How do ADH and RAAS work together in maintaining osmoregulatory homeostasis?

Question

How do ADH and RAAS work together in maintaining osmoregulatory homeostasis? (A) ADH monitors osmolarity of the blood and RAAS regulates blood volume. (B) ADH monitors appropriate osmolarity by reabsorption of water, and RAAS maintains osmolarity by stimu Na+ reabsorption. (C) ADH an RAAS work antagonistically ADH stimulates water reabsorption during dehydration and RAAS remove of water when it is in excess in body fluids (D) Both stimulate the adrenal gland to secrete aldosterone which increases both blood volume and pressure.

Tardigrade Admin · Accepted Answer

Correct answer is (b) ADH monitors appropriate osmolarity by reabsorption of water, and RAAS maintains osmolarity by stimu Na+ reabsorption.

Q. How do $A DH$ and $R AA S$ work together in maintaining osmoregulatory homeostasis?

$A DH$ monitors osmolarity of the blood and $R AA S$ regulates blood volume.

$A DH$ monitors appropriate osmolarity by reabsorption of water, and $R AA S$ maintains osmolarity by stimu $N a +$ reabsorption.

$A DH$ an $R AA S$ work antagonistically $A DH$ stimulates water reabsorption during dehydration and $R AA S$ remove of water when it is in excess in body fluids

Both stimulate the adrenal gland to secrete aldosterone which increases both blood volume and pressure.

Correct answer is (b) $A DH$ monitors appropriate osmolarity by reabsorption of water, and $R AA S$ maintains osmolarity by stimu $N a +$ reabsorption.

Q. How do ADH and RAAS work together in maintaining osmoregulatory homeostasis?

ADH monitors osmolarity of the blood and RAAS regulates blood volume.

ADH monitors appropriate osmolarity by reabsorption of water, and RAAS maintains osmolarity by stimu Na+ reabsorption.

ADH an RAAS work antagonistically ADH stimulates water reabsorption during dehydration and RAAS remove of water when it is in excess in body fluids