Match the following facts about the Renkin-Crone equation. 1.Flow limited 2.Diffusion limited 3.Solute Extraction A. The amount of solute actually transported across the capillary compared to the maximum amount available for transport. B. The rate of mass transport of the solute by diffusion out of the capillary into the tissue is faster than the rate of transport into the capillary by advection.
Match the following facts about the Renkin-Crone equation. 1.Flow limited 2.Diffusion limited 3.Solute Extraction A. The amount of solute actually transported across the capillary compared to the maximum amount available for transport. B. The rate of mass transport of the solute by diffusion out of the capillary into the tissue is faster than the rate of transport into the capillary by advection.
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter44: The Circulatory System
Section: Chapter Questions
Problem 9TYK
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Match the following facts about the Renkin-Crone equation.
1.Flow limited
2.Diffusion limited
3.Solute Extraction
A. The amount of solute actually transported across the capillary compared to the maximum amount
available for transport.
B. The rate of mass transport of the solute by diffusion out of the capillary into the tissue is faster than the rate of transport into the capillary by advection.
C. Membrane Permeability.
D. The relative rate of transport by diffusion to that of advection.
E. The rate of mass transport of the solute into the capillary by advection is faster than by diffusion out of the capillary into the tissue.
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