Anolis carolinensis (green anole): 100559740 Help Entry 100559740         CDS       T01608                                  Symbol lpin3 Name (RefSeq) lipin 3   KO K15728   phosphatidate phosphatase LPIN [EC:3.1.3.4] Organism acs  Anolis carolinensis (green anole) Pathway acs00561   Glycerolipid metabolism acs00564   Glycerophospholipid metabolism acs01100   Metabolic pathways acs04150   mTOR signaling pathway Module acs_M00089   Triacylglycerol biosynthesis Brite KEGG Orthology (KO) [BR:acs00001]  09100 Metabolism   09103 Lipid metabolism    00561 Glycerolipid metabolism     100559740 (lpin3)    00564 Glycerophospholipid metabolism     100559740 (lpin3)  09130 Environmental Information Processing   09132 Signal transduction    04150 mTOR signaling pathway     100559740 (lpin3)  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:acs01009]     100559740 (lpin3) Enzymes [BR:acs01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.4  phosphatidate phosphatase      100559740 (lpin3) Protein phosphatases and associated proteins [BR:acs01009]  HAD phosphatases   Other HAD phosphatases    100559740 (lpin3) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  LNS2 Lipin_N Lipin_mid APP1_cat Motif Other DBs NCBI-GeneID:  100559740 NCBI-ProteinID:  XP_008115798 Ensembl:  ENSACAG00000011464 LinkDB All DBs Position Un Genome browser AA seq 907 aa AA seqDB search MNYVGQIAGTVFGTVKELYRGLNPATLTGCIDVIVVRQPDGSFNCSPFHVRFGKLRVLHS SEKVVDIEINGEPVNLHMKLGDNGEAFFVEKSEEQKETIPTSLCTSPIPSEKNSDPTARS SNLHVNPEGLVSDAALRRKRWRKKKPKKRESSADSTSEEEGPESERSLDEKRKLFTSNNS TYYSFTDVQNEETGTSQPQEAYPYSDGELFPLLSLSPNSSSAPKSDSELELRNPELPCDC DSHMQWSWGRMPEINRSDRADSTKPGVSTSTTASVTPNTTTSTTCTTTSISLGEETHFVA ITAGMESALDMVEPDDAPHAPVAPIIRPAPVFATGKGFPSSEEHSPSIQVICSDLEIIPR LPEDVQGTKTSTDYEGTEEIIEQTQNQNLDVPSALGNKEPCGSPELKQERQNSVKRSPHL GPSDVYLEDLSNLDAEQLALYFPKSDAELSGQAQTDPGSSSHAPGLGGAPVDCSSDNLLE PTSCSQTPCILLSVCGGLGDDGELSHVERFMKHIVSYQEFAENPAILEDPNLVIQIHKKY YNWAVAAPMLLSLQAFQKSLPKSTIDKLMKEKMPKKGGRWWFSWRRRELSNEEESSMQKR TTVGKLQGDTSLQGREDDSSSDESISSGPEDTNVPDAITQKFLPTYKKSLRLSSDQIKSL NLKDGPNEVVFSITTQYQGTCRCEATIYLWNWYDHVVISDIDGTITRSDALGHILPHLGK DWTHQGIAKLFHKIHLNGYKFLYCSARAIGMAHITKGYLDCVNDQGWVLPKGPILLAPSS LFSAFHREVIEKKPEVFKIACLMDIRNLFGPNRKPFHAAFGNRLTDVYAYKEVELPECRI FTVNPKGELTQELIKNHKSTYDRLGEVVELLFPPVAEDVNISLECPEYSQFSYWKTSLPP VDFEDFL NT seq 2724 nt NT seq  +upstreamnt  +downstreamnt atgaactatgtgggccagattgctggaacagtgttcggcactgtgaaggaactgtacaga ggcttgaacccagctactctgacgggttgcattgatgtcattgtggtgaggcagccagat ggttccttcaactgttctcctttccatgtgcgctttgggaagctacgtgttctgcattcc agtgagaaagtggttgacatagaaatcaatggggagccagtcaatctgcatatgaagctg ggtgacaatggggaagccttttttgttgaaaaatcagaggaacaaaaggagaccattccc acttctttgtgcacatctcccatcccgtctgagaaaaactcagatcccacagcaagatct tcaaatttgcatgtcaaccctgaaggcttggtctcagatgcagccctccgtaggaaaaga tggcgaaagaagaagccaaagaaaagggagtcatcggcagactctacatcagaagaagag gggcctgaaagtgagcgatccttagatgagaagagaaaattgtttacttccaacaattca acttattattcattcactgatgttcagaatgaagaaactggaacttcacaacctcaagaa gcctacccctactctgatggggagctgtttccactgctaagcctttctccaaactcatct tcagctccaaaaagtgactctgaactggagctcagaaatcctgaattgccatgtgactgt gattctcatatgcagtggtcatggggaagaatgcctgaaataaacaggtcagaccgagcg gattcaacaaagcctggtgtgagcacttccacaacagcatctgtcacacctaataccacc accagcaccacctgcaccaccacaagtatttccttgggtgaggaaacccactttgtggcc atcactgcaggaatggaaagtgctttggacatggtagaacctgatgatgcaccacatgct ccagttgcccctattattaggccagcccctgtttttgcaactggaaagggctttcccagt tcagaagaacacagtccttccattcaagtcatttgcagtgatctagagataattcccagg cttccagaagatgtacaaggcacaaaaacatctacggattatgaaggaaccgaggaaatc attgaacagacccagaatcagaatttggatgtgccatctgctttgggaaacaaagaaccc tgcgggagtcctgaactgaaacaagagagacaaaattctgtgaagagaagccctcacctg ggaccttctgatgtttacttagaggacctctcaaatctggatgcagagcaactagcactt tattttcctaaaagtgatgctgagctgagtggccaagcacaaactgatcctggcagctcc tctcatgcccctgggctgggaggtgctcctgttgactgcagttcagataatctcttggaa cctacttcatgcagccaaacaccctgcattctcctgtctgtctgtggaggtcttggtgat gatggggaattgtctcatgtggagagatttatgaagcatatagtttcctatcaagagttt gcagagaatccagcaattctcgaagatccaaatttggtgatacagatccacaagaaatat tacaactgggcagttgctgcacctatgctactctccttacaagctttccaaaagagtctt cccaagagtactattgacaaactaatgaaggagaagatgcccaagaagggtggcaggtgg tggttttcttggcggcgaagagaactttccaatgaggaggaatccagtatgcagaaacgt actacagtaggcaaacttcaaggtgacacttctcttcaaggaagggaagatgattcatcc agtgacgagtccatatcttcaggcccagaggacacaaatgtaccagatgctatcacacaa aaatttcttccaacctacaagaaatccttaagactctcttcagatcaaattaaaagtctg aacctgaaagacggacctaacgaagtggtattcagcatcactactcagtaccagggcaca tgccgttgtgaagccactatctatctatggaactggtatgatcatgttgtgatctcggac attgatgggactattaccaggtctgatgctcttggtcacattttaccacatctggggaaa gactggactcaccagggcatcgctaagttattccacaaaatccatttgaatggatacaag tttctctactgttcagccagggctattggcatggcccacatcaccaaaggctatctcgac tgtgtcaatgaccaaggatgggtgctccccaaagggcccatcttgctggctcctagcagc ctcttctcagcttttcatagggaggtgattgagaagaagccagaagtgttcaaaattgcc tgcttaatggatattcggaatctatttggccccaacagaaagcccttccatgctgccttt gggaatagactaactgatgtttatgcctacaaagaagtggagctgccagaatgtcgtata ttcactgtgaaccccaagggagaactaacacaagaacttataaaaaaccacaaatccacg tatgatcgattgggtgaggtggtagagctcctttttccacctgttgctgaggatgtgaac atttctttggagtgcccagagtacagccaattctcttactggaaaacctcattgccccct gttgactttgaagactttctctga

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