Physiologie und Pathophysiologie des Gefässsystems

E. BETZ discusses the permeability of the endothelium and its modifiability. J. FINGERLE explores endothelial cells in organ culture. H. SINZINGER examines the role of PGI2 formation in normal and pseudo-vessels concerning atherosclerosis. D. G. S. THILO-KÖRNER, F. LUTZ, and W. SCHAEG investigate the influence of bacterial toxins on human endothelial cells. J. GRÜNWALD focuses on the migration and proliferation of smooth muscle cells. D. RIEDIGER and H. WOLBERG address endothelial regeneration in micro-surgical vascular anastomoses. U. PEIPER and C.-F. VAHL analyze the kinetics of the fundamental contraction process in vascular musculature. U. POHL, R. BUSSE, and E. BASSENGE discuss the functional significance of the endothelium for the vasomotor function of large arteries. R. BUSSE et al. characterize the "endothelium-derived relaxant factor." G. SIEGEL studies the interaction between noradrenaline and calcium ions in vascular smooth muscle. C. STICK interprets pressure-flow relationships in the organ circulation. M. STEINMETZ and CH. WEISS present an improved device for measuring tissue perfusion. H. WEIGELT and H. H. DIETRICH examine local blood flow regulation in the capillary bed. S. NEES highlights recent aspects of adenosine-mediated coronary flow regulation. K. SCHRÖR and R. VERHEGGEN discuss the significance of platelet-derived thromboxane A2 and serotonin in coronary vasoconstriction. A. UNTERBERG et al. explore vaso