White blood cells : morphology and rheology as related to function : proceedings, with commentary, of the symposium held at London, England, October 3-4, 1981
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Bibliographic Information
White blood cells : morphology and rheology as related to function : proceedings, with commentary, of the symposium held at London, England, October 3-4, 1981
（Microcirculation reviews, v. 1）
M. Nijhoff , Distributors for the U.S. and Canada, Kluwer Boston, 1982
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Includes bibliographical references
Description and Table of Contents
Description
Proceedings, with Commentary, of the Symposium held at London, England October 3-4, 1981
Table of Contents
Analysis of White Blood Cell Deformation.- Viscoelastic Properties of Leukocytes in Passive Deformation.- Human Leukocytes in the Active State.- Mechanical Behavior of Leukocytes in the Passive and Active States (Commentary).- Viscoelastic Properties of Normal and Pathologic Human Granulocytes and Lymphocytes.- Rheology of Leukocyte Suspensions.- Rheological Mechanisms Contributing to WBC-Margination.- Flow Behavior of White Blood Cells in Vitro and in Vivo (Commentary).- The Anatomical Features of Leukocyte Egress into the Marrow Sinus.- Movement of Leukocytes in Flowing Blood.- The Relationship between Leukocyte and Erythrocyte Velocity in Arterioles.- Leukocyte Plugging of Capillaries in Vivo.- Leukocyte Motion in the Microcirculation (Commentary).- In Vitro Measurement of Leukocyte Adhesiveness.- Adhesion of Granulocytes to Human Cultured Endothelial Cells.- In Vitro Methods for Quantification of Granulocyte Adhesiveness (Commentary).- Substratum Adhesion and the Movement of Neutrophil Leucocytes.- The Role of Blood Flow in the Distribution of Lymphocytes and Lymphoblasts in Vivo.- Locomotion and Adhesion of Neutrophils and the Role of Blood Flow in Lymphocyte Migrations: Commentary.- Increased Vascular Permeability Following Interaction between Polymorphonuclear Neutrophils and Vascular Endothelial Cells.- Leucocyte Locomotion on Two-Dimensional Surfaces and in Three-Dimensional Matrices.- Cell - Surface Interactions: Effects on Vascular Permeability and on WBC Locomotion (Commentary).
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