Atherosclerosis III

Front Matter

WORKSHOP: The Composition of Early Lesions

• E. B. Smith, S. Björkerud, R. H. More, D. Sinapius, G. S. Berenson, W. Insull et al.

The Lesion

• Henry C. McGill Jr.

Metabolism of the Arterial Wall

• David Kritchevsky, Himanshu V. Kothari

Biophysical Factors in Vascular Structure and Caliber

• Simon Rodbard

Contraction of Endothelial Cells as a Key Mechanism in Atherogenesis and Treatment of Atherosclerosis With Endothelial Cell Relaxants

• T. Shimamoto

Front Matter

Uptake of Intact Plasma Lipoproteins into the Arterial Wall of the Rabbit

• A. N. Klimov, T. N. Loviagina, A. V. Popov, E. B. Ban’kovskaya

Beta-Lipoprotein Entry Into the Arterial Wall and Its Prevention

• Takio Shimamoto, Fujio Numano

Identification of Lipoproteins Involved in Human Atherosclerosis

• Kenneth W. Walton

Quantitative Interrelationships between Plasma Constituents and Normal and Atherosclerotic Human Intimal Tissue

• Elspeth B. Smith, Rosalind S. Slater, D. C. Crothers

Front Matter

Lipid Metabolic Pool in Subcellular Fractions of Rabbit and Human Atherosclerotic Lesions

• A. J. Day, A. K. Horsch, J. W. Proudlock

Glucose and Lipid Metabolism in the Human Arteriosclerotic Aorta

• I. Filipovic, K. von Figura, E. Buddecke

Cholesterol Transfer in Vitro between the Rabbit Aorta and Serum Lipoproteins

• Göran Bondjers, Sören Björkerud

Arterial Lipid Metabolism in Diabetic Animal Models with Reduced or Elevated Plasma Insulin Levels

• A. V. Chobanian, G. C. Gerritsen, L. McCombs, P. I. Brecher

Lipid Metabolism in Perfused Human Coronary Arteries and Saphenous Veins

• H. Tillmanns, I. S. M. Sarma, K. Seeler, R. I. Bing

Front Matter

WORKSHOP: Arterial Wall Enzymes

• A. J. Day, J. Patelski, S. Eisenberg, Y. Stein, A. Vost, D. E. Bowyer et al.