Theileria annulata: TA06965
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Entry
TA06965 CDS
T00253
Name
(RefSeq) 1-phosphatidylinositol-4,5-bisphosphatephosphod ie sterase
KO
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
Brite
KEGG Orthology (KO) [BR:
tan00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
TA06965
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
TA06965
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
tan04131
]
TA06965
Enzymes [BR:
tan01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.11 phosphoinositide phospholipase C
TA06965
Membrane trafficking [BR:
tan04131
]
Exocytosis
Calcium ion-dependent exocytosis
Phospholipases
TA06965
Endocytosis
Macropinocytosis
Phospholipase C
TA06965
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PI-PLC-X
PI-PLC-Y
C2
Motif
Other DBs
NCBI-GeneID:
3864181
NCBI-ProteinID:
XP_954002
UniProt:
Q4UHW4
LinkDB
All DBs
Position
1:complement(962984..965991)
Genome browser
AA seq
974 aa
AA seq
DB search
MSKQINNQWISNLSAGCSNDSPAISEFLSEHLKRISLCDSLNLIFKGGYLRKWRRSSRLT
LSDPKNGTKNLALPYINATPIYSSQSHGRSHELFFWVSKVCDTLFLRWQSRRKRSSESIF
PLCAIKSIHRGDELTYFDHRDPFDGVSLKFIFVINGKVSLQLGAQSETDALLWISGLYFA
ARYARNEFSVHWITNSELFNSFLQSCKKNAKPGDCDFDTKALKRCLNDKYVGLLYMSNYD
KIKAEDDDWLLPHNLAQFVEYLVTFGFVSRPENADVITSMVRRLLEFRNNINAGFVQMTS
MIDSSAKPAHIIRVCIEHFDSLNVQYKVLKKDIQAIYPELTDQECEDMFYNIVRQCALRV
ILRTTTEKSDFIQQISPADYESFLRNIQSSDSNEVVANVIQIQSWLSPLSYIPDTPPEVR
SGGCFRKVNVPRIPVRFLTVLGFNWSLTSYFNSICIPQDSDEICSVLSLKLTDFWVSSSH
NTYLVGDQLGGSASASSIAEALLRGCRCIELDCQDGSEEPVLCHAWKNCHLTGSVTLREG
LIAIKEAAFENNKLPVILSFEMNCSDDFKFKTFELVTQILGDELLTLDDDDPIDIVVRCE
LGSLLNKFIIKAKHKSSDSTFLGPGETAWQSLITLRGLDIDKLEDNKIDSIKRNSVFAIS
ETKFLKMSKDQSLITALSERCFVRVYPSATRLASTNFCPLKPWSYGVQFAALNFQSYDRS
MLINHGRFYNSFGYVPKFIYKNYSDDFVEPTESNTNIKNSDKINNDIMLTLHVLSGSQLP
TSTGFQNQNYSSSFSNVLYSIGEQNMFLNKSNLNLQTFAKFKEKRKLKQAIKEGLELDEE
ESGDTTLFNVINKSAKTVLEYKQKVCPFVEVSVVGVDETTFTTKPVNFNTFNPVWSDSNP
PFIFKIENPNQAIVLFYVKHYDNISSEIIGQAAFPVNRLRPGIRWVQLLDSKFMEIECSG
LLVYVEMEPLHKDQ
NT seq
2925 nt
NT seq
+upstream
nt +downstream
nt
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
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