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| acids, benefits of omega 3 fatty acids, 1930, omega 6, fattyacid, plump thighs , chemotherapy / health aspects, 0964253402, menu, cell, fat girls pictures , headache, big plump plumpers galleries , | These eicosanoids can be compared to hormones, except that unlike hormones they are destroyed by local enzymes within seconds or minutes after formation. This limits the activities of eicosanoids to the fatty ratty area where they were released. Having cell membranes contain fatty acids that can form the hormone-like eicosanoids gives the body the capacity to fatty ratty produce quick, localized action in almost any tissue or organ. The most general need for rapid, local action is the response fatty ratty to trauma. Therefore, eicosanoids are most often concerned with clotting, inflammation and the initiation of immune defense. Some membrane phospholipids, such as the phosphatidylinositols, function to convert activity at cell surface G-protein-coupled receptors into intracellular signals. Hydrolysis by phospholipase C and phospholipase D produce the second messengers (intracellular messengers) DiAcylGlycerol (DAG) [which stimulates Protein Kinase C (PKC)] and Inositol triPhosphate (IP3) [which causes intracellular release of calcium]. |
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| Each of the 3 groups attached to the glycerol backbone has a special enzyme that can plump thighs separate the group from the backbone. Phospholipase A1 enzyme attacks the attachment of the first fatty acid, Phospholipase A2 attacks the attachment of the middle fatty acid and Phospholipase D attacks the alcohol attachment. plump thighs Phospholipase C -- which is a major toxin secreted by bacteria -- releases 1,2-DiAcylGlycerol (DAG) along with a phosphoryl base. Phospholipase Enzymes in Cell Membranes Frequently the unsaturated fatty acid stored in the second position of a cell membrane will plump thighs be arachidonic acid, EPA or DHA (especially in the neurons). The release of arachidonic acid or EPA from cell membranes by Phospholipase A2 allows the enzymes lipoxygenase and cyclooxygenase to form biologically active eicosanoids like prostaglandins (PGZs, first isolated in prostate gland), thromboxanes (TXZs, first isolated in thrombocytes) and leucotrienes (LTZs, first isolated in leucocytes). |
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