Modeling Complex Dynamics in Biological Processes: From Cellular Mechanics to Population-Level Dynamics

Organizers:

Folashade B. Agusto (University of Kansas), Chidozie Williams Chukwu

Description:

Summary: The study of complex biological systems requires a multi-faceted approach that integrates mathematical modeling and dynamical systems across scales. This mini symposium highlights innovative approaches that leverage dynamical systems and multi-scale models to address critical challenges in biology and public health. By spanning cellular, pathogen, and population-level dynamics, this mini-symposium aims to highlight the power of mathematical tools to uncover critical insights and inform strategies for addressing pressing challenges in health and disease. This mini symposium fosters interdisciplinary dialogue, emphasizing the transformative potential of mathematical biology in tackling real-world problems in public health an. Audience: This session will be of interest to mathematicians, ecologists, and biologists interested in modeling communicable and non-communicable diseases.

Diversity Statement:

This mini-symposium bring together early- and mid-career researchers including PhD students, to explore a diverse range of topics at the intersection of epidemiology, ecology, and evolutionary biology. The mini symposium also aims to broaden participation by show casing the excellent work done by minority and people of color. The organizers are persons of color in early- and mid-career stages.