ScienceRamanOmics reportedly identifies senescence signatures in mouse skin and lungs
A post sharing a Nature Aging study says scans take roughly 30 hours per square millimeter of tissue, and human use is still ahead.
TLDR
RamanOmics combines light-based imaging with gene activity to identify senescence signatures in mouse skin and lungs, according to a post sharing the research. The post says the study was published in Nature Aging on September 21, 2026. It also notes the method’s limits: scans take roughly 30 hours per square millimeter of tissue, and human use is still ahead.
RamanOmics reportedly identifies senescence signatures in mouse skin and lungs
A post sharing a Nature Aging study says scans take roughly 30 hours per square millimeter of tissue, and human use is still ahead.
TLDR
RamanOmics combines light-based imaging with gene activity to identify senescence signatures in mouse skin and lungs, according to a post sharing the research. The post says the study was published in Nature Aging on September 21, 2026. It also notes the method’s limits: scans take roughly 30 hours per square millimeter of tissue, and human use is still ahead.