Johannes Borgqvist

This study develops and validates a 3D bulk-surface model of Cdc42 dynamics, showing that cell polarisation can result from both classic and non-classic Turing instabilities.

The paper shows that damage retention and early repair in yeast promote rejuvenation and longer healthy lifespans by reducing damage variability and stress susceptibility.

The paper explores symmetry structures in biochemical models, showing improved model selection using symmetry-based methods over residual-based approaches.

The paper develops a dynamic model of damage accumulation in yeast cells to understand how damage retention and asymmetric division affect replicative ageing.