Dr. Ed Park of Recharge Biomedical explains his theory of aging. How could exosomes help mitigate the challenges of aging?
Failure to faithfully replicate and preserve stem cell DNA appears to be the final common pathway to premature aging
The fact that progeria-affected kids have undeniable biological aging despite young epigenetic and chronological ages implies that telomerpathies that drive them are still the most robust explanation for aging globally
The reason telomerase increases the aging clock is because the lineage of incidental methylation increases. The longer a stem cell (and its incidental methylation) have existed- the dustier the top of the fridge.
In my search for wisdom about aging, I maintain that the primary cause is telomere shortening. This does not mean that methylation, signaling with stem cell produced vesicles (like packages with a purpose) don’t play a secondary role.
A study out of Princeton looking at 1,567 9-yo children found that for each hour less than the recommended 9-11 hours of sleep, they averaged 1.5% shorter telomeres.
© 2020 Recharge Biomedical
Exosomes and TA-65 are not FDA-approved to prevent or treat any illness