KEGG   Dichomitus squalens: DICSQDRAFT_96191
Entry
DICSQDRAFT_96191  CDS       T03133                                 
Name
(RefSeq) hypothetical protein
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
dsq  Dichomitus squalens
Pathway
dsq00562  Inositol phosphate metabolism
dsq01100  Metabolic pathways
dsq04070  Phosphatidylinositol signaling system
dsq04145  Phagosome
Brite
KEGG Orthology (KO) [BR:dsq00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    DICSQDRAFT_96191
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    DICSQDRAFT_96191
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    DICSQDRAFT_96191
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dsq04131]
    DICSQDRAFT_96191
Enzymes [BR:dsq01000]
 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
     DICSQDRAFT_96191
Membrane trafficking [BR:dsq04131]
 Endocytosis
  Macropinocytosis
   Kinases
    DICSQDRAFT_96191
 Endosome - Golgi transport
  Others
   Others
    DICSQDRAFT_96191
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 18845213
NCBI-ProteinID: XP_007360533
JGI: 96191
Position
Unknown
AA seq 2298 aa
MDSSIESLSTNPAHSAPSSRSRSSTKIVDDVTSLTSFNPFSEEDEHDQSSYALVSSLFSK
VKNTLSAPLSSAGPSAAPAYPSTAPEKATPDQRRPSLQYSNSNQSHKSGSDRANPFNINS
SNPAPPLVSLTPVVSETPSYAADDRPPSRAGIYRPDTPDGGGYSIPGFPIQDSDARSIRT
NVSLRRSASVSKVIRRIRGEGLSRDYWMDDELCKECYDCKSVFTTWRRKHHCRICGQIFC
SRCASNIIKGTRFGHEGMVRVCNLCLDKLAKGDEDEDEDDRRSVMTSLSSPFAAHQFGSE
SRSFNLSVHPQSPFAASHLFGRTDEPFSLFSIAETKRTRSGSEDSGFGSRPMTPLDGFGS
SKFLRENPVPFRRALTEEDKDPISVADQFQRDSPTAAGSKTPIDFPVTVPVTVEGGTSTV
QFPLSSPDQPLAIESPGVLRSRFNSSVEFDASPPFIRSRVQSRLGDSFSTSAIGEPGWRT
RRESTAYAQELNLISMFHLRVMLRQMLMSEDIPNLREWEETLLKLALRVARELTFTAHPH
RQGADMDVRRYVKIKKIPGGAPQDSEYVDGAVITKNVAHKQMTRTLRNPRIMLVTFPLEF
HRVEGQYMHFGQIFRQEKEYLGNLASRIAALRPHVVLAEKSVSRLALDALAKRQIAVARA
VKPSAVQFVARMTQGDVFSSMDKLALEPHLGHCARFRLQTFDHPLIPGRRKTYMRFEGCN
SEMGCTILLRGGDIEVLRRVKKVTRFLAFIVRNLKLETHLWKDSVITLPPLTAEATPPQY
SSDATTPIAGNGYPTVHATAFNQDALEINKDHPIEDLPDEDAEQIRLSRRIQDSLEPYRK
TFISVSATLRFPPPYPIRRMKELDDELIRVKREWEDEVIRREERGSSGHKPEESSATIVQ
VTASTPDPDDVAAQIESLPLPDIPRTPTVDEGTGSRLDDRPGYFDLVPTISPGLFTQNFS
ASPLPRTPLDRPPLQLKTAQDIALESRYQHVKLQHSEQRRIWEWYLRKNRDDFQVEKYQC
ISLWELTLPIDEVGLHRACFPPKLEYITFYGENDCTLGQFIEKAVMDTLRQFLDPKAICE
NKSCNQPLARHCKFFVHNETRICVAVEQWDGQIINRANWAPSPETIITWSACRVCGSATP
FIPVSQEMQRYSFAKFLELHFYPADVQLVQGAGCQHNIYQHHVRYFAIKGMTVRFVADPI
VLHEVVYPPMRIRVRSETQLEIKNADYHRLHQRNNAWYSALIDDLRLITIDAATGDEEAD
ALLNSHINALINKAEWEKEDVANLIDRIYKDSSPTDTLALNAVRANRQDRIVAWQQDFDR
LPKPRISQSEKIAGRRSTAFNSVRAMLPKRGDFYILDFDRGAPASVSEVEESMPTIPTMR
RVTGDSFVSMSSASEASESESVGGSSEQHKESDTLLPQVEDKTTTPSETTVTTTTPEETG
STLLPAAEISGDTQESNKSDPESDSTIGRGRQDSVFSDDATSPQQADIVESTDDGPKPSQ
AVASRLPRRVAVYPSVAELVRKYQDYLPPQGVEDLTKTALAPGVPVSESEQESSPAVRPR
TRHKTRQQPFLSKRSSVSDFESSYAANIAPKYLTKRVPGPPALGSRIPVVNYPDSRSASR
RTSPDKRPLLSRTNTDSTMRPGRSSPPPVTRNITPSTTSKNRPKPAMRLGLKDKAPPPRP
ASIAGSKSTFRRPPTAGSKVSNIAKHFERINRETERASRRYAVIRGKRARPVASARAKVE
VLESIKDAIKDESESSDSSEADDEGGGEDDDNLDQKSPRKSPQKIHEAPAPAPNDQVKST
LEEPPTASSSNTVPDQLTENTLMVGPSAPQESEIPPSVMSSPMLSPTNAGGMAPMTPPPT
DVDIGPSGRSSILKAISGLWQQQAPNRGRSEADADDPMADPEHIFRDSSMVVRTDEPTSI
IALALNSPQYREMLAKSRAEKRLARESGGEAFMPDDWSIAESTSTWGVVNVDSTDGADPT
EELRVPSSKLPWAISFESGGLTISCTVLYPEQFDALRRTYDCERSMIESLARCVKFDASG
GKSGSAFLKTLDDRFIAKELSRTELQAMETFAPAYFDYMSSAVVANRPTLLAKIFGCYKI
TFRKTQKHQNSSNKSKSTQMNLLVMENLFYDRHFSKIYDLKGSTRNRHVQSTGRENEVLL
DENLVQTAHLTPFYLREHSKRILRGALFNDSKFLADINVMDYSLVVGVDSAKNELVVGIV
DYIRTYTWDKKLESWVKDSTFLGGANKGEPTIIGPKQYRHRFLSAMERYFPLVPDRWMKQ
HDAPEEEGNNLLELWPDW
NT seq 6897 nt   +upstreamnt  +downstreamnt
atggactcctcgatagaatccctttcgactaatcccgcccacagcgccccttcgtctagg
tcccgaagcagcacgaagatagtagacgatgtgaccagcctgacatcattcaatccgttc
tccgaggaggatgaacatgaccagtcttcatacgctcttgtctcttccctgttttccaag
gtcaagaatactctctctgcacccctctcgtcagccggcccctccgccgcgcctgcatat
ccaagtactgctcccgagaaagctactccagatcagcgccgaccgtccctccagtattcc
aactccaaccagtctcataagtcagggtcggacagggcgaacccgttcaatattaattcc
tccaatcctgcgcccccgctcgtctccttgactcctgttgtctcggagactccatcctac
gctgcagatgatcgcccgccttctcgtgcaggtatctatcgcccagacaccccagatgga
ggcggatactccatccctggctttcctatacaggacagcgatgcgcgcagcattcgtacc
aacgtcagcttgcggaggtccgcgtctgtgtctaaagttatacggaggatacggggtgaa
gggctgtcacgcgactattggatggacgacgaactatgcaaggagtgttacgactgcaag
agtgtattcacgacgtggagaagaaagcaccattgccggatatgcggtcaaatattctgc
tctcgttgcgcgtcgaatatcatcaagggtactcggttcggccacgaagggatggttcgg
gtttgcaatctttgtcttgacaagctggccaaaggggatgaagacgaggacgaggacgac
cgtcgttccgtcatgacctccctgtcctcacctttcgccgcacatcagttcggtagcgaa
tcgcggtcgttcaacctgtctgttcacccacaatcacccttcgcagcatctcatctcttt
ggtcgtacggacgaacccttcagcttgttctcaatagcggagaccaagcgaacccgctcg
ggttctgaagacagtgggttcggatcccgtcccatgaccccgcttgacggatttggttct
tcaaaattcctccgcgagaatcctgtaccatttcgaagagccctcaccgaagaggacaag
gatccgatatctgtggcagaccaattccagcgcgattctccaacggcagcaggttcgaag
acacctatcgacttccccgtcactgtccccgtcaccgtggaaggtgggacgagtaccgtt
cagtttccattgagttcccccgaccagccccttgccatcgagagtcctggggtgttacgt
tcacgtttcaactcgtccgtcgagttcgacgcatccccaccgttcatccgcagtcgcgtg
cagagccgactgggagatagcttcagcacctcagcaattggcgaacccggatggcgcacg
agaagagagagcacagcctatgcacaggaactcaatcttatctccatgttccatcttcgg
gtcatgctccggcagatgctgatgtccgaggacatccccaacctcagggagtgggaggag
acgctgctcaagcttgccctccgagtagctcgcgagctgactttcaccgctcatcctcat
cgccaaggtgctgatatggacgtacggcggtacgtgaaaatcaagaagattccggggggc
gctcctcaagactccgagtatgtagatggtgcagtcatcacgaagaacgtcgcccataag
caaatgacgcggaccttgcgaaatccgcgcatcatgcttgtgacgttcccgctggaattc
catcgtgtagaaggccagtacatgcacttcggacagattttccgtcaggagaaagagtac
cttgggaacttggcgagccggattgcagcactgcgaccgcatgtcgtccttgccgagaag
tctgtctccaggctggctttggatgccctcgcgaagcgtcagatcgcggttgcgcgtgcg
gtgaagccatccgcagtgcagttcgtggcacggatgactcaaggcgatgtattctcgtcc
atggataagctcgcgttggaaccacacttagggcactgtgctcgcttccgcctgcagacg
ttcgaccatccactgattccgggacgacgtaagacgtacatgcgttttgagggttgcaac
agcgagatggggtgtactatcttgctgcgcggcggagacatcgaagtccttcgccgtgtc
aagaaagtcactcgattcctggctttcatcgtccggaacttgaagctcgagactcacctc
tggaaagactccgtcattacactgccccctttgacagccgaggccacacccccacaatac
agctctgatgccactaccccgatcgccggcaacggctaccctacggttcacgcgacagcc
ttcaaccaggacgctttggagatcaacaaggatcaccccatcgaagatcttccggatgag
gatgcggagcagattcgactttcgcggcggattcaagactccctcgaaccgtacaggaag
acgttcatatccgtatctgccacactgcggttccccccgccataccccattcggcggatg
aaagagctagacgacgaactcatacgtgtcaagcgcgaatgggaggacgaagtcattcgc
cgcgaggaacggggtagctccggacacaagccggaggagtcttccgcgaccattgtccag
gtcactgcgtccacgccggaccccgacgacgttgctgcacaaatcgagtctctcccgctc
ccagatatcccgaggactcccactgtcgacgaaggcaccggtagccgacttgacgatcgc
cctggctacttcgacctcgttcctactatctcccccggcctcttcacgcagaacttcagc
gcctcaccccttcctcgcacgcctctcgatcggccgccgctgcagctgaagaccgcgcaa
gacatcgccctcgagagccgttaccagcatgtcaagctgcagcactcggagcagcgtcgc
atatgggaatggtacctacggaagaaccgggacgacttccaagtagagaagtaccagtgc
atcagtctttgggagctcacactaccgatcgacgaagtcggccttcaccgcgcttgcttc
ccgcccaaactggagtacatcacattctatggggagaatgactgcaccctaggtcagttt
atcgagaaggccgtcatggacacccttaggcagtttctggacccgaaggcgatctgcgag
aacaagagctgcaaccaaccgctggcgcgacattgcaagttcttcgtgcacaacgagaca
cgcatctgcgttgcggtagagcaatgggatggccagatcattaatcgcgcgaattgggct
ccttcgcctgagaccatcatcacctggagtgcgtgtcgggtctgcggctccgcgacgccg
ttcatccccgtgtctcaggaaatgcagcggtattcgttcgccaagttcctggaattgcac
ttctatcccgcggacgtccagctcgtccagggcgcagggtgccagcacaacatctaccaa
caccacgtacgctacttcgcgatcaaaggcatgaccgttcgctttgtcgcggacccgatc
gtcctgcacgaggtcgtttatcccccaatgcgcatccgtgtccgctcggagacgcagctc
gagatcaagaacgcagactatcatcggcttcaccaacgtaacaacgcctggtactccgcg
ctgatcgacgacctccgtctaatcacaatcgacgcggcgacgggagacgaggaggcggac
gccctcctcaactcacacatcaacgctctcatcaacaaggcagagtgggagaaggaggac
gtagccaacctcatcgatcggatctacaaggactcgtcgcccacggacacgctcgcgctc
aacgcggttcgcgcgaaccggcaagataggattgtcgcgtggcagcaggatttcgatcgt
ctcccgaagccgcgcatctcgcagtctgagaagatagctgggcgacggtcgacggcgttc
aactcggtgagggctatgttgcctaagagaggggatttctacatcctagatttcgaccgc
ggcgccccggcgagcgtatccgaggtcgaggagagtatgcctactataccaaccatgcgc
cgagtcacgggtgattccttcgtgtcgatgtcttctgcgtccgaggcatccgagtccgag
tctgtcggcggttcttcggaacagcataaggagtcagacactctgcttccgcaggtggaa
gacaagacgacgaccccgtcagagacaacagtgaccacgaccacgccagaggagaccgga
agcacgttgcttcctgcggctgagatctctggggacactcaggagtcgaataagtctgac
cccgaaagcgactccacaattggccgaggtcggcaagatagcgtgttctcagatgatgcc
acatcgccgcagcaggcggatattgtggagtcgaccgacgatggtcctaaaccgtctcaa
gctgtcgcatcacggctgcctcggagggtggccgtgtaccccagcgtcgccgaactcgta
aggaaatatcaggattacctccctccgcaaggtgtagaggacttgaccaagaccgccctc
gctcctggcgtgcctgtctccgagagtgagcaggagagcagtccagctgttcgtccgcgc
acccgccataaaacccgtcaacagccgttcctcagtaaacgctcctctgtatctgacttc
gagtctagctatgccgcgaacatcgctcccaagtacctgacgaagcgagtgccaggaccg
ccagctctgggaagtcggatccctgtggttaactatcccgactcccgtagtgcatcgcgg
cggacgtctcctgacaaacggccgttactctctcgcacgaatacggactccactatgcgg
cccggaaggtcttcgccgccacccgttactagaaacatcacaccttccactacctccaag
aacaggccgaagccagccatgcgcctcgggctcaaggacaaggccccgcctccgcgtcca
gctagcatcgcaggctcgaagtcgacctttaggcggccaccaactgcgggctctaaggtt
tcgaacatcgcgaagcactttgagcgcatcaacagggagaccgagcgcgcgagtcgtcgg
tacgctgtcattcgcggcaaacgtgcgcgtcctgtggcgtccgcacgtgcgaaggtggag
gtcttggagagcatcaaagatgcgatcaaagacgaatcggagagctctgactcgagcgag
gcggacgatgaaggcgggggagaggacgatgacaatcttgaccagaaaagccctcggaaa
agtcctcagaagatccacgaggctccggctccagctccgaatgaccaggtcaagtccacc
ttagaagagcctcccaccgcttcgagcagcaatactgtgccagatcagcttacggagaac
acgctcatggtaggtccctctgctcctcaggagtcagagatacctccgtcagtcatgagt
tctccaatgctttcaccgaccaacgctggtggtatggccccgatgactccgccgccaacc
gatgtcgatatcggcccatcaggacggtcttccatccttaaagctatctctggtctttgg
cagcaacaagctcccaaccggggtcgatccgaagccgacgcggatgatcccatggctgat
ccggaacacatattccgcgactcgtccatggtggtgcgcactgacgagccaacgtccatc
atcgcgcttgcattgaactcacctcaataccgcgagatgctggcgaagtctcgagcggaa
aagcggctggcgcgagagtctgggggagaagcgttcatgcccgacgactggtctatcgcg
gagtcgacgtcaacctggggggtggtcaatgtcgacagcactgatggcgcggatccaacc
gaggagttgcgggtaccctcttcgaagctcccatgggcaatctctttcgaaagcggggga
ttgaccatcagctgtaccgtactgtatcccgagcagttcgacgcactgcgccggacgtac
gattgcgagcggagcatgatcgagtctttagcccgatgtgtgaaatttgatgccagcggc
ggcaagtctggatccgccttcttgaagacacttgacgatcgtttcatcgccaaggaactt
tctcgtacagagcttcaagcaatggagacgtttgcacctgcatacttcgactacatgtct
tccgctgttgtcgctaatcgtcctacgcttcttgcgaagatcttcggttgctacaagatc
acgttcaggaaaacgcagaagcaccaaaatagtagcaacaaatcgaagtcgactcaaatg
aacctactcgtcatggagaatctattctatgatagacacttctccaagatatacgatttg
aaggggtccactcgcaacagacatgttcaatcaactggccgggagaatgaggttctactt
gacgagaacctggtgcaaaccgctcatctgacgccattctatctccgcgagcactctaaa
cgtatcctgcgcggcgctttgttcaacgacagcaagttcttggctgacatcaacgtcatg
gactattctcttgtggtcggagtggatagcgcgaagaatgaactggtagttgggatagtc
gactacatcagaacgtatacatgggacaagaagttagaaagctgggtcaaggattcgaca
ttccttggtggcgccaacaagggagagccgaccatcatcggccctaagcaatacagacac
cgtttccttagtgcgatggagcggtacttccccttagttccggacaggtggatgaaacag
cacgacgcccccgaggaagaaggcaacaatctccttgaattgtggcctgactggtaa

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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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (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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