Cucumis melo (muskmelon): 103490153
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Entry
103490153 CDS
T03195
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
cmo
Cucumis melo (muskmelon)
Pathway
cmo00562
Inositol phosphate metabolism
cmo01100
Metabolic pathways
cmo04070
Phosphatidylinositol signaling system
cmo04145
Phagosome
Brite
KEGG Orthology (KO) [BR:
cmo00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
103490153
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
103490153
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagosome
103490153
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
cmo04131
]
103490153
Enzymes [BR:
cmo01000
]
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
103490153
Membrane trafficking [BR:
cmo04131
]
Endocytosis
Macropinocytosis
Kinases
103490153
Endosome - Golgi transport
Others
Others
103490153
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PIP5K
Cpn60_TCP1
Motif
Other DBs
NCBI-GeneID:
103490153
NCBI-ProteinID:
XP_050945547
LinkDB
All DBs
Position
1:complement(13653990..13666645)
Genome browser
AA seq
1590 aa
AA seq
DB search
MCHYCGAVITDSNGKNLENGSSLKLDDADPMCLCRVCKENQEQEMMKSDNRNSSEAPTLS
PMPSLSSCNSDCSTVANLDVRDGQESATGSSQEDIDCRQERMSLNSSEVADSNDQLSGRD
DGSVMSNNQETTQNASGVPVNADVEQSNSNWMDPDLWDPPEPEDPEDHMEGGMGYNDDDD
DEFGDSSEWSTSSSFSRSVDEASVSYRFKEEKQRAMQQVMNGKYKAFIRHLLKVVHVPAS
SGEDSENWVDIVSSLSWEAATFLKPVVNGKAMDPNAHVKVKCIATGTRKQSQFVKGMVFK
KHAAHKHMPTHCKNPKLVLIQGMLGEAPISRLSSFNSMDQENDFTNHVIEMIEGCTANVI
LVEKTAARVIQEAILKKGMTLVLDMKLHRLQRIALCTGSPILTSETLMSQKTRQCDAVYF
QKIVEEHAGVLEGGKMSTKTLMFIEGCPTRLGCTILLKGAHSDELKRVKLVVQCAVVMAF
QLILETSFIVDQQAMFATIPFGGVPSIASSDPQSPLEPRSPKVGQAESASDQIEQPTNIH
ISSGSHEEASNESNVETVEKLIVSSEPEPYNPAIFSGFSSISDSLKRAMGESFLLTSPYL
SLSSYFGHESDLSGLVAKSDSIPSTLQAVYQFDEEVRGSSDGENSVHEQSVSHQSTLEGL
GFHETAPNDTGDTMQKKPPLDSQSILVLMSSRNALKGTMCEQSHFSHIVFYKNFDVPLGK
FLQENLLNQNNLCTVCGELPEAHFYYYAHYRKQLSIQVKQLPGDKVLPGETEGKLWMWSR
CSKCKSLGGPSKSTKRVLISTAARGLSFGKFLELCFSDDTLPSKSSVCGHSLFGDFLYFF
GLGNMVAMFRYSEVAIYTVSMPPQKLEFNSSMRQGHLIKEIENVYTKGMLLFSEIAHSLK
KIISERNSSNVNHPQGFLNDFSFVEEMLNEERSEFEVKIQNSLTKKGNLDLAFHKFLNLN
RLLWDLLLESCIWDRRLQSLASLGVTTNSGTSENVEPEPVMLKMNSNINVGPEESESIAE
NDDTKIQQDISVDENVLPLKEIAVEGSDGESGGDELNLPSAIEVTEIQIIDDLSPKKLSR
QGTLSNGFDCHHSDYEDSQVGRVLSSGDLHVDRTIPISIGDSTLSKLFCTPFSEIRQMHL
RDIQRSYFPELKSISSYTPKLLTAASDFIHEEGQKLHIHLADDNFVVSDYEGELSSIVAC
VLALLKDQPFQTDSHNEDSKGEGGGALQPALSSRSLNKVPSNGSSDSESSISSEEYRFSS
FDRLNLLDSLVSETFKRSDHEGVIKSLAKGKYLVNCPYINQFRDLRSRCCPSELHFIASL
SRCINWNAKGGKSKSFFAKTLDDRFIIKEIKRTEYDSFMKFAPEYFKYINESFDMGNQTC
LAKVLGIYQVTVREQKSGKEMRHDLMVMENLSFGRNIIRQYDLKGALHARFNPATNNFGE
VLLDQNFVNDMNSSPLYVSNRAKRRLQRAIWNDTTFLNSINVMDYSLLVGVDAEKKELVC
GIIDYLRQYTWDKQLETWVKSSLIPKNVLPTVVSPKEYKRRFRKFMSAHFLSVPDHWCMQ
QNLPGPWDLCGTADCASSNKTNANENVLSS
NT seq
4773 nt
NT seq
+upstream
nt +downstream
nt
atgtgccattattgtggtgctgtgataacagattcaaatggaaaaaatttggagaatggt
agttctcttaaactagatgatgcagaccccatgtgtttgtgtagagtttgcaaagagaat
caggagcaagaaatgatgaagtcagataatagaaattcgagtgaagcaccgacgttaagt
ccaatgccttcgctgtcaagctgcaatagtgattgttcaactgtggcaaatttagatgtc
agggatggtcaagaaagtgcaacaggaagtagccaagaagatatcgattgtaggcaagaa
aggatgtcacttaactcgagtgaagtagctgacagcaatgatcaactcagtggaagagat
gatggaagtgtcatgtcaaataatcaagaaacaacacagaacgcctctggtgttcctgtc
aatgcagatgttgagcaatctaattctaattggatggatcctgatctgtgggatcctcca
gagccagaggacccagaggatcacatggagggtgggatgggttataacgatgatgacgat
gatgagtttggtgatagctcagagtggagcacgtcaagttcctttagtcgctctgtggat
gaagctagtgttagctataggtttaaagaggaaaaacaaagggcaatgcaacaggttatg
aatgggaagtacaaggctttcatacgccatcttcttaaagtagttcatgtccctgcctca
tcaggggaggatagtgaaaattgggtggatatagtttcttctttgtcttgggaagctgcc
acatttttgaagcctgtagtaaatggtaaagcgatggatccaaacgctcatgtaaaagtg
aagtgcattgcaacaggtactcgcaaacaaagtcaatttgtcaagggcatggtattcaag
aagcatgcagctcacaaacacatgccgacacattgtaagaacccgaagttagtactgatt
caaggcatgcttggtgaggctccaataagtagactgtcttcatttaattcaatggatcag
gaaaatgattttacgaatcatgttatagagatgattgaaggttgcactgcaaatgttatt
ttagttgaaaaaactgcagcacgagttatccaagaagcaattctcaagaaaggcatgaca
ttagtgcttgatatgaagctccaccgtcttcagagaatagctctttgtactggttcacca
attttaacatctgaaactttaatgagccaaaagacaagacagtgtgatgctgtttatttt
caaaaaattgtagaagaacatgctggtgttttggagggaggaaagatgtcaactaaaact
ttaatgtttattgagggctgtccaacacgtttgggttgtacgattttgctgaaaggagct
cacagtgatgaactgaagagggttaagttggttgtgcagtgtgccgttgttatggcattt
caattaatattagagacttctttcattgttgaccagcaagctatgtttgcaactattcca
tttggtggagtaccatcgattgcttcatctgatccccaatcacctttagagcctcgtagc
ccaaaagtgggtcaagctgagagtgcaagtgatcaaattgaacaaccaacgaatattcat
atttcaagtggatcccatgaggaggcatccaacgaatcaaacgtggagacggtggaaaag
ctaatagtgtcctctgaaccagaaccatataatcctgccatattttctggattctcatcc
atttctgattcattaaagagagctatgggggaaagtttccttttaacctctccctatctg
tcattgtcttcttattttggacatgagagtgacttgagtggcttggttgcaaagtctgac
tcaattccatctactctacaggcagtctatcagtttgatgaggaagttaggggcagttct
gatggagagaattccgttcatgaacagtctgtgtcacatcaatcaaccttggaaggcctt
ggattccatgaaactgctcctaacgataccggagacacaatgcagaagaaaccgccatta
gattcccagagtattttggttttgatgtcgagccgaaatgcattgaagggaaccatgtgt
gagcagagccatttttcacatattgtgttctacaagaattttgatgttcctctagggaaa
tttttacaagaaaatttactaaatcagaataatctctgcactgtctgtggcgaactgcca
gaagctcacttttactattatgcacactatcgaaagcagctttccattcaagtcaaacag
cttccaggagataaagttttgccaggtgaaacagaaggaaaactttggatgtggagtcgt
tgcagtaagtgtaaatctctgggaggaccttcaaagtccacaaaaagggtgctgatctct
acagctgcacgtggcttatcatttgggaagtttttagagctttgtttctctgatgacact
ttacctagtaaatcatcagtttgtggtcattctttgtttggggacttcctctacttcttc
ggactgggcaatatggttgctatgttcagatattctgaggtagcaatttatacggtctct
atgcctcctcagaaattggagttcaacagttcaatgagacaaggtcatctcatcaaagaa
attgaaaatgtttacacgaaagggatgttacttttctctgagattgcacactctctgaag
aagatcatatctgaacgtaatagttcaaatgtaaaccaccctcaaggctttctcaatgac
ttttcttttgttgaagaaatgttaaatgaagaacgatcagaatttgaggtaaaaattcaa
aattctcttactaagaaaggaaacctggacttggcttttcacaaatttctcaatttgaat
cgattgctctgggacctgttgctagaatcatgtatttgggatagacgcctgcaatcatta
gcatctttgggcgttacaacaaactctggcacctctgaaaatgttgagccagaaccagtt
atgttgaagatgaatagcaacatcaatgttggacctgaggaatcagaatcaattgcagaa
aatgatgatacaaaaattcagcaagatatatccgtagatgaaaatgtattgcctctgaaa
gaaattgcagttgaaggttcggatggagagtcgggtggtgatgaacttaatttaccttca
gcgattgaagtcacggagatacagattatagatgatttgagccccaaaaaactttctcgc
caagggactttgtcaaatggctttgactgtcatcattcggattatgaggattctcaagta
ggaagagttctgtcatctggtgatttgcatgtagataggacaattccaatttcaataggt
gattcgaccctcagcaaattgttttgtacaccgttttcggagataaggcagatgcacttg
agggacatccagagaagttactttcccgaactcaaatccatcagtagctatactccaaaa
ctcttaaccgcagcctctgacttcatccatgaagaaggacagaagctgcacattcatctt
gctgatgataattttgttgtttcagactatgagggtgaactctcgagcatagttgcttgt
gtacttgctttgttgaaagatcaaccctttcaaacagattctcataatgaggatagcaag
ggagagggaggaggcgctttacaaccagctttaagttcacgaagcctaaataaagttccc
tcaaatggatcctcagattcagagtctagcatctcttcagaagaatatcggttctcaagc
tttgacaggttaaatttgttggattctcttgtttcagaaactttcaagcgatcggatcat
gaaggggtcataaagtcactagcaaagggaaaatatcttgtgaattgcccatatatcaat
cagtttcgtgatcttcggagtcgatgctgcccgtctgagctccatttcatagcttctttg
agtcgttgtataaactggaacgcaaaaggtgggaagagcaaatctttttttgccaagaca
cttgatgacaggttcattatcaaagaaattaaaagaactgagtatgattcatttatgaag
tttgctccagagtatttcaagtacattaatgaatcatttgacatggggaaccagacatgc
cttgctaaagttcttggaatctatcaggtaacggtgagagagcaaaagagtgggaaagag
atgagacatgatttgatggttatggagaacctcagtttcggtcgcaacataattcgccaa
tatgatcttaaaggagctctacatgctcgatttaatccagctaccaacaattttggtgaa
gtcctcttagatcagaactttgtgaatgacatgaactcatctcccctctatgtgagtaat
cgagcaaagcgtcggttgcaacgggcgatttggaatgataccacttttctcaattcgata
aatgttatggattattctctgcttgttggggttgatgccgaaaagaaggaacttgtatgt
gggataatcgattaccttagacaatacacgtgggacaagcaactagagacgtgggtgaaa
tcatccctcataccaaaaaatgtacttccgaccgttgtttctccaaaagagtacaagagg
agatttagaaagttcatgtcagcacatttcttgagtgtcccagatcattggtgcatgcag
cagaacctccctgggccttgggacctctgtggcaccgcagattgtgcttcttctaataag
acgaatgccaatgaaaatgttctctcttcataa
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