If both the glomerular and capsular hydrostatic pressures remain unchanged, an increase in the blood colloid osmotic pressure re

Question

Verizon [17]

3 years ago

13

If both the glomerular and capsular hydrostatic pressures remain unchanged, an increase in the blood colloid osmotic pressure re

sults in a(n) _____________ in the net filtration pressure.

Biology

1 answer:

EleoNora [17] · Answer 1 · 2022-08-12T10:49:59+03:00

<span>Decrease. Net filtration is the equilibrium force that can be measured in the capsular space of the renal corpuscle. This determines how much water and small dissolved solutes leave the blood in the glomerulus. The equation for net filtration is: (IFOP); NFP = GBHP - (CHP + BCOP). The Net Filtration is generally around 10 mm Hg.</span>