Ralf Steuer

This study shows that removing glycogen in Synechocystis sp. PCC 6803 increases ethylene production but creates a metabolic constraint involving 2-oxoglutarate, GS-GOGAT, and phosphate.

The paper develops a kinetic model of cancer metabolism that incorporates cellular growth, showing differences in control properties compared to models without growth.

This paper develops a novel flux balance analysis approach for light-limited cyanobacterial growth, incorporating photoinhibition and variable quantum yield to predict growth properties.

This paper introduces time-optimal adaptation (TOA), a constraint-based modeling approach that explains cellular metabolic responses to environmental changes and demonstrates its ability to explain experimental phenomena.

The paper demonstrates how biochemical resource allocation models can improve ecosystem simulations of microbial communities by capturing physiological acclimation and nutrient co-limitation.

The paper analyzes the cyanobacterial pan-genome to identify modules of co-occurring ortholog genes, revealing functional relationships and coherence within the cyanobacterial phylum.

The paper develops a minimal kinetic model of cyanobacterial phototrophic growth to study protein allocation trade-offs and derives growth laws similar to heterotrophic organisms with key differences due to light energy and carbon uptake.