Biorejuvenation & Antiaging Technology and Research (BART) Group

Seneca Polytechnic's First Student-Led Club on the Comprehensive Exploration of Human Biological Rejuvenation

About Us

The mission of the Biorejuvenation & Antiaging Research & Technology Group (BART Group) is to foster a dynamic and intellectually stimulating environment where students can explore the scientific, philosophical, and societal implications of biorejuvenation and anti-aging. We aim to facilitate in-depth discussions on the latest advancements in the field, advocate for ethical and responsible approaches to longevity, and encourage critical thinking about the future of human health. Furthermore, our group is dedicated to empowering members to embrace healthier lifestyles, learn from the leading research in the field, and cultivate networking and entrepreneurial opportunities that contribute to the advancement of biorejuvenation. We are also committed to exploring ways to reduce healthcare costs in Canada and discovering potential treatments for currently untreatable diseases by advancing our understanding of human health as a whole, including its biological, societal, environmental, and economic determinants. We believe in the power of knowledge, collaboration, and personal growth to shape a future where individuals can live longer, healthier, and more fulfilling lives, while also contributing to a more sustainable and equitable healthcare system.

We empower members to embrace healthier lifestyles, connect with leading research, and pursue networking/entrepreneurial opportunities in human biological rejuvenation. Our goal is to contribute to advancements that reduce Canadian healthcare costs and address untreatable diseases by enhancing our understanding of health's biological, societal, environmental, and economic determinants. We believe in collaborative knowledge-sharing and personal growth to shape a future of longer, healthier lives and a more sustainable, equitable healthcare system while advocating for and advancing breakthroughs in this critical field.