David Furman
Buck Institute for Research on Aging2 papersORCID 0000-0002-3654-9519OpenAlex
Papers
bioRxivCellsPreprint
Simulated microgravity raises transcriptomic age in organoids
Human neural, cardiac, and tonsil organoids exposed to 24 hours of simulated microgravity showed tissue-specific changes, including higher…Human neural, cardiac, and tonsil organoids exposed to 24 hours of simulated microgravity showed tissue-specific changes, including higher transcriptomic-age estimates in brain and heart models.
bioRxivHumansPreprint
Blood and facial photos track organ aging and senescence scores in humans
Researchers used transcriptomic models, DNA methylation, and images across multiple human cohorts to infer tissue-specific biological age and hallmark…Researchers used transcriptomic models, DNA methylation, and images across multiple human cohorts to infer tissue-specific biological age and hallmark burdens.