Related Organizations
Articles from this author
June 11, 2025
In a recent study that included data from humans, mice, and cell culture experiments, researchers demonstrated that gut microbes and their metabolites can profoundly influence the senescence of endothelial cells. They also explored the molecular processes underlying these changes [1]. Senescence in the blood vessels Endothelial cells line the inner surfaces of blood vessels, and...
June 04, 2025
A recent analysis of over 20,000 middle-aged and older adults showed an association between a later chronotype (‘night owls’) and cognitive decline among highly educated people [1]. Early birds and night owls One risk factor linked to dementia is a disrupted circadian rhythm, the natural 24-hour cycle of sleep and activity patterns. Common disruptions in...
May 28, 2025
A recent study investigated differences in maximum lifespan potential among different mammalian species. The researchers found associations between gene family size expansion, maximum lifespan potential, and relative brain size. They also studied genomic features linked to lifespan evolution [1]. Maximum lifespan potential Maximum lifespan potential can be defined as "the age at death (longevity) of...
May 21, 2025
In a recent study, researchers investigated how restricting dietary methionine and inhibiting the tyrosine degradation pathway affects healthspan in aged mice. While affecting tyrosine didn’t show any benefits, methionine restriction improved many, but not all, measures of healthspan, including frailty, pathological disease burden, and neuromuscular function [1]. Aging of metabolism Changes in metabolism accompany aging...
May 14, 2025
Screening of a natural compounds library has revealed the senomorphic properties of apigenin. This natural flavonoid also demonstrated rejuvenating effects on many aging-associated molecular features as well as physical and cognitive performance, and it has a beneficial impact on cancer treatment in mice and cells [1]. Drugs for old cells Senotherapeutics are therapeutic agents that...
May 07, 2025
In a recent study, lifelong, repeated microbiota transfer from young mice to old mice improves intestinal permeability, coordinative ability, and metabolic profiles while reducing pro-inflammatory responses [1]. Small in size, but mighty in impact Previous research has found that the composition and function of gut microbes (microbiota) changes as we age. These changes are linked...
