KEGG   Cucurbita maxima (winter squash): 111488517
Entry
111488517         CDS       T05246                                 
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B-like
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
cmax  Cucurbita maxima (winter squash)
Pathway
cmax00562  Inositol phosphate metabolism
cmax01100  Metabolic pathways
cmax04070  Phosphatidylinositol signaling system
cmax04145  Phagosome
Brite
KEGG Orthology (KO) [BR:cmax00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    111488517
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    111488517
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    111488517
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cmax04131]
    111488517
Enzymes [BR:cmax01000]
 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
     111488517
Membrane trafficking [BR:cmax04131]
 Endocytosis
  Macropinocytosis
   Kinases
    111488517
 Endosome - Golgi transport
  Others
   Others
    111488517
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE Caskin1-CID FYVE_2
Other DBs
NCBI-GeneID: 111488517
NCBI-ProteinID: XP_022992048
UniProt: A0A6J1JXZ1
Position
Unknown
AA seq 1811 aa
MDSPDKTLNDILGNWKSWIPWRSESANVSRDFWMPDQSCRVCYDCDAQFTLINRRHHCRL
CGRVFCAKCTANSIVAPSGDPRVPREERERIRVCNYCFKQWNQGIAAPDHEIRVLNQDIS
SSTSVASLSSTRSSGTAESSITLASVPYSFEANQQAQEHSGLSPQYSSVILAGRDQLGES
ASGRSTDILSSIGDIPQNYSMNRSAGKDDYDGTYKSDTEASHSPPQVSSYFGQAEFDEIG
NEHGPHNEQLDEENNNVRSLSSSPLQESFYSQGLEGISDLDQKGDTNFIYGEDQGHSSLD
FTDDVQSEPVDFENNELLWIPPEPEDEEDERETFFDDDDEGHDAGEWGYLRASSSFGSGE
YRSRDRSSEEHKNVMKNVVDGHFRALVAQLLQVENLPLGEISDKESWLEIITSLSWEAAT
LLKPDMSRCGEMDPGGYVKVKCIASGLRCNSMVVKGVVCKKNVAHRRMISRIEKSRLLIL
GGALEYQRVTNHLSSFDTLLQQEIDHLKMAVAKIDAHHPDVLLVEKSVSRYAQEYLLAKD
ISLVLNIKRPLLERIARCTGAQIVPSIDQLSSPKLGYCELFHVERFTEDLTSSGQRGKRS
VKTLMFFEGCPKPLGCTILLRGADKDELKKAKRVVQYGVFAAYHLALETSFLADEGASLP
ELPLNSPITVAIPVKSSVAERSISMVPDFSLPASQGQQPSLSIDEPERSMSLPTLGLILS
GNSTVPFVENGPSSQLSQPSSSIANSTAIFSSDPMSWTIGSESYGDEPSPYHIMERNALG
TRGEMEESSDNGYQKHQGLGSVELLGNDKFSIDTEDANSVASGLPMGSEPLIAQQNNQNH
QDHGTSKEELGAGKDDFPTASSAHQSILVSLSSRCISKGSVCERSHLFRIKYYGTFDKPL
GRFLRDKLFNQAYRCDSCDMPAEAHVHCYTHRQGTLTISVKKLPEILLPGEREGKIWMWH
RCLRCPRNNGFPPATRRVVMSDAAWGLSFGKFLELSFSNHIAASRVASCGHSLHRDCLRF
YGYGRMIACFRYASTDVHSVYLPPSKLDFNYENQEWIQKEKDEVVNQAELLFSEVLNTLG
QIAEKISSAGTINSMRKMELRRQIAGLEALLQKEKAKFEESLHKTTNEKGKQSQGTVDIL
EINYLRRKLLIQAYVWDQQLIHAASLDKGNSAGSFIAESEERLVVDSENLSEISTNSKFV
EDLKSSDSRLAYQQCNEGSSSVKEVVTSMAQPDIQIEEVGDSDSDKGEESINDPSETLES
KTQQFSRMVSLSDTLEAAWTGENGSVVGITNDNPHTLCNSTVTDSSGIDITVWNDRSEDQ
NVDRVTHAVSQSLPSKALDDTENFAGQLETASSNFYYLFNENFLASGQKLEVLAKHNPVF
LSSFWELEFQGGARLFLPLGVNETVVPVYDDEPSSIIAYALMSPEYHSQLIDEAEKLRDC
GDSLPSFSYTESFLQSSDDFSFDTSKSVGPLDDSVSSISGPRTSISLDPLLYPKSLNPRI
VFEEYGPHGGVKYSVTCYYARRFEALRRICCSELDFVKSLSRCKKWGAQGGKSNVFFAKT
LDDRFIIKQVTKTELESFIKFAPEYFKYLSESIGTRSPTCLAKILGIYQVTAKHLKGGKE
TKMDVLVMENLLFRRNVTRLYDLKGSSRSRYNADSTGNNKVLLDQNLIEAMRTSPIFVGN
KAKRLLERAVWNDTSFLASIGVMDYSLLVGVDEEKHELVIGIIDFMRQYTWDKHLETWVK
ATGILGGAKNSSPTVISPKEYKKRFRKAMTTYFLMVPDQWFPQSIVPSQSQSDLGDENMQ
DGKSDVVSVTL
NT seq 5436 nt   +upstreamnt  +downstreamnt
atggattctccagacaagacattgaatgatatacttggtaattggaagtcgtggatccct
tggcgatctgaatcagctaatgtatcgagggatttttggatgcccgatcagagctgccga
gtatgctacgattgtgacgcacaatttacccttatcaaccgtagacaccattgccgactt
tgtggtcgagtcttctgtgccaagtgtacagcaaactcaatagttgctccatcaggtgac
ccaagggtccctcgtgaggagagggagagaattcgtgtttgtaactattgcttcaagcaa
tggaatcaaggaatagctgctccagatcatgagatcagggtgcttaaccaggatatctcc
agttcaacatcagtggcaagtttgtccagtactagatctagtggcactgctgagagtagc
attactcttgcttctgtgccttactcctttgaggccaaccaacaagctcaagagcattct
ggtctcagcccacaatattcatctgttatcttagcaggcagagatcaattgggtgaatcg
gcttcgggaaggagcactgacattctttctagcataggagatataccacaaaattattcc
atgaacaggagtgctggcaaggacgattatgatggtacatacaagtcagatactgaagca
agccattctcctcctcaagtctcaagttactttggtcaagctgaatttgatgagattggc
aatgagcatggaccacataatgagcagcttgatgaagaaaacaacaacgtcagaagttta
agtagctctcccttgcaggaaagtttttattcgcaaggtctggaaggaatttccgatctt
gaccaaaagggagacacaaattttatttatggggaagatcaagggcattcctccttggac
tttacggatgatgttcagtctgaacctgttgattttgagaataatgagcttctctggatc
ccacctgaacctgaagacgaagaagacgagagagaaacattctttgatgatgatgatgag
ggacatgatgcaggtgaatggggatatttgcgagcctctagcagcttcgggagtggggaa
tatcgtagtagggataggtctagtgaggagcacaagaatgtcatgaagaatgttgtcgat
ggacattttagggctttagttgctcaattgttgcaggttgagaaccttcctttgggtgag
atcagtgataaagagagttggttggagataattacttccctctcgtgggaggctgccaca
ctactaaagccagatatgagtagatgtggtgagatggacccaggtggttatgtgaaagtc
aaatgtattgcttcaggacttcgctgcaatagtatggtggtaaaaggggtggtttgtaag
aagaatgtggcccatcggagaatgatctcaaggatagaaaagtctcgcttgctgattctt
ggaggtgcacttgaataccaacgggttaccaatcacttatcaagtttcgatacacttttg
cagcaggagattgaccatttgaagatggcagttgcaaaaattgatgcacaccaccctgat
gttcttttagttgaaaaatcggtatcaagatatgcacaagagtacctactcgcaaaagat
atatcgcttgttcttaatatcaaaagaccccttttggagcgtatagctcgttgtacaggt
gcacagatagttccttcaattgatcaattgtcatcgccaaagctgggatactgtgagtta
tttcatgtagaaaggttcacggaagatctgacctcttctggacagagagggaaaagatcg
gtgaagacattgatgttttttgaaggctgcccaaagccattgggttgtactattttactt
agaggtgctgacaaggatgagttgaagaaggcaaagcgagtcgttcagtatggagttttt
gctgcttatcatttggccttggaaacatcttttcttgctgatgaaggagcctctctacca
gagcttcccttgaactccccaattactgttgcaattcctgtgaaatcatctgttgctgag
agatccatatcaatggtgcctgatttcagtctccctgccagtcaggggcagcaacctagc
ttatctattgatgagccagaaagatccatgagcttacctaccttaggtctaatcttatca
ggcaatagcactgtaccttttgtagaaaatggccctagttctcaactctcacaaccaagt
tcatccatagcaaattcaacagcaattttctcttctgatcccatgtcgtggacaattggt
tcagagtcttatggtgatgagccttctccatatcatattatggagagaaatgcattgggt
acccggggagaaatggaagaatcttctgataatggttatcaaaaacatcaaggactagga
tctgttgagttattggggaatgacaagttttctattgatactgaagacgctaactcagtg
gcatctggcctgccaatgggctcagagccattaattgcgcaacagaataatcaaaatcat
caagatcatggaacttctaaagaggaactgggagcagggaaagatgacttccctacagca
tcttctgcccatcaaagtattttggtctcattatcatcaaggtgcatatcgaaaggaagt
gtctgtgagaggtcacatctctttagaatcaaatactacgggacttttgataaaccttta
ggccgattcttaagggacaaattatttaatcaggcttaccgatgcgattcttgcgacatg
cctgcagaagcacatgttcactgttacactcatagacagggcaccctcacaatatctgtt
aaaaagttaccagaaattctcttgccaggtgaaagggaagggaagatttggatgtggcat
agatgcctgcgatgcccacgaaacaatggcttccccccagctacacgaagagtagtgatg
tcagatgctgcatggggactctcatttgggaagttcttagagctcagtttttcaaaccac
attgctgctagcagggtagcaagctgtggccactccttacatagagattgccttcgtttt
tatggatatgggagaatgattgcttgttttcgctatgcttcaactgatgtgcattctgta
taccttccaccatcaaaactggatttcaactatgagaatcaggaatggatacaaaaagaa
aaggatgaggtggtgaaccaggctgagcttttgttttccgaagtgttgaatactcttggt
caaattgcagaaaaaatatctagtgcagggacaattaatagcatgagaaaaatggaactg
aggcgccagattgctgggttggaggcattgttgcaaaaagagaaggccaaatttgaggaa
tcactccataagactacgaatgagaaaggaaaacagagccagggtactgtagacattctt
gagatcaactatctgcgtaggaagttactcattcaagcttatgtatgggaccagcagttg
atccatgcagccagtttagataaagggaactctgctggcagctttattgcagaatccgaa
gagagacttgtggttgatagcgagaatctctctgaaattagcaccaacagcaaatttgtt
gaagaccttaaatcttctgactctcgtcttgcctatcaacagtgtaatgaaggatcaagt
agtgtaaaggaggtcgttaccagcatggcgcaacctgacattcaaatcgaagaagttgga
gattcagattcagacaaaggagaagaaagcattaatgatccatctgaaaccctagaatca
aagacacagcagttttctaggatggtaagtctatcagatacacttgaggctgcatggaca
ggtgaaaatggttctgtagttggaataacaaacgataatccccatactttatgcaattca
actgtgacagattcatcagggatcgatattactgtatggaatgatcgttctgaagatcag
aatgttgacagggttacccatgctgtttctcaatcgcttccttcaaaggcacttgatgat
accgaaaactttgcaggccagttagagacggcttcctcaaacttttattatttatttaat
gaaaacttcctagctagtggccagaaacttgaagtactagcaaaacacaatcctgtcttt
ctatcctcattctgggagctagagtttcaaggtggagctaggctgttcttgcctcttggt
gtaaatgaaactgttgttccggtctatgatgatgaaccttcaagtatcatagcttacgct
ctaatgtcaccagaatatcattcccagctgattgacgaggcagaaaaactgagagattgt
ggtgattcgttgccttccttttcgtacacagaatcatttttgcagtcctctgatgacttc
tcctttgatacttcaaaaagtgtgggacctttagacgacagtgtttcatccatctcagga
cctcgtacctctattagtttggatccactcttatacccaaaatcccttaatcccagaatt
gttttcgaagaatatggcccgcacggtggagtaaaatattctgttacctgttactatgca
agacgatttgaagctttgaggaggatttgttgttcagaacttgattttgtaaagtccctt
agtcgttgtaagaagtggggagcccaaggtggtaagagtaatgttttctttgccaaaact
ctggacgatcggtttataattaagcaagtcaccaagacagagctggagtcattcattaaa
tttgcacctgaatatttcaagtatttgtctgaatcaattggtacgagaagtcctacatgc
ctagcaaagattcttggaatctatcaggttacggcaaaacatcttaaaggaggtaaagaa
acaaagatggatgttctggttatggagaatcttctgtttagaaggaatgttacccgactt
tatgatctcaaaggatcctcaagatcacgctataatgctgattcaactgggaataacaaa
gttctgttggaccaaaacttgattgaagcaatgcgaacttctccaattttcgttggaaac
aaagcaaaacgattgttggagagagctgtctggaatgatacatcatttcttgcctcaatc
ggcgtaatggactactcgttgctggttggggtggatgaggagaaacacgaactggttatc
gggatcattgatttcatgagacagtatacgtgggacaagcacctcgagacttgggtgaag
gctacaggcattcttggtggggcaaagaactcatccccaacagtgatctcccccaaggaa
tacaagaagaggttcaggaaagcaatgacaacctacttcctgatggtcccagaccagtgg
tttccgcaatctatcgttccgagccagtctcaatctgacttaggtgacgagaacatgcag
gatggaaaatctgatgtcgtgtccgttacgttgtag

  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 (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (32)   

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