Telomere length across human tissues
This piece, from investigators at The University of Chicago and other genetics centers, discusses the variation [MORE]
Human gut virome
Here’s a new frontier in human biology—the gut virome. Researchers at Ohio State University have compiled the first [MORE]
Preserving organs for transplantation
From transplant surgeons at Brigham and Women’s Hospital come findings about how to rejuvenate older organs from [MORE]
CD153 vaccine
Osaka University School of Medicine: “Here, we show the long-lasting effect of using CD153 vaccination to remove senescent T [MORE]
Mice grew significantly more new muscle fibers, shown as pink “donut” shapes
From bioengineers at the University of California Berkeley: “using [MORE]
Centenarian
Why do people over 100 years old age so slowly? This was the question of interventional gerontologists at the Sanford [MORE]
Clinical lab mass spectometry
“Might medical laboratories someday use proteomic biomarkers to help physicians gauge the aging progression in patients? Might [MORE]
Human genome sequencing
Australian geneticists associated with the Garvan Institute (Sydney, Australia) have offered the first release of the Medical Genome [MORE]
Zombie cells
Even if extending life expectancy doesn’t require our willing suspension of disbelief, figuring out the molecular biology of aging [MORE]
George M. Church
Scientists at Rejuvenate Bio (San Diego, CA), including Harvard biologist and company founder George Church, have done experiments [MORE]
Epigenetic mechanisms.
Disease and aging usually are thought to be distinct processes, but that may not be entirely so. Biologists at [MORE]
Isotope imaging of aging Pancreatic cells
“Age mosaicism” is the term researchers at the Salk Institute use describe their findings about [MORE]
Senolytic drugs
“In mice, the selective elimination of SNCs (senescent cells, senolysis) extends median life span and prevents or attenuates age-associated [MORE]
Flowchart of proteomics
This piece has a half-truth—i.e. that the diseases of aging, like Alzheimer’s and T2 diabetes, arise from aberrant [MORE]