Cole Zmurchok
AbCellera
Scientific, Seminar
UBC Math Bio Seminar: Cole Zmurchok
Mathematical modelling is increasingly central to pharmaceutical research and development through the framework of model-informed drug development (MIDD). This talk will introduce the core principles of MIDD and showcase its practical application...
Scientific, Seminar
Math Biology Seminar: Cole Zmurchok
Flocks of birds, schools of fish, and insect swarms provide examples of animals exhibiting collective behaviour. Models of collective behaviour connect mechanisms and behavioural rules to group-level pattern formation. In this presentation, direction...
Scientific, Seminar
Math Biology Seminar: Cole Zmurchok & Hildur Knutsdottir
Using a 3D deformable cell-based simulation, coupled to reaction-diffusion PDEs for chemical concentrations, we model and simulate the polarization, migration, and neuromast deposition in the zebrafish posterior lateral line primordium (PLLP). This...
Scientific, Seminar
Math Biology Seminar: Cole Zmurchok
Signalling networks of Rho GTPases regulate single and collective cell migration. Mechanical effects, such as membrane tension and cell-cell pulling forces, also play a role in these networks. We couple a 1D ODE model for GTPase signalling within a...
Scientific, Seminar
Math Biology Seminar: Cole Zmurchok
Regulators of the actin cytoskeleton such Rho GTPases can modulate forces developed in cells by promoting actomyosin contraction. At the same time, through mechanosensing, tension is known to affect the activity of Rho GTPases. What happens when...
Scientific, Seminar
PIMS- UBC Math Distinguished Colloquium: Cole Zmurchok
Individually and collectively, cells are organized systems with many interacting parts. Mathematical models allow us to infer behaviour at one level of organization from information at another level. In this talk, I will share two biological...