Nicotiana tomentosiformis: 104086537
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Entry
104086537 CDS
T05025
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
nto
Nicotiana tomentosiformis
Pathway
nto00562
Inositol phosphate metabolism
nto01100
Metabolic pathways
nto04070
Phosphatidylinositol signaling system
nto04145
Phagosome
Brite
KEGG Orthology (KO) [BR:
nto00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
104086537
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
104086537
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagosome
104086537
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
nto04131
]
104086537
Enzymes [BR:
nto01000
]
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
104086537
Membrane trafficking [BR:
nto04131
]
Endocytosis
Macropinocytosis
Kinases
104086537
Endosome - Golgi transport
Others
Others
104086537
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PIP5K
Cpn60_TCP1
Motif
Other DBs
NCBI-GeneID:
104086537
NCBI-ProteinID:
XP_009589126
LinkDB
All DBs
Position
6:119821739..119831349
Genome browser
AA seq
1619 aa
AA seq
DB search
MKKLENENSVQFDGGSSGGFSGDASSDGRVYIDECSTDSSQEECCSTMRTRRDAELMNGS
CEETKSRKIEGDDDDESGIPSSYELDQFWEPPEPECCDDDMEGSVANYDDDECDNDLNWG
KPTSLINLGEEGLWSYKFKEEKQKALEEVMNGKLKSLVNDLLKSFGVNSSACDNWVDIVT
SLSWEAASFVKPDSAEGKAMDPNRYVKIKCIRTGSPSQSQFIRGLVFKKHAAHKHMPTKF
EKARLLLIEGAVGLSSSELSSFHAMKEEKDNVVKSIIEILERYQPNVILVEETVSRDIQE
SILKKGWTLVFDMKKHRLERVAICTVSPTLSSEILSGHKLRQCDSFHFQRFVEEHDTSAD
GGKRPSKTLMFIEGCPTHLGCTILLMGANSDELKKIKCVVRLSVIMAYNLILETSFLLDQ
KAMFSTIPLSQEVNSIVTDETPSVSAEQEILSTVTEANSSCSIDVPISNGFHQEVSHNVE
AQGNPLSFEPYDPVVLSSLSSLSASLNKVMGDKFPLFSTSGQSMPSCFSDNGANKDDQEQ
ADIQAPYATEVVNQSDTDQKANSSDEEMASEKQQLQTPIMSQGESSVSGKEREDQGHWGN
GVTSSADTDSILVLISSRNASRGTMCAHSHFSRIKFYQNFDIPLGKFLQHNLLSQKLPCT
NCDGSPEDHIFYYAHYNKLLAIQVRSLPTDKGLPGESEGKIWMWSRCGRCKFQTGSSKST
KRVLVSTGSRGFSFGKFLELSFSNTSLFNRLSSGCGHSLHRDFLYFFGLGRMVAMFKYST
ITTYSVSLPPEKLEFSSSVNGEFLKKELEDVYKKGTTMFLDVEKALKAIEPRFVGTVLNL
QGSMRKFSEIEKMLKEERTQFEIDIQNAALDGNQDVVVFKLLTLNRIRLELLLESCVWDR
RLHSLLSSDCTAADPKSVDQKVDTLPSINTINDWEQQEKGSVKGDSNGAKIYPERDDRAL
EDVADLKSKLVEGSCAENNNWTETTGGSCGDVLDADHHRKSNVESSAEANGLPIKEICVD
THDYRQDEPSTLSAFCDGAESTTAAKVNGSEVSLQDVTVNSDLSDHCLFGNESNLQLNLP
SSIQLETDKRIIVDADAGGAHDFNHSQSRSLSSIFSNTENDEGWWTPFSEIWRQYLEDLQ
RGHLPKLGSITNHDVESTTYKLITHEGAKLHIPLGSDKFIVSDYEDEFSSIIACALALLK
DLPIESEDLGGDGRKDRGTDAKAYESSQGVMRIFSVASPHLSSTGSLDLTRFHSSNISEE
TRTASLDGGLDLLNSSVSFTVHPEVSMGLGKLTGKYKYSVLCLYASQFRRLRDRWCTSEV
DYIASLSRCRSWDAKGGKSKSLFAKTVDDRFIIKEIKRAEFDSFLKFATQYFEYMDQCHE
KRNQTCLAKILGIYQVNVRPRGGKETRHDLMVMENLSFNRSTTRQYDLKGALHARFSSAG
NGAGDVLLDQNFVNDMNVSPLYVGTRSKRDLQRAVWNDCTFLRSINVMDYSLLVGVDSQR
CELVCGIIDYLRQYTWDKQLENWVKSSLVVPKNQLPTIVSPKEYYKRFRKFIDTHFLSVP
DHWCSQKSSNPCKPYGTISGIASPQAESDGDSDQPKLTGEGEYEDANSTAQEKQNGFTT
NT seq
4860 nt
NT seq
+upstream
nt +downstream
nt
atgaagaaactagaaaacgagaattctgtgcaatttgatggtggaagttctggtggcttt
tcaggtgatgcaagctcagatgggagggtttatattgatgaatgtagcacagacagcagt
caagaggagtgctgttccaccatgcgcacaagaagggatgcagaactcatgaatggtagt
tgtgaggaaaccaaaagtagaaaaattgaaggggatgatgatgacgaatctggaatccct
tctagttatgaactggatcagttctgggagcccccagaaccagaatgttgtgatgatgat
atggaaggcagcgtggctaattacgatgatgatgaatgcgacaatgacctgaactggggc
aagccaacttctttaataaaccttggagaagaaggtttgtggagctacaaatttaaagag
gaaaagcagaaggcattggaagaagtgatgaacgggaagcttaagtcccttgttaatgac
cttcttaagtcttttggtgtcaactcatcagcgtgtgacaattgggttgatatagtcacc
tccttgtcttgggaggctgcttcatttgtgaagcctgattctgctgaaggaaaggctatg
gatcctaatagatatgtgaagataaaatgcataagaactggttctcccagccaaagtcaa
tttatcagaggcctggtcttcaaaaagcatgctgctcataagcatatgccaactaagttt
gaaaaagctaggttgctgttgattgagggtgcggtaggtctctcttcaagtgagttgtca
tcatttcatgcaatgaaagaggagaaagacaatgtggtgaagtctatcattgaaatccta
gagaggtaccagccaaatgtgatattagtcgaggaaactgtttctcgtgacatacaagag
tctatccttaagaaaggatggacactagtctttgatatgaaaaagcatcgcctggagaga
gttgctatttgcactgtttcaccaacattatcttctgaaatcctgtctggccacaagctc
agacagtgtgattcctttcattttcaaaggtttgtagaggaacatgacacttctgccgat
ggtggaaaaaggcctagcaaaacattgatgtttattgagggctgtcctactcatctggga
tgcacgattttgctaatgggagctaacagtgatgaactgaagaagattaaatgtgtggta
cgcctgtcagtgatcatggcatataatttaatcctcgagacttctttccttcttgatcaa
aaagcaatgttctcgactattcctcttagccaggaggtgaattcaatagttactgatgaa
accccatctgttagtgctgaacaagaaattctttctaccgttactgaggcgaattcttcc
tgttcaattgatgtcccaatatccaatggcttccatcaagaagtaagtcataacgtagaa
gcacaaggcaatcctctgtcatttgagccatatgacccagttgttctttctagtttgtcg
tctctctcagcctctctgaataaggttatgggggacaaatttcctctcttctccacctct
ggtcaatccatgccctcatgtttcagtgataatggagccaacaaagatgatcaggaacaa
gctgatattcaagctccttacgccactgaggtggttaatcaaagtgataccgatcagaaa
gctaatagctctgatgaagagatggcatctgaaaaacagcagttgcagactccaataatg
agccagggagagtcttcggtatctggtaaagagcgtgaagaccaagggcattgggggaat
ggtgttacatcatcagcagatactgatagtattttggttctgatatcaagccggaatgct
tcaagagggactatgtgtgcccatagtcatttttctcgcataaagttctatcaaaatttt
gatattccccttggaaaatttttgcagcataatttgctaagtcagaaactcccatgtacg
aactgtgatggatcccccgaagatcacattttctattatgcacattacaataagctactt
gcaattcaagttcgttctcttccaacggacaaggggcttccaggtgaaagtgaagggaag
atttggatgtggagtcgttgtggtagatgcaagtttcaaactggtagctcaaaatcaacg
aaaagagttttagtatccactggttcgcgtggtttttcatttggaaaattcttggagctc
agcttctcaaatacctctttgtttaatagactgtcgtctggctgtggtcattctttgcac
agggatttcctctacttctttggattagggcgtatggttgctatgtttaagtactcaacc
attactacctattccgtgtctcttcctccagagaagctggagtttagcagttctgtcaat
ggagagtttcttaagaaggaacttgaagatgtgtacaagaaagggaccacgatgtttctt
gatgtagaaaaagctttgaaggcaatagagcctcgttttgttggaacggttctaaatctt
cagggatcaatgaggaaattttctgaaattgagaaaatgttgaaggaagagagaactcaa
tttgagattgatattcaaaatgctgctttggatgggaatcaggacgtcgtcgtatttaaa
cttctaacgttgaatagaatacggctggagcttttgctcgagtcctgtgtgtgggatcgc
cgtcttcattcattgctatcatctgattgtacagcagctgaccccaaatctgttgaccag
aaggttgatacactgccaagtatcaatactatcaacgactgggagcaacaagagaaaggc
agtgttaaaggagacagtaacggcgcgaagatatatccggaaagagatgacagagcattg
gaagatgttgctgatctgaaaagcaagctagttgaaggctcttgtgcagagaataacaat
tggaccgaaactactggaggaagttgcggtgatgttttggatgctgaccatcatcggaag
tcgaatgttgaatcatctgcagaagcaaatggtcttcccattaaagaaatctgtgttgat
acgcatgattatagacaagatgaaccatcaactttatctgctttctgtgatggtgctgag
tcgacaactgcagctaaagtaaatgggagtgaagtatcccttcaggatgtgacagtgaac
tctgatctctctgatcactgcctttttggtaatgaaagtaacttacagctcaatcttcct
tcatccattcaattggagacggacaaacgaatcatcgttgatgctgatgctggaggtgcc
catgattttaaccattcccagagtagatccctgtcctcaatattttccaacacagagaat
gatgaagggtggtggactccattctctgaaatttggcgccaatacctggaggatctccag
agaggtcacctgccgaaattaggttctatcacaaaccatgatgtagaatctaccacttat
aaacttattacacatgagggtgcaaagctgcacattccccttggaagtgataagttcatt
gtgtctgactatgaagatgaattttccagcataattgcttgtgctttggccttgctgaag
gatttgcccattgaaagtgaagatcttggaggcgatggcagaaaagatagaggaactgat
gctaaggcgtatgagagttcacaaggcgtaatgcggatattctctgtagcttctccacat
ttgtcttcaactggttcattggatttaacacggtttcactcttcaaacatttcagaggaa
acacgcacagcaagtttagatgggggattagatttgttaaattcatcggtttctttcacg
gttcacccggaagtctccatgggtttgggtaaattaactggaaagtacaaatactcagtc
ctctgtctctatgccagccaatttcgtcgtttacgagatcgatggtgcacttcagaagtt
gattatattgcttccttaagtaggtgtaggagctgggatgcaaaaggtgggaaaagtaaa
tctttgtttgccaaaacagttgacgatcggtttatcatcaaggaaattaaaagagcagaa
tttgactcattcttgaagtttgctactcaatattttgagtacatggatcagtgccatgag
aagaggaatcaaacctgccttgcaaaaattcttggcatttatcaggtcaatgtaaggcca
agaggtggcaaagagacaaggcatgatctcatggtgatggagaacctttcatttaataga
agtactactcggcaatatgatctgaaaggcgctttgcatgctcgatttagttcagctgga
aatggtgcaggagacgttcttctggaccaaaactttgttaacgacatgaatgtttctcct
ttatatgttggtacgagatcaaagagggatttacaacgcgctgtatggaatgactgtact
ttcctcaggtcaatcaatgtgatggactactctctacttgtgggagtggatagtcaacgc
tgtgaacttgtttgtggcatcatcgactatctcaggcaatatacatgggacaagcagctt
gagaattgggtcaaatcttcgctcgtcgttcccaagaatcagcttcctactatcgtctcg
ccaaaagagtactataagagatttaggaagttcatcgacacacatttcttaagtgttcca
gaccattggtgctcccaaaaatcttcaaatccttgcaaaccttatggcacaataagtggt
attgcttcaccacaggcggagtctgatggtgattctgatcaacctaagttgactggtgaa
ggcgaatatgaagatgctaattctactgcccaagagaaacaaaatggttttaccacctga
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