Biorheology 42 (2005) 25â111 IOS Press Note: Some of the following abstracts have been edited for clarity and English usage, but not for scientiï¬c content. The editing of Giles Cokelet and Herbert Meiselman, and the secretarial help of Pamela Lilley and Dominique Besso is gratefully acknowledged. SYMPOSIUM 1: DYNAMICS OF CIRCULATING PARTICLES: CELLS, CAPSULES AND MICROORGANISMS S1-1 On self-locomotion of small bodies without propulsion organelles A. Nir, D. Tsemakh and O.M. Lavrenteva Department of Chemical Engineering, Technion â Israel Institute of Technology, Haifa, Israel Biological bodies that lack organelles for locomotion can propel themselves in a viscous domain by inducing various modes of surface force variation. This ability is demonstrated via a physical model that uses internal secretion from within the body. The secretion establishes tension gradients on the surface that, ultimately, induce tangential ï¬ow and result in self locomotion. The basic phenomenon and its interaction with auxiliary effects, such as convection, deformation, gravity and the proximity of walls are demonstrated. S1-2 Dynamic behavior of elastic red blood cells in ï¬owing blood: Computer simulation study S. Wada, M. Sato, K.-I. Tsubota and T. Yamaguchi Department of Bioengineering and Robotics, Graduate School of Engineering, Tohoku University, Sendai, Japan In
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