A new research has revealed important information on how ‘aspirin’ works, although this drug has been commercially available since the late nineteenth century, but scientists have not fully discovered its detailed mechanism and cellular goals, and the truth of his potential role to prevent and treat cancer. Aspirin is a commonly used drug, commonly known for the properties of relieving pain and an anti -inflammatory and anti -kinder formation. Some previous research has suggested that the use of ‘aspirin’ is associated with a low dose of low risk for infection with certain types of cancer, especially colon and rectum cancer. One of the potential mechanisms through which aspirin can help prevent cancer, its anti -inflammatory properties. Chronic inflammation is linked to the development of different types of cancer, and aspirin’s ability to impede inflammation can help reduce the risk of cancer. Unknown properties, but the new study confirms that the role of aspirin is not only limited to anti -inflammatory properties, but also extends to a group of cellular processes, which play an important and effective role in the ability of the immune system to detect malignant tumors. Aspirin works by hindering the production of some enzymes in the body that cause inflammation, pain and fever by preventing the action of the oxidant oxidation known as (COX) and being responsible for producing prostaglandins, which is a hormone -like substance that causes inflammation and pain. A new study presented at the American Society for Biochemistry and Biological Biological Biological, held in the American city of Seattle, was attended by “Al Sharq”, found that aspirin also controlled the factors required for cellular expression during inflammation, and also many other inflammatory protein and RNA. Davity response. Copy factors are proteins that play an important role in genetic expression by organizing the copy process. The copy is the process by which the genetic information coded in the DNA is used to install the DNA molecules, which in turn is used to create protein. Copies are involved in a wide range of cellular processes, including fetal development, cell distinction and response to environmental signals such as stress or infection, and also play a role in developing many diseases, including cancer. According to the study, aspirin not only affected the activity of copying factors participating in the regulation of inflammation, but it also affects the amino acids that play an important role in the ability of immune deficiency. Treatment of crops said aspirin delayed the distribution of amino acid called ‘Terbetovan’, which plays a major role in inflammation and immune response by regulating the secretion of enzyme called Ido1, which plays an important role in the immune system. This enzyme occurs mainly in immune cells, and contributes to the metabolism of the essential amino acid “tryptophan”, leading to the production of “kinornin”, another enzyme that can impede the immune response. Scientists believe that the depletion of “tirbetovan” through ido1 enzyme is one of the important mechanisms through which crops and other pathogens can evade the immune system. Consequently, the new study shows a potential role for aspirin in the treatment of crops. Some previous studies indicate evidence that the regular use of aspirin can be associated with a low risk of infection with certain types of cancer, especially colon and rectal cancer, as scientists believe that the activity of cyclic oxidants is expressed in many types of cancer, and that it is also involved in the growth and development of the crop. It has also been proven that aspirin has anti -generation effects, as it appears the formation of the new blood vessels that need to grow and spread crops. Research says aspirin can also improve the ability of the immune system to identify and destroy cancer cells. However, the new study is the first to connect the Ido1 enzyme with aspirin. Although researchers describe aspirin as a magical agent, its long -term use can cause harmful side effects such as internal bleeding and organ damage. Scientists say it is important to understand how “aspirin” works so that we can develop safer medicines with fewer side effects. Also read:
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