Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery.

Jul 20, 2014

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Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery. Figure 14.02 Theoretical model of lippopretein structure. Figure 14.03 Lippoprotein function. Figure 14.04 Lipid metabolism in context. Figure 14.05 The carnitine shuttle system.

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Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery.

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Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery.
Figure 14.02 Theoretical model of lippopretein structure.
Figure 14.03 Lippoprotein function.
Figure 14.04 Lipid metabolism in context.
Figure 14.05 The carnitine shuttle system.
Figure 14.06 The reactions of ß oxidation.
Figure 14.07 Catabolism of propionyl-CoA.
Figure 14.08 The cobalamin-derived cofactor.
Figure 14.09 Peroxisomes.
Figure 14.10 Acyl carrier protein and coenzyme A.
Figure 14.11 The citrate transport system.
Figure 14.12 Electron micrograph of fatty acid synthase.
Figure 14.13 Fatty acid synthesis.
Figure 14.14 Synthesis of arachidonate.
Figure 14.15 Some control mechanism in fatty acid metabolism.
Figure 14.16 Ketogenesis.
Figure 14.17 Catabolism of ketone bodies.
Figure 14.18 Electron micrograph of an adipocyte.
Figure 14.19 Triaclyglycerol synthesis.
Figure 14.20 Synthesis of phosphatidylethanolamine and phosphatidylcholine.
Figure 14.21 Phoshatidylinositol synthesis.
Figure 14.22 The first steps of cholesterol biosynthesis.
Figure 14.23 Structure of a squalene, a precursor of cholesterol.
Figure 14.24 Some statins.
Figure 14.25 Summary of lipid metabolism.

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