KEGG   Strongylocentrotus purpuratus (purple sea urchin): 586734
Entry
586734            CDS       T01019                                 
Name
(RefSeq) phosphatidylinositol 4-phosphate 3-kinase C2 domain-containing subunit beta
  KO
K00923  phosphatidylinositol-4-phosphate 3-kinase [EC:2.7.1.154]
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Pathway
spu00562  Inositol phosphate metabolism
spu01100  Metabolic pathways
spu04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:spu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    586734
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    586734
Enzymes [BR:spu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.154  phosphatidylinositol-4-phosphate 3-kinase
     586734
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka C2 PI3K_C2 PI3K_rbd PX UIM DUF4135
Other DBs
NCBI-GeneID: 586734
NCBI-ProteinID: XP_030844663
Position
Unknown
AA seq 1857 aa
MSTTSDGMHHGGQGVSGSSPDDQLDADIQRAMALSLETERMDELRRKRFGIPSLPTKTFS
EKKPVAVTKSCSSAVPRGAKPASVQQSNLSSSTPKADDLFRGTSSGSSAAELDLMSFGFD
HVMKNYSGPTAGNASTQPPGAGPLPSPGQSGMPLKSPHGFGMGQGLARSSQSMRQPKGGS
MVQPSMETPSRNPFAPSFLPLNNQATALSRFHQTRTSFAASNSSADRFGQVLSVSHSQKQ
MSRSSPSSPETSHRKTSKSATTTPAEGNNANQETFSDLMSSLGVEIGGSKPAGNIQKDSS
TTKSGDGGLSLINLAPTFEQITSTHKSTLASGISEQPPPLPPKARRSQQSHIGFHLEATS
SSSSMRRIHSNPSFGTMETNTSISQSISSFGFASQASSQSMPQPGDRLPFAPPATTPSDS
IDSNDLMFFRSSLADQADFFDFSYFDPLQPQAPEPTPEPTPGPTPGPVPSESQSQQTGTS
AADAGSTESTSEDPQVRPRKAKQSESGQRPTSIEVEESEQAGKRPRSLYGAKGAAVEVAE
PEPWIPKSAVSTASAKKSKPDKVFFGDGLFDLASQRDEEGETFAQTVSRLRKNYPSIDTL
TNRGFVSSLIFSKRMQEDMETSVKVVLLRPNDSGPITFTCDVKTSIQHVISQALCHVEGD
IDISSDSYVLKVPGYSEYMHNETSLGDYEYVQECYKFDRDVRLTLTRREKMNLSLARTSA
DDNGDVGMSTFSNLFDRPVTTSVSKMGINVLMDAFTTESEKLKKAVEAKSHQPYVGPLVQ
TVKAICATLAKVESNSVTMAVKILQTGHSPLLALERLTDAVLQLVDIYCQAFDTDLGPEL
SPGVASSKMGTIEAGLEDITTMGQCLRVKIASAHRLPLQWKNSHDMFAVTCQVFYGGQPL
HTQVDTWPSKISNGFFDKVTWHEDVELPIPISRLPREARICLTLCGVDMNSGERTVRGWV
AVPLFNFRSVLLTGSQLLGLWPESRANPIGTCASNLLSPDSAILQVDFPTFKQVVIFPPI
EPKKAVNRPTSFTALEEHEQYRLHGILKKDSLSPLREDDATFLWNKRHFCTRISWALARV
LQVAASWDWACLADIYALMEEWIPLDPLDALQLLHPRFADQHVRSKAVEWIQPLEDDELC
DYLPQLVQALKYESYHDSALASFLIERALSSIRIAQYLYWYLHDSKHDHKFSQRAEMVLC
ALLSVCGRGLRQQFRKQDALMMNLSNIAEQVKAAKDSVRPALLHKALGTLPADLSQQVRL
PTNPSLEINGIDVQACSYFTSFTVPLKLHCRNIDTLGEDIVIMFKEGEDMRQDMLTMQMI
RIMDKLWLADGLDLRMVTFRCMTTGIHRGLVELVPESETLRKIQVEHGVTGSFKDKVLAE
WLQKHNPTELNYQKAVENFTFSCAGYCVATYVLGIGDRHNDNIMVTKTGHMFHVDFGKFL
GNAQMFGNVKRDRTPFVLTSDMAYVINGGGKTSSRFQEFIDLCCEGFNLVRRHANLFFNL
FGLMLNTGIAQLSKAEDLKYVQNALKPQASDVEATAMFTRMIEASLGAKSTQINFFFHNL
AQMSFSASSSTELSFAPKRYTLATDGKIQEAKVFGIQKRYETEKYYVYIVRLLRTGSTVP
LFIFRRYSEFGELRDKLGLLYPTFGLPPLLSHRRVGRTHVKQVAERRKKELERYLRWLFS
MPPEVSQCDLVYTFFHPSLRDEKDAGQATCNKVKASAIEEEEESVVHTKGGQVGGQVKLT
IQHRQGALFIMVIHAKDLGSTDGGDPDPYVKTYLTPDPQKSTKRKTRVVRKTRNPTYNEM
LVYKYSDKEIERRTLHLTVWNSDLLKENAFLGATNIPLNKMDLTKETTKWYHLGDLT
NT seq 5574 nt   +upstreamnt  +downstreamnt
atgagtaccactagtgatgggatgcaccacggaggtcaaggggtcagcggttccagtcca
gatgaccagcttgacgcggatattcaaagggcgatggccctcagtcttgagacagaacgc
atggatgagctcagacggaaacgcttcggtataccctccctgccgacgaaaaccttcagt
gagaaaaagcctgtagcagtcaccaaatcttgctcttcagcagtgccacgtggagcaaaa
cctgcatcagtccaacagagcaacttgtcatcgtccactccaaaagcagatgatttattc
agaggcacttcgagcggaagcagcgctgcagagttggatctcatgtcttttggatttgat
catgttatgaagaactacagtgggcctactgcaggaaacgcaagtacgcaaccacctggt
gcagggcctttgccaagtcctggccagagtgggatgcctttgaagagtcctcatggcttt
ggtatgggacagggattagctaggtctagccagtctatgagacaacccaaaggtggaagc
atggtacaaccaagcatggagaccccctccaggaacccctttgccccttcatttctacct
ttgaacaatcaagctacagcattgtcaagatttcatcaaacaagaaccagttttgcagca
tcgaatagcagtgcggatagatttggccaagtgcttagtgtatcgcattctcagaagcaa
atgagtcgatcttcgccttcgagtccagaaacgagccatcgcaagacgtcaaagtcagca
acaacaactcctgctgaaggcaacaatgccaatcaggagactttttctgaccttatgtca
tcacttggtgtagaaataggaggatcaaagcctgctggaaacattcagaaagactcttca
acaaccaaatctggagatggtggtttaagcctgataaaccttgctccaacatttgagcaa
ataacatccacccataagagcactttagcatcaggtatctcagaacagccgccacctctc
ccaccaaaagcccgtaggagccagcagagtcacataggcttccatctggaagcgacctcc
tcatccagcagcatgcgacgcatccatagcaacccaagctttggaaccatggaaacaaat
acatccatttctcaaagtatctctagctttggctttgcttctcaggccagttcccaatcc
atgccccagccgggagacagacttccatttgcaccacctgcaacaactcccagcgactct
atagattccaacgacttgatgttcttccgttccagcctggctgaccaagctgacttcttt
gactttagctactttgaccccttgcagccacaggctcctgagccaactccagaaccaact
ccaggaccaactccaggacctgttcctagtgagtcccaaagccagcagacaggcacctct
gcggcggacgcgggcagcactgagtcaacgtcagaagatccacaagtaagaccccggaag
gctaagcagtctgaaagtggacagagaccaacgtccattgaggttgaggaatcggagcaa
gcagggaagagaccaaggagtttgtacggcgctaaaggtgcagccgtggaggtggctgaa
cctgagccatggatacctaaatcagccgtctctactgcatcagccaaaaagtctaagccc
gacaaggtgttctttggtgacggattatttgacctggcatctcagcgtgatgaggagggt
gaaacattcgctcagacagtcagcaggttacggaagaattatcctagcatcgatacccta
acaaaccgaggctttgtgagttctctgatcttctcaaagaggatgcaagaagacatggag
acgagtgtcaaggttgttctcctcagaccaaacgatagtggaccaattactttcacttgt
gatgtgaaaacttcgatccaacacgtgatcagtcaagcgctgtgccatgtagagggtgac
attgatatttcaagcgattcttacgttctcaaagtaccaggatattctgaatacatgcac
aatgagaccagtctaggggattacgagtatgtccaggaatgctacaagtttgaccgagat
gttcgtcttaccctcacccgacgggagaaaatgaatttatctctcgctagaactagtgct
gatgataatggtgatgtggggatgagtacgttctcaaatctctttgacaggcctgttact
acatcagtatcaaagatgggaatcaacgtcttgatggatgcattcaccacagagtcagag
aaactcaagaaagcagttgaggccaagtcccatcaaccttacgtgggtcccctagtccag
actgtcaaggcaatctgtgccactctggccaaggtagaatccaacagcgtcactatggcg
gtcaagatcctccagaccggtcactcccctctccttgccctggaacgtctgaccgatgcc
gtgcttcagcttgttgatatctactgccaggccttcgataccgacctaggaccggagctg
tcgccgggcgtggcctcttctaagatggggactatcgaggcggggctggaagacatcacc
accatgggacagtgcttgagagtcaagatagcttcagcacatcggcttcccctacagtgg
aagaattctcatgacatgtttgcagtaacctgtcaggtattttacggtggacagcctctc
cacacccaggttgatacatggccgtccaagatttcaaatggattctttgacaaggtcact
tggcatgaagatgtggagctaccgatccctatcagtagattgccaagggaagctagaata
tgtttgacactgtgtggagtggatatgaacagtggggagaggacagtgcggggatgggta
gctgtcccgctcttcaactttagaagtgttctcctaacaggcagtcagctgctaggacta
tggccagagagtcgggcaaaccccatcgggacatgtgcctccaacctgctcagtccagac
agtgctattctacaggttgacttcccaacgttcaagcaggtagtgatcttccctccaatc
gagcctaagaaagcggtcaaccgacccaccagtttcacagctctggaagaacatgaacag
tatagacttcatggtatcctcaagaaagactcgctatctcccctgagggaggatgatgct
acttttctgtggaacaagcgtcacttctgtacccgtatcagctgggcactagcgcgtgtg
cttcaggtagctgctagctgggattgggcgtgtctagctgatatctatgctctgatggag
gaatggattcctctggaccccttggatgccctccagctactgcatcccaggtttgctgac
caacatgtgaggtcaaaggccgtcgagtggatccaacccttagaggacgatgaactctgc
gattacttgccacagcttgttcaagcactgaagtacgagagctaccacgactcagcctta
gccagctttctcattgagcgggcccttagtagcattcggattgcgcagtatctttactgg
taccttcacgatagcaagcatgatcataagttcagtcagagagctgagatggtactgtgt
gctctgctcagcgtgtgcggccgagggttgcgtcagcagttcagaaagcaggatgcgctc
atgatgaacctgagtaacatcgctgagcaggtcaaagccgctaaagactctgtgagaccg
gctcttcttcataaagctctgggcacacttcctgcagacttatctcagcaagttcgtcta
cccaccaatccaagtttggaaatcaatggtattgatgtacaggcatgttcatacttcacg
tccttcaccgtaccactgaagcttcattgccgtaatatagataccctcggagaggacatt
gttatcatgttcaaggaaggtgaggatatgaggcaggacatgctgaccatgcagatgatt
cggatcatggataaactctggctagctgatggtctagatctgaggatggttactttcaga
tgtatgaccacagggatacatagaggtctagtggagctggttccggagtcggagaccctt
cgtaagatccaggtagagcatggggtaacgggatccttcaaggataaggtccttgcagaa
tggctccagaaacataacccaacggaactcaactatcagaaggcagtggagaacttcacc
ttctcctgtgcaggatactgtgttgctacgtacgtactaggcatcggtgatcgccataac
gataacatcatggtcaccaagacaggtcacatgtttcacgtcgactttggcaaattcctc
gggaatgcccagatgtttggcaacgtcaagagagaccgcacaccctttgtgttgacctct
gacatggcttatgtgatcaacgggggagggaagacaagcagtcgattccaggagttcatt
gacctttgctgtgaaggtttcaaccttgtcaggcggcatgctaacctcttcttcaatctc
tttggattgatgctgaataccggtatcgcccagttatcaaaggcagaggacttgaagtat
gttcagaatgctctcaagccacaggctagtgatgttgaggctactgcaatgttcacaagg
atgatagaggcaagtcttggagccaagtcaacccagatcaactttttctttcataacctg
gctcagatgagcttctcagcttcaagcagcactgaactctccttcgcacccaagagatac
acccttgccacggacgggaagatacaagaggctaaagtgtttggaattcagaagagatat
gaaacagaaaagtactatgtctacattgtaaggctccttcggacgggttccacggttcct
ttgttcatcttccgtcgatacagcgagtttggagagcttcgcgataagctcggacttctc
taccccacgttcggcctgccccctctgctgtcccatcgaagggttggtcgtacccatgtc
aagcaggtggccgaacgcaggaagaaagagctggagaggtacctcagatggctgttttct
atgcctccagaagtgtcccagtgtgacctagtctacacattcttccatccatccctgaga
gacgaaaaggatgcaggtcaggcaacctgtaacaaggtcaaagccagtgccattgaagag
gaagaagagagtgttgttcataccaaaggaggtcaggtcggaggtcaggtcaaactaacc
atccagcacagacagggggcgctcttcattatggtcatacatgccaaagacttgggttcg
acggatggaggcgaccctgacccgtatgtcaagacgtatttgacccccgacccgcagaag
tcaaccaagagaaagacgagggtcgtccgcaagacacgcaacccaacgtacaatgaaatg
ctggtgtacaagtactcagataaggagatagagagaagaactctacatctcactgtatgg
aactctgatctactcaaagagaacgccttcctgggtgccacaaacatccctctcaacaaa
atggacctgaccaaagaaaccactaaatggtatcatttgggagatctcacctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (8)   
   Pfam (8)   
All databases (69)   

Download RDF
DBGET integrated database retrieval system