Aging is inevitable, and goes along with many changes in cells, tissues, and organs—including DNA damage, mitochondrial dysfunction, and telomere loss. But why we age in the first place and what drives these changes is still unknown. A study published December 15 in Science Advances suggests a possible answer, linking the increased activity of genes lacking long stretches of C and G bases with degeneration and aging. Read more
Aging in Mice Linked to Misexpression of Class of Genes
Related Posts
Business Leaders: Deborah Bronk steers Bigelow Lab expansion to boost reach, programming
Deborah Bronk is president, CEO and a senior research scientist at Bigelow Laboratory for Ocean Sciences in East Boothbay, which will...
UNE retains R2 Research status, reinforcing leadership in scientific advancement
The University of New England has retained its status as one of the country’s leading research universities with the recent release...
Maine college students investigate health effects of forever chemicals
Two dozen Maine college students are investigating the public health effects of forever chemicals by using zebrafish as human stand-ins and...