Description
(Table of content)
I. The Arterial Wall in the Pathogenesis of Atherosclerosis.- II. Lipoproteins and Proteins of the Arterial Wall.- III. Lipids of the Arterial Wall.- IV. Enzymes of the Arterial Wall.- V. Metabolic Functions of the Arterial Cell.- VI. Permeability of the Arterial Wall and Connective Tissue Reactions.- VII. Platelets-Thrombogenesis-Fibrinogen-Fibrinolysis.- VIII. Animal Models of Atherosclerosis.- IX. Liproprotein and Lipid Metabolism in Experimental Animals.- X. Hyperlipoproteinemia and Lipoprotein Disorders - Genetics and Epidemiology.- XI. Plasma Lipids.- XII. Lipolytic Enzymes.- XIII. Factors Contributing to Genesis of Hyperlipoproteinemia and/or Atherosclerosis.- XIV. Plasma Lipoproteins.- XV. Risk Factors.- XVI. Prevention.- XVII. Dietary Management of Hyperlipoproteinemias.- XVIII. Drug Therapy of Hyperlipoproteinemia.- XIX. Surgical Treatment of Arteriosclerosis.- Abstracts.- References.- Arterial Lipid Metabolism in Diabetic Animal Models with Reduced or Elevated Plasma Insulin Levels.- Lipid Metabolism in Perfused Human Coronary Arteries and Saphenous Veins.- IV. Enzymes of the Arterial Wall.- Workshop: Arterial Wall Enzymes.- A Comparison of the Rates of Lipolysis and Lipogenesis in the Rat Aorta.- Properties and Positional Specificity of Lipases in the Human Aorta.- The Influence of Atherosclerosis on Cholesterol Esterifying Activity of Rabbit and Monkey Aorta.- Aortic Uptake of Chylomicron Triglyceride in Vivo and Aortic Lipoprotein Triglyceride Lipase in Rat.- V. Metabolic Functions of the Arterial Cell.- Workshop: Metabolism and Function of Arterial Cells in Culture.- Cell Proliferation and Ultrastructural Changes in Regressing Atheroslerotic Lesions After Reduction of Serum Cholesterol.- Glucosamineglycans in Cell Membranes and the Extracellular Compartment of the Arterial Wall.- Increased Mitotic Activity in Primary Cultures of Aortic Medial Smooth muscle Cells After Exposure to Hyperlipemic Serum.- The Synthesis and Secretion of Sulfated Glycosaminoglycans by Vascular Smooth Muscle Cells In Vitro.- Etiology of Myointimal Cell Proliferation.- VI. Permeability of the Arterial Wall and Connective Tissue Reactions.- Workshop: Factors Affecting Permeability and Connective Tissue Reactions in Atherosclerosis.- Association of Coronary Artery Endothelial Injury with Elevation of Serum Bile Acids in the Rat.- Effect of Nicotine on Severity of Acute Myocardial Ischemic Injury.- Endothelial Permeability: Focal and Regional Patterns of 131I-Albumin and 131I-Fibrinogen Uptake and Transmural Distribution in the Pig Aorta.- Increased Collagen Synthesis in Early Rabbit Atherosclerosis and its Inhibition by Cis-Hydroxyproline.- Basement Membranes in Muscle Capillaries of Patients with Hyperlipidemias.- Effect of Adrenocortical Hormones on the Integrity of Rat Aortic Endothelium.- VII. Platelets-Thrombogenesis-Fibrinogen-Fibrinolysis.- Thrombosis and Atherosclerosis.- The Natural History of Experimentally Induced Mural Thrombi in Systemic Arteries of Normocholesterolaemic and Hypercholesterolaemic Monkeys.- Behavior of Fibrinogen and Fibrinolysis in Type II and Type IV Hyperlipemic Subjects and in Patients with Coronary Heart Disease.- Control of Platelet Function in Postmyocardial Infarction Patients During a Two Year Aspirin Study.- Dietary Fat, Platelet Function and Coronary Heart Disease in Man.- Enhanced Platelet Aggregation as a Risk Factor for Thromboembolic Complications in Atherosclerosis.- VIII. Animal Models of Atherosclerosis.- Workshop: Animal Models of Atherosclerosis.- Animal Models of Atherosclerosis and/or Myocardial Infarction.- Differences Between Human and Animal Atherosclerosis.- Experimental Atherosclerosis Due to Ascorbic Acid Deficiency.- On Pathogenetic Factors Concerned with Vascular Lesions Induced by High Sucrose Diet in Monkeys.- Ultrastructural Changes in the Coronary Arteries of Primates (Macaca Iris) after a Prolonged, Mild Carbon Monoxide Exposure.- Responses of Two Macaque Species to Atherogenic Diet and its Withdrawal.- Preliminary Results of Reversibility of Spontaneous and Diet-Induced Atherosclerosis in Squirrel Monkeys by Chondroitin-4-Sulfate.- Necrogenic Agent Obtained from Cholesterol Used in Dietary Experiments.- Production of Advanced Atheromatous Lesions in an Allografted Segment of Aorta in a Normocholesterolaemic Rabbit.- Rat Homografts of Arterial Wall Fragments: A Contribution to the Understanding of Experimental Atherosclerosis.- Morphologic and Histochemical Studies on Human and Minipig Arteries.- Effect of Exercise on Collagen and Elastin in Aortas of Cockerels with Induced Atherosclerosis.- The Role of Hypertension and Hyperlipemia in the Morphogenesis of Experimental Atherosclerosis.- IX. Liproprotein and Lipid Metabolism in Experimental Animals.- Workshop: Lipid Metabolism in Primates.- Uptake and Autoradiographic Localization of Very Low Dens
Contents
I. The Arterial Wall in the Pathogenesis of Atherosclerosis.- II. Lipoproteins and Proteins of the Arterial Wall.- III. Lipids of the Arterial Wall.- IV. Enzymes of the Arterial Wall.- V. Metabolic Functions of the Arterial Cell.- VI. Permeability of the Arterial Wall and Connective Tissue Reactions.- VII. Platelets-Thrombogenesis-Fibrinogen-Fibrinolysis.- VIII. Animal Models of Atherosclerosis.- IX. Liproprotein and Lipid Metabolism in Experimental Animals.- X. Hyperlipoproteinemia and Lipoprotein Disorders — Genetics and Epidemiology.- XI. Plasma Lipids.- XII. Lipolytic Enzymes.- XIII. Factors Contributing to Genesis of Hyperlipoproteinemia and/or Atherosclerosis.- XIV. Plasma Lipoproteins.- XV. Risk Factors.- XVI. Prevention.- XVII. Dietary Management of Hyperlipoproteinemias.- XVIII. Drug Therapy of Hyperlipoproteinemia.- XIX. Surgical Treatment of Arteriosclerosis.- Abstracts.- References.
