4) Given the following data, calculate the net filtration pressure across this capillary. Osmotic force of plasma protei

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4 Given The Following Data Calculate The Net Filtration Pressure Across This Capillary Osmotic Force Of Plasma Protei 1 (29.38 KiB) Viewed 32 times

4) Given the following data, calculate the net filtration pressure across this capillary. Osmotic force of plasma proteins= 26 mmHg Capillary hydrostatic pressure = 27 mmHg Osmotic force of interstitial proteins= 8 mmHg Interstitial fluid hydrostatic pressure = 3 mmHg A. 0 mmHg, there is no net fluid movement into or out of the capillary B. - 4 mmHg causing reabsorption C. + 4 mmHg causing filtration D. - 6 mmHg causing reabsorption E.+ 6 mmHg causing filtration