The net filtration pressure (NFP) or pressure | vedclass

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(D) The net filtration pressure $(NFP)$ is the pressure that drives the filtration of blood in the glomerulus. It is calculated as the difference betw

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(D) The net filtration pressure $(NFP)$ is the pressure that drives the filtration of blood in the glomerulus. It is calculated as the difference between the forces favoring filtration and the forces opposing it.$1$. Glomerular hydrostatic pressure $(GHP)$: This is the main force favoring filtration (approx. $55 \ mmHg$).$2$. Blood colloidal osmotic pressure $(BCOP)$: This force opposes filtration (approx. $30 \ mmHg$).$3$. Capsular hydrostatic pressure $(CHP)$: This force also opposes filtration (approx. $15 \ mmHg$).Therefore,the net filtration pressure is determined by the balance of all these three pressures: $NFP = GHP - (BCOP + CHP)$.

The net filtration pressure $(NFP)$ or pressure gradient in the glomerulus is determined by which of the following factors?

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