1 paper3 findings
In a human preprint study, proteomic age acceleration is associated with mortality, while longitudinal within-individual analyses link it to impaired kidney function and dyslipidaemia.
Mortality
upin humans1
Proteomic age acceleration is associated with mortality in humans.
Humansn = 4,100
Blood protein clock tracks shifts in health risks over time
bioRxiv6 Oct 2026Preprint
Impaired kidney function
upin humans1
Impaired kidney function is associated with proteomic age acceleration in humans.
HumansWithin-individual longitudinal changesn = 4,100
Blood protein clock tracks shifts in health risks over time
bioRxiv6 Oct 2026Preprint
Dyslipidemia
upin humans1
Dyslipidemia is associated with proteomic age acceleration in humans.
HumansWithin-individual longitudinal changesn = 4,100
Blood protein clock tracks shifts in health risks over time
bioRxiv6 Oct 2026Preprint
In an observational study of 4,100 people, accelerated blood protein aging tracked worsening kidney function, blood lipid imbalances, and a higher risk of death.In an observational study of 4,100 people, accelerated blood protein aging tracked worsening kidney function, blood lipid imbalances, and a higher risk of death.