Inflammatory Reaction

The morphological behaviour of leucocytes· leaving the blood has been studied for more than a hundred years and can be described in some detail, but the mechanisms involved are for the most part still unclear. Following an inflammatory stimulus, dy namic changes occur in small blood vessels near the inflamed site and are followed by margination of leucocytes and by their adherence to the endovascular surface of endo out of the vessel in the gaps between endothelial thelial cells. The leucocytes migrate cells and move towards the noxious stimulus, directed presumably by chemotactic gra dients. Having reached the gradient source, they may engage in phagocytosis, killing and digestion of micro-organisms or of damaged tissue. In this review, we deal with the adhesive properties of leucocytes, which have US1,l;ll ly been measured in vitro, and with their possible relevance to the leucocyte-endo We also deal with the locomotion of leucocytes, its machinery thelial cell interaction.

Texte du rabat

With contributions by numerous experts

Résumé
With contributions by numerous experts

Contenu
Ultrastructure of Acute Inflammation. With 20 Figures.- Hyperemia, Stasis, and Increase in Vascular Permeability: New Methods for Their Quantitation. With 9 Figures.- The Adhesion, Migration and Chemotaxis of Leucocytes in Inflammation. With 5 Figures.- Kinetics of the Inflammatory Response in Regional Lymph. With 13 Figures.- The Kinin System and its Relation to Other Systems. With 9 Figures.- The Complement System and Inflammation. With 11 Figures.- Phagocytic Cells During an Acute Inflammatory Reaction. With 5 Figures.- Phlogistic Substances in Neutrophil Leukocyte Lysosomes: Their Possible Role in Vivo and Their in Vitro Properties. With 11 Figures.- Cellular Hypersensitivity and Inflammation. With 5 Figures.- The Role of Prostaglandins in Inflammation. With 7 Figures.