Arteries possess thick walls compared to other blood vessels. This is the reason the arteries need to perform more critical functions like carrying oxygenated blood to all the body parts even under complications like considerable pressure.
The arteries which have thin walls tend to get damaged leading to blood loss caused by the rupture of the artery lining. Now, what happens to the arteries? The fuel that keeps our body alive and working is blood; the blood transports the oxygen cells to every part of the body to survive. To carry out this transportation the blood needs a pathway referred to as arteries. But as one grows older these clear pathways start getting hard and much narrow.
The lifestyle change will reduce much risk and complications due to atherosclerosis (hardening of the arteries). Things or changes you can bring to your daily lifestyle.
The goal of the treatment is to keep your blood pressure under control, if you suffer from high blood pressure you need to reduce it to normal. As we know what happens to the arteries? If we don’t follow these procedures, leading to risks and complications.
Healthy arteries are usually flexible, strong, and are similar to elastic. Their inner lining is not thick and smooth to allow the flow of blood easily and freely. Do you know what happens to arteries with hypertension?
Even suffering from hypertension the heart goes through many problems including
Damage to the brain, our brain depends completely on the blood flow from the heart to work properly. What happens to the body when the arteries are narrowed? Due to the poor supply of oxygenated blood, the brain goes through some disorders listed here.
The patients suffering from hypertension with vascular diseases result in activation of the renin-angiotensin system (RAS), which is often secondary to ischemia. The combination stating volume expansion and the activation of RAS is mainly believed as the main factor behind the formation of hypertension. There are multiple reasons and factors leading to short term and long term regulation of high blood pressure, the factors include,