KEGG   Sinocyclocheilus grahami (golden-line barbel): 107569979
Entry
107569979         CDS       T04918                                 
Name
(RefSeq) 1-phosphatidylinositol 3-phosphate 5-kinase-like
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh00562  Inositol phosphate metabolism
sgh01100  Metabolic pathways
sgh04070  Phosphatidylinositol signaling system
sgh04145  Phagosome
sgh04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107569979
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    107569979
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    107569979
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    107569979
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sgh04131]
    107569979
Enzymes [BR:sgh01000]
 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
     107569979
Membrane trafficking [BR:sgh04131]
 Endocytosis
  Macropinocytosis
   Kinases
    107569979
 Endosome - Golgi transport
  Others
   Others
    107569979
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 107569979
NCBI-ProteinID: XP_016111651
Position
Unknown
AA seq 1937 aa
MAAEDKASSSSSAMDWSSEPPLSPSSPSHLTHFKPLTPEQDEPPLRSAYSSFVSLFRFSK
EKTGANIAPAKKLAKLEEGRAPSVTEKSQSASSSPQGPRRNWASPSHSIHGSEPHRKHSE
LLRRTSTASVDWEEGRRKSEAPLGSHDPRTAVQLRTVLKRLKEIMEGKSQDSDLKQYWMP
DSQCKECYDCNEKFTTFRRRHHCRLCGQIFCSRCCNQEIPGKFMGYTGDLRACTYCRKIA
LSYAHSADSSSIGEDLSALSDSPCSVCVLEPTEPRTPVGGRKASRNIFLEEDLAWQSLSL
SLEDCWRIGPYKSTEFSETPSPDSESVNSLEGHSEPSWFKDIKFDDSDTEQLADDNDYVT
PNSASPSKRTSVSSFHSAVDSDSAASININMEQDNVNFHIKKQAKYPHVPPYPAEQKTEV
LLSEDGGQHISISDAFIKESLFNRRVEEKAKEMLFTPLGWHHSSLDQLREENGEKKAMER
LLSANHSHMMALLQQLLYSESLSLSWRDIIVPVVRQVVQTVRPDVRNCDDDMDIRQFVHI
KKIPGGKKFDSAVVNGFVCTKNIAHKKMNPYIKNPKILLLKCSIEYLYREETKFTCIDPI
VLQEHEFLKNYVQRIADVRPNLVLVEKTVSRIAQDMLLEHGISLVINVKPQVLDRVSRMT
QGDLVISMDQLLTKPRLGTCHKFYLHSFQLPNNEMKSLMFFDGCPPQLGCTIKLRGASEY
ELARVKEIIIFMVCVAYHSQLEISFLMDEFAMPPSLAESSSFPCLLESTTLEEEEDNDGS
TLRDDNLTLLPEGDFEPGIQEIINAHSRQPSISKSSHKDGESPRINTNGSVASFSGGEEE
IIKTSTPLSSFTSSLPQPVSPPFLISDLKETSQEVIKALGEEEKNKELEETLVHRDSTSS
ETSLPPTRLFRDPLQDDTGLFVTEHVASSDDRLKSISALFKQDLKDIILCISPFITFREP
YLLTAAGLCCPSRDYFPEQVYLSPLLNKDLKELDGRRKRQLLKESGPSSGSLTNGTVSHQ
RTIQILPCHKLTGARIIELLGSSQELARMLADYRAQGGRIRQREGMQFRETPRTKAPIKS
DSEEDKVAGLNEMTWANKLDCLNPVNHQRLCVLFSSSSAQSNNAPNPCVSPWIVTMEFYG
KNDLTLGVFLERYCFRPSYQCPSMYCETPMVHHIRRFVHGNGCVQIVLKELDSPVPGYQH
TILNYSWCRICKQVTPVVPLSNDSWSMSFAKYLELRFYGHQYTRRANAEPCGHSIHKDYH
QYFSYNQMVASFSYITVRLLEICLPPPKIIIRSQGPSKANLQQDLKDFSQKMAQVYLAID
DRLTSLKTDTFSKTREEKMEDMFAQKDMEESELRSWIEKLQVRLQTSTMDSPQQLQAVLE
SVVVKKQGLCETLQSWNNRLQDLFQQEKGRKRLSVPPSPGRHRQAASDESKTSALESSPR
NPSSVVPNGEKEDRHLNTFPSSSGSSSFLQLPSPAEQASDVITSGPSFPDQDSVSIPDDM
FDGHLLGSNDSQVKEKSTMKTILANLLPGNSYNPIPFPFDPDKHYLMYEHERVPIAVCER
EPSSIIAFALSCKEYKTALEELTKTTAKTGGDDISQAISFGESRAKNSPAKLVDISTSQL
SRSSIDADPFKEPESGDKQKKQTGNPHIELQFSDANAKFYCRIYYAVEFHKMREAIMESS
EDDFVRSLSHCVNWQARGGKSGAVFYATEDDRFILKQMPRLEVQSFLDFAPHYFTHITGA
VQQKRPTALAKILGVYRIGYKNSQNNTEKKLDLLVMENLFFGRKMAQVFDLKGSLRNRNV
KTDHGKESCEVVLLDENLLKLVHDNPLYIRSHCKAILRAAILSDAHFLSSHLIIDYSLLV
GRDDATDELVVGIIDYIRTFTWDKKLEMVVKSTGILGGQGKMPTVVSPELYRSRFCEAMD
KYFLMVPDHWTGLGLNC
NT seq 5814 nt   +upstreamnt  +downstreamnt
atggctgctgaagacaaggcttcctcctcgtcctctgcgatggactggagttccgagccg
ccactctctcccagcagtccctcccatctaacacacttcaaacccctgacccccgagcag
gacgagccgcccctgcgctctgcctacagctccttcgtcagtctgttccgcttcagcaaa
gaaaaaacaggtgcaaacattgcaccagcaaaaaagcttgctaaacttgaggaaggacgg
gctccttcagtgaccgagaaaagtcagtcggcttcatcatcaccgcaggggccacgccgc
aactgggcaagtccctcccattctatacatggctccgaaccccacaggaaacattcagaa
cttctcagaagaacatccactgcttcagtggactgggaagagggtcgacggaaatccgaa
gctcctctgggcagccacgatccccgaacagctgtccagctacgcacagtcctcaagaga
ctcaaggagatcatggaagggaaaagtcaggacagtgatctgaaacagtactggatgccg
gacagccagtgtaaggagtgttatgactgcaacgagaaattcacaacctttcgacgccgt
caccattgtcgactctgcggtcaaatcttctgcagccgatgctgcaaccaggaaattcct
ggcaagttcatgggctatacgggtgatttacgggcttgtacgtactgtcgtaaaatagca
ttgagctacgctcactcagctgactcaagctccatcggagaagatctcagcgccctgtca
gactcgccctgctctgtgtgtgttctggagcccaccgaaccacgcacacctgtggggggc
cgcaaagccagccggaacatcttcctggaagaggacctggcctggcaaagtttatctctt
tcacttgaggattgttggaggattggcccttataagagcacagagttctcagaaactcct
tctccagacagtgagagtgtgaattccttggagggacactccgaaccttcatggtttaaa
gacatcaagtttgacgacagtgacactgagcagctagctgatgacaatgactatgtcaca
ccgaattcggccagccccagcaaaagaacatctgtcagcagtttccactctgcagtggac
agtgactcagccgcctccatcaacataaacatggagcaggacaatgtcaatttccacatc
aagaagcaggccaagtacccacatgtgcctccttacccagccgagcaaaaaacggaagtc
ctgctctctgaagatggaggtcagcatatatccatcagtgatgccttcattaaagagtct
ctgtttaaccggagagttgaggagaaagcaaaagagatgctcttcacacctctcggctgg
catcacagctctctggaccagctgcgggaagagaatggggaaaagaaagcgatggagcgt
ttactgtctgctaatcacagccacatgatggcactgctgcagcagctgctgtacagcgaa
tcactgtctctctcctggcgtgacatcattgtgcctgtggtgaggcaggttgtgcagacg
gtgcgaccggatgtgcgcaactgcgatgacgacatggatatccgtcagtttgtccacatc
aagaagattccaggtggaaagaagtttgactctgctgtagtgaacggctttgtttgcaca
aagaatattgcacacaaaaagatgaatccttacatcaaaaaccccaagatccttctcctc
aaatgctccattgagtatctatacagagaagagacaaagttcacttgcattgacccaatt
gtgttacaggagcatgagtttctgaagaactatgttcagaggattgctgacgtccgacca
aacctggtactggtggagaagacagtgtcccgtatcgctcaggacatgctactggaacac
ggcattagccttgtgattaatgtcaaacctcaagtcctggaccgtgtgagtcgaatgact
cagggagatttagtcatttcaatggatcagcttcttacaaaacctcgtctgggtacctgc
cacaagttttacctacattccttccagctgccaaataatgaaatgaagtccctgatgttt
tttgatgggtgtcctcctcagctgggctgcactatcaagctccgtggtgcttcagagtat
gagctggcacgggtgaaagagatcatcatttttatggtgtgtgtagcgtaccactcacag
ctggagatctctttcctcatggatgagtttgctatgcctcctagtctggctgagagttcc
tctttcccatgtctcctggaaagcaccactttggaggaagaggaagataatgatggttct
acactgagggatgacaacctcacgcttcttccagaaggagactttgagccagggattcag
gagattatcaatgcccacagtagacagccttccatctcaaaatcttctcataaagatgga
gaaagccccagaataaatacaaatggttcagttgcttccttctctggaggagaggaagag
attataaagacctccacccccctttcatccttcacttccagccttccccagccggtgtca
ccacctttccttatttcagacctaaaagagacgtcacaggaagtaattaaagcgctaggt
gaggaggagaagaacaaagagctggaggagactctggtccatcgggacagcaccagctct
gagacctcccttccacctacccggctctttagggatcccttacaggatgacacaggcctg
tttgtgaccgaacatgtagcttcttcagatgaccgcctcaaatccatctcagctttgttt
aaacaggacctaaaagacattatcctctgcatttcaccctttattacctttcgggagcca
tacctgctcacggctgcgggactgtgttgtcctagccgggactatttcccagaacaggtt
tacctctcacctctcttgaataaggacttaaaagagctggacggacgccgcaagaggcag
ctgctgaaagagtctggcccgagttctggcagcctgaccaacggtactgtgtcgcaccaa
cggaccatccagattttgccctgtcacaaactgacaggtgcccgtataatagagctgcta
ggcagcagtcaggagctggcacgcatgctggctgactatcgtgcccagggggggcgcatt
cggcaaagagaaggaatgcaatttcgtgaaaccccacgcaccaaggcgccaataaagtca
gacagtgaagaagataaagtggcaggactcaacgaaatgacctgggctaataagctggac
tgtttaaatccagtcaaccatcagaggctctgtgtgctgttcagtagctcttcagcacag
tctaataatgccccaaacccctgtgtcagtccatggattgtaacaatggagttttatgga
aagaatgacttgactcttggcgtatttctggagagatattgttttagaccctcttaccag
tgccccagcatgtactgtgagacccccatggttcaccacatccggcgctttgtgcatggt
aatggctgtgtccagattgttctgaaagagctggactcgcctgtacccggatatcagcac
acaatcctcaactactcttggtgccgtatctgtaaacaggtgactcctgttgtccctttg
tctaatgactcctggtccatgtcattcgccaagtatctagagctccgattctatggtcac
cagtacacccgccgggccaacgcagagccttgtggccactccatccataaagattatcac
cagtacttctcctacaaccagatggtggcttcattcagctacatcacagtgaggctactc
gagatctgtctgcctcctccaaaaatcatcatcaggagccagggtccctctaaagccaac
ttgcagcaggacctcaaagacttctcccagaagatggctcaggtgtacctggccatagat
gaccgtctcacctctttaaaaacggacaccttcagcaagactagagaagaaaaaatggag
gacatgtttgcacagaaagatatggaggaatcagagcttcgcagctggatagagaagcta
caagtgcgtctgcagaccagcacgatggactcgccacaacaactacaggctgtgctggag
tcagtggtggtcaaaaagcagggtttgtgtgagaccctgcagtcctggaacaacagactt
caggacttgtttcagcaagaaaaaggcaggaaacgcttatctgttcctcccagccctggc
agacacagacaagccgcatcagatgagagcaagacgagtgctttggagtcctctcctcgt
aacccatcctctgtggtcccaaatggagagaaagaggaccgtcatctcaacacttttccg
tcaagttcagggtcttcctcatttcttcagttaccatctccggctgaacaagcttcagac
gtcatcacgagcggaccatcttttcctgatcaggactctgtcagcatcccagatgacatg
tttgatggacacttacttggttccaatgacagtcaagtaaaggaaaagtccaccatgaaa
accatccttgccaacctgttacccggcaatagctacaatcccatccctttcccttttgac
ccagacaagcactatttgatgtatgagcacgagagagttcctatagccgtgtgtgagaga
gagcccagctccatcattgcctttgcactcagctgtaaagagtataaaactgcccttgaa
gagcttacaaagacaacagcaaagacgggaggtgatgacatatctcaggccattagtttt
ggagagagcagagcaaagaacagcccagccaaacttgttgacatcagcacatcacagctg
agccgcagcagcattgatgctgaccctttcaaggagcctgaaagtggagacaaacagaag
aagcagacaggaaacccacacatcgagcttcagttctcagacgcaaatgccaagttctac
tgccgaatctactacgcggtagagttccataaaatgcgggaagcgattatggagagctcg
gaggatgattttgtgcgatcgctctcccactgtgtcaactggcaagcccgtggcgggaag
tccggtgctgttttctatgccactgaagatgatcggtttattctaaaacagatgccgaga
ttagaggtccagtccttcttagactttgcaccccactactttactcacatcacaggagca
gttcagcaaaaacgccccacagcacttgctaagattctgggagtgtaccgtatcggctac
aagaactcccagaacaacaccgaaaagaaactggacctgttggtgatggaaaacctcttc
tttgggcgaaagatggcacaggtgtttgacctaaaggggtccctgagaaacaggaatgtg
aagacagatcatggaaaagagagctgtgaggtggtgctcctggatgagaacctcctgaaa
ctggtgcatgacaatcccctttatattcgctcacactgcaaggccattctgcgtgccgcc
atcctcagtgacgcccacttcctgtccagccacctcatcattgattattccctgctggtg
ggccgtgacgatgccacggatgaactagttgtgggcatcatagattatatccggactttc
acatgggataaaaagctggagatggtggtcaaatctactggcattcttggaggtcaaggt
aaaatgcccacggtggtgtcaccagagctgtatcgatcacgtttctgtgaggccatggac
aaatatttccttatggtccctgatcactggacaggtcttggtctcaactgctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (5)   
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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (27)   

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