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The accumulation of senescent cells in later life is a contributing cause of aging. While these errant cells never amount to more than a tiny fraction of all cells in a tissue, their inflammatory signaling is harmful. Researchers here describe an approach to diminish that inflammatory signaling, thereby reducing the […]

Bioviva was at one point developing telomerase gene therapies, work that has transitioned into the medical tourism industry via Integrated Health Systems rather than proceeding towards regulatory approval. The institutional communities of science and funding strongly disapproved of the self-experiment undertaken by the Bioviva founder, and the way that self-experiment […]

UNITY Biotechnology recently reported positive results for their senolytic drug candidate UBX1325, probably derived from navitoclax. Senolytic therapies selectively destroy senescent cells in aged tissues, reducing their inflammatory signaling and contribution to tissue dysfunction. In this case, macular degeneration patients showed improved visual function after treatment, though one should wait […]

Researchers from ITMO’s Laboratory of Genomic Diversity and the World-Class Research Centre for Personalized Medicine have developed GPrior (gene prioritizer), an algorithm that uses data from a genome-wide association study (GWAS) to identify the genes responsible for a particular disease. For this study, the group used the data on schizophrenia, […]

For reasons yet to be determined, the composition of the skin microbiome changes with age. It is also unclear as to whether these changes contribute to skin aging in any meaningful way, or are instead a consequence of skin aging. Researchers here perform a proof of concept study to identify […]

A study using mice by scientists at the Eli and Edythe Broad Center of Regenerative Medicine and Stem Cell Research at UCLA reveals that cardiac muscle cells play a pivotal role in determining how the heart heals following a heart attack. The findings challenge a longstanding paradigm about heart repair […]

First generation stem cell therapies have been demonstrated to reduce chronic inflammation, but are unreliable when it comes to producing other benefits. Since very few transplanted cells survive, it was thought that benefits are produced via signaling that changes the behavior of native cells. This has led to work on […]