Cell

C1 - Reactive Oxygen Species in Cellular Function: Signals of Resilience

Session Description

Reactive oxygen species (ROS) are no longer viewed solely as damaging by-products of metabolism, but as essential signalling molecules that regulate growth, development, stress responses across all domains of life. Precise control of ROS production, localization, and timing allows cells to translate oxidative signals into adaptive responses that promote resilience under changing environmental conditions. This session will explore molecular mechanisms of ROS signalling, highlighting emerging technologies and how ROS signalling operates in different biological systems. By bringing together researchers working in plant, animal, and microbial models, the session will showcase an integrated view of conserved redox principles alongside context-specific pathways.

C2 - Signalling and Cellular Adaptation: Mechanisms of Stress Response and Differentiation

 

C3 - Posttranslational Modification and Mitochondrial Function

 

C4 - Communication Across Plant, Animal and Bacterial Immune Systems

 

The Session information is still subject to change.