As the global population continues to age, there is an increasing sense of urgency surrounding the need to address the physiological and molecular changes associated with ageing. Age-related processes such as low-grade chronic inflammation (inflammaging), reduced immune adaptability, and gradual neurofunctional decline contribute to frailty, diminished vitality, and loss of independence. Conventional interventions often fail to address the underlying biological causes of ageing, such as oxidative stress and altered cellular signalling. Against this backdrop, there is increasing interest in scientifically validated botanical strategies that support healthy ageing by targeting these foundational mechanisms.
In this webinar, Prof. Eva Serna, leader of the MODULAhR research group at the University of Valencia, will present preclinical findings on how Pomanox®, a premium pomegranate extract, modulates oxidative stress, improves motor function, and activates the aryl hydrocarbon receptor (AhR), a transcription factor associated with immune balance, detoxification, and longevity. Her talk will provide the biological rationale and mechanistic context for the clinical evidence that follows.
Dr Grace Farhat, Senior Lecturer in Nutrition and Dietetics at Manchester Metropolitan University, will then share new human data on ageing biomarkers, cardiometabolic and cognitive health, and preliminary insights into skeletal muscle support. Together, these presentations will offer a translational perspective on how Pomanox® can support key aspects of healthspan and vitality.
Don’t miss this opportunity to explore how pomegranate extract can be harnessed as part of a nutritional strategy to support healthy ageing. Register now to gain early access to emerging scientific data and discover how Pomanox® bridges the gap between preclinical models and human outcomes in the biology of ageing.
Key Learning Objectives
- Understand how Pomanox® modulates oxidative stress and AhR signaling, and how these pathways relate to molecular ageing markers in the brain.
- Explore new clinical data on the impact of Pomanox® on inflammatory biomarkers, cognition, and cardiometabolic function in older adults.
- Gain insights into preclinical ageing models that demonstrate the translational potential of Pomanox® for promoting vitality and functional health.
- Learn how to position Pomanox® as a science-backed ingredient for innovative formulations targeting longevity and healthy ageing.
