A. Wahl

This study identifies metabolic stress in high-density erythroblast cultures, showing that small molecular weight metabolites limit proliferation and suggesting strategies to improve cell productivity.

The paper compares proteomes of three Saccharomyces cerevisiae strains grown on sucrose and glucose, finding Mnp1 is consistently higher on sucrose and opposite biological function patterns between strains.

The paper uses kinetic metabolic modeling to study how Saccharomyces cerevisiae adapts its carbohydrate storage metabolism to feast/famine conditions, identifying enzyme adjustments and unexplained kinetic phenomena.

The paper models how different metabolic strategies in microbial communities evolve under dynamic oxygen availability, showing how storage metabolism affects competitive advantage.