1 paper1 finding
Cardiovascular disease
mediatesin humans1
Biological aging acceleration mediates cardiovascular disease in humans (14.9-16.4%).
“Mediation analyses indicated that biological aging acceleration accounted for 14.9-16.4% of the TyG-ABSI-CVD association and 1.3-4.2% of other IR-CVD relationships.”
HumansTyG-ABSI-CVD association in CKM stages 0-3
Cardiovascular diabetology4 Feb 2026
In 11,760 adults, higher green space was linked to an odds ratio of 0.84 for accelerated aging, and a mixture of air pollutants was linked to 1.16.In 11,760 adults, higher green space was linked to an odds ratio of 0.84 for accelerated aging, and a mixture of air pollutants was linked to 1.16.
Current e-cigarette users had a biological age acceleration 1.20 years higher than people who had never used them.Current e-cigarette users had a biological age acceleration 1.20 years higher than people who had never used them.
The sweet-tooth group had a 79% higher dementia risk than the group labelled health-aligned in a prospective cohort study.The sweet-tooth group had a 79% higher dementia risk than the group labelled health-aligned in a prospective cohort study.
Blood metabolic profiles statistically accounted for 81.14% of the link with one biological age measure, compared with 19.92% for another and 32.27% for frailty.Blood metabolic profiles statistically accounted for 81.14% of the link with one biological age measure, compared with 19.92% for another and 32.27% for frailty.
In Korean adults under 50, risk of early-onset colorectal adenocarcinoma was 93% higher in those with accelerated biological aging than in those without it.In Korean adults under 50, risk of early-onset colorectal adenocarcinoma was 93% higher in those with accelerated biological aging than in those without it.
An analysis of NHANES data identifies source-dependent effects and an optimal serum iron window between 15.2 and 18.8 micromoles per liter.An analysis of NHANES data identifies source-dependent effects and an optimal serum iron window between 15.2 and 18.8 micromoles per liter.
The highest arterial stiffness tertile had higher risks of sarcopenia (HR 1.56) and probable sarcopenia (HR 1.38) compared with the lowest tertile.The highest arterial stiffness tertile had higher risks of sarcopenia (HR 1.56) and probable sarcopenia (HR 1.38) compared with the lowest tertile.