Mercurialis annua (annual mercury): 126654503
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Entry
126654503 CDS
T10153
Name
(RefSeq) phosphatidylinositol 4-kinase beta 1-like
KO
K19801
phosphatidylinositol 4-kinase B [EC:
2.7.1.67
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00562
Inositol phosphate metabolism
mean01100
Metabolic pathways
mean04070
Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
126654503
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
126654503
Enzymes [BR:
mean01000
]
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
126654503
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Gene cluster
GFIT
Motif
Pfam:
PI3_PI4_kinase
PI4KB-PIK1_PIK
PI3Ka
ABC1
DUF4135
Motif
Other DBs
NCBI-GeneID:
126654503
NCBI-ProteinID:
XP_050204348
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Position
LG7:complement(14545424..14562490)
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AA seq
1106 aa
AA seq
DB search
MVRLLGLSLRGSDELPREITSRNNNLISESGESGWLIRFFDSSFFCEWIAVSYLYKHEHA
GVRDYLCNRMYTLPLSGIESYLFQICYMLIHKPSPSLDKFVIDICSKSLLIALKVHWFLL
AEIEDSDDNEGISRIQEKCQIAATLMGEWPPLVRPPNESSSPGSKNQVLNRILSSKQKLL
SLTSSPPVNKSLSFSKSPGNNVQEDGNPTSPDENKIFKKFIPGPKVRDALLFRKSVEKDE
NEGDKDGFFKRLLRDSNKGEDDELTSSSDGFFKRFLRDSNKGEDEELTSTSDGFLKRLLS
SKGEDEELTSTSDGFLKRLLSSKGDDEELTSSSEGFFKKLFRDSKSDDDDKSLSKSVEDD
DKDGFFRKFFKEKFEDKKDGIERNERDERVTIEEKCSKSAEDDEKDGFFRRFFKEKSEEK
KDGIDKTDEANINGEEEESSDFSLFKRLFRVHPEDVKNTSVNESSNGGLYEGSPGTENFF
RKLFRDRDRSVEDSELFGSKKKEKRPGSPKQQSEKSNTKPPLPNNTAAYFRKGAYHESLE
FVMSLCETSYGLVDVFPVEDRKSALCESLAEINLHLAEAQNTGGICFPMGKGLYRVFHIP
EDEAVLLNSREKAPYLICVEVLKCDMPSNTKDTSGVQKLSRAGIPLANGDAFLPKPPPWA
YPLWTAQEAYRNSSDRMSRSTAEAIDQAMSHTVEAKLKTINVTLSVEKQVSRQSMNIHPG
WNHSNVHERAGDGGDLEWVRVVLTADPAVRMEDIGDQGPLRRREHRRVPSTIAMEEVKAA
AAKGEAPPGLPLKGAGQDSSDAQPRVNGGTPKPSDALSGELWETKKERIRKASVYGKLPG
WDLRSVIVKSGDDCRQEHLAVQLISHFFDIFQEAGLPLWLRPYEVLVTSSYTALIETIPD
TASLHSIKSRYLDISSLRDFFVAKFEENSPSFKLAQRNFVESMAGYSLVCYLLQIKDRHN
GNLLLDEEGHIIHIDFGFMLSNSPGGVNFESAPFKLTRELLEVMDSDAEGVPSEFFDYFK
VLCIQGFLTCRKHAERIILLVEMLQDSGFPCFKGGPRTIQNLRKRFHLSLTEEQCVSLVL
SLISSSLDAWRTRQYDYYQRVLNGIL
NT seq
3321 nt
NT seq
+upstream
nt +downstream
nt
atggtgaggcttctaggtcttagtctcagaggatctgacgagttacctagagagatcact
tcaagaaataataaccttattagtgagtctggtgaaagtggatggttaattaggttcttt
gactcgtcgtttttctgtgagtggatcgctgtaagctacctctacaagcatgagcatgcc
ggggtgcgtgattatctttgtaatagaatgtatacgttgccgttgtcaggcattgagagt
tacttgtttcaaatttgttatatgttgatacataagccgagtccatctttggataaattt
gttattgatatttgctctaagtccttgcttatagctttgaaagttcattggtttttgttg
gctgagattgaggattctgacgataatgaaggaattagtaggattcaggaaaaatgtcag
attgcagctacattgatgggcgaatggcccccacttgtgaggccgcctaatgagtcttca
agtcctgggagtaagaatcaggtcttgaatagaattctatcatcaaaacagaagttactg
tcactgacatcttcgccacctgtgaataagtcattgtcattttcaaagtcaccagggaat
aatgtgcaggaggatgggaatcctacatcacctgatgagaacaagatttttaagaagttt
attccgggtccaaaggttagagatgctttgttgtttaggaaatcagtggagaaagatgaa
aatgagggtgataaagatggattttttaagaggcttttgagggatagtaataaaggtgag
gatgatgagttgacttcaagctctgatggatttttcaagaggtttttgagagatagtaat
aaaggggaggatgaggagttgacatcaacctcagatggctttttgaaaaggctattgagc
agtaaaggtgaggatgaggagttgacatcaacctcagatggctttttgaaaaggctattg
agcagtaaaggtgacgatgaggagttgacgtcaagctcagaagggttttttaagaagttg
tttcgtgatagcaagagtgatgatgatgataagtcactttctaaatctgtggaagatgat
gacaaggatgggttctttagaaaatttttcaaggagaagtttgaggacaagaaggatgga
attgagaggaatgagcgtgatgaaagggtgactattgaagagaaatgttcaaaatctgct
gaggatgatgaaaaagacgggtttttccgtagatttttcaaggaaaagtctgaggagaag
aaagatggaattgataaaactgatgaggcaaatatcaacggtgaggaagaagaatcttct
gatttttcattgtttaaaaggttgttccgcgtgcatcctgaagatgtcaaaaatacttct
gtaaatgagagtagcaacggtggcttgtatgagggcagccctggaacagagaactttttt
cgcaaattgtttagagatcgtgatcgttctgttgaagactcagagttgtttggttccaaa
aagaaagagaaacgtcctggttcaccgaagcagcagagtgaaaagtcaaacacaaagccc
ccgcttcctaataatactgcagcatatttccgaaaaggggcttatcatgagtcactggag
tttgtgatgtcattatgcgagacttcttatggattagtcgacgtgtttcctgttgaagat
cgcaaaagtgctctctgtgagtcacttgcagagattaatttgcatttagctgaagctcaa
aatactggagggatatgcttcccaatgggaaagggattgtatcgtgtatttcatatacct
gaagatgaagctgttctgttgaattctagggaaaaggcaccatatctgatctgtgttgaa
gttttaaaatgtgacatgccaagcaatactaaggatacatctggtgtgcaaaagctttcc
agagcaggaattcctctggcaaatggagatgcatttttgccaaagccgccaccatgggcc
tatcctttgtggactgcccaagaagcatatcgaaatagtagtgacagaatgtcaagatct
acagctgaagctattgaccaggctatgtcgcataccgtggaggcaaaattgaaaactata
aatgtgaccctctctgtcgagaagcaagtgtctcgccaatcaatgaatattcaccctggc
tggaaccacagtaatgtgcatgaaagagccggggatggtggtgatttagaatgggtaagg
gtagtactgacagcagaccctgcagttagaatggaagacattggggaccaaggaccgctt
cgtcggagggagcatcgtcgtgttcccagtacaattgctatggaagaagtgaaggctgct
gcagccaaaggagaagcacctcctggcctccctctaaaaggagctggccaagattcatca
gatgcacagccaagggttaatggaggcacccctaagcccagtgatgcactctctggggaa
ctttgggagacaaagaaagaaaggattcgtaaagcttcagtatatgggaagttacctggc
tgggacttgcgctctgttattgtaaagagtggtgatgactgcaggcaggagcatcttgct
gtccaacttatttctcatttctttgatatatttcaagaagccggtcttcctctgtggttg
cgtccctatgaagtattggtcacttcttcttatacggctcttatagagacaattcctgat
actgcctcactccattctatcaagagtcggtatctcgatatttcaagcttgcgcgacttc
tttgttgctaaatttgaggagaattccccgagttttaagcttgcacagaggaactttgtt
gaaagtatggctggatattctctagtgtgctaccttctacagattaaggacaggcacaat
gggaatctgttgttagatgaggaaggtcatattatacatattgattttggatttatgctt
tctaactctcctggcggtgttaattttgagagtgcacctttcaaattaacccgggaactg
ctcgaggtcatggattctgatgctgagggagttccaagcgagttctttgactattttaaa
gtattatgcattcaagggtttttaacatgtaggaagcatgcagagcgtattattcttctg
gtcgagatgttgcaggattccgggttcccatgttttaaaggtggtcctcggacaattcag
aacctgagaaaaaggttccatttaagtttgacagaagagcaatgcgtctctttggtgctt
tctcttatcagcagcagcttagatgcgtggcggacacggcaatatgactattatcagcga
gtattgaatggaatattgtga
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