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Apparent Paradoxical Patterns of Anaerobic Glycolysis and Hexokinase Activity in the Red Blood Cells of Acutely Bled Rats, with Evidence that the Responses were in Part Hormone‐Dependent

Summary. Rats were bled of c 25% of their blood volume, and anaerobic glycolysis (AG) and hexokinase activity (HxK) were assayed in the red blood cells. After 2–14 days the animals were sacrificed and AG and HxK again assayed. Four different responses were observed: (1) both parameters were elevated following blood loss in only four out of 87 intact males, as expected if increased proportions of normal young red cells are present; (2) both parameters were decreased in six animals. In the majority, two paradoxical patterns were found; (3) increased AG with decreased HxK; and (4) decreased AG with increased HxK. Response 3 was found only in immature animals, and Response 4 in animals at or beyond the minimal breeding age of 12 weeks. Results in castrated males and adult females were indistinguishable from each other and from those in immature males. In testosterone‐treated females the response was modified toward but not converted to Response 4.