]> 2026-07-31T07:52:00+00:00 WBR0516 0 en Increase in filtration fraction, increase in glomerular filtration rate and decrease in renal plasma flow These changes correspond to the effects of AT-II. Decrease filtration fraction, decrease glomerular filtration rate and increase renal plasma flow These changes correspond to the effects of an ACE inhibitor. No change in filtration fraction, decrease in glomerular filtration rate and decrease in renal plasma flow These changes correspond to the effects of afferent arteriolar constriction. This effect may be seen with NSAID intake. Increase in filtration fraction, Increase in glomerular filtration rate and no change in renal plasma flow These changes may be seen with a decrease in plasma proteins leading to a relative increase in GFR and FF without actual changes in RPF. Decrease in filtration fraction, decrease in glomerular filtration rate and no change renal plasma flow These changes may be seen with an increase in plasma proteins leading to a relative decrease in GFR and FF without actual changes in RPF. Physiology A 45-year-old man presents to his primary care physician for 2 weeks of recurrent occipital headaches. He reports several episodes of throbbing pain associated with mild blurring of his vision. He explains that his wife has recorded his blood pressure on several occasions an noticed that his systolic pressure always ranges between 160-190 mmHg. Physical exam is unremarkable except for a blood pressure of 168/92 mmHg. Concerned, the physician decides to start the patient on enalapril for blood pressure control. What is the most likely effect of this drug on the patient's renal dynamics? B Renal Vascular 2020-10-28T00:50:17Z 2459150.534919 WBR0516