Key result
A quantitative method was described for determining the distribution of red cell resistances to saponin, digitonin, and hypotonic NaCl, identifying normal ranges and departures from normal.
Describes a quantitative method for determining red cell resistance distributions to simple hemolysins.
May aid red cell disorder characterization; leaves open prospective validation before clinical use.
A method is described for determining quantitatively the form of the resistance distributions of red cell resistances to simple hemolysins. The normal range of variation is given for the resistance distributions to saponin, digitonin, and hypotonic NaCl, all at pH 7.0, and examples of departures from the normal, which may take the form of bimodalities after hemorrhagic or hemolytic episodes or of more persistent changes in the characteristics of the distributions, are provided.
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Eric Ponder (1948) studied Red cell resistance to simple hemolysins. Method for determining red cell resistance distributions was evaluated on Form of the resistance distributions of red cell resistances to simple hemolysins. A quantitative method was described for determining the distribution of red cell resistances to saponin, digitonin, and hypotonic NaCl, identifying normal ranges and departures from normal.
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