Session Tracks

This session will explore the intricate metabolic pathways that govern immune cell functionality. Emphasis will be placed on how these pathways influence immune responses and overall health.

This track will focus on the role of immunometabolism in the regulation of inflammatory responses. Discussions will include metabolic reprogramming as a therapeutic target for inflammatory diseases.

This session will examine how variations in cellular metabolism affect the differentiation and activation of immune cells. Insights into metabolic signaling pathways that drive these processes will be highlighted.

This track will delve into the mechanisms of metabolic reprogramming that occur during immune responses. The implications of these changes for disease outcomes and therapeutic interventions will be discussed.

This session will investigate the complex relationship between immunometabolism and tumor biology. Focus will be on how metabolic alterations in immune cells can influence tumor progression and response to therapy.

This track will highlight key metabolic signaling pathways that regulate immune cell functions. The role of these pathways in maintaining metabolic health and preventing disease will be a central theme.

This session will explore how dietary components and nutritional status impact immunometabolic processes. The implications for health and disease prevention will be critically evaluated.

This track will focus on the interplay between immune metabolism and autoimmune diseases. Discussions will include how metabolic dysregulation can exacerbate autoimmune conditions.

This session will investigate the role of various metabolites as key modulators of immune cell function. The potential for targeting these metabolites in therapeutic strategies will be discussed.

This track will showcase innovative technologies and methodologies used to study immunometabolism. Emphasis will be placed on how these advancements can enhance our understanding of immune cell metabolism.

This session will explore translational research efforts aimed at bridging the gap between basic immunometabolism and clinical applications. The potential for novel therapeutic interventions based on metabolic insights will be highlighted.