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- Optimal hematocrit theory: a review | Journal of Applied Physiology . . .
Optimal hematocrit theory, based on this optimality principle, has been successful in predicting hematocrit values of about 0 3–0 5, which are indeed observed in the systemic circulation of humans and many animal species
- Calculating the optimal hematocrit under the constraint of constant . . .
Before performing the calculation of the optimal hematocrit under the constraint of constant cardiac power, we recapitulate the calculation under constant perfusion pressure We discuss both optimization approaches in a broader context of cardiovascular physiology
- The Role of the Kidney in Blood Volume Regulation: The Kidney as a . . .
ABSTRACT The kidney plays a pivotal role in the regulation of blood volume by controlling the plasma volume and red blood cell (RBC) mass Further, it is proposed that the kidney coordinates the relative volumes of these 2 blood components and in so doing regulates the hematocrit
- Optimal Hematocrit: Theory, Regulation and Implications - JSTOR
The regulation of optimal hematocrit has signifi? cant implications for processes that depend on oxygen transport (e g , exer? cise) because of the effect of blood volume on cardiac output
- Optimal Hematocrit: Theory, Regulation and Implications
The regulation of optimal hematocrit has significant implications for processes that depend on oxygen transport (e g , exercise) because of the effect of blood volume on cardiac output
- Optimal hematocrit theory: a review - American Physiological Society . . .
Optimal hematocrit theory, based on this optimality principle, has been successful in predicting hematocrit values of about 0 3–0 5, which are indeed observed in the systemic circulation of humans and many animal species
- (PDF) Optimal hematocrit theory - A review - ResearchGate
Optimal hematocrit theory, based on this optimality principle, has been successful in predicting hematocrit values of about 0 3-0 5, which are indeed observed in humans and many animal species
- Calculating the optimal hematocrit under the constraint of constant . . .
We show that the optimal HCT under constant power ranges from 0 5 to 0 7, in agreement with observed values in natural blood dopers at exertion We use this result to explain the tendency to
- Optimal hematocrit theory: a review - PubMed
Here, we present a review of theoretical approaches to the calculation of the optimal hematocrit value under different conditions and discuss them in a broad physiological context
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