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1. Full Text The elusive endogenous adipogenic PPARγ agonists: Lining up the suspects
by Hallenborg, Philip and Petersen, Rasmus K and Kouskoumvekaki, Irene and Newman, John W and Madsen, Lise and Kristiansen, Karsten
Progress in lipid research, ISSN 0163-7827, 01/2016, Volume 61, pp. 149 - 162
Lipoxygenases | Cyclooxygenases | Reactive oxygen species | Polyunsaturated fatty acids | PPARγ | Adipogenesis | AF-1 ligand-independent activation function | NOS nitric oxide synthase | ADH alcohol dehydrogenase | ELOVL3 elongation of very long chain fatty acids 3 | FFA free fatty acid | DPEP dipeptidase | LNO | RXR retinoic X receptor | PTM post-translational modification | prostaglandin J | NOX4 NADPH oxidase 4 | azPC azelayol phosphatidylcholine | HPETE hydroperoxyeicosatetraenoic acid | GGT gamma-glutamyltransferase | MEF mouse embryonic fibroblast | C/EBP CCAAT/enhancer binding protein | TZD thiazolidinedione | Mo-Co molybdenum cofactor | CBR carbonyl reductase | HPODE hydroperoxyoctadecadienoic acid | AA arachidonic acid | HETE hydroxyeicosatrienoic acid | MAPK mitogen-activated protein kinase | PL phospholipase | pRB retinoblastoma protein | Abbreviations NO nitric oxide | cPLA | PTGR prostaglandin reductase | EET epoxyeicosatrienoic | PPARγ peroxisome proliferator-activated receptor γ | ROS reactive oxygen species | cytosolic PLA | EH epoxide hydrolase | BAT Brown adipose tissue | HODE hydroxyoctdecenonic acid | PTGES prostaglandin E synthase | LOX lipoxygenase | Epac exchange protein directly activated by cAMP | LPA lysophosphatidic acid | ChREBP carbohydrate element binding protein | NR nuclear receptor | LA linoleic acid | XOR xanthine oxidoreductase | CPA cyclic phosphatidic acid | AF-2 ligand-dependent activation function | TX thromboxane | 15-deoxy-Δ | PGDH 15-hydroxyprostaglandin dehydrogenase | PGFS prostaglandin F synthase | KETE ketoeicosatetraenoic acid | SREBP-1c sterol-regulatory element binding protein 1c | eLOX3 epidermis lipoxygenase type 3 | GPC glycerophosphocholine | LBD ligand binding domain | nitrolinoleic acid | PTGIS prostacyclin synthase | ONO | PG prostaglandin | RetSat retinol saturase | dioxide radical | EPA eicosapentaenoic acid | MUFA monounsaturated fatty acid | GPx glutathione peroxidase | LTC4S leukotriene C4 synthase | COX cyclooxygenase | IBMX isobutyl-methylxanthine | peroxynitrite | PPRE peroxisome proliferator response element | HPGD 15-hydroxyprostaglandin dehydrogenase | 15-dPGJ | DHET dihydroxyeicosatrienoic acid | FAS fatty acid synthase | PTGDS prostaglandin D2 synthase | sEH soluble epoxide hydrolase | UCP1 uncoupling protein 1 | CYP cytochrome P450 monooxygenase | WAT white adipose tissue | superoxide | FAD flavin adenine dinucleotide | PUFA polyunsaturated fatty acid | TBXAS thromboxane A synthase | Biochemistry & Molecular Biology | Life Sciences & Biomedicine | Nutrition & Dietetics | Science & Technology | PPAR gamma - physiology | Prostaglandins | Animals | Oxidation-Reduction | Humans | Lipid Metabolism | Adipocytes - physiology | Fatty Acids - metabolism | Index Medicus
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2. Full Text OxLDL-derived lysophosphatidic acid promotes the progression of aortic valve stenosis through a LPAR1-RhoA-NF-κB pathway
by Nsaibia, Mohamed Jalloul and Nsaibia, Mohamed Jalloul and Boulanger, Marie-Chloé and Boulanger, Marie-Chloé and Bouchareb, Rihab and Bouchareb, Rihab and Mkannez, Ghada and Mkannez, Ghada and Le Quang, Khai and Le Quang, Khai and Hadji, Fayez and Hadji, Fayez and Argaud, Deborah and Argaud, Deborah and Dahou, Abdellaziz and Dahou, Abdellaziz and Bossé, Yohan and Bossé, Yohan and Koschinsky, Marlys L and Koschinsky, Marlys L and Pibarot, Philippe and Pibarot, Philippe and Arsenault, Benoit J and Arsenault, Benoit J and Marette, André and Marette, André and Mathieu, Patrick and Mathieu, Patrick
Cardiovascular research, ISSN 0008-6363, 2017, Volume 113, Issue 11, pp. 1351 - 1363
Bone morphogenetic protein 2 | Calcific aortic valve disease | NF-jB | p65 serine 536 | LPAR1 | Calcific aortic valve stenosis | RhoA | NF-κB | Osteogenic program | BMP2 | Lysophosphatidic acid | Mineralization | Calcification | Valve interstitial cells | OxLDL | Cardiac & Cardiovascular Systems | Life Sciences & Biomedicine | Cardiovascular System & Cardiology | Science & Technology | Receptors, Lysophosphatidic Acid - metabolism | Phosphorylation | Humans | NF-kappa B - metabolism | rhoA GTP-Binding Protein - metabolism | Aortic Valve - metabolism | Toll-Like Receptor 4 - metabolism | Aortic Valve - pathology | Animals | Signal Transduction - drug effects | Lysophospholipids - pharmacology | Aortic Valve Stenosis - metabolism | Signal Transduction - physiology | Lipoproteins, LDL - metabolism | Mice | Calcinosis - metabolism | Index Medicus | Editor's Choice | Original
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3. Full Text The autotaxin-lysophosphatidic acid axis promotes lung carcinogenesis
by Magkrioti, Christiana and Oikonomou, Nikos and Kaffe, Eleanna and Mouratis, Marios-Angelos and Xylourgidis, Nikos and Barbayianni, Iliana and Megadoukas, Petros and Harokopos, Vaggelis and Valavanis, Christos and Chun, Jerold and Kosma, Alexandra and Stathopoulos, Georgios T and Bouros, Evangelos and Bouros, Demosthenes and Syrigos, Konstantinos and Aidinis, Vassilis
Cancer research (Chicago, Ill.), ISSN 0008-5472, 07/2018, Volume 78, Issue 13, pp. 3634 - 3644
Life Sciences & Biomedicine | Oncology | Science & Technology | Lung Neoplasms - genetics | Receptors, Lysophosphatidic Acid - metabolism | Lysophospholipids - metabolism | Lung - pathology | Datasets as Topic | Phosphoric Diester Hydrolases - metabolism | Signal Transduction | Humans | Middle Aged | Gene Expression Regulation, Neoplastic | Phosphatidate Phosphatase - metabolism | Lung Neoplasms - pathology | Male | Receptors, Lysophosphatidic Acid - genetics | Neoplasms, Experimental - chemically induced | Phosphoric Diester Hydrolases - genetics | Carcinogenesis - pathology | Neoplasms, Experimental - pathology | Animals | Urethane - toxicity | Neoplasms, Experimental - genetics | Female | Aged | Mice | Animal models | Pathogenesis | Lung cancer | Phospholipids | Carcinogenesis | K-Ras protein | Proteins | Receptors | Carcinogens | Clonal deletion | Rewiring | Attenuation | Data analysis | Lung diseases | Data processing | Glycoproteins | Urethane | Patients | Biological activity | Pulmonary fibrosis | Acids | Lysophosphatidic acid | Fibrosis | Genetic engineering | Cancer
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4. Full Text Phosphatidic acid in membrane rearrangements
by Zhukovsky, Mikhail A and Filograna, Angela and Luini, Alberto and Corda, Daniela and Valente, Carmen
FEBS letters, ISSN 0014-5793, 09/2019, Volume 593, Issue 17, pp. 2428 - 2451
membrane curvature | lysophosphatidic acid | phosphatidic acid | membrane fission | diacylglycerol | membrane fusion | Biochemistry & Molecular Biology | Biophysics | Life Sciences & Biomedicine | Science & Technology | Cell Biology | Index Medicus
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5. Full Text 2-O-Carba-oleoyl cyclic phosphatidic acid induces glial proliferation through the activation of lysophosphatidic acid receptor
by Nakajima, Shingo and Gotoh, Mari and Fukasawa, Keiko and Murofushi, Hiromu and Murakami-Murofushi, Kimiko
Brain research, ISSN 0006-8993, 02/2018, Volume 1681, pp. 44 - 51
2-O-Carba-cyclic phosphatidic acid | Proliferation | Lysophosphatidic acid | Astrocytes | Oligodendrocyte precursor cells | Neurosciences | Neurosciences & Neurology | Life Sciences & Biomedicine | Science & Technology | Receptors, Lysophosphatidic Acid - metabolism | Astrocytes - drug effects | Lysophospholipids - administration & dosage | Phosphatidic Acids - administration & dosage | Cells, Cultured | Mitochondria - metabolism | RNA, Messenger - metabolism | Mice, Inbred ICR | Animals | Oligodendrocyte Precursor Cells - drug effects | Signal Transduction - drug effects | Cell Proliferation - drug effects | Oligodendrocyte Precursor Cells - metabolism | Astrocytes - metabolism | Index Medicus
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