Mechanistic modeling from inter- to intra-cellular phenomena

Organizers:

Andreas Buttenschoen (University of Massachusetts Amherst), Calina Copos (Northeastern University)

Description:

Processes such as the immune system response, cell division, developmental processes, and cell migration require the coordination of intra-cellular and inter-cellular processes from inside the cell to between cells, and across tissues. Defects manifest in pathological conditions such as cancer. Identifying key molecular players and their spatiotemporal dynamics requires a multiscale perspective, novel mathematical modeling, and data-driven inference. Ultimately, as a community we aim to identify the universal principles underpinning such cellular phenomena. In this minisymposium, we bring together emerging leaders and innovative early-career scientists who develop tools and models uncovering the mechanistic underpinnings of intra- and inter-cellular dynamics, and generate key insights using mathematical and statistical tools. The mini-symposium aims to bridge the gap between theoretical models and experimental data, fostering collaboration and innovation in the dynamic field of cellular research.

Diversity Statement:

Our symposium demonstrates diversity through speakers representing various academic stages, backgrounds, and geographical locations. From an established faculty member to graduate students from UBC, NYU, and Johns Hopkins, we present a range of perspectives across different regions and career trajectories in mathematical biology.