What will happen to the urine volume and the urine concentration in the presence of both aldosterone and ADH?
The urine volume will decrease and the urine concentration will increase. The water volume in the urinary bladder is decreased, increasing the concentration of solutes such as potassium. In the presence of both ADH and aldosterone, why did the urinary potassium concentration increase? You correctly answered: c.Click to see full answer. Accordingly, how did the…
The urine volume will decrease and the urine concentration will increase. The water volume in the urinary bladder is decreased, increasing the concentration of solutes such as potassium. In the presence of both ADH and aldosterone, why did the urinary potassium concentration increase? You correctly answered: c.Click to see full answer. Accordingly, how did the addition of both aldosterone and ADH affect urine volume?Urine volume decreased, aldosterone results in increased sodium and water reabsorption and increased potassium secretion. Urine volume decreased, the addition of ADH resulted in potassium being more concentrated because the volume of urine decreased.Likewise, what do you think would happen to urine volume if you did not add ADH to the collecting duct? Your answer: When you dont add ADH to the collecting duct, the urine volume would greatly increase and no water permeability would be in the collecting duct. The urine volume would increase. Also to know, how does the presence of aldosterone affect urine concentration? What happened to the concentration of potassium in the urine in the presence of aldosterone? ADH favors formation of concentrated urine because ADH causes an increase of water permeability in the DCT and collecting ducts. Water moves from these tubules into the interstitial fluid by osmosis.How did the addition of ADH affect urine volume compared with baseline )? How well did the results compare with your prediction Why did the addition of ADH also affect the concentration of potassium in the urine compared with baseline )? Your answer: The addition of ADH caused the urine volume to decrease substantially from 201.00 to 16.86. Because more water was reabsorbed, there was a higher concentration of potassium in the urine.
