KEGG   Salmo salar (Atlantic salmon): 100380630
Entry
100380630         CDS       T04363                                 
Symbol
fyv1
Name
(RefSeq) 1-phosphatidylinositol 3-phosphate 5-kinase
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa00562  Inositol phosphate metabolism
sasa01100  Metabolic pathways
sasa04070  Phosphatidylinositol signaling system
sasa04145  Phagosome
sasa04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    100380630 (fyv1)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    100380630 (fyv1)
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    100380630 (fyv1)
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    100380630 (fyv1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sasa04131]
    100380630 (fyv1)
Enzymes [BR:sasa01000]
 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
     100380630 (fyv1)
Membrane trafficking [BR:sasa04131]
 Endocytosis
  Macropinocytosis
   Kinases
    100380630 (fyv1)
 Endosome - Golgi transport
  Others
   Others
    100380630 (fyv1)
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 DEP FYVE
Other DBs
NCBI-GeneID: 100380630
NCBI-ProteinID: XP_014020765
UniProt: A0A1S3NZQ6
Position
ssa21:43202935..43240887
AA seq 2081 aa
MDSVRSWLLAYNNRIARLRSGDMEAEDKSLPSTLDCSVKPPISPGSPSHLTHFKPLTPEQ
DEPPLRSAYSSFVNLFRFNKEEGRPPSVTEKPDVVLTSTTGERRSWTSPAHSIHSSGTHR
KQHPDLLRRTSSASGDWPLWRGQEGRRKAETLLSIHDPRTAVQLRTALKRLKEIMEGKSQ
DSDLKQYWMPDSQCKECYDCNEKFTTFRRRHHCRLCGQIFCSRCCNQEIPGKFMGYTGDL
RACTYCRKIALSYSQSADSGSIGEDLSALSDSSVCILEPNEPRTPVGGRKSSRNIFLEKD
LTWQSLIHQESQSRGMNSRLTGLQEDGGKSPIRKRSASVTNLSLDRSGSSMVPSYDSSVS
PQTSRTMPNPDHSEEERKILLDSSQLKDLWKKICNNSTGMEFQDHRYWLRTYPNCIVGKE
LVNWLLRSGTISTRAQAIAIGQAVVDGRWLDCVTHHDQLFRDEYALYRPLQSTEFSETPS
PDSDSVNSLEGHSEPSWFKDIKFDDSDTDQVADENDYVTPNSSSPSKRTSVSSFQSAVDS
DSAASINLNMEQDNVNFHIKKPSKYPHVPPHPKEQKEYLVSEDGGQNISISDAFIKESLF
NRRVEEKANEMLFTPLGWHHSSLDQLREENGEKEAMERLLSANHSHMMALLQQLLYSESL
CLSWRDIIVPVVRQVVQTVRPDVRSCDDDMDIRQLVHVKKIPGGKKFDSAVVNGFVCTKN
IAHKKMNSYIKNPKILLLKCSIEYLYREETKFTCIDPIVLQEHEFLKNYVQRIVDVRPNL
VLVEKTVSRIAQDMLLEHGITLVINVKPQVLDRVSHMTQGDLVMSMDQLLTKPRLGTCQK
FYLHSFQLANNELKTLMFFEGCPPQLGCTIKLRGASEYELARVKEIIVLMVSVAYHSQLE
ISFLMDEFAMPPSLAKTSFPCLLESTTVEEESQENETDQSTIFQGGQTVLVDEEEKPSLG
KSVSESSSSKNVEVVKVAKNQLLSSSSLVGEGMESTEVMTSTPLSNPLAPPPPYLIDDLE
ELTDEIGLEQGEETVGASGSGVPGRGESWEESSGSETAPRLFRDPLQDDTGLFVTEQVAS
TDDHLKTLTAGFKQELKDIILCVSPFITFREPFLLSPAGLRCPSRDYFPQQVYLSPLLNK
DFKELDGRRKRQLLKDSTQSGGGPRPIQVLPSHRLTSARIAEHLGSSQDLAKMLADYRAQ
GGRLRQEEADPFAQPPVREALPPKHPVKADCEEEKPAGQNDMTWASKLDCLNPVNHQRLC
VLFSSSSAQSNNAPNPCVSPWMVTMDFYGKNDLTLGIFLERYCFRPSYQCPSMFCETPMV
HHVRRFVHGSGCVQIVLKELDSPVPGYQHTILNYSWCRICKQVTPVVPLSNDSWSMSFAK
YLELRFYGHQYTRRANAEPCGHSIHHDYHQYFSYNQMVASFSYISVRLLEVCLPPPKIFI
RNQGPSKGRMQQDLKDFSQKVTQVYLAIDDRLTSLKTDTFSKTREQKMEDLFAQKDMEEA
DLHSWIEKLQARLQACGSDSPQQLQTVLESVVVKKQSLCETLQSWNSRLQDLFQQEKGKK
RLSVPASPGRHRQTDDSKPSALESSPRNPSPLVQHVDKEDRHLTAMPSSWGSSLLALPSP
GEPGSEPLSSGPCFPDQDSVSIPEDVFDGHLLGSNDSQVKEKSTMKAILANLMPGNSYNS
IPFPFEPDKHYLMYEHERVPIAVCEREPSSIISFALSCKEYKSALDELWKTGGEDTTLST
SSGESRVKNSPAKPNETASSQMGLGRSSMDSDPLKDADIGDNHKKSTGNPHIELQFSDAN
AKFYCRIYYAEEFHKMRAEIMESTEDDFVRSLSHCVNWQARGGKSGAVFYATEDDRFILK
QMPRLEVQSFLDFAPHYFTYITGAVQQKRPTALAKILGVYRIGYKNSQNNSEKKLDLLVM
ENLFYGRKMAQVFDLKGSLRNRNVKTESGKESCEVVLLDENLLKLVHDNPMYIRAHCKAI
LRAAIHSDACFLSSHLIIDYSLLVGRDDATDELVVGIIDYIRTFTWDKKLEMVVKSTGIL
GGQGKMPTVVSPELYRARFCEAMDKYFLMVPDHWTGLGVNC
NT seq 6246 nt   +upstreamnt  +downstreamnt
atggactctgtgcgctcctggctcctggcctacaacaacagaatagccaggctcaggagc
ggtgacatggaggctgaggacaaatccttgccctctacgctggattgcagtgtgaagcct
cccatctcccctggcagcccatctcacctgacacacttcaaacccctgactccagagcag
gacgagcccccgctccggtcagcctacagctccttcgtcaacctgttccgcttcaataaa
gaggaggggcggccaccctcggtgacagagaaaccggatgtggttttgacgtcaaccact
ggggagcgtaggagctggaccagcccagcacactccatccacagctctgggacccatagg
aaacaacaccccgacctgctccgtagaacgtccagcgcctcaggggactggccattatgg
cggggtcaggaaggccgtaggaaagcagaaaccctcctgagcattcacgaccctcgtaca
gctgttcagctccgcactgctctgaaaagactcaaggagatcatggagggaaagagccag
gacagtgacctgaagcagtactggatgccagacagtcagtgtaaggagtgctacgactgt
aacgagaagttcaccaccttccgccgacgccaccactgccggctctgtggacagatcttc
tgtagccgctgctgcaaccaggaaatccctggcaagttcatgggctacacgggagacctg
cgggcctgcacctactgccgtaagatcgctctgagctactcccagtctgcagactctggc
tccataggagaggacctgtctgctctgtctgactcctccgtctgcatcctggaacccaac
gagcctcgcaccccggtcggaggtcgcaagtccagccgcaacatcttcctagagaaggac
ctgacctggcagagtttgattcaccaggagtctcagagcagaggtatgaattctagactg
actgggctacaagaggatggaggcaagtccccaataaggaagcggtcagccagtgtgacc
aacctgtccctggaccggtctggctcctccatggtgccctcctatgacagctcagtgagc
ccccagaccagtaggaccatgcccaatcctgaccacagtgaagaggagaggaagatactg
ctggactcatcccagctcaaagacctgtggaagaagatttgtaacaacagtactggcatg
gagttccaggaccaccgctactggctccgtacataccccaactgcattgtggggaaggag
ctggtcaactggctgctgaggagtggaaccatctccaccagggcccaggcgatagccatt
ggtcaggctgtggtagacggtcgttggttggactgtgtcactcaccacgaccagctgttc
agggatgagtacgctctctatcgccccctccagagcacggagttctctgagaccccgtct
cctgacagtgacagtgtcaactctctggagggacactcagaaccctcctggttcaaagac
atcaagtttgacgacagtgacacagaccaggtggctgacgagaatgactatgtcacgccc
aactcatccagccccagtaagaggacgtcagtcagcagtttccagtcagcggtggacagt
gactctgctgcctccatcaatctcaatatggagcaggacaacgtcaacttccacatcaag
aaaccgtccaagtacccccatgtacccccgcaccccaaggagcagaaagagtacctggtc
tcagaggatggaggacagaatatctccatcagtgacgctttcatcaaagagtccctgttt
aaccgtcgtgtggaggagaaagctaacgagatgctgttcactcctttgggctggcaccac
agctccctggaccagctcagagaggagaatggagagaaggaggccatggagaggctactc
tctgccaaccacagccacatgatggcgctgctgcagcagttgctgtacagcgagtccctg
tgcctctcctggcgtgacatcatcgttcctgtggtgaggcaggtagtgcagactgtgcgg
ccggacgttcgcagctgtgatgatgacatggacatcagacaactggttcacgtcaagaag
attcctggagggaagaagtttgactctgcggtagtgaatggctttgtctgtaccaagaac
attgcccacaaaaaaatgaactcgtacatcaagaaccccaagatcctgcttctgaagtgt
tctatagagtatctctacagagaggagaccaagttcacctgcattgaccccatcgtgctt
caggagcatgagtttctgaagaactatgttcagcgtatagtggacgtgcgtcccaacctg
gtgctggtggagaagaccgtgtctcgtattgctcaggacatgctgctggagcacggcatc
acactggttatcaacgtcaaaccgcaagtcttagacagggtgagtcatatgacccagggg
gacctggtcatgtctatggaccagctgctcaccaagcctcgactgggaacctgccaaaag
ttctacctacactccttccagctggccaacaatgagttgaagactctgatgttcttcgag
ggctgccctcctcagctaggctgtaccataaagcttcgcggggcgtctgagtacgagctg
gccagggttaaggagatcatcgtcctcatggtgagtgtggcctaccactcccagctagag
atatcctttctcatggatgagttcgccatgcctcccagcctggccaagaccagcttcccc
tgcctcctggagagcactaccgtcgaggaggagagccaggaaaatgagaccgaccagagc
accatcttccagggaggacagactgtgctggtggatgaggaggagaagccttccctgggg
aagtctgtatcggagtcttcctcatctaaaaatgttgaggttgtcaaagttgccaagaac
caactcctgtcctcatcctccctggtgggcgagggtatggagtcaacagaggtcatgacc
tccacaccgttgtccaatcccctggcgccgccaccaccctacctcattgatgacctggag
gagttgacagatgagattgggctggagcagggggaggagactgtgggggcgagcgggtca
ggggttccggggaggggtgagtcgtgggaggagagctctggttcggagacggcccccagg
ctgttcagagaccccctgcaggatgacactgggctgtttgtcacagagcaggtggcctcg
acggacgaccatctcaagacgctgacggcaggcttcaaacaggagctgaaggacatcatc
ctgtgtgtctcccccttcatcactttcagagagcccttcctcctctcccccgctggccta
cgctgccccagcagagactactttcctcaacaggtgtacctctccccactgctaaacaag
gacttcaaagaactagacggtcgacgtaagcgacaactcctcaaagactccacccaatca
ggtggaggccctcgccccatccaggtgttaccctcccaccgccttaccagtgcccgcatt
gcagagcatctgggcagcagccaggacttggccaagatgctggcagactaccgtgcccaa
ggaggccgcctccgacaggaggaggcagaccccttcgcccagccaccggtccgggaggct
ctgccgcccaagcaccccgtcaaggctgattgtgaggaggagaagccagcgggacagaac
gacatgacctgggcctccaagctggactgcctgaacccagtgaaccatcagagactctgt
gttctgttcagcagctcctcagcccagtccaacaacgcccccaacccctgcgtcagtcct
tggatggtcacgatggacttctacggaaagaatgacctcacactaggaatattcctggag
agatactgtttcagaccgtcctatcagtgccccagtatgttctgtgagactcccatggtg
caccatgtgcgacgatttgtccatggcagtggctgtgttcagatcgttctgaaggagctg
gactctcctgtgcctggataccaacacaccatcctcaactactcctggtgccgtatatgc
aaacaggtgactcctgtggtgcccctgtctaatgactcatggtccatgtcctttgctaag
tacctggagctgaggttctatggtcaccagtataccaggagggctaatgctgagccctgt
ggccactccatccaccatgactaccatcagtacttctcctacaaccagatggtggcctca
ttcagctacatctcagtgagactgctagaggtctgcctccctcctcctaagatcttcatc
aggaaccaggggccctccaagggccggatgcagcaggacctcaaggacttctcacagaag
gtgactcaggtgtacctggccatagatgaccgcctcacctctctgaagacggacaccttc
agcaagacacgcgagcagaagatggaggacctgtttgcacagaaagatatggaggaggca
gatctgcatagctggatagagaagctgcaggctcgtctccaggcctgtggtagtgactcc
ccccagcagctccagactgtactggaatcggtggtagtgaagaaacagagcctgtgtgaa
acactgcagtcctggaacagcaggctgcaggacctgttccagcaggagaagggcaagaag
cgtctgtctgtcccagccagccctgggagacaccgacagacagacgacagcaagccaagt
gctctggagtcctctccacgcaacccctcccctttagtacaacatgttgacaaagaggat
cgtcacctcactgccatgccctcaagctgggggtcgtcattgctagcattaccgtcacca
ggggaaccaggctcagaacccctctcttctggaccctgcttccctgaccaggattccgtc
agcatcccagaggatgtgtttgatggacacctgttgggctccaatgacagccaggtgaaa
gagaagtccaccatgaaggccattctagccaacctgatgccaggcaacagttacaactcc
atcccattcccatttgaaccagacaagcattatctgatgtatgagcatgagagagtgccc
atcgccgtgtgtgagagagaacccagctccatcatctcattcgctctcagctgtaaggag
tataagagtgctctggatgaactgtggaagacaggaggcgaggacaccaccctgtccacc
agctctggagagagccgggtcaagaacagcccagccaagcccaacgagaccgcctcctcc
cagatgggtctgggccgcagcagcatggactctgaccctcttaaagatgcagacatagga
gacaaccataaaaagtcaacaggaaaccctcatattgaattacagttctctgatgccaat
gctaagttctactgtaggatctactatgctgaggagttccacaagatgagagcggagata
atggagagtacggaggatgactttgttcgctcgctgtcccactgtgtcaactggcaggcc
cgtggtggcaagtctggggccgtcttctatgccaccgaagatgaccgattcatcctgaag
cagatgcccagactagaggttcagtccttcctggactttgcccctcactacttcacctac
atcactggagccgtgcagcagaagcggcccactgccctggctaagatcctgggtgtgtac
cggatcggctacaagaactcccagaacaactctgagaagaaactggaccttcttgtcatg
gagaacctgttctatggcaggaagatggcccaggtgttcgacctcaagggttctctgagg
aaccgcaacgtcaagaccgagtctgggaaggagagctgtgaggtggttctgctggatgag
aacctactgaagctggtccatgacaaccctatgtacataagagcccactgcaaggccatc
cttagggctgctatccacagtgatgcctgcttcctgtctagtcacctgatcatagactac
tctctgctggttggacgagacgacgccacagacgagctggtggtgggaatcatagattac
atacggacgttcacatgggataagaagctggagatggtggtgaaatccacagggatcctg
ggagggcaaggtaagatgcccacggtggtctctccagagctgtaccgagcccgtttctgt
gaggctatggacaaatactttctcatggtgcctgaccactggacagggctgggggtcaac
tgctga

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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 (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (12)   
   RefSeq(nuc) (8)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (87)   

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