttgggttcagttattggactctaagtttatggaaatagaatgttcaggt
ttattagtatacgttgagatggagccattacacaaagatcaataa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   GENEDB-TAN (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (22)   

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