5.6 CRISPR-Cas9 and genomic correction CRISPR-Cas9 enables precise genome editing and holds transformative potential for monogenic PD, particularly: Correction of LRRK2 G2019S , SNCA triplications, or PINK1 mutations
Acta 615 (1), 1926
It may help support: healthy aging and protection from oxidative stress skin health, hydration, and UV protection eye health and visual function brain health, memory, and cognitive function heart and cardiovascular health exercise performance, endurance, and recovery healthy inflammation response overall antioxidant protection and cellular health However, while research is promising, more long-term human studies are needed to confirm some of these potential benefits
chinensis were examined, and the root of the plant was also defined as a perspective to direction further studies, which include extraction and determination of the content of the main substances (Jung et al., 2016)
For patients in South Florida, where chronic UV exposure and heat-driven oxidative stress accelerate the cellular aging timeline faster than in most other US markets, having a tool that addresses cellular health at this depth is clinically meaningful