The "Co- and Post-translational Control in Chloroplasts" symposium, that is taking place on November 18-20 2024, in Münster, Germany is organized with the objective of facilitating a comprehensive discussion on the regulatory mechanisms of chloroplast proteins among leading experts and emerging scientists in the field. This academic meeting is poised to serve as a pivotal forum for the presentation and discussion of recent advances, latest methodologies, and important breakthroughs in the study of chloroplasts, focusing specifically on co- and post-translational modifications (CPTMs).

Chloroplasts, as critical sites for photosynthesis and other metabolic processes, are complex organelles that necessitate sophisticated regulatory mechanisms for optimal function. The symposium aims to delve into the question how CPTMs within chloroplasts impact essential biological processes, including photosynthesis, carbon assimilation, and the broader spectrum of plant adaptation to environmental variations and stress. Given the integral role of these modifications in modulating plant responses to rapid environmental changes, the symposium will underscore the importance of plastid CPTMs in enhancing plant resilience and adaptive capacities.

By gathering insights into the intricate mechanisms of CPTMs and their functional implications, the symposium seeks to foster a deeper understanding of plant physiology and biochemistry. This knowledge is vital for advancing our ability to predict and mitigate the impacts of climate change on plant systems and, by extension, on global food security.

The event will feature a series of presentations and discussions that aim to cover a wide range of topics within the theme, from the molecular basis of CPTMs in chloroplasts to their roles in plant physiology and environmental adaptation. Special emphasis will be placed on recent methodological advances and multi-omics strategies that have opened new avenues for exploring the dynamic landscape of chloroplast protein modifications.

This symposium represents an essential convergence of research efforts dedicated to elucidating the complex regulatory networks within chloroplasts. It is an invitation to the scientific community to contribute to a fruitful dialogue on the future directions of chloroplast research, with the potential to unlock novel collaborative strategies for improving plant growth, productivity, and sustainability in the face of ongoing environmental challenges.