Abstract: Journal of Clinical and Biomedical Advances

Abstract:
Background: Recently, biomedicine has contributed greatly to extending human life and treating and preventing diseases. Biomedicine uses chemical tools to reveal the three-dimensional structure of cells and is responding to the treatment of chronic diseases. This review deals with how chemistry has contributed to the development of biomedicine.

Results: Biomedicine has made groundbreaking contribution to the mechanism of aging, the role of telomeres, and the development of new cancer treatments using immunity. These developments have been largely depended on physical chemistry, organic chemistry and quantum chemistry.

Conclusions: With the development of biomedicine, not only has it become possible to recognize aging mechanisms and epigenetic aging, but also new cancer treatments using immune cells within the body of patients, become possible. Chemical methods applied to biomedicine have become possible to apply to the cell systems at the atomic and molecule level in a more precise tool.