Key result
A novel impact-force method was developed as a simple quantitative technique to measure mechanical hemolysis and assess the mechanical fragility of red blood cells.
Development of an impact-force method to quantitatively measure mechanical hemolysis of red blood cells.
May facilitate RBC fragility assessment; leaves open its pathophysiologic role in cardiovascular microcirculation.
To elucidate the pathophysiologic significance of the mechanical fragility of red blood cells (RBC), we have developed a simple quantitative technique, the impact-force method, for measuring mechanical hemolysis; the method makes use of the instantan
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Uyesaka et al. (1994) studied this question. A novel impact-force method was developed as a simple quantitative technique to measure mechanical hemolysis and assess the mechanical fragility of red blood cells.
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