Overview
Biophysics theory and simulation is the use of advanced computational methods to study the behavior of biological systems. This field combines traditional physics approaches with principles from biology to better understand cell growth, protein dynamics and other complex processes. By applying advanced simulation models, biophysicists can learn more about how cells and organisms interact with their environment and gain insights into how these systems could be altered to improve health and performance. The simulations also enable researchers to understand the effects of genetic mutations on disease-causing proteins, explore new drug therapies and identify potential diagnoses for genetic disorders. With biophysics theory and simulation, researchers have the tools to understand the complexities of life on a molecular level and can help improve the health of humanity.