KEGG   Paramecium tetraurelia: GSPATT00012877001
Entry
GSPATT00012877001 CDS       T01055                                 
Name
(RefSeq) hypothetical protein
  KO
K00922  phosphatidylinositol-4,5-bisphosphate 3-kinase catalytic subunit alpha/beta/delta [EC:2.7.1.153]
Organism
ptm  Paramecium tetraurelia
Pathway
ptm00562  Inositol phosphate metabolism
ptm01100  Metabolic pathways
ptm04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:ptm00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    GSPATT00012877001
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    GSPATT00012877001
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ptm04131]
    GSPATT00012877001
Enzymes [BR:ptm01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.153  phosphatidylinositol-4,5-bisphosphate 3-kinase
     GSPATT00012877001
Membrane trafficking [BR:ptm04131]
 Endocytosis
  Rab GTPases and associated proteins
   Rab associated proteins
    GSPATT00012877001
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka PI3K_C2 PI3K_rbd
Other DBs
NCBI-GeneID: 5030549
NCBI-ProteinID: XP_001444765
Genoscope: GSPATT00012877001
UniProt: A0D2V1
Position
undetermined
AA seq 1447 aa
MRSKYKQQKNDENEFINKNYRIQYLFQLIIQGDLLIFFVLPIMDKQQIEEKWLICADPDS
CQIYTLNINTNEFKIECEVDQEYRQKAIQAIQQIEQMLKLKSGTWRMASKQIEQYRRRKI
PSYLLHKQSSSIPTYLCQSTLSQAFVKVNSIKLQVKLNQYKELFINMPPEVQLLEKPNIV
EIEAGLVTGADEVIKNVLREIYQRFKVKLKPKDEKNQFILQIAGFKEFLTGNHPMLSYDR
VRVQLRGMKHLEVILTEVPKYTDQSSLFPPIVQRIKGADQYPPIEWKKFKDVPILLWYAP
STLPKYEFEIINTRISFGIGATYQMKFDKPRGSSQENISNLDCSEKIKRQSVGDNPQKQS
IQDQGNKKGVGYINDLVSMRNELFRQNILSIDQNILYSGECDWPFSVRICSIENLVQALE
QDNKFEKPQLRATYNGLIPPQYITKKTSTKVEDDNHKTKNNKSENREQNQGRQVHLKLHK
RTGRVLDPRNLDIRKQIPFGGQDFLDELETFQERYELDFLPFLISVQVCLYHGCKLLTPW
CQAETKKQPFSHSPKFYQSITFPGIKISQLPQEARLCFNIIAHSAIGQQQIIGCTTMYIF
SEEKRFRAHMNQLNVWPFYKIDPRLLCVGQYFGWVNSQQQAAITSDVITNSYGRLIIQLD
QFNLPMKWSLRDEKQLEELGFSKSARSQRYYEMRNTLIPNSDYSTYQQMQSSTLASEQFG
TLYQSNYSTTSNSFSSASNFNGGSHIFSKKQRGVVAGSSLFAATNIHQRQHSNPYEQYSQ
VGFTSQEQGTILRFGEFNERNTHLAPSVMHMGQGSSFNIHEQSSSQFSSYKLSHQFSSQN
ISQNQPVSESYNQIVTFKNWSTTPRTEDLAILQALLKYNPLNRPYFTDQHKYILMICRNH
YKTLPYALQIFLMAIEWDDPEQVREAHNMIKLWTPLPPEDALPLLDAPFADETVRLYAVE
RVSILSDDELQLYMLELTQCLMFEKHLFNPLAEMLLERSLQNPWVVGHELFWLLKAQLHV
RPSYERYSLLLEQLLMLCGEFRQQLMNEVLVDNELYNIAQKVKEENIPKDNRVSFLQAEL
QQLFPKLPKPFSFALDSRMEAQQFKMSECKVMDSKKMPLWLSVIPQCIEEDEDLLISQPK
KIGKASEEGLIQINIMPDDNRQGKDGKEHANDQQNIDSKQSTLLKIMFKTGDDIRQDMLT
LQLIKIMDKIWLDAGLDFRMKPYKTISTQDNVGMIEVVTNSLTIEKIHGDAGVMGAFQQK
TIWNHLKTKNTEPQSFETATDNFLRSCAGYCVATYVLGIGDRHSGNIMITDTGHLFHIDF
GHFLGNFKQKFGIKRERTKFVLTEEMAFVMGGRDGDLFKKFQQDCTNAYNLVRKHGHFLI
NIFLMNLSAGMPELQQASNVKYIEDQLALNISDQEATAKFKQEIIISLNDTWRQIDNWFH
YIKRRGG
NT seq 4344 nt   +upstreamnt  +downstreamnt
atgagatcgaagtataagcaataaaagaatgatgagaatgagtttataaataaaaattat
agaattcaatatcttttctaattaatcatttaaggcgatttattaatattttttgttttg
ccaattatggataaataataaattgaagagaaatggttaatatgtgcagatccagatagt
tgtcagatttatactttaaatatcaatacaaatgaattcaaaattgaatgtgaggtcgat
taagaatacagataaaaagctattcaagctatttaataaattgaacaaatgttaaaattg
aaatcaggtacttggcgaatggcatctaaacaaattgaataatatcgaaggagaaaaatt
ccatcatatttattacataaataatcctcctctattccaacttatctttgttaatccaca
ctaagttaagcttttgttaaagtgaactcaatcaaactttaggtgaaattgaatcaatat
aaagaattatttattaatatgccaccagaagttcaattattagagaaacctaatatcgtc
gaaatagaagcaggattagtaacaggtgctgatgaagttataaaaaatgttttaagagaa
atctattaaagatttaaagtgaagcttaaaccaaaagatgaaaaaaattaatttatctta
caaattgctggattcaaagaatttttaacaggcaatcaccctatgttatcttatgataga
gtgagagtgtaattaagaggaatgaagcacttggaagttattcttactgaagttccaaaa
tacacagattaatcatctttatttcctcctattgtttaaagaataaaaggagctgattaa
tatcctccaatcgaatggaagaaatttaaagatgttcctatattattatggtatgcacct
tctacattgccaaaatatgaatttgaaataatcaacactagaatatcttttggaatagga
gccacttattaaatgaaatttgataaacctagaggttctagccaagaaaatatttcaaat
ttggattgcagcgaaaagattaaaagataatctgtcggagataatccataaaaacaatca
atttaagattaaggaaataaaaaaggagttggatatattaatgacttggtttctatgaga
aatgaattgtttagataaaatattctgtcaatcgatcaaaatattctttactctggggaa
tgcgactggccttttagtgtcagaatttgttcaatagaaaatcttgtttaagctcttgaa
taggacaataaatttgaaaaaccctaattaagagcaacctacaatggattaatacctcca
caatatattacaaaaaaaactagtacaaaagttgaagatgataatcataaaacaaaaaac
aacaaatctgaaaatagagagtaaaactaaggtagacaagtacatttaaaattgcataaa
agaacaggtagagtcttagatcctagaaatcttgatattcgtaaataaattccgtttgga
ggataagattttttggatgaattagagactttttaagaaagatacgaacttgactttcta
ccctttttaatatcagttcaggtttgtttatatcatggttgtaagctattgacaccatgg
tgttaagctgaaacaaagaaatagcctttcagtcattctcccaaattttatcaatcaatt
acttttcccggaatcaagatttcataactaccttaagaagcaagactttgcttcaatatt
atagctcatagtgctatagggtagcaataaattattggttgcacaactatgtatattttt
tctgaagaaaagagatttcgagctcatatgaattagttgaatgtatggcctttttataaa
attgatcctagattactttgcgtaggtcaatattttggttgggttaattcataatagtaa
gcagcaattacttctgatgtaattacaaattcttatggaagattaataatttaattagat
caattcaatttaccaatgaaatggagtttaagagatgaaaaacaattagaagaacttgga
ttttcaaaatcagcaagaagttaaaggtactatgaaatgagaaatacacttattccaaat
tctgattattcaacatattagtagatgcaatcatcaactttggcctccgaataatttgga
accctatatcaaagtaattattcaacaacatcaaactcgtttagttctgcaagcaatttt
aatggtggatcccacatctttagtaaaaaataaagaggagttgtagcaggaagttcttta
tttgcagcaactaatattcattaaagataacattcaaacccttatgaacaatattctcag
gttggatttacatctcaagaatagggtacaattttgaggtttggagaatttaatgagaga
aacactcacctagccccttcggtaatgcatatgggataaggaagttccttcaatattcat
gagcaatccagttcttaatttagttcctacaaactaagccattaattctcgtcataaaat
atctcttaaaattaacctgtgagtgagagttacaattaaattgtcacttttaaaaattgg
tcaactactccacgaaccgaagatctagctatcctacaggctttactaaagtacaatcca
ctaaacagaccatattttactgaccagcataaatatattctaatgatttgtaggaatcac
tataagactttaccatatgcactttaaatatttttaatggctatagaatgggatgatcct
gagtaagtaagggaagcacataatatgataaaattatggactcctttacctccagaagat
gcactgccattactggatgccccatttgctgatgaaactgtcaggttgtatgcagttgag
agagtaagtatattgtctgatgatgaattgtaattgtatatgttagaattgacttagtgt
ttgatgtttgagaaacatcttttcaatccgttagcagaaatgttgctagaaagaagtctg
taaaatccatgggttgtgggtcatgaattattttggttgttgaaagcttaattgcatgtt
agaccatcttatgaaagatattctcttttattagaataattacttatgctttgcggggaa
ttcagataataattaatgaacgaggttctcgttgacaatgagctttataatattgcataa
aaagtcaaagaagaaaatataccaaaagataatagagtttcattcttataagcagaactg
caataactttttcctaaactacctaaacccttctcatttgctttagattcaaggatggaa
gcttaataatttaagatgagtgaatgtaaagttatggattcaaaaaaaatgcctttatgg
ttgtcagtgattccccaatgcatagaggaagatgaagatctattgatttctcaacctaaa
aagattggcaaagcaagcgaagaaggtttaatataaattaacattatgcctgatgataat
agataaggaaaagatggcaaagagcatgcaaatgattaataaaatatagattcaaaacaa
tccacgcttctaaaaataatgtttaaaactggggacgacattagataagatatgttgaca
ttgtaattgattaaaattatggataaaatttggttagacgcaggcttagattttagaatg
aaaccgtataaaactatttcaacataagataatgttggtatgatagaagttgtgactaac
agtttgacaattgaaaagattcatggagatgcgggtgtgatgggagcattttaatagaaa
accatatggaatcatttaaaaacaaaaaacacagaaccataatcattcgaaacagcaact
gataattttctacgttcctgtgctggttattgtgttgcaacttatgtattaggaattgga
gataggcactctggaaacattatgattactgatacaggtcatttatttcacatagatttt
ggtcatttcttaggtaattttaaataaaagtttggaattaagagagaaagaactaaattt
gtattaacagaagaaatggcttttgtgatggggggcagagatggagatctcttcaaaaag
ttttagcaagattgcacaaacgcatacaatttagttagaaagcatggacattttttaata
aatatctttttaatgaatctttctgcaggtatgccagaactataataggcatcaaatgtt
aaatatattgaggattaattggcattaaacatttcagattaagaagcgacagcaaaattt
aaataagagattattatctctttgaatgatacttggagatagattgataattggttccac
tacattaaaagaagaggtggttga

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Ontology (3)   
   KEGG BRITE (3)   
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 (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   GENOSCOPE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (71)   

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