Which of the following determines the distribution of the extracellular fluid between the plasma and interstitial spaces?
A: Sodium and protein concentrations in the extracellular fluid
B: Balance between hydrostatic and colloid osmotic forces
C: Osmotic pressure within cells surrounding an interstitial space
D: Water concentration within the interstitial spaces
A: Sodium and protein concentrations in the extracellular fluid
B: Balance between hydrostatic and colloid osmotic forces
C: Osmotic pressure within cells surrounding an interstitial space
D: Water concentration within the interstitial spaces
举一反三
- The main difference between interstitial fluid and plasma is A: The protein concentration is higher in plasma B: The Na+ concentration is higher in plasma C: The protein concentration is higher in interstitial fluid D: The Na+ concentration is higher in interstitial fluid
- The main difference between interstitial fluid and plasma is A: The protein concentration is higher in plasma B: The Na+ concentration is higher in plasma C: The protein concentration is higher in interstitial fluid D: The Na+ concentration is higher in interstitial fluid E: The organic acid concentration is higher in plasma
- Bulk flow occurs because of differences in the hydrostatic and colloid osmotic pressures between the plasma and interstitial fluid. A: 对 B: 错
- The main difference between initial urine and plasma is A: Colloid osmotic pressure B: Glucose concentration C: Sodium chloride concentration D: Crystal osmotic pressure
- What does edema mean? A: swelling induced by increased body fluid B: too much intracellular fluid C: too much extracellular fluid D: the accumulation of excess fluid within the interstitial space