sympathetic stimulation causes multiple choice mesangial cells to release angiotensin, which ultimately leads to granular cell r
elaxation. mesangial cells to release angiotensin, which ultimately leads to granular cell contraction. granular cells to release renin, which ultimately leads to mesangial cell contraction. inhibited release of erythropoietin and contraction of granular and mesangial cells. granular cells to release renin, which ultimately leads to mesangial cell relaxation.
Sympathetic stimulation causes granular cells to release renin, which ultimately leads to mesangial cell contraction and is denoted as option C.
<h3>What is Sympathetic stimulation?</h3>
This is referred to as the process in which the sympathetic nervous system is stimulated so as to enable certain types of activities such as heart and digestive rate to be adequately performed by the body for its survival.
In the digestive system, its stimulation results in granular cells releasing renin, which ultimately leads to mesangial cell contraction. This is responsible for the coagulation which occurs in the stomach.
Digestion of the milk is enhanced in this process especilly in young children and is therefore the reason why option C was chosen as the most appropriate choice.
Flowers produce seeds. Many flowers contain both male and female organs needed to produce new flowers. Flower petals are often colorful or have a scent to attract insects and other animals. The male organ of a flower that has an anther on a stalk (filament).
