T. Sato

The paper develops a mathematical model to predict long-term effects of phenological changes on stream food chains, showing how altered timing and duration of terrestrial prey inputs impact aquatic prey and litter processing.

This study shows that subsidy duration affects fish competition and ecosystem functions in stream mesocosms, with prolonged subsidies leading to stronger monopolization by large fish.

This study identifies two distinct LUSC subtypes driven by Sox2 partnerships with Brn2 or p63, revealing lineage heterogeneity and potential therapeutic targets.

This study examines how predation risk and resource abundance affect foraging behavior and resource partitioning in masu salmon dominance hierarchies.

The paper investigates how lipid-protein interactions and Thr654 phosphorylation regulate EGFR JM dimerization and kinase activity.