Led by Dr Chris McManus, Dr Henry Chung, and Dr Sally Waterworth, the University of Essex is conducting an innovative study in collaboration with two leading companies, Muhdo Ltd and Bio-Synergy, funded by BBSRC Impact Acceleration Account (IAA) grants.
This research project is divided into two key components:
This study aims to revolutionise personalised health interventions by helping us understand how genes influence responses to exercise and diet. By participating, you’ll receive valuable insights into your health and fitness while contributing to significant scientific advancements.
The project explores how DNA-based analysis can enhance health and fitness recommendations. Participants will engage in either:
The study will assess the effectiveness of these interventions on various health outcomes, such as strength, cardiovascular fitness, and body composition.
By joining the study, participants will receive a comprehensive health assessment and valuable resources, including:
We are recruiting adults aged 18 to 65 from a wide range of fitness levels and backgrounds. Participants will be required to engage in moderate exercise and attend laboratory visits for testing. You’ll have the opportunity to enhance your health and fitness while contributing to cutting-edge research.
Participants will attend 1-2 laboratory visits for physical and biological testing. After receiving your DNA results and health assessments, those in Part B will follow an eight-week personalised programme designed to improve strength, fitness, and body composition.
We are now actively recruiting for this exciting project! To learn more, email Dr Chris McManus at cmcman@essex.ac.uk
This project is funded by BBSRC IAA grants and involves collaborations with Muhdo Health Ltd and Bio-Synergy, leading companies in DNA analysis and sports supplements respectively.