How Low-Level Laser, Lifestyle Impact Mitochondrial Function and Longevity | Erchonia® Lasers

This webinar brings together two experts in the longevity and anti-aging space, Dr. Erik Reis DC, DACNB, CBIS and Dr. Nichola Conlon, Ph.D., who will share their insights about optimising mitochondrial function to improve your health span and lifespan. You will gain invaluable insights into how low-level laser therapy, combined with specifically tailored supplements and nutritional protocols, can significantly impact longevity and the aging process. You will come away with new strategies for integrating these technologies and nutritional therapies into your clinical practice.

Key Takeaways:
• Learn about the interplay between mitochondrial health, cellular function, and aging.
• Hear the latest research findings on low-level laser therapy and its biological effects on optimising mitochondrial function.
• Understand the pivotal role of mitochondria in aging and how most supplements on the market today could be causing harm instead of health.
• Acquire an in-depth look at how specific supplements and nutritional protocols can complement laser therapy to promote longevity and healthy aging.
• Find new ways to incorporate these treatments into a holistic approach to patient care.

Dr. Erik Reis, a Board-Certified Chiropractic Neurologist and Doctor of Chiropractic Medicine at The Neural Connection in Minneapolis, MN, earned his Doctorate with honors from Northwestern Health Sciences University and holds a Bachelor of Science in Kinesiology/Exercise Science from the University of Minnesota. Dr. Reis is a Certified Brain Injury Specialist and clinical educator with Erchonia, bringing nearly a decade of expertise to his practice.

Dr Nichola Conlon is a molecular biologist specialising in the study of cellular ageing. After a career in drug development, Dr Nichola founded Nuchido Laboratories driven by her belief that cutting-edge science should not lie hidden. Dr Nichola is on a mission to democratise science and is an expert in cellular health, with particular focus on the science of ageing well.