12/05/2023 5:14
Stem cells are embryonic cells that can differentiate into any cell in our body and theoretically repair most tissue damage.
Stem cells were considered a panacea, but they require special conditions to differentiate into the desired cells. 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.
- These conditions usually exist in infants; they do not exist naturally in patients with chronic diseases, adults, or those suffering from hereditary diseases. Therefore, they must be combined with anti-inflammatory technologies (some of which already exist), 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 stem cell technology (which initially looked very promising). Continue reading: Anti-aging and immune-boost futuristic technologies.
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