Cholesterol medicine will protect you from serious diseases. The role of communication that occurs at the molecular level between the cells of an organism is important for maintaining the balance of body parts as well as cells and tissues. Unusual changes in cellular communication may increase the risk of diseases such as diabetes, cardiovascular diseases and asthma. The drug simvastatin used for cholesterol can control the secretion of exosome vesicles affecting cellular communication, which are known for their important role in cellular communication. This has emerged in a new study by Indian researchers.
Cholesterol medicine will protect you from serious diseases. Researcher Ankur Kulshrestha of the New Delhi-based Institute of CSIR-Genomics and Embedded Biology (IGIB) said that we found simvastatin to be effective in pre-clinical models of asthma. Similar results can be seen in dealing with other diseases emerging due to exosome-based molecular communication. The use of simvastatin in various complex diseases depends on many factors such as current treatment strategies and the ratio of risk and benefit.
Studies done on mice: Cholesterol is an important component of exosome iliac. That is why researchers were assuming that exosomes can also be controlled with the help of molecules that control cholesterol levels. Therefore, researchers have used simvastatin, a drug used for cholesterol control, to inhibit exosomes. Testing conducted on mice has shown that exosome production can be reduced with the use of simvastatin.
Works as a conductor: The exosome is a kind of vesicle used for packing molecules that is considered essential for such communication. In cellular communication, the follicle called exosome acts as a conductor. The information recorded in these follicles depends on the position of the cells. When these vesicles are inhaled from damaged cells, it is seen as a sign of the body’s defensive copy.
Exosom has more snail fatalities: Researchers say that exosome snuff can emerge as more serious diseases. Targeting and inhibiting exosome snails from damaged cell areas with drugs may be an effective strategy to prevent serious diseases.
Researchers said that cholesterol plays an important role in the synthesis of exosomes. This is why exosomes have been used afresh to control cholesterol to control cholesterol. By doing this, it has been found that simvastatin in cell forms can inhibit the synthesis of exosomes and its secretion. Researchers have found simvastatin useful in controlling exosomes in pre-clinical models of asthma, taking into account the role of exosome-based molecular communication in many serious diseases.