If we look inside the artery there is red blood cell which carries oxygen to all cells and organ. Also there are two type of cholesterol, LDL-c and HDL-c.
LDL-c is bad cholesterol, because it can lead to clot the arteries. And HDL-c is good cholesterol, because it is believed that to help remove bad cholesterol from the body. Generally my aim to keep good cholesterols level high and bad cholesterols levels low. Because when there is too much bad cholesterols in the blood this can cause serious problem. When there is damage to the lining in the arteries, it can by for example, high blood pressure then LDL-c more likely to enter the wall in the artery. So when LDL-c bad cholesterols enters the damage wall of the artery it changes and can lead to inflammation. Over the time inflammation in the artery create something known as plaque. Plaque can start forming an early age. During over the time this can lead clot in the artery, this can happen in a numbers different site in the body, and can get progressively worse over the time.
Blood clotting, or coagulation, is a complex process that involves a series of steps to stop bleeding. It is initiated when a blood vessel is damaged, leading to the activation of platelets. These platelets release chemicals to attract more platelets, forming a plug at the site of injury. Eventually, a protein called fibrin forms a mesh around the platelet plug to strengthen it and form a stable blood clot.
The process is called deposition. The reverse process is called sublimaiton.
The term used to describe the process of creating offspring is reproduction. It involves the production of new individuals which share characteristics inherited from their parents.
fe + O2 = feO
Polymerization is the general term used to describe the process by which polymers are produced. It involves combining monomers to form longer chain molecules, resulting in the formation of polymers. This can occur through various methods, such as addition polymerization or condensation polymerization.
Dynthes
bloodclotting, immunity, maintenance of blood volume
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There are many ways to briefly describe a process. The best way to briefly describe a process is to put it in steps.
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The process of neutrilaization is
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