| Entry |
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| Symbol |
lpin1a
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| Name |
(RefSeq) phosphatidate phosphatase LPIN1 isoform X1
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| KO |
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| Organism |
emac Eleginops maclovinus (Patagonian blennie)
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| Pathway |
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| Module |
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| Brite |
KEGG Orthology (KO) [BR:emac00001]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
134863013 (lpin1a)
00564 Glycerophospholipid metabolism
134863013 (lpin1a)
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
134863013 (lpin1a)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:emac01009]
134863013 (lpin1a)
Enzymes [BR:emac01000]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.4 phosphatidate phosphatase
134863013 (lpin1a)
Protein phosphatases and associated proteins [BR:emac01009]
HAD phosphatases
Other HAD phosphatases
134863013 (lpin1a)
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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 |
4:complement(12366125..12388799)
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| AA seq |
963 aa
MTHMEEQDFSSHIEDGSFNDSWSWLQTMNYVGQLAGQVFVQVKELYRGLNPATLSGCIDV
IVVRQPDGTLQCSPFHVRFGKMGVLRSSEKLVDIEVNGEPVSLHMKLGENGEAFFVKETE
NTMEIVPSYLATSPIVSTGAELMESQLGRGTLRHHDTIPCGSLPVQSLGLLQSDVGMIKK
RRKRRRKARPEAGGGGGGGRREESEEEFSEDQDMFTIDLSSDEEREGDSRPVYSDQGSIA
NTLTHPSTDWIRSQSHGVKTIDTLSIPSACGLSISCPQQVSHFPSHLSLDDSRSSTPKSD
SELSNQNNPEMLWTWGELPQAAQPDFLTALQKQDPPPAVSIPVSSSTHFRTIIDTGPPSF
NLYAPQLEDTAAHREDKDTEENKSGGMAGITTQTSVRPGVGEVENVGPPCAEMEGFSASS
LSPRVIPDHLEEGAPGGSPSRVTDSPSKRKEKRSQHLGADGIYLDDITELEPEVAALYFP
KSDGGSSSMRGDSELMMMGVRSANQSPQSEGSSGMGSSGMDSGVDSLSDHIGDLPHVAIS
LCGGLTDNREITRDQFQERAISYKQFSETPSIIDDPNLVVRIGNKYYNWNTAAPVMLAMQ
VYQKPLPQASVENIMKEKMPKKGGRWWFSWRSRNSDSKSESVTDVGGDSGEGSLTMPSSI
KDESSSSDEDNRSSNQASRSCQPEPLMSPGSVCYKKTLRLNSEQLASLQLKEGANEVVFS
VTTQYQGTCRCHGTIYLWSWDDKIVISDIDGTITRSDTLGHILPTLGKDWTHQGIARLYH
KVSQNGYKFMFCSARAIGMADMTRGYLHWVNERGTMLPMGPVLLSPSSLFSALHREVIEK
KPEKFKIECLTDIKQLFYPNTEPFYAAFGNRATDVYSYKEVGVPLNRIFTVNPKGELIQE
HAKTNISSFVRLCEMVDHDFPLLARNEGADLPRSDTFDQCYWNKELPEGIYKQDEDPKPL
QAS |
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| NT seq |
2892 nt +upstreamnt +downstreamnt
atgactcacatggaagagcaagacttcagcagccacattgaggatggcagcttcaacgac
agctggtcttggctacagaccatgaactatgtgggtcagttggcgggtcaggtgtttgtg
caggtcaaagagctttacaggggactcaaccctgcaaccctgtcaggatgtatagatgtc
atcgtggttcggcagcccgatggcaccctgcagtgctcccccttccacgtccgcttcggc
aagatgggtgtgctgcggtccagtgagaaactggttgatattgaagttaatggagagccg
gtgagtttgcacatgaagctgggagagaatggagaggccttcttcgttaaagaaactgag
aacacgatggaaatagttccgtcctaccttgcaacctcacccatcgtgtcgactggtgcg
gaattaatggagtcccagcttggcaggggcactctccgtcatcatgacaccatcccctgc
ggttcacttcctgtccagagccttggactgctgcaaagtgatgtcgggatgatcaagaag
aggaggaagaggaggaggaaggcacgaccagaggcaggcggtggaggaggtggaggcagg
agagaggagagtgaagaagagttctcggaggaccaggacatgtttactattgacctgagc
tccgatgaagagagagagggtgacagcagacctgtgtacagtgatcaggggtctatagcc
aacacgctcacacaccccagcactgattggatccgttcacagagtcatggggtcaagacg
atcgacacgctgtccatcccttcagcctgtggtctgtccatctcttgtcctcagcaggtt
tctcacttcccctcccatcttagcctcgacgattctaggtcatcaacaccgaagagcgac
tcagagctaagcaatcagaacaaccctgagatgttgtggacctggggggagctgccacaa
gccgcccagcccgacttcctgactgccctccagaagcaggaccctcccccagcggtctcc
atcccggtgtcttccagcactcacttcagaaccatcattgacactggacccccctccttt
aatctctatgctccccagctggaggacactgctgctcacagggaggacaaggacactgaa
gaaaacaaaagtggaggcatggctggaataactacgcagacttcggtcagacctggagtg
ggagaggtggaaaatgttgggccaccttgtgcagagatggagggtttctcagccagctca
ttgtctccaagggttatcccagatcatcttgaagaaggtgcgcctggaggaagtcccagc
agagtaactgattcaccatccaagaggaaagaaaaaagaagccaacaccttggtgctgat
ggcatttacctggatgacataaccgagctggagcctgaagtagctgctctctacttccct
aaaagtgacggtggcagcagctccatgagaggcgactctgagttgatgatgatgggtgtg
cggagtgcaaatcagtcccctcagtcagagggaagcagtgggatgggcagcagtgggatg
gacagcggtgttgacagtttgtctgaccacataggggacctgcctcatgttgccatctct
ttgtgcggaggactgactgacaacagagagatcacaagagatcagttccaggagagagca
atttcctacaagcagttctctgaaaccccttctattatcgatgaccccaacctggttgtc
aggataggaaacaagtactacaactggaacacagcagctcctgtcatgctggccatgcag
gtttatcagaaaccactgccgcaggcctcagtggagaacatcatgaaggagaagatgcca
aagaaaggaggacgctggtggttctcatggaggagccggaacagcgactccaaatcagaa
tcggtgacagacgttggaggagacagtggagaaggctcactcactatgccctcaagcatt
aaggatgagtcatcctctagtgatgaggacaacagatcgtccaatcaggcctcacgatcc
tgccagccggagcccctcatgagtcctggcagcgtctgttataagaagactcttcggctc
aactcagagcagcttgctagcctgcagttgaaggagggtgctaatgaagtggtgttcagt
gtgaccactcagtatcagggcacgtgtcgctgccatggcaccatctatctgtggagctgg
gatgacaagatagtcatctctgatatagatggaaccatcaccaggtcagacaccctgggt
cacatcctccccactctgggtaaagactggacccaccagggtatcgctcgactctaccac
aaagttagccagaatggatataaattcatgttctgctcagcgagggccattggcatggct
gacatgacgcgaggatacctgcactgggtcaatgagaggggaaccatgctacctatgggc
ccggtgctgctcagccccagcagccttttttctgccttgcacagggaggtgattgagaag
aaaccagagaagtttaagattgagtgtctcacagacataaagcagctattctaccccaac
actgagcctttctacgctgcttttggaaacagagccacggatgtgtattcctataaggag
gtgggcgttcctctgaacaggattttcactgtcaatcccaagggggagctcatacaggag
catgccaaaaccaatatctcctcctttgtgcgtctgtgcgagatggtcgaccatgacttc
ccgctcctagctcgaaatgagggagcagacctcccccgctccgacaccttcgaccagtgc
tactggaacaaagaacttcctgaagggatctacaaacaagatgaagacccaaagcctctt
caggcaagctga |
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