KEGG   Dictyostelium purpureum (cellular slime mold): DICPUDRAFT_57810
Entry
DICPUDRAFT_57810  CDS       T02090                                 
Name
(RefSeq) hypothetical protein
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
dpp  Dictyostelium purpureum (cellular slime mold)
Pathway
dpp00562  Inositol phosphate metabolism
dpp01100  Metabolic pathways
dpp04070  Phosphatidylinositol signaling system
dpp04145  Phagosome
Brite
KEGG Orthology (KO) [BR:dpp00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    DICPUDRAFT_57810
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    DICPUDRAFT_57810
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    DICPUDRAFT_57810
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dpp04131]
    DICPUDRAFT_57810
Enzymes [BR:dpp01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.150  1-phosphatidylinositol-3-phosphate 5-kinase
     DICPUDRAFT_57810
Membrane trafficking [BR:dpp04131]
 Endocytosis
  Macropinocytosis
   Kinases
    DICPUDRAFT_57810
 Endosome - Golgi transport
  Others
   Others
    DICPUDRAFT_57810
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1
Other DBs
NCBI-GeneID: 10505995
NCBI-ProteinID: XP_003292247
JGI: Dicpu1_57810
UniProt: F0ZXV4
Position
Unknown
AA seq 1787 aa
MPQKTSTTSFSMSSLPFFKIPNRNNNNNNNNNNNNINNKGTLAAGSSSISPPNSARSHYN
SGSGSNSHTPQLSSSFSNLPKIESSPPKSDQLNPVVVPTFNHPLKTSLPTFSIQPPSLQP
SPPNNNYAQTIFSPNKNQQQPQQQNNSNNNNNNNINNNNSNNNSNKTIIIAPNSLFFSDP
SIISLKSHPKTTNKVKFLEKYPLPKKYYESSNDLISTFGFKKKNSEAGNLLSLLSTSQQK
EIEEKERSKISNTPQMSFYIQHMGNIVSQELEKNNIDGSWKSIIIGLAKKATDNVKIQVI
NGDKMSTNEYIKIKKIPGGNKLECDYIDGIVMTKILTHKKMKDSFSNPKILLLSCSVEFQ
RVENKFLYFDQLLQQEKDYLRILVSKIAERKPDLVLVEKTVSRHAQDFLLEAGISLALNV
KPKLLERLGRCLGGEVLPTLDIIYPANATPNNGLSPSINPSNSPMMSTPVKSTSLSASTA
LPTTLGSCGQFRVKTFSEVGLKEEGVFGKKTLMYFEKCPTELGSTITIRGENLETLKIIK
KILRFCIYSLHHAYLELKYLLDQSSTPNPLYITNNNGQNLSCSPQIKFPLPKIYPTIPWK
YKFTSQHIPTKKMLLQSFYKPHSDTGQQQSVLQYTSDDEVLGIGTSEAFKQNKMYFPIEN
ESMYDHQSIVYTHSIFCNSTQCIPFELHSINFYTENDLTLGEFLSKFCFSYHVCNIKECN
RPLSEHERTFMNSTTRINVCIQKTQTIPATIQQQQQQQRFPQRSNITVINLCKICNKFSQ
ENKMSEEAWEMSFGKFLELCFFGFLPIKSGDITPECNHNASKDHISYFYYQDFAAIFSYE
PLATLELSLPSKNLKSCHTEKQKLQLRIKQLELMNQCAIQVYDAIQEKLCDLGQDNQDRI
HELIPSLTLERQLICNKIETLIQQAESSTDGNETLINLTKVLYANFMTWNSQLSGLSDST
PYHRSKKNNIQNQTPQTQQLSSSLLSQPQFPSSFVQPPQFASSYSVQPSPLQLQLQQQQQ
QQQQQQKEKEKENNDTEEKEDDESLENKDNEQNTIDSLSETNSISNNNSSNNLHDDNNNN
NNNNNTNNNNNNNQLLSPSIVLNKSSQGINAATLSLPTINNNYNSVETDLTLPLNHQSLN
FAISGFGSYNNIPTVSAIPPSVNGSSNLSMNYSPNGLSKDPAKKQPLKIIDTITNIVTSI
SQTKILGPTMPYLLLESTDNVALFENEPSTTIAYTLSSADFKTALKTLLEEELKKISEIE
KQYEQQEKQEQQEHQPSHPLSQSQSLQNSPVLRPTSLNILDKPILDSLKSLQGENKKQSN
SPISISPLSTSFDKKKVLNSTSPISTILEKEKKHKLNSSSSSISSPSINNNNNEKDEKED
KEEKELKQQNEKQEKDLEFTTATIEELKIQDDTSINEKIEDYKDELIYDDCLDDDVLSDI
YSEKNIRLSKLMVSIQRKEIRSRFKFEKNGYEVNIFCSSYYPVQFHALREYMVGDQDFIQ
SLTRSKIWNAKGGKSGSSWSKTLDDRFILKQVSRIELESFLDFAPLYFEYICKSFLNQIP
TSLCKILGVFTVRWKDSNGKSIKRDLIVMENLFHNKSISKTYDLKGSLRGRLVKNESEVL
LDENLLQASFASPICLGEYDKTRVALAVWNDTAFLSSLNVMDYSLLSGIDTQNNQLVVGI
IDYMRKFTWDKALEMKVKQSGIMGGGGKVPTVISPKQYKIRFRDAMWLYFTLSPDKFTKV
ENLQQIEKKKNNLLNNNNNNNSNNNSNNNNNNRNNSNTNRNNNINSR
NT seq 5364 nt   +upstreamnt  +downstreamnt
atgccacaaaaaacctctacaacatcattttcaatgtcatcacttccattttttaaaata
ccaaatagaaataataacaacaataacaataataataataataatattaacaacaaaggt
acattggcagctggttcatcatcgatatcaccaccaaattcagcaagaagtcattataac
agtggtagtggatccaatagccatacacctcaactttcatcttcattttcaaatttacca
aaaattgaatcatcaccaccaaaatcagatcaattaaatcctgttgttgtaccaacattt
aatcatcctctaaaaacttctttgccaactttttcaattcaaccaccttcattacaacca
tcaccacctaataacaattatgctcaaacaatattttcaccaaataaaaatcaacaacaa
ccacaacaacaaaataattcaaataacaataataataacaatattaataataataatagt
aataataattcaaataaaacaattattattgcaccaaattctttgttttttagtgatcct
tcaattatatcattaaaaagtcatccaaaaactacaaataaggttaaatttttagaaaaa
tatcctttaccaaagaaatattatgaaagttcaaatgatctaataagtacatttggtttt
aaaaagaaaaatagtgaagcaggtaaccttttatcattattatcaacttctcaacaaaaa
gaaattgaagaaaaggaaagatctaaaatatcaaatactcctcaaatgtctttttatatt
caacacatgggaaatattgtatcgcaagaattagaaaaaaataatattgatggttcatgg
aaatcaataattataggtttggctaaaaaggcaactgataatgtaaaaattcaagtaatt
aacggtgataaaatgtccacaaacgaatatattaaaattaaaaaaattccaggtggtaat
aaattagaatgtgattatatcgatggtattgttatgacaaaaattttaacccataaaaag
atgaaagattcattttcaaatccaaaaatattattattaagttgttcagtagagtttcaa
agagtcgaaaataaattcctttattttgatcaattattacaacaagaaaaagattatctc
cgtattttagtatcaaagattgcagaaagaaaacctgaccttgtattggttgaaaaaaca
gtatcaagacatgctcaagatttcttattggaagccggaatttctttagctttaaatgta
aaaccaaaacttttagaaagattaggtagatgtttaggtggtgaagttttaccaacatta
gatattatatacccggctaatgctacaccaaataatggattatcaccatctatcaatcca
agcaacagtccaatgatgtcaactccagtaaaatcaacaagtttgtcagcatcaacagct
ttaccaactacacttggatcatgtggtcaatttagagttaaaaccttttccgaagttggt
ttaaaagaagaaggtgtttttggtaaaaaaacattaatgtattttgaaaagtgtcctact
gaattgggttcaaccattacaattagaggagaaaatttagaaactttaaagattataaag
aaaattcttagattctgcatttattcattacatcatgcctatttagaattaaaatatctt
ttagatcaatcatcaacaccaaatccactctatattacaaacaataatggtcaaaactta
tcttgttcaccacaaattaaattcccactaccaaaaatttatccaactataccatggaaa
tataaatttacaagtcaacatataccaacaaagaaaatgttacttcaaagtttttataaa
ccacattctgatactggccaacaacaatcagttttacaatatacatcagatgatgaagtt
ttaggtataggtacatcagaagcatttaaacaaaataaaatgtatttcccaatcgaaaat
gaatcaatgtatgaccatcaatctattgtttatacacattcaatcttttgcaattcaacc
caatgtattccattcgaattacattcaatcaacttttatacagagaacgatttaacttta
ggtgaatttcttagtaaattttgttttagttatcatgtatgtaacattaaagaatgtaac
cgtccattatcagaacacgaaagaacttttatgaattccactactcgtataaatgtttgt
attcaaaaaactcagactattccagctacaatccaacagcaacaacaacagcaaagattt
ccacaacgttcaaatatcactgttatcaatctttgtaaaatttgtaataaatttagtcaa
gagaataaaatgtcagaagaagcttgggaaatgtcatttggtaaatttttagaactctgt
ttctttggtttcttaccaatcaaaagtggtgatattacaccagaatgcaatcataatgcc
tccaaagatcatatttcttatttttattatcaagattttgcagcaattttttcttatgaa
ccattggctactcttgaactttccttaccatcaaagaacttaaaatcttgtcacactgaa
aaacaaaagcttcaacttcgtatcaaacaattagaattaatgaatcaatgtgccattcaa
gtatatgatgcaattcaagagaaactttgtgacttgggtcaggataatcaggatagaatt
cacgaattaattccatcattaactttagaaagacaattaatttgtaataaaattgaaact
ttaattcaacaagcagagtcatcaactgatggtaatgaaacgctcattaatcttacaaag
gttttgtatgctaattttatgacatggaattctcaattaagtggtctcagtgatagtacc
ccatatcatcgttcaaagaaaaataatattcaaaaccaaaccccacaaacacaacaatta
tcatcatcacttttatcacaaccacaatttccatcatcatttgtacaaccaccacaattt
gcatcatcatatagtgttcaaccatcaccattacaattacaattacaacaacaacaacag
caacagcaacaacaacaaaaagaaaaagaaaaggaaaataatgatacagaagaaaaagaa
gatgatgaatcattagaaaataaagataatgaacaaaatacaattgattcattaagtgaa
acaaatagtatttcaaataataatagttcaaataatttacatgatgacaataataataat
aataataataataatactaataacaataacaataataatcaattattatcaccatcaatt
gtattaaataaaagtagtcaaggtataaatgctgcaacattatcattaccaacaattaat
aataactataattctgtggaaactgatttaacattaccacttaatcatcaaagtttaaat
tttgcaatttctggctttggttcatataataacatcccaactgtatcagctataccacct
tcagtaaatggttcaagtaatctttcaatgaattattctccaaatggattatcaaaggat
ccagcaaagaaacaaccattaaaaattattgacaccattacaaatattgtaacatctatt
tctcaaactaaaattttaggaccaacaatgccatatcttttattagaaagtacagataat
gttgccttattcgaaaatgaacctagtacaactattgcttatactctatcaagtgctgac
tttaaaactgcattaaaaactttattagaagaagaattgaaaaagattagcgagattgaa
aaacaatatgaacaacaagaaaaacaagaacaacaagaacatcaaccatctcatccatta
tcccaatctcaatcattacaaaactcaccagttttaagacctacaagtttaaatatttta
gataaaccaattcttgatagtttaaagagtttacaaggtgaaaataaaaaacaatcaaat
tccccaatttcaatttcaccattatcaacttcatttgataaaaagaaagttttaaattca
acttcaccaatttcaacaattttagaaaaagaaaaaaaacataaattaaattcatcatca
tcatcaatatcatcaccatcaataaataataataataatgaaaaagatgaaaaggaggat
aaagaggaaaaagaattaaaacaacaaaatgaaaaacaagaaaaagatttagaatttaca
acagcaacaattgaggaattaaaaattcaagatgatacatcaataaatgaaaaaattgaa
gattataaagatgaattaatttatgatgattgtttagatgatgatgtattatcagatatt
tattcagaaaagaatattaggttatcaaaattaatggtatcaattcaacgtaaagaaatt
agaagtagatttaaatttgaaaagaatggttacgaggtaaatattttctgttcatcttat
tatccagtacagtttcatgctttaagagaatatatggttggtgatcaggatttcattcaa
tctttgactagatctaaaatctggaatgcaaaaggtggtaaaagtggttcatcatggagt
aaaacattagatgatcgtttcattcttaaacaagttagtcgtattgaattggaatcattt
ttagatttcgctcctttatatttcgaatatatttgcaaatcattccttaatcaaatccca
acatcactttgcaaaattcttggtgtcttcactgtccgttggaaagattcaaatggtaaa
tcaatcaaaagagatttaatagtcatggaaaaccttttccacaataaatcaatttcaaaa
acttatgatcttaaaggatcactccgtggtagattggtaaagaacgaatccgaagtactc
ttggatgaaaaccttttacaagcttcctttgcatcacccatttgtttaggagaatacgat
aaaactagagttgcattagcagtttggaatgatacagcatttttatcatcattaaatgtt
atggattactctttattatcaggtatagatactcaaaataatcaattggtagttggtatt
atagattatatgagaaagttcacttgggataaagctttagaaatgaaggttaaacaatca
ggtattatgggtggtggtggtaaagttccaactgttatttcaccaaagcaatacaaaatt
agattccgtgatgcaatgtggttatactttactttatcaccagataaattcacaaaagtc
gaaaatttacaacaaatagaaaaaaagaaaaacaatttattaaacaacaataataataat
aatagcaataataatagtaataacaataataataatagaaataatagcaatactaataga
aataataacataaattcaagataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (27)   

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