KEGG   Bombus terrestris (buff-tailed bumblebee): 100645720
Entry
100645720         CDS       T04364                                 
Name
(RefSeq) LOW QUALITY PROTEIN: phosphatidylinositol 4-kinase alpha
  KO
K00888  phosphatidylinositol 4-kinase A [EC:2.7.1.67]
Organism
bter  Bombus terrestris (buff-tailed bumblebee)
Pathway
bter00562  Inositol phosphate metabolism
bter01100  Metabolic pathways
bter04070  Phosphatidylinositol signaling system
Module
bter_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:bter00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    100645720
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    100645720
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:bter04131]
    100645720
Enzymes [BR:bter01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.67  1-phosphatidylinositol 4-kinase
     100645720
Membrane trafficking [BR:bter04131]
 Endocytosis
  Others
   EFR3-PI4KIII alpha complex and associated proteins
    100645720
 Endosome - Golgi transport
   Others
    100645720
SSDB
Motif
Pfam: PI4K_N PI3_PI4_kinase PI3Ka ABC1 PI4KB-PIK1_PIK DUF4135 TAF
Other DBs
NCBI-GeneID: 100645720
NCBI-ProteinID: XP_020719876
UniProt: A0A9B7HXT8
Position
LG B08:8199846..8209609
AA seq 2118 aa
MVADEKLFFSKAVQHLARCLAAIKPTPWEKVTQLFKLCPQESAQGIYRLDQRGQDTTIAL
GIYFLESGLQHRDKILPYLLRLLRGLPKAVWLDEVKCLPSERIPVAERFSFCLNTLLSDV
ASRCESVREEIISTQVEILAVLTNLIRGYKDQNGNRGMQAKLSLCKCLVPVLIGLARSMG
RFAYTDPPLLCRIFPRPEPPLSVPKVEMRLTLDKKQHSFSNFRPIIPRSLSGNFNPHPAI
DTAPSLLIGDHEYSCAKRPSLQSYSSVPYDPATYFFSRYGSSFNQFPQMRCNESPERRAA
MQFNVVHLQSVLALAKKLLTKEILMFLDEETQQVYNSGQVQIFPYRTFNETMNLVMVALL
RELLQNQRDLPIPFTRDVQEFVKGLFLSGQTELQSRQHDASEREDMDTNFRTVNRFKVNV
MANSACVDLLVWAIGDETGADSLCGRLVEKINSNHGPKLVLAHMPLLMVCLEGLGKLAQK
FPNIASTSIYYLRDFLVVPSPILLKLHRQQSERGSIQSYINITYEINEKVIPFKGKICKX
SKQTTSSIQTAFEKLRDAAIGNLCIALEAAHSVNPDCVPALVASVSNRLFAADICDGESD
DRSNSELISKNIVIMLGHVAVALKDTPKTMRTIFPFFQQLFCRTPSDLDFLIVDQLGCMI
IAKCESKIYEGIMQMFSMSLGSSTATYASNDDRKQYCHVAKAVTNALANIAANLQGESEL
DDLLLHLLELFVQLGLEGKRASDKASNNVSVTKAATSAGNLGVLIPVIAILVRRLPPIRH
PYKRLLKLFKDFWLYCVVMGFAGDQASRLWPAEWHEGVKEIAVKSPYLISQTSARLEMRE
LQYTSAVRNDSVSLNELQELRSQVLKLSTRTNDISQYVTKLQFAQCTYLLSVYWLETLRV
ANSPEPSLQPIMEYLCDTDLQKDKSGMWQCICCVADSVFVKFKDVMQRKPKDERREKELE
NHAQFLLVYFNHVHKQIRRIADKYLSALVDAFPHLLWNCKVLWSMLDILQILSFSLQIDP
NEETPILRIPGTPYSIELTDTLEAREIIVKDFTARCKGIVQEAMKWAPQATRSHLQEYVN
QIPSSRLKHHSGLCLSTDSVLEFVDMAIPTSALPNTNSLDKRPRGPKGASSWLLSMMSTR
SRYAGEIAGMLSLAQTESSTSEISFEEIRNKVIDLLIDAVWMACRARNDVNHRSALWRAT
ALLISMPGTHRRLLHTVASSQIELFTPAAMTTAVECWQWILTVRPDLKLRFLQEMFVAWQ
YTVDKRMGLFALDEEEVSPLAVYEGCKLGSNPPQVKPHDIWVTFIVELIETAKYCCQETV
DMIVTLLHRSLPMTVGASGEEPGMSRHVAAVGVRFKLLSCGLLLLQGDILPRTLSKNVLR
ERVYCNCLDYFCRDRQVPTQELEQLHEDLVTLIRFWQVMHSDKKYLVMTGTDSEFEMLTS
QSYSTGAFGPSETISSLSTSFGTTNPEFSKTPTSVWINTVPMSTSSNTLGKRSNRSKRVM
NANVFVKDYIKKRNLILELLAVEIEMLLVWRNPSGRQELALPGESSIAEWRAKGMNDRWR
EYTRLAWEISPILAIFLPVRLKNSEIIIKEVCGLVRLKPVPVMHVPEALQYLVTTDTLLN
DVPELVYMLTWERVSPIQALAYFSRQFPHHPISAQYAVEVLSSYPADAVLFYIPQLVQAV
RHDTMGYVIEFIKKIAKRSQVVAHQLIWNMYTNMYVDEDKQIKDPVLYDILDSLVKSILG
SLSGPAKQFYEREFDFFEKITNISGDIRPYPKGPERKSACLKALSQIKAQPSCYLPSNPE
AMVIDIDYQSGTPMQSAAKAPFLARFKVRKYGINELENIALAVSTNGKVDIKREPEKETW
QAAIFKVGDDVRQDMLALQVISIFKNIFQKVGLNLFLFPYRVVATAPGCGVIECVPNATS
RDQLGRTTDIDMHQYFITRYGDETTKEFQNVRRNFVKSMAAYSVITYLLQIKDRHNGNIM
LDTEGHIIHIDFGFMFESSPGGNLGFEPDIKLTDEMVLVMGGKMEAAPFRWFMELCVQAF
LAVRPYQEAIISLVSLMLDTGLPCFRGQTIKLLRGRFVPTATDREAAAYMLNVIRNSYLN
FRTKTYDMIQYYQNQIPY
NT seq 6357 nt   +upstreamnt  +downstreamnt
atggtggcagacgagaaattatttttctcgaaagccgtccaacatttagctagatgttta
gcagcgattaaacctacaccatgggaaaaggttacacagttgttcaagttatgcccacaa
gaatctgctcagggtatataccgattggatcaaagaggacaagatacaactattgcattg
ggaatatattttctggaatctggtttacaacatcgggataagatattaccatatcttttg
cgattactgcgtggtcttccaaaagctgtatggttggatgaggtcaaatgtttacctagt
gaacgtattcctgttgctgaacgttttagtttttgcttaaacacattactcagtgatgtt
gcatctagatgtgaatctgtacgcgaagaaattatttctactcaagtagaaatattagca
gttttaacaaatcttattagaggatacaaagatcaaaatgggaatagaggaatgcaagca
aaattatcattatgcaaatgcttagttccggtattaattggtttagctcgatctatgggt
cgctttgcttatactgatccacctcttttatgccgaatttttccaagaccggaaccacct
ctctcagtaccaaaagtagaaatgcgtttaacattggataaaaagcagcatagcttttcg
aactttcgaccaattattcctcgatcattaagcggtaacttcaatcctcatccggctata
gatactgcaccaagtctactaatcggggatcacgaatattcttgcgccaaacgaccatcg
ttacaatcttactcatcggttccctatgatccagccacatatttttttagtagatatgga
tcaagtttcaatcagtttcctcaaatgagatgcaatgaaagtcctgaaaggagagctgcc
atgcaatttaatgtggtacatttacaaagtgtactggctttggcaaagaaattgcttact
aaagaaattttaatgttccttgatgaggaaactcagcaagtttacaactctggacaggtg
caaatatttccttatcgtacatttaacgagacaatgaatctagtaatggttgctctttta
cgggaattgttacaaaatcaacgtgatttgcctattccttttacaagagacgtacaagag
ttcgtgaaaggtctctttctatccggtcaaacagaattgcaatcacgtcaacatgatgca
agcgaacgcgaagatatggacactaattttagaactgtaaataggtttaaagtaaacgtt
atggctaattctgcgtgtgtcgatcttcttgtttgggcaattggtgatgaaactggtgcg
gatagtttatgtggtcgtttagttgaaaagattaattctaatcatggaccaaaactggtg
ctggcgcatatgcctttattaatggtatgccttgaaggattaggaaaattagcgcaaaag
tttcctaatatagcgagtacatctatatattatcttcgggactttcttgttgttccatct
cctatactacttaaattacaccgtcaacaaagtgaaagaggtagcatacaatcatacata
aatattacatatgaaattaatgagaaagttattccttttaagggaaagatatgcaagnat
tcgaaacaaactacttcgtcaatacaaacagcctttgaaaaactacgcgacgcagctatt
ggcaatctttgcattgctctagaagctgctcattctgtaaatccagattgtgtaccagca
ttagttgccagcgtctcgaatagattatttgctgctgacatatgtgacggtgaatccgat
gacaggtcgaatagcgaattaatttcgaaaaacatagtaatcatgttggggcatgttgcc
gttgcgttgaaagacaccccaaagactatgcgtacaatattcccattttttcagcaatta
ttttgtcgcactccgagtgatcttgattttctaatcgtggatcaattaggatgtatgatc
attgcgaaatgcgaatcaaagatttacgaaggcataatgcaaatgttttctatgtcattg
ggctcaagtaccgcaacttatgcttcgaacgatgatcgtaaacaatattgtcacgtagct
aaggcagtcacaaatgctcttgcaaatatagcagcaaatcttcaaggtgaatcagaattg
gacgatttgctacttcacttgcttgaactttttgttcaactcggactagagggtaaacgt
gccagcgataaggcgtcaaataacgtttcagtaacgaaagcagcaactagcgcaggaaat
ttaggtgtgcttattcctgtaatcgctatattagtaaggcgacttccgccgatcaggcat
ccatacaagagactcctaaaactttttaaagacttttggctttattgtgtcgtaatgggt
ttcgctggtgatcaagcatcgagattatggcctgcagaatggcacgaaggtgtcaaggaa
atcgctgtaaaatcaccgtaccttatttcgcaaactagtgcacgtcttgagatgagagaa
ttgcagtatacttcagctgtacgcaatgatagcgtttctttaaacgaattacaagaattg
aggagtcaagtattaaaattaagtactcgaactaatgatatatcgcaatatgtgacaaaa
ttgcaatttgcacagtgtacatatttattatcagtttattggttagagactttgagggtg
gcaaatagtccagaacctagtttacaaccaataatggaatatttatgcgatacagatttg
caaaaagataagagcggcatgtggcagtgtatatgttgtgttgctgattccgtctttgta
aaattcaaagatgttatgcagcgtaaaccgaaagacgaaaggcgtgagaaggaacttgaa
aatcatgctcaatttcttctcgtgtattttaatcatgtacataaacagattagacggata
gcggacaagtatcttagtgcactggtggatgcgttcccgcaccttctatggaattgcaaa
gtgctttggagtatgttggatatattacagattttatcattctcattacaaattgatcca
aacgaagagacaccaattttacgaatacctggtacaccatacagtatagaacttacggat
acgctcgaggcaagagagattattgtgaaagatttcactgcgagatgtaaaggtatagta
caagaagccatgaagtgggcacctcaagccactagatcacatttacaggaatatgtaaat
caaattccgtcttctagattaaaacaccattctggtttatgtttatctacggattcagtt
cttgaatttgtggacatggctattccaacatcggccttaccaaacactaattcgttagat
aaacgaccacgtggtccaaaaggagccagctcgtggcttctgtcgatgatgtctacacgt
tcacgatatgctggagaaatagcaggaatgctatcgttggcgcaaaccgaatcatctact
tccgaaatatcttttgaagaaattagaaacaaagttattgacttattaattgatgctgtg
tggatggcttgccgtgctcgaaatgacgttaaccatcgtagcgctctttggcgtgctact
gcattattaatttctatgcctgggacacatagacgtttgttgcatacagtagcttcttca
caaattgaattgttcactcctgcagctatgacaacagcagttgaatgctggcagtggata
cttaccgtacggccagatttgaaactgcgttttttgcaagaaatgtttgttgcgtggcag
tatactgttgataaaagaatgggtttattcgcactggacgaagaagaagtcagtccgtta
gcagtatacgagggttgcaagttaggttcaaatcctccccaagtgaaacctcatgatatt
tgggttacatttatcgtagaattgattgaaactgctaaatattgctgtcaagaaacagtt
gatatgattgtcacattattacatcggtcattgcctatgactgttggtgcttctggtgaa
gagcctggaatgagtcgccatgttgctgcagttggagtgcgatttaaattgctttcttgt
ggacttcttcttcttcaaggagatattttaccaaggacattaagtaaaaacgtactacga
gaacgcgtatattgtaattgcttggattatttctgtcgagatcgtcaagtaccaacgcaa
gaactagaacaattacacgaggatttagttacgcttatacgtttctggcaagtaatgcac
agtgacaaaaaatatttggtaatgactggcaccgacagtgaatttgaaatgttaacatcc
caatcgtattcaactggtgcttttggacctagtgaaacaattagttctttgagtacgtcc
tttggtacaacgaatcctgaattttcgaaaacaccgacaagcgtatggattaatacagtt
ccaatgtctactagtagtaatactttgggcaaacgtagtaatcgtagcaagcgtgttatg
aacgctaacgtgtttgtaaaagattatataaaaaaaagaaatctgatcctcgaactgttg
gcagtcgaaatagaaatgttattagtttggagaaatcctagtggaagacaagagcttgca
cttccaggtgaatcaagtattgcagaatggcgcgctaagggaatgaatgatcggtggcga
gaatatacgcgacttgcatgggaaattagtcctatccttgccatatttttaccagttcga
ttaaagaattccgaaattattatcaaagaagtatgtggacttgttcgccttaaacctgtg
ccggttatgcacgtcccagaagctttacaatatctcgttacgactgatacattacttaac
gatgtacctgaattggtgtatatgttaacatgggagagagtatcacctattcaagcacta
gcatacttctctcgtcaatttcctcatcatccaatttctgcacaatatgcagtagaggta
ctaagtagttatccagcagatgctgtacttttttatataccacaacttgtacaagctgta
cgccatgatactatgggttatgtgatagaatttataaagaaaattgctaaacgttcacag
gttgtagcacatcaactaatttggaacatgtacacaaatatgtatgtggacgaggataaa
caaataaaagatccagttttgtatgatatactagattcgcttgtaaaaagtattttagga
tcgttatctggtccagcaaaacaattttatgaaagagaattcgatttcttcgaaaagatt
acgaatatttcaggtgatataaggccatatcctaaaggccctgaacgtaaatcagcatgt
ctaaaagctttgtcacaaattaaagcacagccaagttgctacttgccatctaatcctgaa
gcaatggtaattgatattgattatcaaagtggaactcctatgcagagtgccgcaaaagca
ccatttttagcgcgtttcaaagttcgaaaatatggaattaacgaattagagaatattgca
ttagcagtatcgactaatggtaaagttgatattaaaagagaaccagaaaaagaaacgtgg
caagctgctatttttaaagtcggagatgatgttagacaagatatgttagctttacaagtg
atcagtattttcaagaatatatttcaaaaagttggattaaatttattcttgttcccatat
agagtagtagctacggcacctgggtgcggtgtgatagaatgtgtacctaatgcaacttca
cgcgatcaacttggtcgcaccactgatattgacatgcatcaatattttatcacacgttat
ggagatgaaacgacgaaagaatttcagaacgtacgtcgtaattttgtgaaatcaatggct
gcctacagtgtaatcacatatcttttacaaataaaagatcgccacaatggcaacattatg
ttggacaccgaaggtcatatcatacatatcgattttggatttatgtttgaaagttcgcct
ggtggtaatttaggctttgagcctgatattaagctaacagatgaaatggtgctcgtaatg
ggtggtaaaatggaggccgcgccttttcgttggttcatggaattatgtgtacaggccttt
cttgccgttagaccttaccaagaagctattatttctctggtttctctaatgcttgatacc
ggattgccatgcttccgtggacaaacgataaaacttttacgcggcagattcgtgccgaca
gcaactgatcgcgaagcggcggcctatatgctcaatgtaatacgtaacagctacctcaat
ttccgtacgaaaacttacgacatgatacagtattatcaaaatcaaattccctattag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
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 (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (32)   

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