Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This session will explore the intricate mechanisms by which metabolic pathways influence immune cell functionality. Emphasis will be placed on how alterations in metabolism can modulate immune responses in various disease contexts.
This track will focus on the intersection of immune signaling pathways and metabolic disorders, highlighting the role of inflammation in conditions such as obesity and diabetes. Researchers will present findings on how immune signaling can exacerbate or alleviate metabolic dysfunction.
This session will investigate the influence of gut microbiota on immunometabolic processes and immune system regulation. Discussions will include how microbial metabolites can affect immune cell metabolism and overall metabolic health.
This track will delve into the metabolic control mechanisms that regulate inflammatory responses in various tissues. Presentations will cover the dual role of metabolism in promoting and resolving inflammation.
This session will examine the complex interactions between immune responses and metabolic pathways in the tumor microenvironment. Researchers will discuss how cancer cells manipulate immunometabolic mechanisms to evade immune detection.
This track will focus on the relationship between metabolic health and the regulation of immune responses. Presentations will highlight how metabolic disorders can impact immune system functionality and vice versa.
This session will showcase novel therapeutic strategies aimed at modulating immunometabolic pathways for improved health outcomes. Researchers will discuss preclinical and clinical findings on the efficacy of these approaches.
This track will explore how metabolic pathways influence the differentiation and function of various immune cell types. Emphasis will be placed on the metabolic requirements for T cell and macrophage polarization.
This session will investigate how metabolic stress conditions, such as hypoxia and nutrient deprivation, affect immune responses. Researchers will present data on the adaptive mechanisms that immune cells employ under metabolic stress.
This track will focus on the role of chronic inflammation in the development of metabolic syndrome. Presentations will cover the underlying immunometabolic mechanisms and potential interventions.
This session will examine the impact of aging on immunometabolic processes and immune system regulation. Discussions will include how age-related metabolic changes influence immune responses and susceptibility to diseases.