Net filtration pressure equals: A) (blood hydrostatic pressure - blood colloid o

Question

Net filtration pressure equals: A) (blood hydrostatic pressure - blood colloid osmoticpressure) + (interstitial fluid hydrostatic pressure - interstitialfluid osmotic pressure) B) (bolod hydrostatic pressure - interstitial fluidhydrostatic pressure ) + (blood colloid osmotic pressure -interstitial fluid osmotic pressure) C) (blood hydrostatic pressure + blood colloid osmoticpressure) + (interstitial fluid hydrostatic pressure +interstitial fluid osmotic pressure) D) (blood hydrostatic pressure + interstitial fluidhydrostatic pressure ) - (blood colloid osmoticpressure + interstitial fluid osmotic pressure) E) (blood hydrostatic pressure + interstitialfluid osmotic pressure ) - (blood colloid osmoticpressure + interstitial fluid hydrostatic pressure) Net filtration pressure equals: A) (blood hydrostatic pressure - blood colloid osmoticpressure) + (interstitial fluid hydrostatic pressure - interstitialfluid osmotic pressure) B) (bolod hydrostatic pressure - interstitial fluidhydrostatic pressure ) + (blood colloid osmotic pressure -interstitial fluid osmotic pressure) C) (blood hydrostatic pressure + blood colloid osmoticpressure) + (interstitial fluid hydrostatic pressure +interstitial fluid osmotic pressure) D) (blood hydrostatic pressure + interstitial fluidhydrostatic pressure ) - (blood colloid osmoticpressure + interstitial fluid osmotic pressure) E) (blood hydrostatic pressure + interstitialfluid osmotic pressure ) - (blood colloid osmoticpressure + interstitial fluid hydrostatic pressure) B) (bolod hydrostatic pressure - interstitial fluidhydrostatic pressure ) + (blood colloid osmotic pressure -interstitial fluid osmotic pressure) C) (blood hydrostatic pressure + blood colloid osmoticpressure) + (interstitial fluid hydrostatic pressure +interstitial fluid osmotic pressure) D) (blood hydrostatic pressure + interstitial fluidhydrostatic pressure ) - (blood colloid osmoticpressure + interstitial fluid osmotic pressure) E) (blood hydrostatic pressure + interstitialfluid osmotic pressure ) - (blood colloid osmoticpressure + interstitial fluid hydrostatic pressure) C) (blood hydrostatic pressure + blood colloid osmoticpressure) + (interstitial fluid hydrostatic pressure +interstitial fluid osmotic pressure) D) (blood hydrostatic pressure + interstitial fluidhydrostatic pressure ) - (blood colloid osmoticpressure + interstitial fluid osmotic pressure) E) (blood hydrostatic pressure + interstitialfluid osmotic pressure ) - (blood colloid osmoticpressure + interstitial fluid hydrostatic pressure) D) (blood hydrostatic pressure + interstitial fluidhydrostatic pressure ) - (blood colloid osmoticpressure + interstitial fluid osmotic pressure) E) (blood hydrostatic pressure + interstitialfluid osmotic pressure ) - (blood colloid osmoticpressure + interstitial fluid hydrostatic pressure) E) (blood hydrostatic pressure + interstitialfluid osmotic pressure ) - (blood colloid osmoticpressure + interstitial fluid hydrostatic pressure)

Explanation / Answer

          Net filtration pressure equals      A) (blood hydrostatic pressure -blood colloid osmotic pressure) + (interstitial fluid hydrostaticpressure - interstitial fluid             osmoticpressure)       Net filtration pressure isthe difference between pressure forcing fluid into glomerular spaceand pressure resisting       filtration.       At the arterial end of acapillary the net filtration pressure is equal to (net hydrostaticpressure) - (net osmotic pressure).

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