KEGG   Nakaseomyces glabratus: CAGL0K10384g
Entry
CAGL0K10384g      CDS       T01024                                 
Name
(RefSeq) uncharacterized protein
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
cgr  Nakaseomyces glabratus
Pathway
cgr00562  Inositol phosphate metabolism
cgr01100  Metabolic pathways
cgr04070  Phosphatidylinositol signaling system
cgr04145  Phagosome
Brite
KEGG Orthology (KO) [BR:cgr00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    CAGL0K10384g
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    CAGL0K10384g
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    CAGL0K10384g
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cgr04131]
    CAGL0K10384g
Enzymes [BR:cgr01000]
 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
     CAGL0K10384g
Membrane trafficking [BR:cgr04131]
 Endocytosis
  Macropinocytosis
   Kinases
    CAGL0K10384g
 Endosome - Golgi transport
  Others
   Others
    CAGL0K10384g
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 2890091
NCBI-ProteinID: XP_448671
UniProt: Q6FM73
Position
K:complement(1011380..1017694)
AA seq 2104 aa
MAIGQGTLPKDDQIEYNNEAGGTSTISEPIDLITRTGLVPKTTTTTEITTEDILSNDITV
PRVNDKSSNQLINDEMENHSYKESLSVNKLPHELNDNADHMDIKSKNIEPINTIVIPDTS
NFLPISNDIDKQEYISDPTSDKEEPPVESNTFLRSERNGEITSNDLRSELRVDKNIQLRA
SPNQNKTLLFALANDMNSKRSSTYASKSTVKAIPIRNHSSHSMARGFNSYYDNDDVSSLK
SRSSSMAASFSKGFLLGFYNNRNKHANNQKVVLSKEYWMKDESARECFTCGKRFNTFRRK
HHCRICGQIFCKNCTLIINGERFGYDRSLRVCQNCYKHADNYQDSSDEEYYEEENSVITR
EPSTNLMNEHLSKKEEQDSMNDFNIQEEGDSSIFNTPNKNNEVLFIHDDDVHSIITSKQD
SKLFISTPPPPPKMAIPATKQGESLEIAFNNNLVNRNSNKTISHDGNNEKITIRDLDDPT
SYKPNEKKNPNSTPSLRRSLFQYMGKTNRDQANNHMPSNPLPDSSLLNNRNFQFKFNFRP
ELYNERRKSFGADKFNSNENKNAINVSQSPKLSLEYDNNDLEDEASMSLYSSLHGSIPTD
KPIGFVRTSSKSDQRAMASLHRIRHKRTGKSKSISMTYPSNLDSDFISQSSPNLLSVVSD
ELPLPQPTSILYRTGWDKASTGTNNAWKRHSSLTSVRPSAEPKPELNKVAQIHLNSLLDQ
VLGDQDIADKELWKNKLLSLLSQIQNIILSAKDLNTLDYRQNYLKIKRITGGSIDASEYI
NGIVFSKNLPNKHMSRKIENPRILLLMFPVEYERSENKFLSIDSVIAQEKEYLNKLVSRI
LSLSPDIIYVGANVSGYALDLFCNAGIVIQYNMKPQVLERIAKYTDADIALSIEKLATNI
KMGECQLFEVKSYLYDKHISKTYTFLRGCEPTLGGTILLRGANETVLRKIKQIVEFMVYA
TFSLKLESSFFNDNFLQLSVEHYLLAKTESKNQQPEGYYSDFVEKFNNRLLSVSPTVSFP
LPFLLKQARNLERELRLLEDQESTVHAAKEEYQIGLLSDISNKLTKMELVNLGRYIMEKE
IQDLKNEYKKRARQWEVYYSLTRNMLGTGSHQSITVLYSMVSIKTATPCIGPQLMTIDYF
WDSDISVGQFIENIVSTAWHPCKQGCNTYLFDHYRSYVHGDGKVDVMLERFETKLPKLRD
IILTWSYCKKCGCSTPILQISQKTWNYSFGKYLEIMFWSERHSLLGVGKCGHEFTKDHVK
YFSYNDLVVRLEYSDLEIHELITPSRRIRWKPNRDIIMKVELYYGILDKINYFYSNVSER
LDRIKLDGLVVDKMEPGKQKLNEMKIMLENNKRNLLEKLEKQYKDTPGTEHLHLNSILRS
LYNQTNFWNNEFKEFGETYLPSENDITRITTSQLKKIFGEPKKPDLIPESTHLNVSDRSN
ELERISESQSFISESKEDSVDNNRAAERINALREHTKKPSISTSMINLSKHDQPSFIEHS
VPPTTYNDSGYDSRVGKLTNFFDQLHFDALTKEFELERELQKLQLNKSKSRKFRLQNSTP
IVEIYKDVKDAVDEPLHNDEKIQNDDSNEVESVDYSNSSKAHRSTQQKKVSEMLESELKN
SINRWGEAYINSDSNLASMEHLEKKGETDITKDNNKILDTDQKSVEVAPQPEKSTLMKTL
ATFWADRSAYLWKPFSFPIGANEHVFTDSDVIIREDEPSSLIAFCLSTSDYNNKMASIKD
DTDVAPVEKVVNNQDHKKSSNQQNISDSSEKTHANSNIESVNETSSVLTEEKASVSDKYF
DPAKNLEAIMTKKTAIHLRYQFEDGLVVMSCKVFFAEHFEAFRKICNCDENFIQSLSRCV
KWHSNGGKSGSGFLKTLDNRFVIKELTHSEVDSFIKFTPSYFEYMAQAMFHDLPTTLAKV
FGFFQIQVKNPISGSKNYKMNVIIMENLFYNKKTSRIFDLKGSMRNRHVEQTGKANEVLL
DENMVEYIFESPIHVREYDKKLLRASLWNDTLFLAKMNVMDYSLVVGINNDDYTLTVGII
DFIRTFTWDKKLESWVKEKGLVGGGNSIMKQPTVVTPKQYKNRFREAMERYILMVPDPWY
QDTN
NT seq 6315 nt   +upstreamnt  +downstreamnt
atggctattggtcaagggacgcttccaaaggatgaccaaattgaatataataatgaagcc
ggtggcactagtacaatttctgaacccattgatttaattactaggaccggcttggtacca
aagaccactacaactacagagatcactacggaggatatactaagtaatgatataacagtt
ccacgggtaaacgataaaagctctaatcaactaataaatgatgaaatggaaaatcatagc
tacaaagaaagcttgagtgttaataaactaccacatgagttgaatgataacgcagatcat
atggacataaagagtaaaaatatagaaccgattaatacaatagtcataccagatacttct
aatttccttcctatatcaaatgatattgataaacaagaatatattagtgacccaacaagt
gataaggaagagccgccggttgaatcgaacaccttcctgagatcagaacgaaatggggaa
ataacaagcaatgacttgagatcagagttgagagttgataaaaatattcaactgcgtgca
tctccaaaccaaaataaaacgttgttatttgctctcgcgaatgatatgaattcaaagcgt
tcaagcacgtatgcttcaaaatcaactgtaaaggctataccaatacgaaaccactctagc
cattcaatggctcgcggttttaactcatattacgacaacgatgatgttagctcattaaaa
agtagatcctcttcaatggcagcctcattttctaaagggttccttcttggattttataac
aatagaaataagcatgcgaacaatcaaaaagtagtgctatcgaaggaatattggatgaaa
gatgagagcgcgagagaatgctttacttgtggcaagaggtttaataccttcagaagaaaa
catcattgtcgaatatgtggccaaatcttttgcaaaaattgtacgttaattattaatgga
gaacggtttggttatgatagaagtctaagagtctgtcaaaattgctacaaacacgccgat
aactatcaggattctagtgatgaagagtattatgaggaagaaaatagcgtcataacaagg
gagccgagtacgaatctcatgaatgagcatctgtccaaaaaagaagagcaggactctatg
aatgactttaatatccaagaggaaggagatagtagtattttcaacacaccaaataaaaat
aatgaagtactatttattcatgatgatgatgtccatagtattatcacttctaagcaagat
tcaaaacttttcatatccactcctcctccacctccaaaaatggcgatacctgctacgaag
cagggtgaatctctagaaattgccttcaataataatctggttaatagaaactccaataaa
acaataagtcatgatggtaataatgaaaaaatcactattcgagatttggatgaccccaca
tcttataaaccaaatgaaaagaagaatcccaattccacaccttctttgcgtaggtctcta
ttccaatacatgggtaaaaccaatagagatcaagccaacaatcacatgcccagcaatccc
ttacccgatagtagtttactaaacaatagaaattttcagtttaagtttaactttagacca
gaactttataatgagaggcgaaaatcgtttggagctgataagtttaatagtaacgagaat
aaaaacgctataaatgtttctcaatcaccaaaactgtcattagagtacgataacaatgat
ttagaagatgaggcatctatgtctctgtattcctcactgcatggtagcattccaacagat
aaaccaattggatttgttagaactagtagcaaatcagatcaacgggctatggcttcatta
cacagaattagacacaaacggactggcaaaagcaagtcaatttcgatgacgtatcctagt
aacttagattccgattttatctctcagagttcgcccaatctattgtctgttgtgagtgat
gaacttccattacctcaaccaacatcaattttgtatcgaaccggttgggataaagcgagt
accggtaccaacaatgcctggaaaagacattccagcttaacatctgtaaggccctctgcc
gaacctaaacctgaattaaacaaggttgctcaaattcatttaaactcacttcttgaccag
gttttaggcgatcaagatattgctgataaagaactatggaaaaataaactgttatcatta
ctttcgcaaattcaaaacattatactatcggcaaaagatttgaatacactagactatcga
cagaactacttgaagattaagagaattacgggtggttctatagatgcatctgagtatatt
aatgggatagtattttccaagaatctacccaataaacatatgtctcgaaaaatagagaac
ccgagaattcttctgctgatgtttccagttgaatatgagagaagtgagaacaaattttta
agtatagactccgtaattgcacaggaaaaagaatatttgaacaaattggtgtctagaatt
ctatccttaagtcccgatattatatatgtgggagcaaatgttagtggttatgctttggat
ttgttttgcaatgctggcattgtaatccaatacaacatgaaaccacaggtactggaaagg
atagcaaagtataccgatgctgacatagctctgtcaattgaaaaactagccacaaatata
aaaatgggtgagtgccagctatttgaggtaaaatcctatctttatgacaaacatattagc
aagacatatacctttttgcgtggctgcgaacctacactaggtggcactattttattgaga
ggtgctaatgaaacagttttaagaaaaatcaaacaaattgtggagttcatggtatacgct
acgttttcacttaaattagagagctcctttttcaatgacaattttttacaattatctgtt
gagcattatttgcttgcaaaaaccgaatcaaaaaaccaacaaccagagggatattattca
gattttgtagaaaagttcaataacagattgctgagcgtctcccctactgttagttttcca
ttaccatttctcttaaaacaagctcgaaaccttgaaagagaactaagacttttggaagat
caagaatcaacagttcatgctgctaaagaggagtatcaaatcgggcttttgtcagatatc
tctaataagctaacaaaaatggaattggtaaacctcggcagatatataatggagaaagaa
atacaagatttgaagaatgaatataaaaaaagagctcgtcaatgggaggtctactactct
ttaacaaggaacatgctgggaactgggtcacaccagagtatcaccgttttatactcaatg
gtttcaattaaaactgctaccccctgtatcggaccacaacttatgaccatagattatttt
tgggatagtgatatttcagttggtcaatttattgaaaacattgtttcaactgcttggcac
ccgtgcaaacaaggatgtaatacatatctatttgaccactatagaagttatgttcacggt
gatggaaaggttgatgtaatgctagagcgatttgaaacaaaacttccaaaattgagagac
ataatcttaacatggagctattgcaaaaaatgcggatgctcaactccaattctacaaata
agtcaaaaaacttggaactattcctttggaaaataccttgaaatcatgttctggagtgag
agacacagcttgctaggtgtaggaaaatgtggccatgaatttaccaaagatcatgtcaaa
tacttcagttacaatgacttagtcgtccgattagaatattctgatttagaaatccatgaa
cttattactccctcaagaagaattcgatggaaaccaaatagagatattattatgaaagtt
gaattatattatgggattttggataaaatcaactacttttatagcaatgtatctgaacgt
ctagacagaattaaactggatggtttagttgttgataagatggaaccaggaaagcaaaaa
ctaaatgaaatgaaaattatgctggagaacaataaaaggaaccttcttgagaagttagaa
aagcaatacaaagatacccctgggacagagcacttgcacttaaacagtattttacgctca
ttgtacaatcaaaccaacttttggaacaatgaatttaaagagttcggagaaacatactta
ccttcggaaaatgatataactagaattactacatcacagttgaagaagatatttggggaa
ccaaagaaaccagatcttattccagaatcgacacacctcaatgttagtgacagaagtaat
gaactggaacggataagcgagagtcaatcttttatatctgaaagtaaggaagacagtgtg
gacaataacagagctgctgaaagaataaatgccttacgcgaacatacaaaaaaaccatcc
attagcacttcaatgattaatctatcaaaacatgatcaaccatcgttcattgagcatagc
gtccctccaacgacatacaatgattcaggatatgattctagagtaggcaaattaactaat
ttctttgatcaactacattttgatgctttaacgaaagaatttgaacttgagcgagagcta
caaaagctacaactgaataaatctaaatcaaggaaattcaggcttcaaaactcgacacct
attgtagagatatacaaggatgtcaaggacgcagttgatgaaccacttcataacgatgaa
aagatacaaaatgatgactcaaatgaagttgaatcggtcgattattcaaattcatcgaag
gctcatagatcaacacaacagaaaaaagtttctgaaatgctggagagtgaattaaaaaat
tctatcaacagatggggtgaagcctacattaatagtgattcaaatttagcatctatggag
cacttagaaaagaaaggtgaaactgatattacaaaagataataataaaatacttgataca
gatcagaagtcggtggaagttgcacctcaacccgaaaaatctacgcttatgaaaactttg
gcaacattttgggcggaccgttcagcttacctttggaaacccttctcttttcctattgga
gccaatgagcatgtgtttaccgattctgatgtcataataagagaagatgagccaagttct
ttgatcgctttttgcttgagcacctcagactacaacaacaaaatggcatctatcaaagac
gatactgacgtggcaccggtggaaaaggtagttaacaatcaagaccataaaaaatcatca
aatcaacaaaacatttctgatagtagcgaaaaaacccatgctaatagcaacattgagtcg
gtcaatgaaacatcatctgttttgacagaagagaaagcaagtgtatctgataaatatttt
gatccagcaaaaaacctagaagctataatgacgaagaagacagctatccatttgcggtac
caatttgaagatgggcttgtcgtaatgtcatgtaaagtattctttgctgaacactttgaa
gcattcagaaaaatttgtaactgtgatgaaaactttatccaaagtttatccagatgcgtt
aagtggcattcaaacggtggtaagagtggtagtggattcttaaagacccttgacaaccga
tttgttatcaaagaattaacccacagtgaagttgactcttttatcaaattcactcccagt
tatttcgagtacatggcacaggccatgtttcatgaccttccaactactcttgcgaaagta
tttggtttctttcaaattcaagtgaagaatccgatttctggctctaagaattacaaaatg
aacgtcatcattatggagaatctattttacaataaaaagacatctcgaatttttgatctc
aagggctctatgaggaataggcacgttgaacaaacaggtaaagccaacgaggtccttcta
gatgaaaacatggttgagtatatctttgaatctccaatacatgttagggaatacgacaag
aaattgcttagggcttcattgtggaatgatacacttttccttgcaaagatgaacgtcatg
gattattcacttgtggtaggtattaacaacgatgattacacacttacggtgggcattatc
gatttcatcagaactttcacctgggacaaaaaattagaaagttgggtcaaagaaaagggc
cttgtaggtggaggtaatagtataatgaagcaaccaacagtggtaactcccaaacagtat
aagaacaggttcagagaagctatggagagatacatacttatggttcctgacccatggtat
caagatacaaactaa

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (27)   

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