Researchers here provide a proof of concept for the use of Raman spectroscopy to non-invasively measure the burden of senescent cells in an imaged tissue. This works because Raman imaging can provide distinct signatures of different molecules via scattering of photons.
Researchers here provide a proof of concept for the use of Raman spectroscopy to non-invasively measure the burden of senescent cells in an imaged tissue.
Aging and tissue repair involve heterogeneous remodeling across transcriptional, biochemical, and cellular dimensions, yet prevailing definitions rely on […]
This works because Raman imaging can provide distinct signatures of different molecules via scattering of photons.
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Researchers here provide a proof of concept for the use of Raman spectroscopy to non-invasively measure the burden of senescent cells in an imaged tissue. This works because Raman imaging can provide distinct signatures of different molecules via scattering of photons. Provided the field of imaging is sufficiently constrained, it is possible to produce results that measure differing abundances of specific molecules in different cells.
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