Answer:
The kidneys are stimulated to produce renin BY A DECREASE IN THE BLOOD PRESSURE.
Explanation:
Renin is an enzyme that is secreted by the kidneys. It is part of the regulatory mechanism that regulates the body's arterial blood pressure in humans. Apart from acting as an enzyme, renin also has the capacity to act as a hormone. The kidney usually secretes renin when it senses a change in renal perfusion pressure. The secretion of the enzyme can also be stimulated when a decrease in sodium chloride ions is detected by the kidneys.
The kidneys are stimulated to produce renin when there is a decrease in blood pressure.
It is one of the digestive enzymes, also known as angiotensinogen. It helps to regulate the body's mean arterial pressure. It is an enzyme secreted by the kidney that is a part of a physiological system that regulates blood pressure.
Renin is secreted in response to a decrease in blood pressure. It causes a cascade of events ultimately leading to an increase in blood pressure. The renin-angiotensin system (RAS) regulates blood pressure and fluid balance in the body. When the volume of the blood and the level of sodium in our body is low, while the potassium level in the body is high, the kidney secretes the enzyme, renin.
Therefore, the kidneys are stimulated to produce renin when there is a decrease in blood pressure.
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