According to the general permeability equation, the net flux of solute across a cellmembrane, J net (g/s), is proportional to the permeability coefficient, P, the membranesurface area across which permeation is occurring, A (cm 2 ), and the concentrationgradient between the concentration of solute inside the cell (C i in g/cm3 ) and outside thecell (C o also in g/cm3 ):J net = PA(Co -C i )From the information provided, evaluate the units of the permeability coefficient, P.
According to the general permeability equation, the net flux of solute across a cellmembrane, J net (g/s), is proportional to the permeability coefficient, P, the membranesurface area across which permeation is occurring, A (cm 2 ), and the concentrationgradient between the concentration of solute inside the cell (C i in g/cm3 ) and outside thecell (C o also in g/cm3 ):J net = PA(Co -C i )From the information provided, evaluate the units of the permeability coefficient, P.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
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According to the general permeability equation, the net flux of solute across a cell
membrane, J net (g/s), is proportional to the permeability coefficient, P, the membrane
surface area across which permeation is occurring, A (cm 2 ), and the concentration
gradient between the concentration of solute inside the cell (C i in g/cm3 ) and outside the
cell (C o also in g/cm3 ):
J net = PA(Co -C i )
From the information provided, evaluate the units of the permeability coefficient, P.
membrane, J net (g/s), is proportional to the permeability coefficient, P, the membrane
surface area across which permeation is occurring, A (cm 2 ), and the concentration
gradient between the concentration of solute inside the cell (C i in g/cm3 ) and outside the
cell (C o also in g/cm3 ):
J net = PA(Co -C i )
From the information provided, evaluate the units of the permeability coefficient, P.
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