Mercurialis annua (annual mercury): 126682662
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Entry
126682662 CDS
T10153
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D isoform X1
KO
K00921
1-phosphatidylinositol-3-phosphate 5-kinase [EC:
2.7.1.150
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00562
Inositol phosphate metabolism
mean01100
Metabolic pathways
mean04070
Phosphatidylinositol signaling system
mean04145
Phagosome
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
126682662
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
126682662
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagosome
126682662
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
mean04131
]
126682662
Enzymes [BR:
mean01000
]
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
126682662
Membrane trafficking [BR:
mean04131
]
Endocytosis
Macropinocytosis
Kinases
126682662
Endosome - Golgi transport
Others
Others
126682662
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PIP5K
Cpn60_TCP1
Motif
Other DBs
NCBI-GeneID:
126682662
NCBI-ProteinID:
XP_050234362
LinkDB
All DBs
Position
LG1-X:complement(69094485..69103216)
Genome browser
AA seq
1631 aa
AA seq
DB search
MCSMCHYCGAQLPKSEDEGRELEGGKSFKLNDEGLGWSCRFCQEKQEQEYIKRNGGSPTS
PMISPTTSLSSSDRSFWSSSDNSVDVNSYCRESPDDCTVDRALEDSSCGYLYNSNAEALV
NGACTLDRVKDSDIVREIEIKEAISEQETKGNSLQHPVVPVDEGNGITPSVDNEMDAQYW
EPPEADIEDDLEGSVAFNDDDDDDECGDGTLWGKPSSLSCCRDEDSGGYKFREEKQNAMK
EVSNGKFKAIVNQLLTTAGVISMGKECESWVDVVSSLSWQAASFLKPDTIDGNRMDPDGY
VKVKCIATGARSDSQVVRGLVFKKHAAHKHMPTSYKNPRLLLIKGVLGQSSSGLSSFKSM
ELEKDNLKSLVDMIEMCHPNVVLVEKSVARDVQESILAKGMTLVYDMKHHRLERVARCTG
SQIFSSDALAGQKLKQCDYFHIEKFVEEHAGSCEGGKKPSKTLMFIEGCPTHLGCTILLK
GSHSDELKRVKCVMQIAVIMAYNLILETLFLVDWKAMFSTVLFPGAVNKLAVDHPSVLGT
AGSIFPSVEENNVESGISPVHIPISNEFDEEGSDNLNMGFEGKSMSYVPYDPVIFSGFSS
LSASVKKVIGENFPLASSAPYQSWADYFGFNGKVTSGQLADEVPVEDPVEVPVEETLEAS
DHCDLESKDSFDEEKALIDGKTRSLGSESEHVGKEKDVNEDHVQSKNDVNSVLNSQGILV
LTSIRNTLRGTICEQSHFSHIMFYRNFDIPLGKFLRDNLLNQRRRCTTCGELPEAHFYYY
AHHNKQLRIGVKRLPKPLPGETQGKLWMWSRCGICKHENGIQKCTKRVLISTAARRLSLG
KFLELSFSNELSYGRSSSCGHSLERDFLYFFGLGSIAAMFKYSPVTTYTISLPPHRLEFS
HLIRYDGLKREFEDVYSKGISLFNGVADALKKLRLKFEGCKLNLGGSLKEFSHIEDMLKQ
EKSGFEASIVNVIAKNGNADTADYKFLILNRLLWELLLESTIWERRLNSLLLPDPSLVCT
ATIEKPVLDQVNPKMTTTTIDSKTERTESGNLIGELSNSVALNGVPIQEIPSASLQESRV
QDDLDHSFSTAEDIKRSNMDHLSQNRSLSPELFMKSDDCVHNHSVDSSFEAAAMIGDVDV
ERNIPVGPFVRNSDAVISSDAFKKDTALHSLVCLENSSGWFWMPFSEILQMYMEDLERGF
MPKFQSISSYMEDDISPAYQIISEEGQRLHIPLGTDNYIVRDYDGELSSIIACALAFLKD
LPVLNEDDQKKGSFSDKSNESLQFPSRAPTRISSRWSFNGFSDSDSLLSTSPEEPRFSSF
DGLSLLESRFSSFDGKSLLESLAATQNDSYEVHFGVSKSLGKGKYSVICVYESQFRDLRS
RCCPSEVDYIASLSRCRNWNAKGGKSKCFFAKTLDDRFIIKEIQKTEFESFVQFAPHYFK
YMNESFELGNQTCLAKVLGIYQVIIRQTKSGKEMRHDVMVMENLSFGRNITRQYDLKGAL
HSRFTSAAAGSDDVLLDQNFVNDMNSSPLYVNNKAKRLLERAVWNDTTFLNSINVMDYSL
LVGVDTEGRELVCGIIDYLRQYTWDKQLETWAKSSLVLPKNERPTVISPIEYKKRFRKFM
AAHFLSVPDNW
NT seq
4896 nt
NT seq
+upstream
nt +downstream
nt
atgtgtagcatgtgtcattattgtggcgcccaacttccaaaatcagaggatgaaggaagg
gaactggagggtggaaagtctttcaaattaaatgatgaaggtcttggttggtcttgtaga
ttttgccaggagaagcaagaacaagaatatataaagcgaaacggtgggagtcctacttca
ccaatgatcagtcctacaacttcattgtccagtagcgatagatctttctggagttctagt
gacaattcagttgatgtaaactcatattgccgggagagtccagatgattgtacagtagac
agagctcttgaggatagcagttgtggctatctgtacaattcaaacgcagaagctcttgta
aatggagcatgtacattggatagagtgaaagatagtgacattgtgagagagatagaaatt
aaggaagctatcagtgaacaagaaactaaaggtaattccttacaacatcctgttgtgcct
gtcgatgaaggaaatggaatcactccttctgttgacaatgaaatggacgcgcaatattgg
gagcctcctgaagcagatatcgaggatgacttggagggtagtgtggcttttaatgatgac
gatgatgatgatgaatgcggtgatggcacattatggggaaaaccaagttctttgagttgc
tgcagagatgaagacagtgggggctacaagttcagagaagaaaaacagaatgcaatgaag
gaagtttcaaatggaaaatttaaggccatagtgaatcagcttcttacaactgcaggtgtt
atctctatgggaaaagaatgtgaaagttgggtagacgtagttagttctttatcatggcaa
gccgcttcatttttgaagcctgatacaattgacgggaacagaatggatccagatggctat
gtgaaagtgaaatgcatagcaacaggtgctcgtagcgacagtcaagtagtcagaggctta
gttttcaaaaagcatgctgcacacaagcacatgccgactagttacaaaaaccctaggctg
ttgctgatcaagggtgttcttggtcagtcttctagtgggttatcatcatttaagtcgatg
gaacttgaaaaggataatctgaaatcactcgtggatatgatagaaatgtgtcatccgaat
gtggttttagtggaaaagtctgttgcccgtgatgtacaagagtctatccttgctaaagga
atgacgctggtctatgatatgaagcaccatcgcttagaaagagtcgctcgttgtactggc
tcacaaattttttcatctgatgctttggcgggtcaaaagttaaagcagtgcgactacttt
catattgaaaagttcgttgaggagcatgctggatcgtgtgaagggggcaaaaagccaagt
aagacgttgatgttcattgagggctgtccgacacatctaggttgcacaatactgttgaaa
ggaagtcatagtgatgaattgaagagggtcaagtgcgtgatgcagattgcagttatcatg
gcctataatttaattctcgagactttgtttcttgttgattggaaagcaatgttctcaacc
gttctttttccgggggcagttaacaagttagccgtagatcacccttcagttttaggaact
gccggttccatttttccttctgttgaggaaaataatgttgaaagtggaatatctcctgtt
catattccaatttctaatgaattcgatgaagaaggttccgacaatctaaacatgggattt
gaaggtaaatccatgtcttatgtgccctatgatcctgtcattttctctgggttttcatct
ctctcagcctctgtaaagaaagttataggagaaaattttcctcttgcctcctctgctcca
taccagtcctgggctgattactttggctttaatggaaaagtaactagtggtcaacttgca
gatgaggttccagttgaggatccagttgaggttcccgttgaggaaactttggaagcctct
gatcattgcgatttggaatctaaggacagttttgatgaagagaaagcactaattgatggg
aaaactcggtcattggggtctgagtccgagcatgttggcaaagaaaaagatgtcaatgaa
gatcatgttcagagcaagaatgatgtcaattcagtgttaaattctcagggtattttggtt
ttgacgtccattcggaacaccttaagagggactatatgcgagcaaagccatttttctcat
atcatgttctacaggaattttgatattcctcttggaaaatttctgcgggataatttgctc
aatcagagacgccgatgcaccacatgtggtgaattgccagaagctcacttttattattat
gcacatcataataagcaactaaggattggagtgaaacggctcccaaagcctttgcctgga
gagacacaaggaaaactttggatgtggagtcgctgtggaatatgtaaacatgaaaatgga
atccaaaaatgtacgaaaagagtcttgatttcaactgctgcacggaggctgtctcttgga
aaattcttggagctgagcttttcaaatgaattgtcatatggtagatcatccagttgtggc
cattctctggagagagatttcctctacttttttggattaggttctattgcagcaatgttc
aagtactcgccagttacaacttatactatttctctgccgcctcacaggctggagttcagc
catttaattagatatgacgggcttaagcgagaatttgaagatgtgtattcaaaagggata
tcactcttcaatggcgttgcagacgctttgaagaagttaagattaaaatttgaaggatgt
aaactgaaccttggagggtcgttgaaagaattctctcatattgaagacatgttgaagcag
gaaaaatccgggttcgaggcaagcattgtcaatgtcattgctaagaatggaaatgcagac
acggctgattacaagtttcttattttaaaccggttattatgggagcttcttcttgaatca
accatttgggagaggcggctgaactcactgctcttacctgatccttctttggtttgcact
gctactattgagaaaccagtgcttgaccaagtgaatccaaagatgacgactactaccatt
gatagcaaaactgaacggactgaaagtggcaatttgataggtgagttgagcaactctgtt
gcattaaatggagttccaattcaagaaattccaagtgcttctttgcaagaatctagagta
caggatgatctggatcactctttttctactgctgaagatatcaagaggtcaaacatggat
catttaagccagaatagatctctcagccctgagttatttatgaaatcggatgattgtgtt
cacaatcattcggttgatagtagtttcgaagctgctgctatgattggggacgtggacgtc
gaaaggaacattccagttggcccatttgttagaaacagcgatgctgtcatttcttcagat
gcatttaaaaaagatacagctctacattcgttagtatgtttagaaaactcaagcggatgg
ttctggatgccattttcagagatccttcagatgtatatggaggatcttgaaagaggtttc
atgcccaaatttcagtcaattagtagctatatggaagatgatatctctccagcttatcag
ataataagcgaggaaggacaaaggctgcacatcccacttggaactgataattacattgtg
agggactatgatggagaactctctagtataattgcctgtgctttggcatttctgaaagat
ttacctgttttaaatgaggatgatcagaaaaaaggcagcttttctgataaatcaaatgaa
agtttacaattcccgagtcgagctcccacacgaatttcctcgcgctggtctttcaatggt
ttttccgactcagattcattgttgagcacatctcctgaagaaccacgcttctccagtttt
gatggcttgagtttgttggaatctcgcttctccagctttgatggtaaaagtttgttggag
tctctggctgctacacagaatgatagctacgaagtccattttggggtttcaaaatcactt
ggaaagggtaaatattcagtgatatgtgtatatgagagccagtttcgtgatcttcggagt
cgttgctgtccatctgaagtagattatattgcatctcttagtcgttgcaggaactggaat
gctaaaggtggaaagagcaaatgctttttcgctaaaaccttggatgacaggttcatcata
aaggaaattcagaagacagaatttgaatcatttgttcagtttgctccccattattttaag
tacatgaatgagtcatttgagttggggaaccaaacatgtctggctaaagtcctcggaatt
tatcaggtaatcattagacagacaaaaagtggaaaagaaatgaggcatgatgtgatggtt
atggagaatctttcttttggtcgaaacattactcgccagtatgatcttaaaggtgctctt
cattctcgattcacttcagctgctgctggttcagatgatgttctattggatcaaaacttt
gtgaatgacatgaattcatctccgctatatgtaaataataaagccaagcgtctgctagaa
cgtgctgtctggaatgacaccacattccttaattcaattaacgttatggattattcgttg
cttgtcggggtagatactgaaggacgggaacttgtatgtgggattattgattaccttagg
cagtatacctgggataagcaactggaaacatgggccaaatcttcccttgttcttccaaag
aatgaaaggccaaccgtcatttctccgatagagtacaaaaaaaggttcagaaagtttatg
gctgcacacttcttgagtgtccccgataattggtaa
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integrated database retrieval system
