G. Sander van Doorn

The paper shows that temporal resource variation leads to growth equalization in bacteria through distinct metabolic strategies, reducing performance variance across conditions.

This paper uses simulations to show that condition-dependent mutation rates evolve in changing environments, enhancing evolvability and adaptation.

This study shows how migration, competition, and metabolic trade-offs influence spatial divergence in Lactococcus cremoris through eco-evolutionary feedbacks.

The paper investigates how polymicrobial communities affect conjugation rates of uropathogenic E. coli in artificial urine medium, finding that Gram-positive enterococci enhance conjugation rates.

The paper shows that glycolytic imbalance in yeast is an evolutionary trade-off for rapid resource uptake, leading to substrate-accelerated death under excess glucose.