KEGG   Saccharomyces cerevisiae (budding yeast): YFR019W
Entry
YFR019W           CDS       T00005                                 
Symbol
FAB1, SVL7
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce00562  Inositol phosphate metabolism
sce01100  Metabolic pathways
sce04070  Phosphatidylinositol signaling system
sce04145  Phagosome
Brite
KEGG Orthology (KO) [BR:sce00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    YFR019W (FAB1)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    YFR019W (FAB1)
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    YFR019W (FAB1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sce04131]
    YFR019W (FAB1)
Enzymes [BR:sce01000]
 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
     YFR019W (FAB1)
Membrane trafficking [BR:sce04131]
 Endocytosis
  Macropinocytosis
   Kinases
    YFR019W (FAB1)
 Endosome - Golgi transport
  Others
   Others
    YFR019W (FAB1)
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE DUF3391
Other DBs
NCBI-GeneID: 850574
NCBI-ProteinID: NP_116674
SGD: S000001915
UniProt: P34756
Position
VI:184502..191338
AA seq 2278 aa
MSSEEPHASISFPDGSHVRSSSTGTSSVNTIDATLSRPNYIKKPSLHIMSTSTTSTTTDL
VTNPILSNISVPKISPPTSSSIATATSTSHVTGTASHSNIKANANTSTSVNKKNLPPTTS
GRIPSSTIKRYPSRYKPSHSLQLPIKNDSNFKRSSIYASKSTVTAIPIRNNRPISMQNSY
ARTPDSDHDDVGDEVSSIKSASSSLTASLSKSFLFAFYNNRKKDKTSNNGVLSKEYWMKD
ESSKECFSCGKTFNTFRRKHHCRICGQIFCSSCTLLIDGDRFGCHAKMRVCYNCYEHADT
YEDSSDEENDSTMQLNEPRSRSRSRSSNTNPYSHSHSHLHLISQDNHNGTDLHDPVAATD
NPQQQNEVYLLNDDDVQSIMTSGEDSKLFISTPPPPPKMAIPATKQGGSLEISFDSENDR
ALHYQDDNPGRHHHLDSVPTRYTIRDMDNISHYDTNSNSTLRPHYNTNNSTITINNLNNT
TSNNSNYNNTNSNSNINNPAHSLRRSIFHYVSSNSVNKDSNNSSATPASSAQSSSILDPA
NRIIGNYAHRNYKFKFNYNSKGPSQQNDTANGNNDNNNNNNNNNNNNNNNSASGIADNNN
IPSNDNGTTFTLDKKKRNPLTKSKSTSAYLEYPLNEEDSSEDEGSMSIYSVLNDDHKTDN
PIRSMRNSTKSFQRAQASLQRMRFRRKSKSKHFPNNSKSSIYRDLNFLTNSTPNLLSVVS
DDNLYDDSSPLQDKASSSAASRLTDRKFSNSSGSNNNSNSNSNINTDPWKRIASISGFKL
KKEKKRELNEVSLLHMHALLKQLLNDQEISNLQEWITLLDGALRKVLRTILNARDLNTLD
FRQTYVKIKRISGGSPQNSEYIDGVVFSKALPSKTMPRHLKNPRILLIMFPLEYQKNNNH
FLSIESVFRQEREYLDKLVSRLKSLHPDIIYVGANVSGYALELLNDSGIVVQFNMKPQVI
ERIAKLTEADIAISVDKLATNIKMGECETFEVKSYIYGNISKTYTFLRGCNPELGGTILL
RGDSLENLRKIKQVSEFMVYAIFSLKLESSFFNDNFIQLSTDVYLKRAESKKLQVFEGYF
ADFLIKFNNRILTVSPTVDFPIPFLLEKARGLEKKLIERINQYESESDLDRQTQLNMLQG
LESTITKKHLGNLIKFLHEMEIENLELEFQKRSRQWEVSYSSSQNLLGTGSHQSITVLYS
MVSTKTATPCVGPQIVTIDYFWDSDISIGQFIENVVGTARYPCQQGCNGLYLDHYRSYVH
GSGKVDVLIEKFQTRLPKLKDIILTWSYCKKCGTSTPILQISEKTWNHSFGKYLEVMFWS
YKDSVTGIGKCPHDFTKDHVKYFGYNDLVVRLEYSDLEVHELITPPRKIKWKPHIDIKLK
VELYYKILEKINNFYGSVLSRLERIKLDSMTKDKVLSGQAKIIELKSNATEEQKLMLQDL
DTFYADSPCDQHLPLNLVIKSLYDKAVNWNSTFAIFAKSYLPSETDISRITAKQLKKLFY
DSSRKDSEDKKSLHDEKAKTRKPEKNELPLEGLKDVEKPKIDSKNTTENRDRTNEPQNAV
TITTFKDDTPIIPTSGTSHLTVTPSASSVSSSLTPQTEERPPISRSGTGISMTHDKSTRP
NIRKMSSDSSLCGLASLANEYSKNNKVSKLATFFDQMHFDALSKEFELERERERLQLNKD
KYQAIRLQTSTPIVEIYKNVKDAVDEPLHSRSSGNNLSSANVKTLEAPVGEHSRANNCNP
PNLDQNLETELENSISQWGENILNPSGKTTASTHLNSKPVVKETSENPKSIVRESDNSKS
EPLPPVITTTTVNKVESTPQPEKSLLMKTLSNFWADRSAYLWKPLVYPTCPSEHIFTDSD
VIIREDEPSSLIAFCLSTSDYRNKMMNLNVQQQQQQQTAEAAPAKTGGNSGGTTQTGDPS
VNISPSVSTTSHNKGRDSEISSLVTTKEGLLNTPPIEGARDRTPQESQTHSQANLDTLQE
LEKIMTKKTATHLRYQFEEGLTVMSCKIFFTEHFDVFRKICDCQENFIQSLSRCVKWDSN
GGKSGSGFLKTLDDRFIIKELSHAELEAFIKFAPSYFEYMAQAMFHDLPTTLAKVFGFYQ
IQVKSSISSSKSYKMDVIIMENLFYEKKTTRIFDLKGSMRNRHVEQTGKANEVLLDENMV
EYIYESPIHVREYDKKLLRASVWNDTLFLAKMNVMDYSLVIGIDNEGYTLTVGIIDFIRT
FTWDKKLESWVKEKGLVGGASVIKQPTVVTPRQYKKRFREAMERYILMVPDPWYREGN
NT seq 6837 nt   +upstreamnt  +downstreamnt
atgtcatcggaagaaccccatgcatctatatcctttccagatggctcacatgtccggtcg
tcctccactggtacttcatctgtgaacacaatcgatgctaccttatccagaccgaactat
attaagaaaccgtccctgcacattatgtcgacatctacgacgtcgactacgacggatcta
gtgacaaacccaattctgagcaatatctccgtgccaaaaataagcccccccacatcatcc
tcgatagcaacagcgacatcaacaagtcacgtgaccggcactgcgtcgcattcgaacatt
aaagctaatgctaacactagtaccagcgtgaataagaaaaatttgccgccaacaactagt
gggaggataccctctagcaccatcaagagatatccgagtcgctataagccttctcactcg
ctgcagctgcccattaagaacgactccaactttaaacgatctagcatatatgcctccaaa
tccactgttactgctatccccattaggaacaatcggccaatttccatgcagaattcctat
gcgcgcactcctgacagcgatcatgacgacgttggcgatgaagtgtcttcgataaagagt
gcctcttcttcgttgaccgcatccctgtccaagagtttcctgttcgcattttataacaac
cgcaagaaggacaagaccagtaacaatggtgtcctctcaaaggaatattggatgaaggac
gagagttctaaagaatgtttcagttgtggtaaaacgtttaacactttcagaaggaaacac
cactgcaggatatgcggccaaattttttgcagcagttgcactctcttgatagatggtgat
cgattcggctgtcatgccaagatgcgagtatgttacaattgttatgagcatgcagacaca
tacgaggactccagtgatgaagagaatgattctacaatgcaattgaatgagccaaggtct
cgctctcgctctcgttcttccaataccaatccatattctcattcacattcgcatttgcat
ctcatttcacaggacaaccataacggtaccgatctccatgatccagtagcagcaacggat
aaccctcaacagcagaatgaggtctacctattaaatgacgatgacgtacaaagtataatg
acctcaggtgaagattctaaattgttcatttctacacccccaccaccaccgaagatggcc
atcccagcaacaaagcaaggcggatcgctggaaatctcattcgattcggaaaacgatagg
gctttgcattatcaagatgacaaccccggtcgccatcatcacctcgattccgtgcccaca
aggtacactatcagagatatggacaatatatcacattacgataccaactctaattccact
ttgaggccacattataacaccaataacagcactattaccatcaacaacctcaacaacact
acttccaacaacagcaactataacaataccaatagcaacagcaacatcaataatcctgcg
cattccttaagaaggtctattttccattatgtaagcagcaatagtgttaacaaggacagt
aacaatagctctgcaacacccgcttcgtctgcacagtcttcttccatactggatcctgcc
aatcgtattatcgggaattatgctcatagaaattacaagtttaaattcaactacaattcc
aaaggtccttcgcaacaaaatgacacggcaaatggaaataatgataataataataataat
aataataataataataataataataataacagtgccagcggtattgctgacaacaataac
attccctcaaacgacaatggcacgacgttcactctagataagaagaaaagaaacccactg
acaaaatctaaatctacgtccgcttacctagaatatcctctaaacgaggaagactcttct
gaggacgaaggttccatgtccatatattctgtattgaatgatgaccataaaactgacaat
ccaattagatcaatgaggaactccacaaaatcttttcaacgagcgcaagcttcactacag
cggatgaggtttagaaggaaaagtaaaagcaagcattttcccaacaattcgaaaagttcc
atttatagagacttaaatttcttgaccaatagtactcccaatttactttctgtagtaagc
gacgataatctatacgacgattcttctcctttgcaagacaaggcctcttcatccgctgca
agcagactcactgacagaaaattcagcaatagcagtggcagcaataataatagcaatagt
aatagcaatatcaacaccgatccttggaagagaatcgctagtatatcgggattcaaactg
aaaaaggaaaaaaagagagaattaaatgaagtctctcttttacatatgcatgccctatta
aaacaattattgaatgatcaagaaatttccaatcttcaagaatggataacccttctagat
ggcgctttgcgtaaagttttaaggaccatcctgaacgcgagggatttgaacacattagat
tttagacaaacttacgttaagataaaaagaattagtggtggatctcctcaaaattcagaa
tatatcgacggggttgtcttttcgaaagcattgccgtcgaaaacaatgccacggcatttg
aaaaacccaaggatactattaatcatgtttccactggagtaccaaaagaacaataaccac
tttctaagtatagagtccgtctttaggcaagagcgcgaatatttggataaacttgtttcg
agattaaagtcattacatcctgatattatatacgtcggcgccaatgttagtgggtacgcg
ttagaactattaaatgactcaggcattgtcgtacagtttaatatgaaaccacaagtcatt
gaaagaattgccaagctaacagaagcagatattgccatttctgtggataagttggctacg
aatattaagatgggtgaatgtgaaacttttgaagttaaaagctacatttatggaaacatc
agtaaaacatatacatttcttcggggctgtaacccagaacttggtggaacaattttgtta
agaggtgatagtcttgaaaacttgagaaaaatcaaacaagtctctgaatttatggtctac
gcaattttttcattgaagttggaaagttcattttttaacgataatttcatacaactttct
acagatgtttatttgaagagagctgaatccaaaaaactgcaagttttcgaaggttatttt
gcagatttcttgatcaaattcaataacaggattttgactgtatcaccaacggtagatttc
cccattccctttttattggaaaaagccagaggcttggaaaagaagctcatagaaaggatc
aatcaatatgaaagcgaatctgatttagatcggcaaacgcaactaaatatgcttcaaggc
ttagaatcgactatcactaagaaacacttaggaaatttaataaaattcctgcatgaaatg
gaaattgaaaatttagagcttgagtttcagaagagaagtcgtcaatgggaggtttcatat
tcatcatcacagaacttacttggtacgggctcacaccagtctataacagttctctactca
atggtttcaacaaagactgccacaccttgcgttggccctcaaattgttactattgactat
ttttgggacagtgatatttccattggtcagtttatcgagaacgtcgtgggaactgccagg
tatccctgccaacaaggctgtaatggtctgtatttggatcattatagaagctatgttcat
gggtcaggaaaagtagacgttttaatcgaaaaattccaaactagattaccaaaattaaaa
gatattatcctcacgtggagttattgtaaaaaatgtgggacatctactccgattttacaa
attagcgaaaaaacctggaatcattctttcggtaaatatttagaagtcatgttttggagt
tacaaagatagcgtgacaggaattgggaaatgtcctcatgatttcactaaagatcatgtc
aaatactttggttacaatgatttagtggttcgactagaatattctgatttagaagttcat
gaattgataaccccaccacgcaaaataaaatggaaacctcatatcgacatcaaactgaag
gtggaactatactataagattctggaaaagatcaataatttctatgggagtgtcctaagt
cggttggaacgtattaaattggatagtatgactaaagataaagttcttagtggacaagct
aaaattatcgaattgaagagcaatgctacagaggagcaaaaattaatgttgcaagacctg
gatactttttacgcagatagtccttgcgatcaacatttaccattgaacctggttatcaaa
tctctatacgataaggctgtaaattggaactctacatttgcgatatttgcaaaaagctat
ttgccttctgaaactgatattagtcgtatcacggccaagcagctgaaaaaactgttttac
gattcttcaagaaaagacagcgaagacaaaaaatcacttcatgatgaaaaggcgaagacg
aggaaaccagaaaagaacgaattaccgttagagggattgaaagatgtcgaaaagccgaaa
attgatagcaagaatacgacagagaatcgtgacagaacgaacgaaccacagaatgccgtg
acgataaccacttttaaagacgacactccaattattccaacaagtggtactagtcacttg
acagttacaccttctgcatcgtcggtttcttcttctttgacccctcaaaccgaagaacgt
ccgccaataagcagaagtggaacaggtatatctatgactcatgataaaagcactagacct
aacataagaaaaatgagtagtgatagtagtttatgtggactagcatcacttgctaatgaa
tatagtaaaaataataaggtgagtaagctagctacatttttcgatcaaatgcattttgat
gccctgtcgaaagaatttgaactggaacgtgaaagggaaagattacaacttaataaggat
aaataccaagccatacgattacaaacatccacaccaattgtggaaatttataaaaatgtc
aaagacgcagttgatgaaccgcttcactctagaagttcaggcaataatttgtcatctgcg
aatgttaagactttggaggcacctgtgggagaacattcccgggccaataattgtaatcct
cctaatttagatcaaaacttggaaactgaattagaaaattccattagccaatggggagaa
aacattttgaacccctctggaaagaccaccgcaagtactcatttaaattctaagccagta
gtaaaggaaacttcagaaaatccaaagtcaatagttagagaatcagataattcaaagtcg
gagccgcttccacctgtaataacaacaacaactgtcaataaggtagaatccactccacaa
cctgaaaaatcattattgatgaaaaccttgagcaacttttgggcagatcgatctgcgtat
ttgtggaaaccccttgtttatccaacctgtccttcggaacacatttttactgatagtgac
gttataatccgcgaagatgaaccaagttccttgatcgcattttgcttaagtacttctgac
tatagaaataaaatgatgaacttgaatgtccagcaacaacagcagcagcaaacagcagaa
gctgctcctgccaaaacaggaggaaacagtggaggaactacgcaaaccggggatccttct
gttaacatttctccctcagtttctacaacttctcataataaggggagggactcagaaatt
tcatccttagtaaccaccaaagagggcttgttgaacacccctcccattgaaggcgcccga
gataggaccccacaagaatcacaaacgcattcccaagcaaatttagatactcttcaagaa
ttagagaaaattatgacaaaaaaaacagccacacacttgagatatcaatttgaggagggt
ttaacggtaatgtcatgtaaaattttcttcacagaacattttgacgtgtttagaaagatt
tgtgattgtcaagaaaacttcattcaaagtttgtcaagatgtgttaaatgggattccaat
ggggggaaaagtgggagcgggtttttaaagactttggatgatagatttattataaaggag
ctgtcacacgcagaactggaagccttcataaaatttgcaccaagttattttgaatacatg
gcacaagcaatgttccatgatttgcccacgactttggctaaagtatttgggttttatcaa
attcaagtaaaaagctctatttcaagttccaaaagttataaaatggacgttatcattatg
gagaacttattttatgagaagaaaacaacaagaatatttgatttgaagggttccatgaga
aatagacatgtcgaacaaacaggtaaagctaatgaagtgttgttggatgaaaatatggta
gagtatatttacgaatcacctattcatgttcgcgaatatgacaagaaacttttaagagct
tctgtttggaacgacacattatttttggccaaaatgaatgtgatggattattccttagtc
attggtattgacaatgaagggtatactttgacagtaggaatcattgatttcattcgaacg
tttacatgggacaaaaaactagaaagttgggtcaaagagaaaggcctagtagggggggcc
agtgtgatcaagcagcctaccgttgttacaccaagacaatataaaaaacgttttagggaa
gcaatggagaggtatattttgatggttcctgatccgtggtatagggaaggaaattaa

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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 (114)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (109)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (139)   

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