| Entry |
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| Name |
(RefSeq) phosphatidate phosphatase LPIN3 isoform X1
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| KO |
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| Organism |
aflr Apis florea (little honeybee)
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| Pathway |
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| Module |
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| Brite |
KEGG Orthology (KO) [BR:aflr00001]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
100868646
00564 Glycerophospholipid metabolism
100868646
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
100868646
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:aflr01009]
100868646
Enzymes [BR:aflr01000]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.4 phosphatidate phosphatase
100868646
Protein phosphatases and associated proteins [BR:aflr01009]
HAD phosphatases
Other HAD phosphatases
100868646
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
Unknown
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| AA seq |
1092 aa
MYSMNYIGKFISNFRVFYNEINAATLTGAIDVIVVEQPDGSFTCSPFHVRFGKLGVLRSR
EKVVDIEINGEPRQIHMKLGDSGEAFFVEEVSSHGSPTDTEIPPHLACSPIPEDNCFPSS
RFNILSDLPSEQRDKLLIESILCIEREKWEQMSALPPDEREKFLNEQFSDLPSEHRTKWL
QIASLTPEEREVQRQQLIREQYSALKTEDKERLFKENFPELPIDQRQKFEKVLLSDWKEK
ENEKRNTLKGEEEIFDMDGINDDESCPTASTPKSFVAVTSSERIRKISVVKNDFRPITED
MQSSGREKSSDESNASMSKKNSKDESVEENKNNSNSTKRKRKRKSILRKKGSQRKSSNGS
SSQTEISENDASIPDESFGESMVKDSNSTAELENKNESVISTQETDKRPETDFHFFSDTE
VTKNQDSRPCSPVQSDTEFEMRKITQEGTEREDDKSHQQSWRWGELPSLPPDSTHTPHRN
SLNSSKAVNQPNSMEAHRSMLSGMLSFMRKTSRVRRNPELEGIYLSDLNADELDPEVAAL
YFPSSHRGQSTIKDGKGIDEEDTESGNGPSLPQSPNSVEGAIGGPKSLDSDFEEPKHSIF
DSNMNISISLCGGLDSETGPSKEVFHQNLLHFEDICSDPKLYENPNLVVKINEKFYNWTT
ACSIVMTYAVFQRHLPQNTIENLYTQCMPLPMHEQKKQESIGKPEGRSGYSSWFSWRRST
QPPKKSQELNQTDGTVIQSSEQIVEMKESTPIDEISNRELKIDQNIECITETVEQCTKLT
KDIAKTEKNREREGEGYSGSEDSDSNQNESQGVKIPKERRSYYESTEKYRKTLRLSSVQI
ASLNLKDGANEVVFSVTTAYQGTTRCKCHIYKWKWDDKIVISDIDGTITKSDVLGHILPI
VGKDWAQSGVAQLFTKIKNNGYKLLYLSARAIGQAKVTREYLKSIRQGDLSLPDGPLLLN
PTSLISAFHREVIERKPEEFKISCLSDIQALFPEGSKPFYAGYGNRINDVWAYRAVGIPT
MRIFTINHRGELKHELTQTFQSSYSNMSFIVDHLFPAWREDAADEFSNFVYWRDPIPEVP
SLEELYIQRQIT |
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| NT seq |
3279 nt +upstreamnt +downstreamnt
atgtacagtatgaactacattgggaaattcataagtaattttcgcgttttctacaatgaa
attaacgcggcgacactcacgggtgctatcgatgttattgtcgtcgaacaaccggatgga
tcatttacttgttcaccttttcatgttcgttttggaaagctcggtgttcttcgttccaga
gaaaaagtagtggatatagaaataaatggagaacctaggcaaatccatatgaagttagga
gattctggagaagccttttttgttgaagaagttagttctcatggttctccgactgatact
gaaattccacctcatttagcttgttcccctatacctgaagataattgttttccatcatct
agatttaatattctttctgatcttccttcagagcaaagagacaaacttctcatagaatct
attttatgtattgagagagagaaatgggaacaaatgtcagctttgcctcctgatgaaaga
gaaaaattcttaaatgaacaattctctgaccttccatcagaacatcgtacaaaatggctt
caaattgcttctttaacaccagaagaaagagaagtgcaaagacaacaattaattcgtgaa
caatattcagctttaaaaactgaagataaagaaagattatttaaagaaaattttcctgaa
cttcctatagatcaaagacaaaaatttgaaaaagtgttactaagtgattggaaggaaaaa
gaaaatgaaaaacgaaataccttaaaaggcgaagaagaaatttttgatatggatggtatt
aatgatgatgaatcgtgtccaactgcatcaactcctaaatcttttgtagctgtaacgtcg
tccgaaagaattcgtaaaattagtgtagtaaaaaatgattttagaccgattacagaagat
atgcaaagtagcggtagagaaaaatcgagtgatgaatcgaacgcatcgatgagtaaaaaa
aattcaaaggacgaaagtgtcgaagaaaataaaaataatagtaattcaaccaaaaggaaa
cgaaagaggaaaagtattttgagaaaaaaaggatctcagagaaagagtagcaatggtagt
agtagccagacagagattagtgagaatgatgcatctattccagatgaatcctttggcgaa
tctatggtaaaagattcaaattccactgctgaattagaaaataaaaatgaatcagttatt
tcaactcaagaaacagacaaacgtcctgaaacagattttcatttcttcagtgacactgaa
gttacaaagaatcaggattctaggccatgttcacctgttcaatctgatacagaatttgaa
atgcgtaaaataacgcaagaaggtactgaacgagaggatgataaaagtcatcaacagagc
tggagatggggtgaactgcctagtttgcctccagattcaacacatacacctcacagaaat
tcattgaattcatcaaaagcagttaatcaaccaaatagtatggaagcacatcgatctatg
cttagtggtatgttatcttttatgcggaaaacttctcgtgtaagacgtaatcctgaatta
gaaggaatttatcttagtgatcttaacgctgacgagttagatccggaagttgcagctctc
tattttccttcttctcatagaggtcaatcaacaattaaagatggaaaaggaatagatgaa
gaagatactgaatcaggtaatggaccaagtttaccacaaagtcctaatagtgttgaagga
gcaattggtggaccaaaatcattagacagtgattttgaagaaccaaaacattctatattt
gacagtaatatgaatattagtatatccttatgtggtggtttagattctgaaactggtcct
tccaaagaagtttttcatcaaaatttacttcattttgaagatatttgttcagatccaaaa
ttatatgaaaacccaaatttagttgtaaaaattaatgaaaaattctataattggacgact
gcttgttcaattgtaatgacttatgctgtatttcaaagacatttaccacaaaatacaatc
gaaaatttatatacacaatgtatgccattaccaatgcatgaacaaaaaaaacaagaaagt
attggcaaaccagaaggccgtagtggttacagttcatggttttcatggagacgatctaca
caaccgcctaaaaaatctcaagaacttaatcaaactgatggaactgttattcaatcttca
gaacaaatagtggaaatgaaagaaagcactccaattgatgaaatttcaaatagagaatta
aaaattgatcaaaacatagaatgtataacggaaacagtagaacaatgtacgaaattaaca
aaagatatcgccaagactgagaaaaatcgcgaaagggaaggcgaaggttatagcggtagt
gaagattctgatagtaatcaaaatgaatcacaaggagttaaaatacctaaagaaagaaga
tcatattatgaatctactgaaaaatatcgaaaaactttgaggttgtcatctgtacaaata
gctagtctcaatttaaaagatggagctaatgaagtagtttttagtgtaactacagcatat
caaggcactacacgttgtaaatgtcatatttacaaatggaaatgggatgataaaattgtt
atttctgatatagatggaaccattacaaaatctgatgtgctaggtcatattttgccaata
gttggtaaagattgggctcaatctggtgttgctcagttatttacaaaaattaaaaacaat
ggttataaattattatatctttctgcaagagcgattggacaagctaaagttacaagagaa
tatttaaagagtattagacaaggagatttgtcactccctgatgggccattacttttaaat
ccaacaagcctaatttcagcattccatcgtgaagttatagagagaaaacccgaagaattc
aagatatcatgtcttagtgacattcaagccttatttccggaaggttcaaaacctttctat
gctggttacggaaatcgaattaatgatgtttgggcatatcgagctgtaggaattccaact
atgcgtatatttactataaatcacagaggcgaattaaaacatgaattaacgcaaacattc
caatcttcatattcaaatatgagctttattgttgaccatcttttcccagcttggagagag
gatgccgcggatgaatttagtaattttgtatattggcgagatccaataccagaagtacca
tcattggaagaactgtatattcaaagacaaatcacataa |
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