Texas A&M researchers use nanoflowers to rejuvenate human cells by transferring mitochondria

phys.org

Texas A&M researchers developed nanoflowers that boost stem cells to transfer mitochondria, rejuvenating damaged human cells. The nanoflowers cause stem cells to produce more mitochondria, which are then transferred to aging or injured cells, restoring their energy and function. This method offers a potential new therapy for age-related diseases and injuries, with possible applications across various tissues.


With a significance score of 4.4, this news ranks in the top 3.3% of today's 31380 analyzed articles.

Get summaries of news with significance over 5.5 (usually ~10 stories per week). Read by 10,000+ subscribers:


Texas A&M researchers use nanoflowers to rejuvenate human cells by transferring mitochondria | News Minimalist