Kevin Schneider

The paper shows that simulated microgravity causes aging-like transcriptional changes in human organoids, with effects varying by tissue type.

The paper develops methods to infer organ aging, senescence, and hallmark scores from blood transcriptomes and facial photographs, showing associations with mortality.

The paper uses single-nucleus profiling to show age-related changes in the postmenopausal ovary, which are counteracted by parity.

This study shows that cellular senescence in IPF fibroblasts disrupts antiviral responses, leading to increased viral titers and altered inflammation.

This study shows DNA damage in neurons leads to a senescent-like state similar to Alzheimer's disease, with distinct features from fibroblasts.

The paper develops mortality-based predictors of biological age for 9 physiological systems using blood data from the UK Biobank and validates them in the Health and Retirement Study.