Metabolism and Cancer: Insights from Obesity and Beyond
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- Tipo de evento
- Congreso
- Fecha
- Del 20 al 22 de mayo de 2026
- Lugar del evento
- Auditorio CNIO - Centro Nacional de Investigaciones Oncológicas (Melchor Fernández Almagro 3 - Madrid)
- Dirigido a
- Estudiantes, investigadores y profesionales en la investigación del cáncer
- Organizado por
- Centro Nacional de Investigaciones Oncológicas y CaixaResearch
- eventos@cnio.es
- Director/a
- CNIO
- Secretaría técnica
- Mercedes Moro - Departamento de eventos CNIO
- Comité organizador
- Roger Davis, Molecular Medicine, Umass Chan Medical School, Massachusetts, USNabil Djouder, Growth Factors, Nutrients and Cancer, CNIO, Madrid, SpainAlejo Efeyan, Metabolism and Cell Signalling Group, CNIO, Madrid, SpainMaría del Carmen Fernández Agüera, Cell Metabolism, Cell Press, Seville, SpainMiguel A. Quintela, Breast Cancer Clinical Research, CNIO, Madrid, SpainGuadalupe Sabio, Organ Crosstalk in Metabolic Diseases, CNIO, Madrid, Spain
Información sobre el evento
Obesity remains a significant health concern, affecting over 17% of adults in Europe and contributing significantly to cancer development. The primary goal of the conference is to deepen our understanding of metabolic crosstalks and their profound implications for cancer. Taking a holistic approach, the event will explore the plethora of interactions between metabolism and cancer across various tissues and organs.
The conference will highlight key drivers stemming from unhealthy metabolism that impact cancer development. It will delve into cutting-edge topics such as advancements in adipocyte biology, uncovering the diverse roles of adipose tissue beyond fat storage and its influence on tumor metabolism. Additionally, groundbreaking research on exercise and its potential impact on cancer will be presented. The role of mitochondrial bioenergetics in metabolic regulation will be rigorously examined, offering promising avenues for cancer therapy. Moreover, the conference will scrutinize the tumor microenvironment and metabolic changes in surrounding tissues, alongside immune modulation, particularly in the context of obesity. Cachexia, a complex syndrome involving muscle wasting and its relationship with cancer, will also be a focal point.
