Osmia lignaria (orchard mason bee): 117609885
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Entry
117609885 CDS
T09775
Name
(RefSeq) phosphatidylinositol 4-kinase alpha isoform X1
KO
K00888
phosphatidylinositol 4-kinase A [EC:
2.7.1.67
]
Organism
olg
Osmia lignaria (orchard mason bee)
Pathway
olg00562
Inositol phosphate metabolism
olg01100
Metabolic pathways
olg04070
Phosphatidylinositol signaling system
Module
olg_M00130
Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:
olg00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
117609885
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
117609885
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
olg04131
]
117609885
Enzymes [BR:
olg01000
]
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
117609885
Membrane trafficking [BR:
olg04131
]
Endocytosis
Others
EFR3-PI4KIII alpha complex and associated proteins
117609885
Endosome - Golgi transport
Others
117609885
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PI4K_N
PI3_PI4_kinase
PI3Ka
ABC1
PI4KB-PIK1_PIK
DUF4135
TAF
Motif
Other DBs
NCBI-GeneID:
117609885
NCBI-ProteinID:
XP_034192525
LinkDB
All DBs
Position
Unknown
AA seq
2120 aa
AA seq
DB search
MVADERLFFSKAVQHLARCLAAIKPTPWEKVMQLFKLCPQESAQGIYRLDQRGQDATIAL
GIYFLESGLQHRDRILPYLLRLLRGLPKAVWLDEVKCSPSERIPVAERFSFCLNTLLSDV
AARCEAVREEIISTQVEILAVLTNLIRGYKDQNGSRGMQAKLSLCKCIVPVLIGLARSMG
RFASTDPPLLCRIFPKPTPPLTIPNTETRATSDKKQYSFSNFRPIIPRSLSGNLNPHPNI
DNAPSLLIGDHDNPCDKRPSLNSYTSVPYDPVTYFFSRYGSSFNQFPQMRCNESPERRAG
MHFSVVHLQSVLALAKKLLTKEILMFLDEEAQQVYNSGQVQIFPYRTFNETMNLVMVALL
RELLQNQRDLPAPFTKDVQEFVKGLFLSGQTELQSRQHDASEREDMDTNFRTVNRFKVNV
MANSACVDLLVWAIGDETVRNQYDISALFADIGSMLIGDGADSLCSRLVEKINSNHGPKL
VLAHMPLLMVCLEGLGKLAQKFPNIASTSIYYLRDFLVVPSPILLKLHRQRTDKGKDLHD
PKQTTSSIHTAFEKLRDAAIGNLCIALEAAHSVNPDCVPALVASVSNRLFAADICDGESD
DRSNSELISKNIVIMLGHVAVALKDTPKTMRTIFPFFQQLFCRTPSDLDFLIVDQLGCMI
IAKCESKIYEGIMQMFSMSLGSSTATYASNDDRKQYCHVAKAVTNALANIAANLQGETEL
NDLLLHLLELFVQLGLEGKRASDKANVTVTKAATSAGNLGVLIPVIAILVRRLPPIRHPQ
KRLLKLFKDFWLYCVVMGFAGDQASRLWPAEWYEGVKEIAVKSPYLISQTSARLEMRELQ
YTSAVRNDSVSLNELQELRSQVLKLNTRFFHRTNDISQYVTKLQFAQCTYLLSVYWLETL
RVANSPEPSLQPIMEYLCDTDLQKEKSGMWQCICCVADSVFVKFKDVMQRKPKDERREKE
LENHAQFLLVHFNHVHKQIRRIADKYLSALVDAFPHLLWNCKVLWSMLDILQILSFSLQI
DPNEETPILRIPGTLYSIELMDTLEAREIIVKDFTARCKGIVQEAMKWAPQATRSHLQEY
VNQILSSGLKHHSGLCLSTDSVLEFVDLAVPTSVIPNTNSLDKRPRGPKGVSSWLLSMMS
TRARYAGEIAGMLSLAQTESSTSEISFEESRNKVVDLLIDAVWMACRSRNDVAHRSALWR
ATALLISMPGIHRRLLHTVASSQIELFTPAAMTTTVECWQWILTVRPDLKLRFLQEMLVA
WQYTVDKRMGLFAPDEEEVSPLAVYEGCKLGPNPPQVKPHDIWVTFIVELIETAKYCCQE
TVDMIVTLLHRSLPMTVGASREEPGMSRHVAAVGVRFKLLSCGLLLLQGDILPRTLSKNV
LRERVYCNCLDYFCRDRQVPTQELEQLREDLVTLIRFWQVMHSDKKYLVMTGNESEFEMP
TPQSCPTGGFGPSETIGSLSTALNTTNSEYSKTASSVWINTVPMSTSSNTLGKRSNRSKR
VMNANVFVKDYIKKRNLILELLAVEIEMLLVWRNPSGRQELALSGESSIAEWRAKGMNDR
WREYTRLAWEISPVFAVFLPVRLKNSDIIIKEVCGLVRSKPVPVMHIPEALQYLVTTETL
LNDVPELVYMLTWERVSPIQALAYFSRQFPHHPISAQYAVEVLSSYPADAVLFYIPQLVQ
AVRHDTMGYVIEFIKKIAKRSQVVAHQLIWNMHTNMYMDEDKQIKDLVLYDVLDSLVKSI
LGSLSGPAKQFYEREFEFFEKITNISGYIRQFPKGPERKAACLKALSQIKVQPGCYLPSN
PEAMVVDIDYNSGTPMQSAAKAPFLARFKVQKYGINELENIALAVSANGKVDIKREPDKE
TWQAAIFKVGDDVRQDMLALQVISIFKNIFEKAGLNLFLFPYRVVATAPGCGVIECVPNA
TSRDQLGRTTDIDMHQYFITRYGDETTKEFQNVRRNFVKSMAAYSVITYLLQIKDRHNGN
IMLDTEGHIIHIDFGFMFESSPGGNLGFEPDIKLTDEMVLVMGGKMEAAPFRWFMELCVQ
AFLAVRPYQEAIISLVSLMLDTGLPCFRGQTIKLLRGRFVPTATDREAAAYMLNVIRNSY
LNFRTKTYDMIQYYQNQIPY
NT seq
6363 nt
NT seq
+upstream
nt +downstream
nt
atggtggcagacgagaggttgtttttctcgaaagccgttcaacatttagctagatgtctg
gcggcaatcaaacctaccccatgggaaaaggtgatgcaactattcaagttatgcccacaa
gaatctgctcaaggtatatatcggctggatcaaagaggtcaagatgcaaccattgcactg
ggaatatattttttggaatctggtttacaacatcgagatcggatattgccttatcttctg
cgcttactgcgtggccttccaaaagctgtttggctggacgaggtcaaatgttcacccagt
gagcgtatccctgttgctgaacgttttagcttttgcttgaacacgttgcttagtgatgtg
gcagccagatgtgaggctgtgcgcgaagaaatcatttctactcaagtagaaatattggca
gtgttaacaaatcttataaggggatacaaagatcagaatgggagtagaggaatgcaagca
aaattgtcattatgcaaatgtatagttccagttttaatcggtctagctcgatcaatgggt
cgttttgcctctacagacccacctcttctttgtcgtatttttccaaaaccaacgccacct
ctaacaataccaaacacagaaacacgtgcaacgtcagataagaaacaatatagtttttca
aactttcgtccaattattccacgctctttaagtggcaatttaaatcctcatccaaatatc
gataacgcaccgagcctattaatcggagatcacgataacccctgtgacaaacgaccatcg
ttaaattcatacacatcggtaccttacgatccagtcacatatttttttagcagatacgga
tcaagttttaatcagttccctcaaatgaggtgcaacgaaagtcctgaaaggagagctggg
atgcatttcagtgtagttcatttgcaaagtgtactggctttagcaaagaaattacttact
aaagagattttaatgtttcttgacgaagaagctcaacaagtttataactctggacaggtg
cagatatttccttatagaacatttaacgagacaatgaatttagtaatggttgccctttta
agagaattgttgcaaaatcaacgggatttgccagcgcctttcacaaaggatgtgcaagaa
tttgtaaagggcctctttttatccggccagacggaattacaatcgcgtcaacatgacgcg
agcgagcgcgaagacatggatactaattttcgaactgtaaatagatttaaagtaaatgtt
atggctaattctgcttgcgttgatctccttgtttgggcgattggcgatgaaaccgtgaga
aaccagtatgatatatctgcgctatttgcagatatcggttccatgctgattggcgatggt
gctgatagtttatgcagtcgtttagttgaaaaaattaactctaatcatggaccaaaactg
gtgctggcgcatatgcctttgctaatggtttgccttgaaggattaggaaaactagcacag
aagtttcccaacatagcaagtacttctatatattatctcagagatttccttgttgtaccc
tcacctatacttcttaaattacaccgtcaacgaactgataaaggaaaagatctgcatgat
ccaaaacaaactacgtcatcgatacacacagcctttgaaaaattacgagatgcagctatt
ggaaatctatgcattgctttagaagcagcccattctgttaaccccgattgtgtgccggca
ctggtcgctagtgtctcgaatagattatttgctgctgatatatgcgacggtgaatctgat
gacagatcaaatagcgaattaatttcaaaaaacatagtaatcatgttgggacacgttgcc
gttgcattgaaagacaccccaaagactatgcgcacaatatttccattttttcagcaatta
ttttgccgtaccccgagcgatcttgattttctaatcgtcgatcagttaggatgcatgatc
atcgcaaaatgcgagtcaaagatttacgaaggcatcatgcagatgttctctatgtctttg
ggttcgagtactgcaacatacgcgtcgaacgatgatcgtaaacagtactgtcacgtagct
aaagcagtcacgaacgctcttgctaacatagctgcaaatttacaaggtgaaacagaatta
aacgatttactgcttcacttgctcgaactttttgttcaacttggattagagggtaaacgt
gccagcgataaagcaaatgtcacggttacgaaggcggcaaccagtgcaggaaatttgggt
gtactcattcctgtaatcgctatattagtaagacgacttccaccgatcaggcatccacag
aagagacttttgaagcttttcaaagacttttggctttattgtgtcgtgatgggttttgct
ggagatcaagcatccagattatggcctgcagaatggtacgaaggcgttaaagaaatcgct
gttaaatcaccgtatctgatatctcaaaccagtgcacgactcgagatgagagaattgcaa
tacacttcagccgtgcgcaacgacagcgtttctttaaacgaattacaggaattaaggagt
caagtgttaaagttgaatactcgtttttttcataggaccaacgacatatcgcagtacgtg
acaaaattacaatttgcccaatgcacctatttgttatcagtgtattggttagagacatta
agagtggcaaatagtcctgagccaagtttgcaaccgataatggaatatttatgcgatacc
gatttgcaaaaggaaaagagcggaatgtggcaatgcatatgctgtgtcgctgattccgtg
tttgtaaaattcaaagatgtaatgcagcgcaagccgaaagatgagagacgcgagaaggaa
ctcgaaaatcatgcgcaatttcttctggtgcatttcaatcatgtacataagcagatcaga
cgaatagcagataaataccttagcgcgttggtagatgcctttccacatcttttgtggaat
tgcaaagtactttggagtatgttggacatattacagattttatcattctccttacaaatt
gatccaaacgaggaaacaccaattctgcgaatacctgggacattatacagtattgaactt
atggacacacttgaggcacgagagatcatagttaaagatttcactgcaagatgtaaaggc
atagtacaggaagctatgaagtgggcaccccaagccaccagatcacatttacaagaatat
gtaaatcagattctctcttctggattaaagcatcattctggtttatgtttgtctacagac
tctgtgcttgaatttgtggatttagctgttcccacctcagttatacctaatactaattca
ttagacaaacgaccacgtggtccaaaaggagtcagctcgtggctactatcgatgatgtcg
acacgagcacgatacgctggtgaaatagcaggaatgttgtcactagcgcaaactgaatct
tccacttctgaaatatcttttgaagaaagtagaaacaaagttgttgatctattaatcgat
gctgtatggatggcttgtcgttctcgaaacgacgttgctcatcgtagtgctctttggcgt
gctactgcattgttaatctctatgcctggaatccacaggcgtttgcttcacacagtagct
tcctcacaaattgaattatttaccccagcagctatgaccacgacagttgaatgttggcaa
tggatactcactgtacggccagatctcaagctacgtttcttgcaggaaatgcttgttgca
tggcagtacaccgttgataagagaatgggtctgtttgctccagacgaagaggaagttagt
ccattggctgtatacgagggctgtaagcttggtccaaatcctccacaagtaaaacctcat
gatatctgggttacttttatcgtggaattgattgaaactgctaaatattgttgccaagaa
acagtcgacatgattgtcaccctgctgcatcgatcgctacccatgactgtcggtgcttct
cgtgaagagccaggaatgagtcgtcacgttgctgcagttggtgtacgatttaaattgctc
tcttgcggactacttcttcttcaaggggatatcttaccaaggacattgagcaaaaatgtg
ctacgagaacgcgtgtattgcaattgtttggattatttctgtagagatcgtcaagtaccg
acgcaagaacttgaacaattacgcgaggatttagttacgcttatacgtttctggcaggtt
atgcatagcgataaaaaatatttagtgatgactggtaacgaaagtgaatttgaaatgcca
actcctcagtcctgcccgactggtggttttggacctagcgaaacgattggttccttaagt
acagccttaaacacaacaaatagtgaatattccaaaacagcttcaagtgtatggattaat
acagtcccaatgtcgaccagtagtaatacattgggtaaacgtagtaatcgtagtaaacga
gttatgaacgccaatgtatttgtaaaagattacataaagaaaagaaatttaattcttgaa
ctgttggcggttgaaatagaaatgttattggtatggaggaatcctagtggaagacaggag
cttgcactttcaggtgaatcgagtatagcagaatggcgtgctaaaggtatgaatgatcgg
tggcgtgaatatacacgtctcgcgtgggagattagtcctgtttttgctgtatttttacca
gtacgactaaaaaattctgatataattatcaaagaagtatgtggactcgttcgcagtaaa
ccagtaccggttatgcatattcctgaagctttacaataccttgttacaacagaaacatta
cttaatgacgtacctgaattggtatatatgcttacgtgggagagagtatcgcccattcaa
gcattggcttatttctctcgtcagtttcctcatcatccaatttctgctcagtatgcagta
gaggtgctaagtagttatccagcagatgccgtgctattctatataccacaacttgtacaa
gctgtacgtcatgatactatgggttatgtgatagaatttataaaaaaaattgctaaacgt
tctcaagtagtggcacatcagttaatttggaatatgcatacaaatatgtacatggatgaa
gataaacaaataaaagatcttgttctgtatgatgtattggactcgttagtgaaaagtatt
ttaggatcattatctggtccagcgaagcaattctatgaaagggaattcgaatttttcgaa
aagattacaaatatttctggttatataaggcaatttcctaaaggtcctgaacgtaaagca
gcgtgcttgaaagctttatctcaaatcaaagtacaacctggttgctatttaccatctaat
cctgaagctatggttgttgatattgattataatagtggaactcctatgcagagtgccgcg
aaagctccatttttggcgcgttttaaagtgcaaaaatatggaattaatgaattagaaaat
attgcattagcggtgtcggctaatgggaaagttgacattaaaagggaaccagataaagaa
acgtggcaggctgctatttttaaagttggtgacgatgttagacaagatatgttggcacta
caagtaatcagtattttcaagaatatatttgaaaaagctggcttaaacttatttttgttc
ccctatagagtagtagctacagcaccggggtgtggtgttatagaatgcgtaccaaacgca
acatcgcgtgatcaacttggtcgaaccactgatattgatatgcaccagtatttcataaca
cgttacggagatgaaacaacaaaggaatttcagaacgtacgccgaaatttcgtgaaatcc
atggctgcttacagtgtgatcacgtatcttttacaaataaaagatcgtcataatggtaac
attatgttagataccgaaggccacattatacatatcgattttggattcatgtttgaaagt
tcgccaggaggtaatttaggttttgaaccggatattaagctgactgatgagatggtgctc
gttatgggcggtaaaatggaggctgcaccttttcgttggttcatggaactatgtgtacag
gctttccttgcagtaagaccctaccaagaggcaattatttctctggtttctcttatgctt
gataccggattgccttgtttccgtggacaaacaataaagcttctacgcggtagattcgtg
ccgacagctaccgatcgtgaagcagcggcctatatgctcaatgtaatacgtaacagctac
ctcaatttccgtacgaaaacttatgacatgatacagtattatcaaaatcaaattccttat
taa
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integrated database retrieval system
