What is a factor inducting hypoxia?
Factor induced by hypoxia (HIF) is a component in mammal cells that respond to reduced oxygen levels in the body. It is part of a system that allows cells to respond to stress with adaptive measures to help the body survive. When the cells sense a drop in oxygen levels, they can react in several ways to compensate until the oxygen concentrations are increased again, or the organism can no longer cope with the lack of oxygen and tissue death. Research of the inductable hypoxia factor is carried out in facilities in academic institutions, private companies and non -profit organizations interested in cellular processes. Some forms are caused by non -rejuvenation of sufficient oxygen due to poor breathing or other problems. Others occur when the processes in the block of the oxygen body that can be seen in carbon monoxide poisoning, or when the patient has anemia, limiting the number of red blood cells in circulation. In all cases, a drop in oxygen levels may be dangerous to the patient because the body cells needIt eats oxygen.
This part of the response mechanism on the stress response of the cell is a transcription factor. When activated, the induelable hypoxia factor changes the way the body transcribes genetic material and encodes an adaptive response to a decrease in oxygen levels. Because sensors in the inductable hypoxia factor notice a decline in oxygen, stimulate the body to produce more red blood cells to transfer what is available to what is available in the hope of replacing a decline.
In addition to increasing the production of red blood cells, the factor of induelable hypoxia is involved in cell death. Cells can die under stress in a reaction to be functional as a whole. For example, some cartilage cells may degrade and decompose hypoxia during EPI. This retains the available oxygen, so it can be directed to critical cells in the body, which must maintain full functionality.
Research of the Induko factorWait hypoxia focuses when this factor is activated and how it works in cells. This information can help with the development of hypoxia treatment and tests that doctors can use to monitor patients with low oxygen levels or a history of hypoxia. Like other factors, it can be sequential to find out how it is designed and what shape it has inside the cells.