KEGG   Penaeus vannamei (Pacific white shrimp): 113818996
Entry
113818996         CDS       T06111                                 
Name
(RefSeq) 1-phosphatidylinositol 3-phosphate 5-kinase-like
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
pvm  Penaeus vannamei (Pacific white shrimp)
Pathway
pvm00562  Inositol phosphate metabolism
pvm01100  Metabolic pathways
pvm04070  Phosphatidylinositol signaling system
pvm04145  Phagosome
Brite
KEGG Orthology (KO) [BR:pvm00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    113818996
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    113818996
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    113818996
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pvm04131]
    113818996
Enzymes [BR:pvm01000]
 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
     113818996
Membrane trafficking [BR:pvm04131]
 Endocytosis
  Macropinocytosis
   Kinases
    113818996
 Endosome - Golgi transport
  Others
   Others
    113818996
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE DEP
Other DBs
NCBI-GeneID: 113818996
NCBI-ProteinID: XP_027227045
Position
Unknown
AA seq 2330 aa
MWKMNRSIDSPTGLTEFGPLTPDEKPQGYGFSLAKLFTRAIRGGSSKQSSSSEHQRQDQR
DLFDSGGLSEHQAVSQSNSVVDGGSGWLEKGMNDSISESSETSSLTSSVSSLVMKPASSG
HDRTLPNVLTRIRNIIDNRGSTPQQYKDSDFKQYWLPDSVSRECYECEEKFTTFRRRHHC
RVCGQIFCSRCCNSMIPGKIIGYTGELRVCTYCCKVVLSYLQSNNLAADVLADLRALQEE
LLPPTPDQSCNAQHHDAAFSSMPGSSTPSATPRGTLRRRPSLGFQEEKYAVRTRYSSGDF
QVFGGQRDSDQMTAERQLLLRDSQQLHSLWSQMAGGVGGLPLASHRHRLKSFHNCFVGRD
LIEWLLANDKASSRASAVAIGQALLEAGYVVCISQLEQVFVDDYVLYRPMRPSTGGSEQT
TQEGLNRAQDGGQEPLWVKQITSMAESIEGEVDSNGSSKVHKEEPAHTVDTPTSITSSTS
NYCLDLNVKDSVVSMRKPPHVSRHGSPESDQVDARSPGMTSTSGQVPYSTTVSAVLSANA
QLPFTGDAMNSTAVMSDEVLQALRGHDSSQPHARSSGWTQEEKLTQNDEECLMQQRLNAM
WNAHETALLCQLLDSGGLSPSWAEVILPIVHTVTDIIRPDVKNDSDDMDIRQYVQFKKVP
GGSRSECQILNGAVCTKNVADRSMATRLTDPQILLVASTIDYQRGNDNKLLALDNLLLQE
ADYLKNVVAKIVSYKPDIILVEKSIAFLAREYLQAHGITLVMNVKPSVMERVARCTQAEV
VSSIDAQLTRPSLGMCHNFYTRSYPMPGKNKQKTLMFFDGCAMHLGCTIILRGATNAELK
RVKRIMYFMVYAVYNWRLERAFLMDEYTLIPPLPSESFDLEDQVFEEELKTSAKAGSLDL
EPVTKNSKSTARKEDGETPSAERGAANRSRSLNSQRDPVSSSGEVSVSSSGTSDKAKLSQ
TISDFSDPLHSYLNSGTSPQETPLDSTHTSLSVTEFSNTFRKALEDTIFSCSPYLKYTVP
FFETEAGRNCILRKYFQKDLYFSVLLEKDKFTRKPRFSEMEVKESKDENENVKLKLPHEF
TKIKITTTIGDKDVRAMLADFRARGGQMRNICKCEITKKDQKDRKLYQLSIDKDTDAKVV
VEGLSSDALGSVNTTTNNAKNTVNDFWSGQSGLMLTSDGRVDALHPFNHQRLSILFSSYS
QASESPPAFCVNPWVLTMDFYGRNDIPLGAFLERYCFSPTYTCPSSECSVAVVDHIRKFV
HDTGCVEVLLRRLDTNLDDTNAGTILMWSWCKTCREVTPMVPISLETWSLSFAKYLELRF
YGGSFNRRGTQGCTHSLHHDHFQYFGYKNQVAVFKYNNITLREVALPPSKMSLCVPPITQ
ASVVELIKGVAMQSVRKENLDNKRGIHNLGTCDFYATLPTTVWRKLKPLLIEINKISEHQ
NGQRALFREKIESIQLQLTSPTLEARRLHPPTPNTTQEVTATMLAITDQVVLIKKLVAQV
VSDWNAKVQDLLHLRKKEEKLEKAKVMASASSGMPGLPRQSTSASISTSSAASAHATSST
GEMFSAPSHKQGCDTASVASSAALTGVSTDSLSLSASFSELPGQDGQKIDGCEDEVDTGG
AGNGESSDSPQAAETQEKRKNAEESKENVQKALGKAYVTPTVSCLMDERDHTLLALAALT
TSTLSPPASGSSALSLSSASSEILNSWENESDVSGGLQAVLPNQLTEAFSVLHRRQGNRC
IEGLSRQTAGGRQNGRQQTDEGLTCYHSALSTLGHKSHGVSHPPSPLSPPAETPFILPAL
KPNLLCSHVLDIGISLLSSPMSELLTGVSVWLHDFNAIYVACVFFDIDYQKICFENCVTV
AFVRGESSDTCDGMIAGCSSTSGSPGRGHERSLSDGGQTGIIKEGIDVIGERRLAATAVK
NIISTFWSSSANLMVESPFGPNEHYLLLPEVKIPVVVYGDEPSSIIAHALASQEYDRQLG
ALKKRLKDMQKEGTNTRSSDKEPQLSQEDYDSSANEESEFCVSAATTDIEKNKSAKDFHI
ELQWNDQHAKFYCKIFFAEHFRQLRKMVFPFGEEFYIRSLSRCIAWEARGGKSGSVFCKS
HDDRFILKEMSRLEMISFLDFGPAYVQYIVNCEKEQQPTVLTRIVGVYRIGYKNTTTNKA
QRMDVLVMENLFYQRNITHKFDLKGSIRNRLVNTSGKEESELVLLDENLLRMACSSPLHV
RPHSKTVLSRAIAADTVFLSQQLIMDYSLLVGIDSTANQLVVGIIDYIRTFTWDKKLETI
IKGSVLAGGAGKLPTVVSPEVYRTRFCHAMDRYFLLTPDRWTGLGLGIDP
NT seq 6993 nt   +upstreamnt  +downstreamnt
atgtggaaaatgaaccggtccattgattccccgactggtctgacagagtttggtcccctc
acccccgatgagaagcctcaaggatatgggttctcactcgccaagctctttacgagagct
atacgagggggatcttcgaagcagagcagctcgtcagaacaccagcggcaagatcagcgt
gatctctttgacagtggaggattgtcagagcaccaagctgtgtcgcaatccaattctgtt
gttgatggagggtctggttggctagaaaagggcatgaatgactccatcagcgagtcttca
gaaacatcatccttgacgtcatcggtgtcgtccctcgtcatgaaacctgcatcatctgga
catgacaggaccctcccaaatgtcctcacacggataagaaacatcatcgacaacagagga
tcgacgcctcagcagtataaggactccgactttaaacagtattggctaccagacagtgtg
agtcgcgaatgctatgagtgtgaagaaaagtttaccaccttccgacgtcggcaccactgc
agagtttgcggccagatcttttgctctaggtgctgcaacagtatgattcccggcaagatc
attggctatacaggagagctacgtgtgtgcacctactgttgcaaagtagtgctgtcgtat
ttgcaatcgaacaacctggcagctgatgtcctggctgatttgcgagccctgcaggaggaa
ctgttgccaccaaccccagaccagtcttgcaatgctcagcaccatgatgctgccttcagt
tctatgccgggctctagcaccccatctgccacccccaggggtaccctgcggagacggccc
tcgttgggatttcaggaagagaaatatgctgttaggacgaggtactcgagtggagatttc
caggtgtttggaggccaaagggacagcgaccagatgacagcagagagacagctcctcctg
cgtgactcccagcagctccattccttgtggtcgcagatggctggtggtgttgggggtctt
ccattggcctctcacagacaccggctaaagtctttccacaactgttttgtcggtcgtgat
ctcattgaatggcttttggcaaatgacaaagcttccagcagggcatcagcagttgccatt
ggccaggcattactagaagcaggatatgtagtgtgcatttcgcaactggaacaggtcttt
gtggatgactacgtgctgtaccgtccaatgagacccagtacaggtgggagcgaacagaca
actcaggagggcctgaatcgtgcacaggatggaggccaggaacctttgtgggtaaaacaa
attacttcgatggcagagagtattgaaggagaagtagattcgaatggcagtagcaaagtc
cacaaggaagagccagcacacactgttgacacacctacctccatcacctcttctacctcc
aactattgcctggacctcaatgtaaaagatagtgttgtgtccatgaggaagcccccacat
gtctcaaggcatggcagtcctgagagtgaccaggtggatgcacgaagtcctggaatgaca
tctacatctgggcaagttccatactcaacaacagtatctgccgttctcagtgccaatgcc
cagcttcctttcacaggagatgccatgaactcaacagctgttatgtctgatgaggtgtta
caggcactaaggggacatgatagtagtcagccccatgcaaggtcatctggctggacgcag
gaggagaaactcacacagaatgatgaagaatgtctaatgcaacagagattaaatgcaatg
tggaacgcccatgagacagccttgctctgtcagcttcttgactcgggtggcttgtccccc
tcgtgggctgaggtgatcctccccattgttcatactgtcactgacatcatacggcctgat
gtcaagaatgatagtgatgacatggatatcaggcagtatgtccagttcaagaaagttcca
ggaggcagcaggagtgagtgccagatcttgaatggggccgtctgcaccaagaatgttgct
gacaggtccatggccacacggctcactgaccctcagattctccttgtggcttctaccatc
gattaccagcgcggcaatgacaataagctcttggcactggacaacttgctactacaggaa
gcggattatctaaaaaatgttgtggccaagatcgtgtcgtacaaaccagacatcatacta
gtggagaaaagcattgccttcttagcaagggagtaccttcaggctcatggcattacgctg
gtgatgaatgtgaaaccctccgtaatggaacgcgtcgcaagatgcactcaggcagaagtt
gtgtcttcaattgatgctcagctaacacgtcctagtttgggcatgtgtcacaacttttac
acaagatcatacccaatgcctggaaagaacaagcagaaaactctaatgttctttgatggt
tgcgccatgcaccttggctgcacaatcatactacgaggagcgaccaatgcggagctgaaa
cgagtgaaaaggataatgtactttatggtttatgcagtgtataattggagacttgaaaga
gcctttttgatggatgaatatacactcatcccaccccttccatcagagagctttgacctg
gaagatcaggtgtttgaggaagaactgaagactagtgccaaagctgggagtttagatctg
gagcctgtgacaaaaaactcaaagtccactgctagaaaggaagatggggaaacgccatca
gcagaacgaggtgctgctaacagatcaaggtcgctaaattcccagagagacccagtgtca
agttcaggagaagtgtcggtgtcatcgagtggaacatcagacaaagcaaaattatcacag
acaatcagtgactttagtgaccctcttcactcatacctgaattcaggaacatcaccacaa
gagacaccgctagactccacacacacctctctctcagtcactgagttctcgaacactttc
cgcaaagctcttgaggatacaattttctcctgttcaccatacctcaaatacactgttccc
ttctttgagacagaagctgggaggaattgcatcttgcgcaagtatttccagaaggactta
tacttctctgtgctactggagaaagacaagttcacccgaaagccacgtttctcggagatg
gaagttaaggagtcaaaagacgaaaatgaaaatgtgaaattaaagttaccacatgaattt
acaaaaatcaagattacgacaacaataggcgataaggatgtcagagcgatgttagctgat
ttcagggcacgtggagggcagatgagaaatatatgcaagtgtgaaattacaaagaaagac
caaaaggatcggaaactatatcaactatcaatagataaagacactgatgccaaagttgtg
gttgaaggcttatcctcagatgctttaggttcagtaaatactacaacaaataatgctaaa
aacactgtaaacgacttctggagtggacagagtgggctgatgttaacctctgacggaagg
gttgatgcgcttcatccattcaatcatcagcgactgtctattttgttctcaagttattcc
caggcttctgagtctcctcctgctttttgtgttaacccatgggtcttgaccatggacttc
tatgggaggaatgacatcccacttggtgccttcctggagcgctactgcttcagcccgaca
tacacctgtccgtccagtgagtgttcggtggctgtggtcgatcacatccgcaagtttgtc
catgatacaggctgtgtggaagtactcctccgacgccttgacaccaatttggatgacaca
aatgctgggacgatcctcatgtggagctggtgtaagacctgtcgggaggtaacccccatg
gtgccgatctctttggaaacctggtccctttcctttgccaagtacctggagctgcgattc
tatggtgggagcttcaacaggagaggaacgcaagggtgcacacactccctgcaccatgac
cacttccagtactttggctacaagaaccaagtggcagtgttcaagtacaataacataact
ttgcgagaagttgctctgccaccatccaagatgagtttgtgtgtcccgccaatcacgcaa
gcctcagttgtagaactcatcaaaggtgtagctatgcagagtgtaagaaaggagaactta
gataataaaaggggtatccacaatcttggaacgtgtgacttctatgccacactgccaacc
actgtctggagaaaattgaaacctcttctgattgaaatcaataaaataagtgaacaccag
aatggccaaagagcattgtttcgtgaaaaaattgaaagtatacagcttcagttaacttca
ccaactttagaagctcggcgattgcacccaccaaccccaaacactacccaagaagttact
gccaccatgcttgccatcactgatcaagttgttcttatcaagaaacttgttgcacaagtt
gttagtgactggaatgctaaggttcaagacctcttgcaccttcgcaaaaaggaggagaaa
ttagagaaagcaaaggttatggcttcagctagtagcggaatgccaggattgccgcgacag
tccacaagcgcttccatctccacttcctctgcagcctctgctcatgcaacatcatcaact
ggagaaatgttcagtgccccttcacataagcaaggctgtgatactgcatcagtagcatca
tcggcagcactcactggtgtttccacagattccctaagtctttcagcatcattcagtgaa
ctaccaggtcaagatggacaaaaaattgatggttgtgaggatgaggttgacactggaggt
gctggcaacggtgaatcatcagatagtcctcaagcagctgaaacacaagaaaagagaaaa
aatgctgaggagtcaaaggaaaatgttcaaaaggcactaggaaaagcatacgtcacgccc
actgtctcgtgcctcatggatgagagggatcacacccttctggcactggctgctctcact
acaagcactctgtctccaccagcatcaggcagcagtgctttgtccttatcatctgcctct
agtgagatcctgaacagctgggagaatgagagcgatgtcagcggaggccttcaagctgtt
ctgccaaaccagctcaccgaagccttctcagtactccatcgtaggcaagggaatcgctgc
atagaaggactttctcgtcagacagcaggaggcaggcagaatggcagacagcagacagat
gaaggtctcacttgttaccactccgccctcagcaccctggggcacaagtctcatggagtt
tcacatccaccttccccattaagccctccagcagagacccctttcattctacctgctctt
aagcctaatctcttatgttcacatgtgctggatataggcatatctctcctgtcctctcct
atgagcgagttgttaactggagtttctgtgtggcttcatgattttaatgccatttatgtt
gcatgcgttttctttgatattgattatcaaaaaatatgttttgagaactgtgtaactgta
gcatttgttagaggagaatcttccgacacctgtgatggaatgattgctggttgttcttcg
acctctggttctcctggccgaggtcatgaaaggtcactctctgatggaggacagacgggg
attatcaaagaaggcatagatgttattggtgaacgtaggcttgctgcaacagctgtgaag
aatattatctcaacattttggtcatcttcagctaatctgatggttgagtctccctttggt
ccaaatgaacactacctcttgttgccggaggtgaaaatcccggttgttgtgtatggtgat
gaaccatcttccatcatcgctcatgcactggcgtctcaagagtacgaccgccagcttggg
gcgcttaagaagagactaaaggacatgcagaaagagggaacgaacacgagatcaagtgac
aaagaaccccagctgtcgcaggaagattatgatagctcggccaatgaagagtcagaattc
tgtgtgtcagcagccaccaccgacattgagaagaacaagtcggctaaggatttccacatt
gaactccagtggaacgatcaacatgccaagttttattgcaagattttctttgctgagcac
ttccggcagttacggaagatggttttcccttttggagaggagttctacataaggtccctg
agtcgttgcattgcctgggaagcgcggggaggaaaatcgggatccgtcttctgcaaatca
catgatgatcgttttatcttgaaagagatgtcacgcctagaaatgatttccttccttgac
tttggtccagcctatgtgcagtacattgttaattgtgagaaggagcagcagccaacagtg
ctaacaaggattgtaggtgtctatcgcattgggtataagaacaccactaccaacaaagct
cagagaatggatgtgttagtgatggagaatttgttctatcagcgtaacataactcacaaa
tttgacttgaagggatccatccgaaacaggcttgtgaacacttctggtaaagaggagtcg
gaacttgttctgctcgatgagaatttactccggatggcttgttcatctccgctgcatgtg
cgtcctcacagcaagacggttcttagccgagccattgcagcagacactgtttttctctct
cagcagcttatcatggactactctctacttgttggtatcgatagcactgcaaaccaactt
gttgtcggcattattgattatatccggacatttacatgggacaagaagcttgagaccatc
atcaagggcagcgtcctagctggaggggccggcaagctcccaactgttgtttccccagag
gtgtaccgaacacgcttctgccatgccatggaccgatacttcctcctcaccccagatagg
tggacggggctgggacttggaatagacccttga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (26)   

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