Stem cells are embryonic cells that can differentiate into any cell in our body and theoretically repair most tissue damage.
The reason for stem cell failure in clinical trials is explained by stem cells needing an anti-inflammatory environment to work and enough energy (not calories) to activate their trigger. In infants, these conditions usually exist; in patients with chronic diseases, adults, or those suffering from hereditary diseases, these conditions do not exist naturally and, therefore, must be combined with anti-inflammatory technologies (some of which already exist) together with detoxification, continuous strengthening of the immune system and treatment of the mental dimension that has a close connection with the energetic level.
Everyone knows you can't paint directly over rust, just as you can't plant vegetables in a swamp! The analogy with stem cells is quite similar. For stem cells to work, conditions must be created that activate them and instruct them to differentiate. I proposed a combination of existing and new technologies that could dramatically improve the chances of success of the (which initially looked very promising) stem cell technology.
Continue reading: Anti-aging and immune-boost futuristic technologies.
