Salvia splendens (scarlet sage): 121767558
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Entry
121767558 CDS
T07627
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1C
KO
K00921
1-phosphatidylinositol-3-phosphate 5-kinase [EC:
2.7.1.150
]
Organism
sspl
Salvia splendens (scarlet sage)
Pathway
sspl00562
Inositol phosphate metabolism
sspl01100
Metabolic pathways
sspl04070
Phosphatidylinositol signaling system
sspl04145
Phagosome
Brite
KEGG Orthology (KO) [BR:
sspl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
121767558
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
121767558
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagosome
121767558
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
sspl04131
]
121767558
Enzymes [BR:
sspl01000
]
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
121767558
Membrane trafficking [BR:
sspl04131
]
Endocytosis
Macropinocytosis
Kinases
121767558
Endosome - Golgi transport
Others
Others
121767558
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PIP5K
Cpn60_TCP1
Motif
Other DBs
NCBI-GeneID:
121767558
NCBI-ProteinID:
XP_042019791
LinkDB
All DBs
Position
15:complement(10606009..10613915)
Genome browser
AA seq
1616 aa
AA seq
DB search
MATPGSTLVTLIAKIRSWMSWGDGQSKTTEHNCNGFCHCGASALNYCVKYRCLSCGRWWC
GKCVQGITSLDVAAPSRSNENTGAIFDIKTCKLCFELGPIGKSTQRCSSKVYPFESPRQS
SEPSSPSFSGEKFDGHFPDSVDGITDESYLNQSSPVSLHHSSSRSDEDDGEDSTGHFFNA
SSEYLNSISDTDSVCPRPRHEFCSFMSLHSSPSDSPSRINVNSIRVGHCVKRELEVDSSS
RDDSSFDPQQAILEKFAERIWESRNVETNALIWIPPPPDDDADEEENSFCTYDDDDDEVG
ASGAMFSSNSSLESTLLAKEKQHLDSKEPLRVIVQGHFRALVSQLLLGQGIISTYEKWLN
IVAAIAWKTANYIKPDTNGGGSMDPCDYVKLKCVASGSPSESKLIKGIVCTKNIKHKRMT
SEYINTRILLLGGALEYQRVPNQLDSFDTLLQQEKDHLKMIISKIEALRPNVLLVEKSVS
SFAQEQLLEKEISLVINVKRPLLERIARCTGALVTPSIDHLPKTRLGHCELFHLEKITED
HELVNQCNKKSSKTLMFFEGCPRRLGCTVVLKGSSLEELKKVKNAVQYAIFAAYHLSLET
SFLVDEGASFPKFSHFNPKKMTLDEEIPASYSVATTSYKSEIGALPHIGSEDLNLEHGLQ
ESMSVLGVVESDDLSPNNEIIYRKALLDACDENLALDGALDNTRPTCRHAGLFPLESPSQ
VKMINDAEASIENYSANDIGNSQSILVSFSSNCILNGSVCERSRLLRVKFYGPSDKPLGR
YLMEYLLDESSRCHSCKKSAEAHAIRYTHQHGNLMINVQRLSTFRLPRKQDGKIWMWHRC
LRCAHVEGVPPATRRVVMSDATWGLSFGKFLELSFSQYATGNRVANCGHSMQRDCLRFYG
CGSMVASFQYSPISTLSVCLPPPILEFCRPGEQSWLRQEASELLSKAEALYTEISALLQD
INLRSLSSIHEFSEASDLHGRILELSDMVAKEQSYYQDLLQPPSNEIQQHDQAEVDILEI
NRLRHSLSINSDVWDRRLYLLDSLLRKTSSLKVPYDVEARITRRDSETYTNACSLDRRHE
DTRVEHPTIEKSFLSDKIDSAWCGADQALMGACLLDNLNSDVSETMSAAKQVNQRDNPTY
RRLLSRKRVYSFDSAQRLEERMSEELPPHLHLLTLRSFHASGDFKYMVRDPVSCIQRTYS
HVSPSEAEKLKIITRVSPSFISFLSILPEGARLPVQQNGQRDVFITVYDNEPTSIISYAL
TSKEYADWIADKQNGNAREVNTGLFNILNPTAEDLSTCPSFASLDLDYMQYSNHCSEDAF
LSADHKSSPNCRISFEDGSSTTKMKFYVTCYFAKQFDALRKRCCPDELDFVRSLSRCRRW
SAQGGKSNVYFAKSFDERFIIKQVTKTELESFNEFSSEYFKYLTDTLSSGSPTCLSKILG
IYQVAVKPSKGGKEMKMDLMVMENLFFKRSITKIYDLKGSARSRYNPDTTAANRVLLDMN
LVENLRTDPIFLGSKAKRKLERAVWNDTSFLAWVDVMDYSLVVGVDEERKELVLGIIDYM
RQYTWDKHLETWVKASGILGGPKNASPTIISPKQYKKRFRKAMTEYFLTVPDQWSS
NT seq
4851 nt
NT seq
+upstream
nt +downstream
nt
atggcaacacctggtagtacactggtaactttgatagcgaagattagatcttggatgtct
tggggagatggtcaatctaaaacgactgagcacaactgcaatggtttctgtcattgtggt
gcgagtgcattaaattattgtgtcaagtaccgctgcttgagctgtggaaggtggtggtgt
gggaaatgtgtgcagggaatcacttctttagatgttgctgcccctagtcgttcaaatgag
aataccggggctatctttgatatcaagacatgcaaactctgctttgagcttggtcctata
ggtaaaagtacccagaggtgcagtagcaaggtttatccttttgaatctccaaggcaaagc
tcggaaccatcatcaccgagttttagtggtgagaaattcgatggtcattttcctgacagt
gtggatggaatcactgatgaatcataccttaaccagtcatctccagtatccttgcatcat
tcatcaagcaggagtgatgaagacgatggagaggattctacggggcactttttcaatgct
tcgagtgaataccttaacagcatttctgacacagattctgtctgtcctcgacctagacat
gaattttgtagttttatgtctctccattcaagtccatcagatagtccctctaggatcaat
gttaattccattagagtcgggcactgtgtaaagcgagagcttgaggtggactcaagttct
cgagatgatagttccttcgacccacagcaggctattttagaaaagtttgctgaaaggatt
tgggaatcaaggaatgttgaaactaatgctctcatttggattcctcctcctcctgatgat
gatgctgatgaggaggaaaatagtttttgtacatatgatgacgatgatgatgaagttgga
gcctctggtgctatgttttcctctaatagcagtcttgagagcacattgttagcaaaggag
aagcaacatctggattccaaggagcccttgagagtcattgtgcaggggcatttcagagct
cttgtgtcacagcttttgctagggcagggaataatctcgacatatgagaaatggttaaac
atagtagcagcaattgcatggaagacggcgaactatataaaacctgatactaatggagga
ggtagcatggatccctgtgactatgtaaagctcaaatgtgtagcttcaggaagtcccagt
gaaagcaaacttatcaaaggaatagtttgcacgaagaatataaaacataaacgtatgacg
tctgaatacataaacaccagaatactactcttaggaggagcactcgagtatcaaagagtt
cccaatcagctggactctttcgatacattactgcaacaggaaaaggaccatctgaagatg
attatttcaaaaattgaggccctccgtcctaatgttcttcttgttgaaaaaagtgtgtct
tcatttgctcaagagcagctgttagaaaaagagatctcgttagttataaatgttaagcgg
ccgctacttgagcggattgcaagatgtactggtgcccttgtaactccatccattgatcac
ttacccaaaacaaggctggggcactgtgagctcttccatttggagaaaatcacagaagat
catgaattggtcaatcagtgtaacaaaaaatcatcaaaaactttgatgtttttcgaaggt
tgtcccaggcgattaggttgcacggttgtactgaagggttcatcacttgaggaactcaag
aaggtgaaaaatgcggtccagtatgccatctttgcagcatatcatctatcactagagact
tcatttcttgttgatgagggtgcaagctttcctaaattctcacattttaatccgaagaaa
atgactcttgatgaggaaatcccagcctcctactctgtcgcaactaccagctacaaatca
gaaattggcgcccttccacatattggatcggaagatctcaatttggagcatggattacaa
gagtccatgtctgtgcttggtgtggttgaatctgacgatctctctcccaacaatgagatt
atatacagaaaagcactactggatgcatgtgatgagaacttggctttggatggagccctc
gacaacacgaggcctacttgtagacatgcaggtttattcccgctggaatcaccgagtcaa
gtcaagatgatcaatgatgctgaagcctctattgaaaattattcagctaatgacattggc
aatagtcagagcatattagtttctttctccagtaactgtatcctgaatggctctgtatgt
gaacgttcacggcttcttcgtgtgaagttttatggcccttctgataaaccactagggaga
tatcttatggagtacttgcttgatgagtcatctcgttgccattcatgcaagaaatcagct
gaagcccatgccatacgttatactcaccagcatggtaacctgatgatcaatgtgcaacgt
ctctccacttttaggcttccaaggaaacaggatggcaagatttggatgtggcacagatgc
ctcagatgtgcacatgtagaaggagttccacctgccacacgaagagtcgttatgtcagat
gccacatggggactttctttcgggaaatttcttgaacttagtttttcacaatatgctaca
gggaaccgggttgcaaactgcggtcattccatgcaaagggactgcctcagattttacggg
tgtggaagtatggttgcctcctttcagtattctccgattagcaccctttctgtttgtttg
ccccctccgattcttgaattctgcaggcccggagaacaaagctggctaagacaagaagca
tcagagcttctgagcaaagcagaagccctatataccgagatatcagcattacttcaggat
atcaatctccgaagcttatcttctatacatgaattctccgaagcaagtgacttgcatgga
cggatcttggagctaagcgacatggttgctaaagaacagagctattaccaagatttgctc
caaccacctagcaatgagatacaacaacacgatcaagcagaagttgacattcttgagatt
aaccgcttgagacattctctttcaatcaattcagatgtttgggatcggcgcttgtatttg
ctcgactccctcctcaggaaaacttctagtctgaaggttccctatgatgttgaagcccgc
atcacacgaagagattctgaaacatatacgaacgcttgcagccttgaccgtcgtcatgaa
gatactagggtggagcacccaacaatagagaaatccttcctctcggataaaatagattct
gcctggtgtggtgctgatcaggcactgatgggagcttgcttgcttgacaacctaaatagt
gatgtgtccgaaactatgtcagcagccaaacaagtgaatcagagagacaaccctacttac
agaagattgttatcacgaaagagagtttactccttcgattctgcccagaggctagaagag
agaatgagtgaagagttgccgcctcatttgcatttgttgacacttcggtcatttcatgct
tctggcgatttcaagtacatggtcagggaccccgtttcgtgtatacagagaacgtactct
catgtatcaccaagcgaagctgagaagttgaaaattataacacgtgtctcgccctctttc
atttcgtttctctctattctgcctgaaggagcaagactaccggttcaacaaaatggtcaa
cgtgatgttttcatcactgtttatgacaacgagcccacaagcataatctcgtatgccctt
acctccaaagaatatgctgactggattgctgacaaacagaatgggaatgcaagagaagtg
aatactggcctattcaatatcttgaacccgacagctgaggacctttccacatgtccgtct
tttgcttccctcgacctggattacatgcaatatagcaaccactgctccgaagatgcattt
ctctctgcagatcacaaaagttcgcctaactgcagaatttcttttgaggatgggtcttca
acgacaaagatgaagttttatgttacttgttactttgcaaagcagtttgatgctcttagg
aagaggtgctgccccgatgaattggactttgtgcggtccttgagccgctgcaggagatgg
agcgcgcaaggagggaagagcaatgtctacttcgccaaatcatttgatgaacgtttcata
atcaaacaggtgacaaagaccgagttggaatcattcaacgaattctcttccgagtatttc
aagtatctgacagatactcttagctctggaagcccaacttgtctttccaaaatactcggc
atttaccaggttgcagtgaaaccctcaaaaggtggcaaggagatgaagatggatttgatg
gtgatggagaatctcttcttcaaaagaagtatcacgaagatttatgacctgaagggctca
gcacgatcccgatacaatccagacacgacggcagcaaacagagtactgttagacatgaat
ctagtggaaaacttgcgaacggatcccatatttctcggaagcaaagccaagaggaagctg
gagagagcggtgtggaacgacacctcatttctagcgtgggtggacgtgatggactactcg
ttggtggtgggggtggatgaggagcggaaggagctcgtgctggggatcatcgactacatg
aggcagtatacatgggataagcacttggagacatgggtgaaggcatcgggtattcttggt
ggaccaaagaatgcttcaccaaccattatttcacccaaacagtacaagaaaagatttagg
aaagcaatgacggaatactttcttacagtgccagatcaatggtcctcctaa
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integrated database retrieval system
