Researchers at Queensland University are making strides in improving quality of life and preventing
diseases like Alzheimer’s. They’ve uncovered the molecular secrets of aging in cells, shifting the
perspective from randomness to predictability. Let’s pause here. I’d like to share how I view the body
versus how scientists do. Neither perspective is right or wrong; it’s just different.
As a vitalist, I believe the body has an innate intelligence. With the right resources and ingredients, it can thrive and live energetically into old age. My studies in anthropology have shown me the importance of culture and tradition in teaching us about diet, sleep, movement, connection, sunshine, and more. These elements are crucial for the survival and perpetuation of our species.
When we stop interfering with the body’s innate intelligence, it knows exactly what to do to stay
healthy and energetic. I don’t believe anything the body does is random; there’s always a reason. For example, insulin resistance occurs naturally when saturated fats and carbohydrates are consumed together, converting sugar to triglycerides for storage, this enables the human species to survive from feast to famine. The issue arises when insulin resistance becomes chronic due to modern eating habits, leading to metabolic diseases.
Science views the body mechanistically, breaking it into components and seeing it as a machine. This
perspective has been invaluable for understanding bodily functions like blood pressure, heart and digestive system operations, and biochemistry. However, seeing the body as a machine leads to treatments involving medication and organ removal. While this is beneficial in emergencies, a lifetime of medications can have serious ramifications.
Back to the Researchers at UQ
Scientists have identified a master controller for aging called Activator Protein 1 (AP-1). AP-1 turns genes on and off and is progressively activated in adult genes while dialled down in early life genes. This process, now seen as predictable across life stages, is activated by inflammation, stress, and a specific protein that increases with age. Interestingly, diseases like Alzheimer’s and metabolic liver disorders, associated with old age, were almost non-existent a century ago. These are modern diseases. Despite this, researchers focus on drugs to reduce AP-1 activity rather than diet and lifestyle factors.
The Role of Epigenetics, Nutrigenomics, and Exposomics
Epigenetics studies changes in DNA without altering the sequence. It shows how lifestyle factors like exercise, diet, and sleep can turn genes on and off. Nutrigenomics looks at how nutrients interact with our genome, influencing health. The exposome measures all exposures throughout an individual’s life, affecting health. By understanding these fields, we see that the healthiest lifestyle aligns with natural laws. These principles, passed down through culture and tradition, are now supported by scientific evidence.
While finding a drug to stop aging sounds appealing, it addresses only a specific biochemical pathway. Medications often have side effects, impacting various metabolic pathways and causing additional health issues.
A Vitalistic Lifestyle In Practice
I follow these principles and enjoy a vibrant, disease-free life at 64. My daily routine includes biking to the beach, breath exercises, social interactions, grounding, cold exposure, and healthy eating. I participate in community activities, run a farm, and manage two businesses with plenty of energy.
I’ve never taken prescribed or over-the-counter medication in my life, and I’m not alone. Many others share this vitality by adhering to natural laws. At The Nutrition Academy, we teach these principles. It’s never too late to change. Curiosity and education are keys to transformation. As Einstein said, insanity is doing the same thing and expecting different results. Don’t be insane—educate yourself and discover how healthy you can be.