Rhododendron vialii: 131329432
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Entry
131329432 CDS
T09330
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D
KO
K00921
1-phosphatidylinositol-3-phosphate 5-kinase [EC:
2.7.1.150
]
Organism
rvl
Rhododendron vialii
Pathway
rvl00562
Inositol phosphate metabolism
rvl01100
Metabolic pathways
rvl04070
Phosphatidylinositol signaling system
rvl04145
Phagosome
Brite
KEGG Orthology (KO) [BR:
rvl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
131329432
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
131329432
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagosome
131329432
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
rvl04131
]
131329432
Enzymes [BR:
rvl01000
]
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
131329432
Membrane trafficking [BR:
rvl04131
]
Endocytosis
Macropinocytosis
Kinases
131329432
Endosome - Golgi transport
Others
Others
131329432
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PIP5K
Cpn60_TCP1
Motif
Other DBs
NCBI-GeneID:
131329432
NCBI-ProteinID:
XP_058218517
LinkDB
All DBs
Position
6a:complement(22639108..22658365)
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AA seq
1618 aa
AA seq
DB search
MCSMCHDCGAPLTMSNGSKEKQENLTSVESKGRDPKLSCNFCVEKQDKESLNQTGLSACP
KQHISPTSSLTSSDSTVSCCSDISVEAYSNGRGDHDGDSSASSSEDPNFRPNGHLQNLSS
SIHENGIHQSNEQAKVNLKGNGTGSNSCTVSRHEELNGNVDNQEAKDNVVESASSDINGE
TETPYSLKDEMDGHVWSPPEAEDREDDKEGSLVNYDDDDDECGDGTTWGKPSSLSSIGEE
GSGSYRVKDEKKKAMDEVMNGKFKALVGQLLKSVEVSPSGEDGDSWVDIVTSLSWEAASF
VKPDAIEGKAMDPDGYVKIKCVATGFRNQSQVIRGLVFKKHAAHKHMPTKYKNPRLLLIR
GALGLSSSGLSSFESMDQEKNRLKSMLEMIDISQPNVVLVEKTVSRDIQESILPKGMTLV
FDMKLHRLERVARCTGSPILSTDILAGQKLKHCDYFHFEKFVEEHNVSIDSGKKPSKTLM
FIEGCPTRMGCTILLKGAHSDELKRVKCVVQCAVVVAYHLILETSFLLDQRTMFSTIPFD
GVRSISMTDQQSPSAQPSNSKYPCFEESSAETDSMYTVEFPISNECHEGGFHDLNFPLEG
NSMFSYEPYNPIILSGLSSLSASLKKVIGDSFPMSKYFGFNERESNGPIPDSFNASTSQE
SFDHYDVEVKGGSDEDKVSDNERPCSPFACCKALSNSLECGGNNEDRKHSKDDISSVLDS
ESILVLMSSRNASRGAICEQSHLSHIKFYRNFDVPLGKFLQDNLLNQSLQCATCNEPPEA
HFYYYAHHNKQLTIQVKRLPKERELPGQAVGKLWMWSRCGKCKSLNGNSKSTKRVLISNA
ARGLSFGKFLELSFSNHSSFSRLSSCGHSLQRDFLYFFGLGPMVAMLRNSAVATYSVSLP
PQKLEFSSSIRGDLLKRETDDVYKKGVHFFDEVAKCLQGIASRFSGSILNLYGGLKEFSD
IQEMLKQERNQFEMNIQNVAVKSGNPDVAVYRLLSLNRLMCDLLLESCIWDQRLHSLLSS
DSGVINGRTTGNGMLAVETNSSVNSPESGNNEVFDNSVHMEINGEAFVESISIERTNSSD
VAEDIERSNSFGNENCQQENRPLAKERTIPISTDDGHDLDASQRGLPAFPLQPNLENPRG
WIWTPFPELRMNYLKDLQGGCVPRYDSICRYTIESFPNALRLITEEGSRLHIPLGTDEYM
VSDYEDEFSSIIACALALLKDVPRSTEVLNGDYKATMPKTYESSHSVARISSLASPYWSS
FGSLDSDGTPSPPSSEESHFSSFDGLNLLGSLVSFRALNPEVPMGFGKSHGKGKYSVLCL
YANQFRDLRSRCCPSELDYIASLSRCRNWDAKGGKSKSFFAKTLDDRFIVKEIKKTEFES
FEKFALDYFRYMNECFEQGNQTCLAKILGIYQVTIRQTKSGKEMKHDLMVMENLSFGRNI
GRQYDLKGALHARFNSAADGSGDVLLDQNFVNDMNASPLYVGTKSKRILQRAVWNDTTFL
NSINVMDYSLLVGVDTHRRELVCGIIDYLRQYTWDKQLETWVKASLVVPKNQLPTIISPR
EYKKRFRKFITTYFLSVPDHWCSQRSSNPCKLCGTGKDDSSSSHAKSQDQGEPNGFLS
NT seq
4857 nt
NT seq
+upstream
nt +downstream
nt
atgtgtagtatgtgtcatgattgtggagcaccattgaccatgtccaatggaagcaaggag
aagcaggaaaatttgacctctgttgaatcgaaaggaagagatcccaaattgtcatgcaac
ttttgtgtggaaaagcaagataaagaatcactaaatcagactggtttaagtgcttgtcca
aaacaacatatcagtccaacttcttcgctgaccagcagtgatagcactgtctcatgctgc
agtgatatttcggttgaggcatactcaaatggcaggggtgatcatgatggagatagctca
gccagcagcagtgaggatcccaactttaggccaaatggccatctacaaaacttgagctca
tcgattcatgaaaatgggattcaccaatccaatgagcaggcaaaagtcaacttaaaggga
aacggtactggtagtaacagttgcactgtttctagacatgaagaacttaacggaaatgtt
gataatcaagaagcaaaggacaatgttgttgaaagtgctagttcagatattaatggggaa
actgagacaccttattctttgaaggatgaaatggatggtcatgtatggtcacccccggag
gcagaagaccgagaggatgacaaggagggtagtttggtcaattacgatgacgacgatgat
gagtgtggtgatggcacaacatggggaaagcctagttctttaagtagcattggtgaagaa
ggcagtggaagctacagggtcaaagatgaaaagaaaaaggcaatggatgaggtgatgaat
ggaaagtttaaagcccttgtgggtcaacttcttaaatctgttgaggtttccccttctggg
gaagatggtgacagttgggtggatatagttacttccttatcatgggaagccgcttcattt
gtgaagcctgatgctatagagggcaaggctatggaccctgatggctatgtgaagatcaag
tgtgttgccactggttttcgtaaccaaagtcaagtgatccgtggcttggtcttcaaaaag
catgctgctcacaagcatatgccaaccaagtacaagaaccccagattgttgttgatacgt
ggagcgcttggactctcttcaagtgggctttcatcatttgaatcaatggatcaggagaag
aatagactgaagtccatgttggagatgattgacatctcccaaccgaatgtggttttagtg
gagaaaactgtttcacgtgatatccaagagtctattcttccaaaaggaatgacactagtc
tttgatatgaaattgcatcgtctagagagagttgctcgttgcactggttcaccgatctta
tcaactgatatcttggcaggccaaaaacttaaacactgcgattactttcattttgaaaaa
tttgtagaggagcacaatgtgtctattgatagcggaaagaagccaagtaaaacattgatg
ttcattgagggctgtcctacacgtatgggttgtacgattttgctgaagggagctcacagt
gatgaattgaagagggttaaatgtgtggtccagtgtgcagtcgttgtggcatatcattta
attctagagacctctttcctcctagatcaaaggactatgttctctaccatccctttcgat
ggagttcgaagtatatctatgactgatcaacaatctccttctgctcaaccgagtaattca
aaatatccttgtttcgaggagtctagtgccgaaactgattctatgtatacggttgagttt
cccatatccaatgaatgtcatgaaggaggattccatgacttaaatttcccattggaagga
aattctatgttttcttatgagccatacaatcccattattctttctgggttatcatcgctt
tcagcctctctaaagaaagttattggggacagtttccctatgtccaagtactttggtttt
aacgaaagggaatccaatggtcctattccagattcctttaatgcttcgacatctcaagag
tcattcgatcattatgatgttgaagtaaagggtggctctgatgaagacaaggtttctgat
aatgaacgaccctgttctccgtttgcttgttgcaaagccctttcaaatagtcttgaatgt
ggtggaaataatgaggaccgaaagcatagtaaggatgacatcagcagtgtgttggattct
gaaagcattttggttttgatgtctagccgcaatgcctcaagaggggctatttgtgagcaa
agtcatctttctcatatcaagttctaccggaactttgatgttccccttggaaagtttttg
caagataatttactcaatcagagccttcagtgtgccacgtgcaatgaaccaccagaagct
catttttactactatgcgcatcataataagcagctcacaattcaagtcaaacgccttcct
aaagagagggagttgcctggtcaagctgtaggaaagctttggatgtggagtcgctgtggt
aaatgtaaatcgctcaatgggaactcaaaatctactaagagggtcttgatttccaatgct
gcccgaggtttatcatttggaaagtttttggagctcagcttttcaaatcactcttcattt
agtagactatctagctgcgggcattctctacagagggacttcctttacttctttggatta
ggccccatggttgcaatgctgagaaactctgcagtggcaacttactcagtatctttgcca
cctcagaaactggagttcagtagttcaatcagaggagatttacttaagagggaaactgac
gatgtttacaagaaaggagtacacttcttcgatgaggttgcaaaatgtttgcaggggatt
gcttctcgattttcaggttcaattctgaacctttatggggggttgaaggaattctctgat
attcaagagatgttaaagcaggaaagaaatcaatttgagatgaacattcagaatgttgcc
gtcaagagtggaaatccagatgtggctgtgtacaggcttctcagtttgaaccggcttatg
tgtgatctccttcttgaatcatgcatctgggatcaacgtctgcattcactcctctcttca
gattcaggagtgatcaacggtagaaccactggcaatggaatgcttgctgtggaaactaac
agctccgtaaattctcctgaaagtggcaacaatgaagtttttgacaacagtgttcacatg
gaaatcaatggggaggcatttgtagagtcaatttctattgaaagaacaaattcatctgat
gtggctgaggatattgagaggtcaaattcatttggcaatgagaattgtcaacaagagaat
cgtcctttggcaaaagagagaactattccaatttctacagatgatggtcatgatttagat
gcgtctcaaagaggtttgcctgcttttccactacaacctaacttagaaaatccaagagga
tggatctggactccatttccggaacttcggatgaattatttgaaagatcttcagggaggt
tgtgtgccaagatatgattctatatgtaggtataccatagagagcttccctaatgctctt
cggctgatcactgaagagggctcaaggctgcacatacctcttggtaccgatgaatatatg
gtgtcagattatgaggacgagttctcaagcattattgcttgtgctttggcattgttgaag
gatgtaccccgttcgacagaggttttgaatggggattataaagcaacaatgcctaaaaca
tatgagagttcacacagcgtagcacgcatatcgtctctggcatccccatattggtcttct
ttcggttctttggattcagatgggaccccttctccgccatcttcggaggagtcacacttc
tccagttttgatgggttgaatttgttaggctccttggtttcttttagggccttaaatcca
gaagtccctatggggtttggaaaatcacatggtaaggggaaatattctgtactttgtttg
tacgcaaaccaattccgtgacctaagaagccgatgttgtccctctgagcttgattacatt
gcttctcttagtcgttgtagaaattgggacgccaaaggtggcaagagtaaatcgttcttt
gctaaaactcttgatgaccgcttcattgtgaaggaaattaagaagacagaattcgagtca
tttgaaaagtttgctctggattattttcggtacatgaatgagtgctttgagcaagggaac
caaacctgccttgcgaaaatacttgggatttatcaggtaactattaggcagacaaagagc
gggaaagagatgaaacatgaccttatggtgatggagaacctttcttttggacgaaatatt
ggtcggcagtacgatcttaaaggtgctttgcatgctcgattcaactcagcagctgatggt
tcaggagacgttcttctagaccaaaacttcgtcaatgacatgaatgcctctcccttgtat
gttggtaccaagtccaagcgtattctgcaacgggctgtgtggaatgacacaacatttctc
aattcaatcaatgtgatggattactctctacttgtgggagtggatactcatcggcgcgaa
cttgtgtgcggcattatagactacctcagacagtatacgtgggataagcaactagagacc
tgggtcaaagcgtcccttgttgttcccaaaaaccagttgcccactataatttctccacga
gagtacaagaagagatttagaaagttcatcactacatacttcttgagtgttccggaccat
tggtgctcacaaagatcttctaacccttgcaaactctgtggcacgggcaaggatgattct
tcctcttctcatgcaaaatctcaagatcaaggggagccaaatggttttttgagttga
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