The Second Conference of the International Society of Hemorheology took place under the auspices of the University of Heidelberg from July 27 - August 1,1969 in Heidel berg. At this conference the name of the Society was changed to THE INTERNA TIONAL SOCIETY OF BIORHEOLOGY, since the members decided to enlarge the scope of the Society to include all fields of biorheology. Meanwhile the Society has become an Affiliated Commission of the International Union of Pure and Applied Biophysics. The abstracts of the scientific papers, as they appeared in the program of the Confe rence, have been reprinted in BIORHEOLOGY (volume 6, No.4, April 1970). This international journal has become the official organ of our Society. We are greatly indebted to the Honorary Chairman, Professor G. QUADBECK, Dean of the University of Heidelberg Medical School, who gave substantial aid to one of us (H. H. H.), the Conference Chairman, in organizing this international meeting. We are grateful to the Mayor of the City of Heidelberg who welcomed the participants and their families in the Cellar of the Great Barrel of the Heidelberger SchloB. We thank the members of the Ladies' Committee, Mrs. IRMGARD QUADBECK, Mrs. ELISABETH HARTERT and Mrs. KARIN KREITER, who arranged a most successful social program in Heidelberg and the romantic Neckar valley.
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ISBN-13
978-3-642-65156-4 (9783642651564)
DOI
10.1007/978-3-642-65156-4
Schweitzer Klassifikation
A. Inaugural Session.- Welcome Address the Chairman..- Opening Address the President of the Society..- B. Ceremony of Poiseuille Award.- Presidential Address H o n o r i n g GEORGE WILLIAM SCOTT BLAIR..- The Rheology of Blood and of Other Things..- C. Scientific Sessions.- I. Theoretical Hemorheology.- The Importance of Plasma Mixing in Bolus Flow. With 2 Figures.- Physical Stability of the Microcirculation. With 8 Figures.- Model Studies of the Hydrodynamic Characteristics of an Erythrocyte. III. Drag and Lift in Erythrocyte-Erythrocyte Interactions. With 11 Figures.- Some Model Experiments in Hemodynamics. IV. With 8 Figures.- A Numerical Model for Two-Dimensional Oscillatory Flow and Oxygen Transfer in the Axial Plasmatic Gaps of Capillaries. With 10 Figures.- Theoretical Studies in Blood Vessel Hemorheology. With 5 Figures.- Particle Interactions in Suspension Flows. With 8 Figures.- On the Viscosity of Blood. With 4 Figures.- Surface Chemical Aspects of Flow Characteristics of Blood. With 1 Figure.- Flow in Locally Constricted Tapered Tubes. With 10 Figures.- The Distribution of Pulse Pressure as Related to the Non-Uniformity of the Arterial System. With 4 Figures.- II. Experimental Hemorheology.- Velocity Profile Effects in the Electromagnetic Flow-Measurement of Pulsating Flow. With 5 Figures.- Role of Mutual Cellular Repulsions in the Rheology of Concentrated Red Blood Cell Suspensions. With 11 Figures.- Change of Erythrocyte Deformability During Fixation in Acetaldehyde. With 8 Figures.- Influence of Fibrinogen and Globulins on Blood Rheology at Low Shear Rates: Comparison among Elephant, Dog and Man. With 10 Figures.- Gelation of Fibrinogen and Plasma Systems Studied Light Scattering and Rheogoniometric Methods. With 9 Figures.- Studies on Thrombus Preventionin an Extracorporeal Arteriovenous Microshunt..- Considerations of the Internal Viscosity of the Red Cell and of the Rheology of the Red Cell Membrane, and of the Effect of these Factors on Blood Flow. With 5 Figures.- Disaggregation of Erythrocyte Aggregates and Decrease of the Structural Viscosity of Human Blood 2-Phenyl-benzyl-aminomethyl-imidazolidine (Antazolin). With 4 Figures.- On the Relation between Blood Viscosity and Dynamic Viscoelasticity in the C l o t t i n g Process of the Blood. With 6 Figures.- The Viscoelastic Properties of Whole Blood. With 9 Figures.- Functional Coupling between Endo-Endothelial Layer and Capillary Flow. With 3 Figures.- The Influence of the Length of a Capillary Channel on the Axial Accumulation of Red Cells. With 5 Figures.- Possible Effect of Blood Flow on the Turnover Rate of Vascular Endothelial Cells. With 2 Figures.- Velocity Dependent Interaction between Platelets and Different Surfaces. With 5 Figures.- Model Experiments in Red Cell Rheology: The Mammalian Red Cell as a Fluid Drop. With 6 Figures.- Electrokinetic Methods in the Study of Biological Surfaces. With 4 Figures.- Stability of the Blood Suspension and Zeta Potential of Blood Components. With 7 Figures.- Dacron and Glass Wool Filtration of Blood. With 2 Figures.- Viscometric Behavior of Young and Aged Erythrocytes. With 3 Figures.- Viscometric Measurements for Blood and Blood Plasma. With 9 Figures.- Vessel Wall Permeability. A Method of Quantitative Determination Vital Microscopy. With 7 Figures.- Dependence of Electromagnetic Flow-Meter Sensitivity upon Cell Distribution and Orientation. With 7 Figures.- III. Clinical Hemorheology.- Dynamic (VFTV) Blood Coagulation in Patients with Hypertension, Renal Failure, and Peripheral Arterial Disease. Formation Times, Viscosities and Degradation of Red and White Thrombi. With 4 Figures.- Dynamic Blood Coagulation: Effect of Velocity Gradient on the Clotting Times, Rheology and Morphology of Clots and Thrombi in Normals and Patients. With 5 Figures.- Specific Red Cell Aggregating Activity in Normal Blood Donors and in Patients with High Erythrocyte Sedimentation Rate. With 2 Figures.- Viscosity of Blood and Plasma in Various Diseases. With 9 Figures.- Erythrocyte Deformability and its Significance to Survival in the Microcirculation. With 9 Figures.- Red Cell Aggregation and Red Cell Deformation: Their Influence on Blood Rheology in Health and Disease. With 7 Figures.- A Hemorheological View on Molecular Interactions between Red Blood Cell Constituents in the Pathogenesis of Constitutional Hemolytic Anemias..- Flow Behavior of Red Cells in Pathologic Sera: Existence of a Yield Shear Stress in the Absence of Fibrinogen. With 6 Figures.- Reduction in Blood Viscosity and Disaggregation of Erythrocyte Aggregate Streptokinase. With 7 Figures.- IV. Hemorheological Methods.- A Variable Shear Rate Capillary Viscometer for Outflow Viscometry in Dogs. With 6 Figures.- Velocity Profile Measurements in Living Microvessels a Correlation Method. With 1 Figure.- Some Modifications of the Weissenberg Rheogoniometer for Adaptation to Hemorheological Studies. With 1 Figure.- A Method for Measuring the Electrophoretic Mobility of Colloidal Particles in Suspension. Theory and Comparison between Four Different Cells. With 7 Figures.- V. Standards and Terminology.- 2nd International Conference on Hemorheology, 1969. Committee on Classification and Nomenclature. Introductory Paper G. W. SCOTT BLAIR. "Classification: Conditions, Properties and Processes".- Notes on the Poiseuille Medal and the AwardCeremony..- List of Contributors.
