Our bodies are high performance machines. But the body is more than just a machine, it's a live organism comprising of trillions of mitochondria, the engines of the cell, performing countless thousands of essential micro functions, interacting and communicating with each other every second of every day as they repair damaged tissue, produce ATP for energy and protect themselves from harmful pollutants.
All of this activity is orchestrated by our DNA and genes, the strategic plans embedded in the deepest part of each cell called – The Code. This code is the essence of life, it's the genetic library of our life telling us how well we live and how long we are to live. Our code is damaged by many things, processed foods and sugar, environmental toxins, stress, sedentary lifestyle and nutritional deficiencies to name a few. As this damage continues unabated, then all those trillions of mitochondria in our cells start to breakdown, underperform, miscommunicate and create chaos. Our DNA gets damaged, cells no longer perform their function and our organs slowly degenerate until we are diseased and aged.
When designing Healthy Ageing Essentials, our team of researchers, scientists and practitioners focussed on the established knowledge of the Hallmarks of Ageing, genetic protection and cellular repair. Our goal was to combine the collective science and knowledge accumulated over the last 30 years about how to prevent genetic damage and restore function to all parts of the cell from the DNA to the mitochondria. There is no magic pill. The answer is to target all the ageing hallmarks that cause damage to our personal code and restore function to our DNA and cells. No one molecule in isolation can upregulate a cellular pathway or protect our entire DNA. It requires a wide variety of nutrients that interact and influence multiple pathways and provide synergistic actions to allow us to experience true health and wellbeing.
Healthy Ageing Essentials Helps Maintain, Support and Promote:
• The Code in genes and DNA
• Function and regeneration of cells
• Reduced inflammation molecules
• NAD+ molecules and NAD+ function
• Mitochondrial function and repair
• Complex antioxidants and glutathione for cell protection
• Powerful Nrf2 activators
• Function of stem cells
• Telomeres from damage
• ATP production
• Insulin sensitivity and metabolism
