The Dirty Details Behind the Medical Mafia and mRNA-Infused Food
After hitting the point of no return in the medical world in 2008, he realized that the modern medical industry was nothing more than a “medical mafia” that was intent on keeping people sick and creating a revolving door of medicine-based income. He learned how the body can heal and repair itself and now focuses on helping people get fit and healthy and escape the never-ending prescription merry-go-round of the broken health care system in America. He also explains how and why mRNA is being infused into our food supply.
More on mRNA:
mRNA technology is not used in the food system in the same way it is used in medical treatments like vaccines. However, the concept of using mRNA technology in agriculture and food production is a topic of research and development. Here's why the idea is being explored:
Genetic Modification of Crops: mRNA technology has the potential to be used for the genetic modification of plants. Unlike traditional GMO methods that involve introducing foreign DNA into a plant's genome, mRNA technology could be used to temporarily express certain genes to achieve desired traits like drought resistance, increased yield, or pest resistance. This method would not involve permanent changes to the plant's DNA.
Disease Resistance: mRNA can be used to make plants more resistant to diseases. By introducing mRNA sequences that trigger an immune response in plants, they could be better equipped to fight off viruses and other pathogens, reducing the need for chemical pesticides.
Rapid Adaptation: mRNA technology allows for quicker modifications in plants compared to traditional breeding methods or DNA-based genetic modification. This rapid adaptability could be crucial in addressing the challenges posed by climate change and a growing global population.
Research and Development: The use of mRNA in agriculture is still in the research and development phase. Scientists are exploring its feasibility and effectiveness in crop improvement. Any widespread application in the food system would require rigorous testing and regulatory approval to ensure safety and efficacy.
Environmental Impact: Utilizing mRNA technology in agriculture could potentially reduce the environmental impact of food production. For instance, by increasing disease resistance or stress tolerance in crops, it could lead to less reliance on chemical inputs like pesticides and fertilizers.
Public Perception and Regulation: Public perception and regulatory frameworks will play a significant role in the integration of mRNA technology into the food system. It's important for there to be transparency and thorough evaluation to address safety concerns and environmental impact.
To put it simply, mRNA technology is not being used in our food right now, but scientists are interested in how it might help with farming and growing food in the future. This technology could bring new ways to solve farming problems, but it needs to be looked at carefully and regulated properly.
