Macadamia integrifolia (macadamia nut): 122084162
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Entry
122084162 CDS
T07436
Name
(RefSeq) LOW QUALITY PROTEIN: 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B-like
KO
K00921
1-phosphatidylinositol-3-phosphate 5-kinase [EC:
2.7.1.150
]
Organism
ming
Macadamia integrifolia (macadamia nut)
Pathway
ming00562
Inositol phosphate metabolism
ming01100
Metabolic pathways
ming04070
Phosphatidylinositol signaling system
ming04145
Phagosome
Brite
KEGG Orthology (KO) [BR:
ming00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
122084162
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
122084162
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagosome
122084162
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
ming04131
]
122084162
Enzymes [BR:
ming01000
]
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
122084162
Membrane trafficking [BR:
ming04131
]
Endocytosis
Macropinocytosis
Kinases
122084162
Endosome - Golgi transport
Others
Others
122084162
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PIP5K
Cpn60_TCP1
zf-RING_UBOX
zf_RING_Vps8
P4Ha_N
Motif
Other DBs
NCBI-GeneID:
122084162
NCBI-ProteinID:
XP_042508180
LinkDB
All DBs
Position
7:complement(1444960..1460162)
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AA seq
1400 aa
AA seq
DB search
MTTIMTVNGVDSFDELHGFCSGPVEFDEIDHTYESHLLYPDAEILKQRIXSTLLLEGIKK
MGEEAEPKDLENNGLLWILPQPEDEEDEKEALLFDEDATGEWGDLRSSSSFGSGEYRSRD
RSSEEQHCKAMNNVADRDFRASIAQLLEIENLPIGEEGDKESWLEIIASLCWEAATLLKS
DTSKGGGMDPGVFVKVKCIACGSRSESMVVKGVVCRKNVAHKRMTSKFEKPCFLILGGAL
EYQQVSNLLSSLNTLEKEMDHLKMVVSKIEAHHPNVLSVEKSASHYVQEYLLAKDMSLVL
NIKRPLLERIACCTGAQILPLIDHLSSQKLGYCDTSHVEKFLEEHGSAGQGGKKLVKTLM
FFEGCPKPLGCNILLKGANGDELKKVKHVVQYCVFAACKLTLEICESSAGPASTITSFAS
VHSSSSRQSESDKNQSKLSLNNALEIKRKVGLEEYFEAKASATNRGQDVVNNELVTSGFE
ALEPSGKGGVTLINHDTKAGNQPGVSRLSSLHQDGSNHPEELVLPSSPSDHESFLVSLST
RCVWKGTVCERAHLFRIKNYGRFDKPLGHFLWDHLFDQSYHCRSCEMPSEAHVHYYIHGQ
GRLTISVKKLPDLLLPGEREGKIWMWHRCLRCPRTNGFPPATRRVVMSDAAWGSSFGKSL
KLSFSNHAAASRVASCGHSLHRDCLRFYGFGRMIACFQYASIDVNSVHILPPKLDFNYES
QEWIQKEANEVVDRAELLFTEVLNALHQISEKRSDTGSVDNNLKAPEPRRHISELEGMLQ
KEKAEFEVSIQKTLNKGPKKCQPVIDILEINWLQRQLLFHSYVWDDHLIYASSLENGSHQ
QGLNSSAQKHKEKHSSNGEMLIKINSFPRRDAGFTSTXLEDTRPDESLNQGGEIGEVPNQ
PGIVLAASEIDQDQKHRKEGLTHVSAGSSLANQSDPLEYGVVIRRALSEGHFPLMENLLD
TLDAAGTGKNQAGSVTESLGHALPTKQADTAEDSTSWIGMPFLNFFHSFNKNSSGSAPKF
DTLSEYNPVYASYFQELGCQGGARLLFPVGVNGTVVPANDDEPTSIIEYALVSQDYHLQI
FDGQERPKDGGDLHLLHSFDDGPLGKVKYNVTCYHAKRFEALRRTCCPSELDFIRSLSRC
KKWGPPGGKSNVFFAKTLDDRFIIKQVTKTELESFFKFAPEYFKYLSESISSGSLTCLAK
ILGIYQVTSKHLKGGKESRMNVLVMENLLFGRNITRLYDLDGSFQSRYNLDSSGSNKVFL
DQNLVEAMPTSPIFVGNKAKWLLERAVWNDTAFLASIDVMEYSLLVGVDEEKHELIIGII
NFMKQYTWDKLLETWVKSIFGPKNSSPTVIPPKQYKKQFRKAMSAYFLMVPDEWSSPSIT
PSGSQSNLFEDNTQDLTSLE
NT seq
4203 nt
NT seq
+upstream
nt +downstream
nt
atgactactatcatgactgttaatggagtggattcttttgatgaattacatggtttctgt
tctggcccagtcgagtttgatgagattgaccatacctatgaatcccatttactgtatcct
gatgctgaaatattgaaacagaggatttgatcaactcttctgttagaaggaatcaaaaaa
atgggggaagaagcagagccaaaagatttagagaataatgggttgctttggatacttcca
cagccagaagatgaagaggatgagaaggaagctttgctatttgatgaagatgccacagga
gagtggggagatttacgttcttcaagtagctttggcagtggggagtacaggagtagggac
cgatcaagcgaagagcagcattgtaaggccatgaataacgtggctgatcgggattttagg
gcttcgattgctcaacttttggagatcgaaaatctacctattggtgaggaaggtgacaag
gaaagttggttggagataattgcatctttgtgttgggaggctgcaacacttctgaagtca
gacacaagcaagggaggaggtatggatcctggtgtatttgtgaaggtcaaatgcatagct
tgtgggagtcgcagtgagagtatggtggtcaaaggagttgtttgtagaaaaaatgtggct
cacaagagaatgacatcaaaatttgagaaaccctgtttcctaatccttggaggagctctt
gagtatcaacaggtctcgaacctcctgtcaagtttaaatactttggagaaggaaatggac
cacttgaagatggtagtttcaaagatagaagctcaccaccccaatgtcctttcagtagag
aagtcagcctcgcattatgtccaagagtacctccttgctaaagatatgtcccttgttctc
aatattaagaggcctctgttagagcgtatagcctgctgcacaggtgcacaaattcttcct
ttgattgatcatctctcctcgcagaagctgggttattgtgacacatcccatgtggagaag
tttcttgaagagcatggcagtgctggacagggtgggaagaaattggtgaagacacttatg
ttctttgaaggctgtccaaagccattgggttgtaatattttgctcaagggtgctaatggg
gatgagctgaagaaagtgaagcatgtggtccagtattgtgtgtttgctgcatgtaagttg
accttggagatttgtgagtccagtgcaggacccgcaagtaccatcacctcttttgcttct
gtccattcctcctcttcaagacagtctgagtccgataagaaccaaagcaagctttcccta
aataatgcactagagattaaaaggaaagtaggtttggaagaatattttgaggccaaagct
tcagcaaccaatagaggccaagatgttgtgaataatgaacttgttactagtggttttgaa
gctctggagccctcagggaaaggtggggttactcttattaatcatgacaccaaggctggg
aatcaacctggtgtttcaaggttgtcatcactacatcaagatggcagtaaccaccctgag
gagctggtgcttccttcatccccttctgaccatgagagttttttggtctctttatcaact
cgatgtgtgtggaaggggactgtctgtgaacgagcccatcttttccgtatcaagaactat
ggtcgctttgacaagcctttggggcattttttatgggaccatttatttgatcagagttac
cattgccgttcatgtgagatgccatcagaagcacatgttcattattatattcatggacaa
ggcagactcacgatttctgttaagaagctaccagatcttctcttgccaggggaacgagaa
ggcaagatctggatgtggcacaggtgcctccggtgtccaaggaccaatggtttccctcct
gcgactcgaagagtggtgatgtctgatgctgcttggggttcatcttttgggaaatcatta
aagcttagtttttcaaaccatgctgctgcaagcagggtggccagctgtggtcattctctg
cacagagattgtctccgattctatgggtttgggagaatgattgcttgcttccaatatgct
tcaattgatgttaactctgtccacattctaccaccaaaacttgattttaactatgaaagt
caggagtggatacagaaagaagcaaatgaggtggttgacagagcagaacttctatttact
gaagtactgaatgctctccatcagatttcagagaaaagatcagatactgggtctgttgat
aacaacctgaaagcacctgaaccaagacgccacatttcagaactagaagggatgttacaa
aaggagaaggctgaatttgaggtatctattcagaaaacacttaacaaggggcccaagaaa
tgtcaacctgtaattgatattcttgagatcaattggttgcagaggcagttgctctttcat
tcttatgtgtgggacgaccacctgatttatgcgtccagtttagaaaatggcagccatcag
caagggttgaacagctctgcacagaaacataaggagaaacattcaagtaatggtgagatg
cttatcaaaataaattcctttcctaggcgagatgctggttttaccagtactntacttgag
gatacaaggcctgatgaaagccttaatcaaggaggagaaattggtgaggtccctaaccag
cctggcatagttctagcagcaagtgagatagatcaggatcaaaaacacagaaaggagggc
ctgactcatgtttctgctggcagcagccttgctaatcaatctgatccattggaatatggg
gtagttattcgaagggccctctcggaagggcacttccctcttatggaaaatttgttagac
acccttgacgcagcagggacgggtaaaaatcaagctggaagtgtaaccgaatctcttgga
catgcattacccacgaagcaggctgacactgcagaagactctacaagctggatagggatg
cctttcttgaacttcttccattctttcaacaagaattcttctgggagtgctccaaagttt
gatacactaagtgagtacaatcctgtctatgcctcatattttcaggagttgggatgtcaa
ggtggagccaggctcctttttcccgtgggtgttaatggcactgttgttccagctaatgat
gatgaacctacaagtattatagaatatgctctggtctcccaagattaccatctccagata
ttcgatggtcaggaaagaccaaaagatggtggggatcttcacttgctacattccttcgat
gatgggccacttggaaaggtgaagtataacgtgacttgttaccatgcgaagaggtttgag
gcgttgaggaggacatgttgcccatctgagttggacttcataaggtctcttagtcgttgt
aagaaatgggggcctccgggtggaaagagcaatgtattctttgcaaaaaccttggatgat
agatttatcatcaaacaagttacaaagacagagctggagtctttcttcaagtttgctcca
gagtattttaagtacctgtctgaatcgatcagctcaggaagcctaacatgtctggcaaag
attcttgggatttatcaggttacatcaaagcaccttaagggtgggaaggaatccaggatg
aatgttctcgttatggagaatcttctgttcggccggaatattacaagactctatgatctc
gatggatctttccagtcccggtataatctggattctagtgggagcaataaagtttttctg
gatcagaatctggttgaagcaatgccaacttctccaatttttgtgggaaacaaggctaag
tggttgcttgagagagctgtctggaatgatactgcttttcttgcgtcgattgacgtaatg
gaatactctctactggttggggtggatgaggagaagcatgaactgatcattgggatcatt
aatttcatgaagcagtacacatgggacaagctccttgagacatgggtgaagtctatcttt
gggccaaagaactcatctcccacagtaatcccacccaagcaatacaagaaacagttcagg
aaagccatgtctgcttatttccttatggtaccagatgaatggtcctcaccatccatcacc
cccagtggatcccagtccaatctctttgaagataatacgcaagatctgacctccctcgag
tga
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