If, during protein starvation, the osmotic pressure on the venous side of capillary beds drops below the hydrostatic pressure, then
A) hemoglobin will not release oxygen.
B) fluids will tend to accumulate in tissues.
C) the pH of the interstitial fluids will increase.
D) most carbon dioxide will be bound to hemoglobin and carried away from tissues.
E) plasma proteins will escape through the endothelium of the capillaries.

Question

Quizplus · Accepted Answer

When there is protein starvation, the body breaks down muscle tissue to obtain amino acids for energy. This leads to a decrease in plasma proteins, such as albumin, which play an important role in maintaining osmotic pressure on the venous side of capillary beds. If the osmotic pressure drops below the hydrostatic pressure, then fluids will tend to accumulate in tissues, leading to edema.

If, During Protein Starvation, the Osmotic Pressure on the Venous