KEGG   Plasmodium falciparum 3D7: PF3D7_0110600
Entry
PF3D7_0110600     CDS       T00095                                 
Name
(RefSeq) phosphatidylinositol-4-phosphate 5-kinase
  KO
K00889  1-phosphatidylinositol-4-phosphate 5-kinase [EC:2.7.1.68]
Organism
pfa  Plasmodium falciparum 3D7
Pathway
pfa00562  Inositol phosphate metabolism
pfa01100  Metabolic pathways
pfa04070  Phosphatidylinositol signaling system
pfa04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:pfa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    PF3D7_0110600
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    PF3D7_0110600
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    PF3D7_0110600
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pfa04131]
    PF3D7_0110600
Enzymes [BR:pfa01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.68  1-phosphatidylinositol-4-phosphate 5-kinase
     PF3D7_0110600
Membrane trafficking [BR:pfa04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Kinases and associated proteins
    PF3D7_0110600
 Endocytosis
  Clathrin-mediated endocytosis
   LDLR adaptor proteins
    PF3D7_0110600
 Endosome - Golgi transport
  Others
   Others
    PF3D7_0110600
SSDB
Motif
Pfam: PIP5K EF-hand_8 EF-hand_6
Other DBs
NCBI-GeneID: 813240
NCBI-ProteinID: XP_001351035
PlasmoDB: PF3D7_0110600
UniProt: Q8I239
Position
1:join(405739..410133,410320..410452,410553..410950,411301..411380,411522..411560,411883..411932,412132..412169)
AA seq 1710 aa
MKCTSVNIRNVLDISLKKKIKENTNLSDDEIIIIYKRFNYISSNGKLNYDNFEKSLGILG
SIQNAYLYKSIFKAFDLNNDNYLDFYEFCVAINIMLKGNKKDKLKLSYRIVNAGFNSNED
ACVHKSSCMVNKFNTKEDNNMNGDNINGDNNNNHNNINGDNNNNHNNINGDNNNNNHNNI
NGDNNNNHNNINGDNNNNNHNNINGDNNNNHNNINGDNNNNHNNSHNNNSHNNNNKAENS
LGQPLNEKNINDPINKHRNSQSIIYNINDEYNEKIKKNKKQDYSNYITYENFEKIVLSIN
DIKRQLLGTGDEIITSQIKYTFRSLSILCDDGIYRMNFECYKKALKCNEFLKLLGIHTKV
ADVFLQHELLKRKDKNKTKNGTMRNRKKYKNDSNRIANHLIIKSFSESTNTRGSIINDST
SFLFLRKQKKKKKKKKKKKKKKEKKAILYERKSTFSSSMENKSQNKSQNKSHNKNIKSVS
RILSRVNKLSSTELIPNECDHKPNEEVKSTSDVLTPIFFNNGDEKMNHDTDGNMVYHKNN
VDDNLVDGDVVSQGKRCSFFSSCENKKNEENKSITFNDINSGNINTNSCIMNNMIVTKES
NEEIINEEAQSSYIYNKNIFCSKYNTKKDKNEPLKCDLFECSFINNDKNIVRDEDSNHKN
VRKTDDYFIIDDNNIFDNGPIIISKNKTNDRERKLLKTFSSSSLKKKSLLKNYNYHIKKK
NKDPNVEDTNMLYHDDIKKEYDHKVTKNNKNTCNNNYYNNVSFNSSAYYEYHSDIDLIHF
SNNLKKKKKKNVTSPRPSSKEYERKVTYHKECCSNERMKNIKVNESDLGMFCVNNDKTNI
EDVKEKKACDVLNRGCIKEQVQCKISEFENDKGNEIYMQEFKKCIEKYKEYVNQGEGHLK
DEEEEKNDDEEEGEDGEDDEEENDDDDDDEDGDDDEDGDDDNDDNDDNDDNDDNDDNDDN
DDNDDNDDNDDNDEKSNIKIENKKDVPNIHNNNDDDGINCCTNLFKDDDTLSALEKNVTN
NNLIKIMSAKYLYHKFLEYKDFMKNNTTLFSHFNKIYQHEDDKINTDNKDVLNYRPKHNN
DINYYNIPCEDQIKSDEKKSLLNVEFGDDIIKKKFFISSVNSHYVMINNNLTKEQMLYLI
RNILMSIEDYLKKEKNRDYNKIFFLFFSIFIYNTQNGGDQKEMHEDEKWDHTNINEDKNV
EKNDDYKNLSNNENSVYYNTMLRESLWNKKKYIKLNIFKNIILVISIVRYFLHTITISQK
YTSSYDSLDDSNMIKSMNSLKLNEINILLNRASEILEKYSLGSVENKKVYINKSNYYNSS
KKGKLSVSLRQNKQKKTFHRILAVYFGHERWDLVMNMMIGIRISSIKKFSINDISNYFHH
KDVIQLPTSNAQHKVIFKNYAPIIFKNIRNFYGIKSKEYLTSVGPEQVISNMVLGNLSTL
SELLSEGKSGSLFYFTSNGKYIIKTVCRNIHNLSKKLLPKYYEHIKKNPDSLLTRLYGIH
SIKYQNNLGRKKKKIYFIVMNNFFSSIVEIHRRYDIKGSLVGRTVPETKREDHTIALKDV
DIDELGDIINIGPENKERLLKVLKADADFLKENMLLDYSLLFGIHYRELSKDVVNWEETK
TNQINHIYDYKGNCIASRPFHQCDYGGIISVDKKKIFFFGIIDIFTKWSIKKKFEHTFRT
IQKFDGKNISCIHPNAYAKRFVTFIENHMK
NT seq 5133 nt   +upstreamnt  +downstreamnt
atgaaatgtacaagtgttaatataagaaatgttttagatataagtttaaaaaaaaagata
aaagaaaatacgaatttaagtgatgatgagataataattatatataaaagatttaattac
ataagttccaatgggaaattaaattatgataattttgaaaagagcctagggatattagga
tcgatacaaaatgcttatttatataaatctatatttaaagccttcgacttaaacaatgat
aactatttagatttttatgaattttgtgtagctataaatataatgttgaagggtaataag
aaggataaattgaaattgtcgtacagaatagtgaatgcgggttttaattcgaatgaagat
gcatgtgttcataaaagtagttgtatggttaacaagttcaacactaaagaggataataat
atgaatggtgataatataaatggtgataataataataatcataataatataaatggtgat
aataataataatcataataatataaatggtgataataataataataatcataataatata
aatggtgataataataataatcataataatataaatggtgataataataataataatcat
aataatataaatggtgataataataataatcataataatataaatggtgataataataat
aatcataataatagtcataataataatagtcataataataataataaggcggagaattcc
ttaggccaaccccttaacgaaaaaaacataaatgatcccataaacaaacatcgaaatagt
cagagcataatatataatataaatgatgaatataacgaaaaaataaaaaagaacaaaaaa
caagattattcaaattatattacttatgagaattttgaaaaaattgttttaagtattaat
gatataaaaagacaactgctaggaactggtgacgaaattataactagccaaataaaatat
acgtttcgatccttaagtattttatgtgatgatggtatttatagaatgaattttgaatgt
tataaaaaagctttaaaatgtaatgaattcttaaaacttttaggaatacacacaaaagta
gctgatgtttttttacaacatgaattattaaaaagaaaagacaagaacaaaacaaaaaac
ggaactatgagaaatagaaaaaaatataaaaatgatagcaacagaatagcaaaccatctt
attattaaatctttttcagaaagtactaacaccagaggatcgattatcaacgattctact
agttttttatttttaagaaaacaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaagaaaaag
aaaaaagagaaaaaagcaatattgtatgaaagaaaaagtaccttttcttcatctatggaa
aataaaagtcaaaataaaagtcaaaataaaagtcataataaaaatattaaaagtgtatct
agaattttatcacgagttaataaattgtcatcaacagaacttataccaaacgagtgtgat
cataaaccaaatgaagaagttaaaagtacaagtgatgttttaacacctatattttttaat
aatggtgatgaaaagatgaaccacgacactgacggtaacatggtttatcataagaacaat
gtagatgataacctagtcgatggggatgttgtgtcacaaggaaaaagatgctcatttttt
tcgtcatgtgaaaataaaaaaaatgaagaaaataaaagtattacctttaatgatattaat
agtggtaatataaatacaaattcttgtataatgaataatatgattgttacaaaagaatca
aatgaagagataataaatgaagaagcacaaagttcttatatatataataaaaacattttc
tgttctaaatacaacacaaaaaaggataaaaatgaaccactcaaatgtgaccttttcgag
tgtagttttattaataatgataagaatattgtaagagatgaagatagtaatcataaaaac
gtgaggaaaacagacgattattttataatagatgataataatatatttgacaacggtcca
attattatatccaaaaataaaacaaacgatagagaaaggaaactattgaaaacgttttct
tcctcatcattaaagaaaaaatcacttttgaaaaattataattatcatataaaaaaaaaa
aataaggaccctaatgtagaagatacgaacatgctatatcatgatgatataaaaaaagag
tatgatcataaagttacaaaaaataataagaacacctgtaataataattactataataat
gtgtcctttaatagtagtgcttattatgaatatcactccgacattgatttgatacatttt
tctaacaatttaaaaaaaaaaaaaaaaaaaaacgtaacatctcctcgacccagctccaaa
gaatatgaacgaaaagttacgtaccataaggagtgctgttcaaatgaaaggatgaaaaat
attaaggttaatgaaagtgatcttggtatgttttgtgtaaataatgataaaacaaatata
gaagatgtgaaagaaaaaaaagcatgtgacgtgttaaacagagggtgtataaaagaacag
gtacaatgtaaaattagtgaatttgaaaatgacaaagggaatgaaatatatatgcaggaa
tttaaaaaatgtatagaaaaatataaagagtatgtgaatcaaggggaagggcaccttaaa
gatgaggaggaagaaaaaaatgatgacgaagaagaaggtgaagatggtgaagatgatgag
gaggagaatgacgatgatgatgatgatgaagatggcgacgatgatgaagatggcgacgat
gataatgatgacaatgatgataatgatgacaatgatgataatgatgacaatgatgataat
gatgacaatgatgataatgatgacaatgatgataatgatgaaaaatcgaatataaaaata
gaaaataaaaaggacgtccctaatattcacaacaataatgatgatgatggtattaattgt
tgtactaatctttttaaggatgatgatacgttatcagctcttgagaaaaatgtaacaaat
aataatttgattaaaataatgagtgctaaatatttgtaccataagtttttagaatataaa
gattttatgaagaacaacacaacgttattttctcattttaataaaatatatcaacatgaa
gatgataaaataaatacggataacaaagatgtgttaaattatagacctaagcataataat
gatataaattattataatataccttgtgaagatcaaataaaaagtgatgaaaagaaatca
ttattaaatgttgaatttggtgatgatataataaagaaaaagttttttatttcttctgta
aattctcattatgtgatgataaataataatttaacaaaagaacagatgttatatttaata
cgaaatattttaatgtccatcgaagattatttgaaaaaagaaaaaaatcgagattataat
aaaatattttttttatttttttcgatatttatatataacacacaaaatggaggggatcaa
aaagagatgcatgaagatgaaaaatgggatcacacgaatataaatgaagataaaaatgtc
gaaaagaatgatgattataaaaatctaagtaataatgaaaatagtgtttattataataca
atgcttagagaatctttatggaataaaaaaaaatatataaaattaaatatttttaaaaac
attattttagttatatctatcgtaagatattttttacatacgattactatatctcaaaaa
tatacatcttcatatgattcattagatgatagtaatatgataaaaagtatgaactcttta
aaattgaatgaaattaatatattattaaatcgagctagtgaaattttagaaaaatattct
ttaggtagtgttgaaaataagaaagtatatataaacaaatcaaattattacaactcctca
aaaaaaggtaaactatctgtatctttacgtcagaataaacaaaaaaaaacattccataga
atattggctgtatattttggtcatgagcggtgggatttagttatgaatatgatgataggt
ataagaatatcctctataaaaaaattttccataaatgatatttcaaattattttcatcat
aaagatgttatacaattacctacatctaatgcacaacacaaagttatatttaaaaattat
gcccctatcatttttaaaaatataagaaatttttatggtatcaagtccaaagaatattta
acatctgtcggaccagagcaggtcataagtaatatggttcttggaaatctttcaactctt
agtgaattgttatcagagggaaagagtggatctcttttttattttacgagtaatgggaag
tatataattaagacggtttgtcgaaatattcataatttatcgaaaaaactgttacctaaa
tattatgaacatattaagaaaaacccagattcgttattaacgcgtttgtatggaatccac
tctattaaatatcagaacaatttaggaaggaaaaagaagaaaatttatttcatcgtcatg
aataattttttttcatccattgtggagatacatagaagatatgatataaaaggaagttta
gtaggacgaaccgttccagaaaccaaaagagaagaccataccatagcattaaaagatgta
gatattgatgaattaggtgatataataaatatcggaccagaaaataaagaacgattactt
aaagttctgaaagcagatgctgattttttaaaagaaaatatgttattagattattcgtta
ctttttggaatacattacagagaattatctaaagatgtggtcaattgggaggaaacaaaa
acaaaccaaattaatcatatttatgattataagggaaattgcatagcatcacgacctttc
catcagtgtgattatgggggtatcatcagtgtggataaaaagaaaatatttttttttgga
attatagatatttttaccaaatggagcattaaaaaaaaattcgagcataccttcagaaca
atacaaaaatttgatggaaaaaatatttcttgtattcatcccaatgcttatgcaaaacgt
tttgttacatttatagaaaatcatatgaaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
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-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PLASMODB (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (27)   

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