Prof. Dr. Apiwat said that DNA molecules have great potential and opportunities to promote health in many areas, such as:
Increase DNA gaps to reverse aging and remove lesions in aging cell DNA.
Treat diseases caused by degeneration of cells, tissues, and organs found in the elderly, or premature aging from certain diseases such as diabetes, and the diseases that presently cannot be cured, such as Alzheimer’s, dementia, heart attack, high blood pressure, arteriosclerosis, deterioration in various organs, wounds, etc.
Cure diseases that are caused by deterioration of organs such as fire, scalds, lung damage caused by smoking, liver and brain damage from alcohol, kidney damage from toxins, etc.
May prevent and treat cancer (by reversing the aging white blood cells that are responsible for destroying cancer cells, and reducing DNA instability which leads to gene mutations). red gems
Slow body degeneration in children with DNA-repair-genes abnormalities.
Use for beauty enhancement and rejuvenation.
Increase agricultural yields, such as prolonging lactation in cows, eggs laying in chicken, or making pork, beef, chicken more tender and firmer, etc.
Prevent congenital disorders which may cause by genomic instability.
The future of RED-GEMs
After successful lab experiments with mice, the research team plans to test RED-GEMs in larger animals, such as macaques, to see the long-term effects of treatment before moving on to human testing which is expected in the next two years.
“Currently, we are still accepting organizations and research associates from translational to clinical research. The production technology for RED-GEMs is not complicated nor expensive. I hope that the RED-GEMs will be the key to solving health problems in an aging society, and the medical breakthrough that can increase the country’s revenue as well,” Prof. Dr. Apiwat concluded.
Those interested in supporting further research on RED-GEMs, please contact Prof. Dr. Apiwat Mutirangura, Department of Anatomy, 11th Floor, Padtayapatana Building, Faculty of Medicine, Chulalongkorn University, email: apiwat.mutirangura@gmail.com or call +66-2256-4751, +66-2256-4278.
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