Titlebook: Blood Filtration and Blood Cell Deformability; Summary of the proce John Dormandy Conference proceedings 1985 Martinus Nijhoff Publishers,

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Qualitative and quantitative effects of white blood cells in a positive-pressure filtration systemch to this problem is to examine the . pressure-flow relationship rather than the later part of the curve, since white cells progressively block the filter. Schmalzer and colleagues (Biorheology, 1983, ., 29–40) found no effect of suspension white cell concentration on the . pressure of cell suspens

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Effect of contaminating leucocytes on erythrocyte filterabilitydiabetes mellitus (1), in normal pregnancy (2), and in clinical trials of drugs that alter the leucocyte count (3), we have found the results for positive-pressure erythrocyte filtration through the 5 μm diameter pores of polycarbonate membranes (Nuclepore) to be leucocyte dependent. Confirmation of

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Red cell age distribution in blood centrifuged to remove leucocytesrifugation speed is low (600 g; the figure was incorrectly reported as 2000 g in the original paper), we felt it necessary to verify that no selection of red cells according to age resulted from the centrifugation.

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Erythrocyte volume stability in selected iso-osmotic bufferss plasma. There thus arises the question of which buffer system to use. In an attempt to answer this question, three iso-osmotic buffer systems were investigated in order to evaluate RBC volume stability in these media; filtration measurements were not made but the results can be related to presentl

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Influence of the suspending medium on red blood cell filtrationration time and by the effect of plasma proteins on the aggregation of red cells. This concept is especially relevant when testing blood samples from patients with chronic vascular disease, who frequently have quantitatively and/or qualitatively altered fibrinogen, increased α.-macroglobulin and fac

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