Severin Josef Schink

The paper develops a quantitative framework to model bacterial competition during starvation, showing that physiological traits influence competitive outcomes through necromass recycling.

This study shows that gradual entry into carbon starvation reduces Escherichia coli death rates by allowing proteome adaptation, with a theoretical model supporting active gene up-regulation for survival.

The paper identifies proteins related to the bacterial envelope that improve starvation survival in E. coli by analyzing proteome adaptation across multiple conditions.

The paper investigates trade-offs in microbial central carbon metabolism, showing that glycolytic and gluconeogenic pathways cannot be optimized simultaneously due to regulatory limitations.