Abstract
This chapter provides an overview of multiscale mathematical modeling techniques used for analyzing complex biological systems in the fields of bioinformatics and medical informatics. It emphasizes the significance of mathematical modeling in gaining insights into biological processes and understanding their underlying mechanisms. The chapter discusses several modeling techniques, such as stochastic simulations, continuum models, and molecular dynamics simulations, and explores their applications in the context of bioinformatics and medical informatics. Additionally, the chapter highlights the challenges associated with multiscale modeling, such as the need for precise parameter estimation and computational efficiency. The overall message of the chapter is to stress the importance of developing and refining multiscale modeling techniques to advance our comprehension of biological systems and ultimately improve human health.