Imagine a blood vessel with a vessel wall that is permeable to water but not pro
ID: 3473549 • Letter: I
Question
Imagine a blood vessel with a vessel wall that is permeable to water but not proteins. Assuming no change in pressures outside the vessel, how would you adjust the pressures in the vessel to maximize the intravascular volume?
magine a blood vessel with a vessel wall that is permeable to water but not proteins. Assuming no change in pressures outside the vessel, how would you adjust the pressures in the vessel to maximize the intravascular volume? Increase hydrostatic pressure and decrease oncotic pressure. Decrease hydrostatic pressure and increase oncotic pressure. Decrease both hydrostatic pressure and oncotic pressure Increase both hydrostatic pressure and oncotic pressure.Explanation / Answer
Decrease hydrostatic pressure and increase oncotic pressure
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