Accelerated aging

Biomarker

2 papers

  • Humans1
  • In silico1

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Renal Failure

Higher biological age linked to worsening disease stages

Over a median 13.48 years, 2,567 UK Biobank participants progressed from stage 0 or 1 to stage 2 or 3 of the syndrome.Over a median 13.48 years, 2,567 UK Biobank participants progressed from stage 0 or 1 to stage 2 or 3 of the syndrome.

Cohort study of 326,218 peopleBiomarkers
Exploration

Bazi Bushen eased stress-induced signs of aging in mice

A 12-month chronic stress experiment in mice found that the compound medicine eased signs of aging and reduced inflammation across several tissues.A 12-month chronic stress experiment in mice found that the compound medicine eased signs of aging and reduced inflammation across several tissues.

Experiments in miceInterventions
Aging Cell

A compound is linked to better cognition mainly in male mice

In six-month-old mice with accelerated aging, ER272 was linked to better cognition and preserved markers of new brain cells in males, but showed limited effects in…In six-month-old mice with accelerated aging, ER272 was linked to better cognition and preserved markers of new brain cells in males, but showed limited effects in females.

Experiments in miceInterventions
Science Advances

Support cells worsened disease features in lab-grown human vessels

Experiments with three-layer vessels built from human cells found that support cells increased several vascular disease features in a model of Hutchinson-Gilford progeria…Experiments with three-layer vessels built from human cells found that support cells increased several vascular disease features in a model of Hutchinson-Gilford progeria syndrome.

Experiments in human cellsMechanisms
NPJ Aging

Human protein variant eased signs of progeria in mice

An animal experiment in genetically engineered mice found that the variant prevented characteristic tissue changes and modestly increased median lifespan.An animal experiment in genetically engineered mice found that the variant prevented characteristic tissue changes and modestly increased median lifespan.

Experiments in miceInterventions
bioRxiv

Gut microbes fuel aging tied to mitochondrial defects in mice

In a PolgA-mutant mouse model, gut microbiota reduced systemic mitochondrial function while driving energy-demanding immune remodeling and protein synthesis through mTOR…In a PolgA-mutant mouse model, gut microbiota reduced systemic mitochondrial function while driving energy-demanding immune remodeling and protein synthesis through mTOR signaling.

Preprint: experiments in miceMitochondrion