How You Move, Sit and Sleep Together May Shape Your Aging Brain
A latent class analysis of more than 1,200 adults over 55 finds that people who move too little, sit too ...
A latent class analysis of more than 1,200 adults over 55 finds that people who move too little, sit too ...
A new pig model study shows that fecal microbiota from elderly human donors, compared with microbiota from young adults, reshapes ...
A longitudinal study in BMC Geriatrics finds that home- and community-based services are associated with improved functional status in older ...
A new review in Science reveals that X and Y chromosomes independently shape disease risk and aging, offering a new ...
A uPAR-targeting bispecific T-cell engager safely cleared senescent cells in aged mice and rhesus macaques, with serum liver enzymes serving ...
A six-month longitudinal study of 202 older adults found that reallocating as little as five minutes of daily sedentary time ...
A ten-year study of more than 7,000 older Chinese adults finds that social isolation and chronic multimorbidity deteriorate in tandem, ...
A single amino acid in the fruit fly enzyme MCO1 determines whether the aging brain accumulates toxic iron or enjoys ...
New research in naturally aged mice shows that dietary coenzyme Q10 rejuvenates platelet-producing megakaryocytes by restoring COPS3-dependent autophagy, taming the ...
A nine-year follow-up of older amateur cyclists shows fitness and muscle decline faster than cross-sectional studies suggest, yet sustained exercise ...
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© 2025 Scienmag - Science Magazine