Last month, American scientists discovered a new research result and published it in the journal Nature in November this year.
Scientists say that 33 SLC genes have been discovered so far. When this gene sends instructions, the phagocytes in the human body will remove dead cells and cells that are about to die.
If a phagocyte devours a dying cell, the phagocyte begins to continuously increase its contents, and under normal circumstances, the contents will increase to twice the size of the body. So if phagocytes want to maintain their normal state, they need to control the number of inclusions. Therefore, it is very important to have a substance that can remove junk cells from the body and inhibit inflammation caused by cell debris.
Scientists have discovered that this SLC gene has the function of recognizing substances in dead cells, and also regulates the opening or closing of the work of phagocytes. These SLC genes have the function of regulating the work or rest of phagocytes. The SLC gene can keep these phagocytes in a quiescent state, so that the phagocytes will not undergo an inflammatory response.
Scientists said that among these 33 SLC genes, as long as one SLC gene is interfered with, atherosclerosis will become worse. And specific SLC genes can play a role in inhibiting tissue inflammation, thereby playing a relevant role in the treatment of chronic inflammatory diseases, metabolic diseases, etc.
In addition, scientists said that among these SLC genes, some SLC genes can be used as drug targets. By using the SLC gene, the body can get rid of unwanted substances.
Therefore, this SLC gene can play a relevant role in the treatment of inflammatory diseases.
hopes that scientists can use the SLC gene to develop drugs that can treat inflammatory diseases, so that these patients with inflammatory diseases can recover as soon as possible.
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