This track focuses on the interplay between immune responses and metabolic processes. It aims to explore how metabolic pathways influence immune cell function and vice versa.

This session will delve into the metabolic adaptations of pathogens that facilitate immune evasion. Discussions will highlight the molecular mechanisms by which pathogens manipulate host metabolism.

This track will examine the relationship between chronic inflammation and metabolic disorders. It will address how inflammatory processes can disrupt metabolic homeostasis and contribute to disease.

This session will investigate the metabolic reprogramming of immune cells during infection. Emphasis will be placed on how these changes affect immune responses and pathogen clearance.

This track aims to bridge basic research in immunometabolism with clinical applications. It will focus on translating findings into therapeutic strategies for infectious diseases.

This session will explore the regulatory mechanisms of the immune system in the context of metabolic diseases. Discussions will include the role of immune cells in metabolic dysregulation.

This track will highlight key metabolic signaling pathways that influence immune cell activation and function. The role of these pathways in shaping immune responses to infections will be a focal point.

This session will investigate the interactions between gut microbiota, metabolism, and immune function. It will address how microbial metabolites influence immune responses and metabolic health.

This track will focus on innovative therapeutic approaches that target immunometabolic pathways in infectious diseases. Discussions will include drug development and potential clinical applications.

This session will explore the role of inflammatory mediators in the development of metabolic disorders. The impact of these mediators on immune function and disease progression will be discussed.

This track will showcase cutting-edge technologies and methodologies used in immunometabolism research. Emphasis will be placed on how these advancements can enhance our understanding of immune and metabolic interactions.