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Research article

First published 1988-11

Some Effects on Light Scattering Intensity and Red Blood Cell Size Distribution Histograms Due to Sphering

P C Bartels, P W Helleman, A F M Roijers [...]

Annals of Clinical Biochemistry: International Journal of Laboratory Medicine

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Research article

First published 1981-5

Some model experiments in hemodynamics: VI. Two-body collisions between blood cells

Harry L. Goldsmith, Olivier Lichtarge, Marc Tessier-Lavigne [...]

Biorheology

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Letter

First published 1989-9

Some Effects on Light Scattering Intensity and Red Blood Cell Size Histograms Due to Sphering

D H Tycko, L Ornstein, W Groner

Annals of Clinical Biochemistry: International Journal of Laboratory Medicine

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Research article

First published 1975-11

The building mechanism of chains of spheres in poiseuille flow—a model for the building mechanism of red cells chains 1

K. Bauckhage

Biorheology

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Research article

First published 1991-5

Reduction of the surface - volume ratio: A physical mechanism contributing to the loss of red cell deformability in malaria

S.P. Sutera, D.J. Krogstad

Biorheology

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Research article

First published 1973-5

Modelling the mechanical behavior of red blood cells 1

Richard Skalak

Biorheology

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Research article

First published 1982-1

Modifications of the erythrocyte deformability alter the effect of temperature on the relative viscosity of human blood 1

H. Rogausch

Biorheology

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Research article

First published 1976-5

A new hydrodynamic interaction mechanism for the formation of rouleaux

Sam Leichtberg, Sheldon Weinbaum, Robert Pfeffer

Biorheology

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Research article

First published 2023-6

Three-dimensional simulation of red blood cell particle sedimentation

Huajie Zhou, Wenbo Chen, Chengliang Xuan [...]

Proceedings of the Institution of Mechanical Engineers,Part C: Journal of Mechanical Engineering Science

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Research article

First published 1984-11

The flow behavior of lysolecithin-induced echinocytes 1

H. Rogausch

Biorheology

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