What is a respiratory rupture?

respiratory burst is a sudden release of chemically reactive oxygen molecules from cells in the body. This biological phenomenon plays a role in the immune system and can also be seen during the egg fertilization process. Behavior has been observed in many different types of cells and is of interest to scientists who are interested in developing new ways of promoting immune health. In addition, it is the subject of study in research including damage to neighboring cells sometimes associated with respiratory rupture.

This process can be seen in action when Fagocyte destroys foreign material in the body. Fagocytes are specialized white blood cells designed to identify and absorb materials such as bacteria, viruses and fungi. Once Fagocyt swallows the attacker, it can be used by respiratory rupture, causing it to degrade and disintegrate. This neutralizes foreign material and prevents it from spreading elsewhere in the body.

also a well -known oxidative rupture can be used to attack a wide range of undesirable organisms in the body. In the process of attackingThe reactive oxygen molecules are subject to targeted oxidation material that degrades its genetic material and kills it. However, highly effective cellular degradation performed by respiratory burst can also work against the body, but when neighboring healthy cells are revealed. Oxygen molecules cannot distinguish between a friend and the enemy and oxidize any cells with which they come into contact.

Some pharmaceutical scientists are interested in developing products to support and use the function of respiratory burst in the immune system. These products could be used for more efficiently combat disease of the immune system. Instead of prescribing drugs commonly associated with side effects caused by damage to the patient's own immune system in the fight against infection and destruction of undesirable viruses and bacteria.

respiratory explosion is also studied by scientists who are interested in how cells inside the body are damaged by reactive oxygen molecules. Oxidative stress, as is known, can contribute to a number of disease processes. Understanding how these molecules are formed and under what circumstances scientists can help to solve and prevent oxidative stress. In particular, many cardiovascular diseases were associated with oxidative stress, and since these conditions are the main cause of morbidity and mortality in many regions, finding new ways to fight them could be extremely beneficial for the medical community.