A Nature Communications paper published Nov. 1 presents volumetric scattering microscopy, combining an aperture-segmented Fourier light-field setup with computational descattering and sub-pupil alignment. The authors demonstrated three-dimensional fluorescence reconstructions in phantoms, engineered cells, ex vivo tissue and intact Xenopus embryos. This is a peer-reviewed research demonstration, not a validated clinical imaging system.
GLOBAL IMAGING BRIEF
Analysis: Recovering angular information from scattered fluorescence without a mechanical scan could make volumetric experiments simpler. Adoption depends on reproducibility across specimens, reconstruction time and quantitative validation against established microscopy methods.
Original source
Original source: Nature Communications research article published Nov. 1, DOI 10.1038/s41467-026-79103-6. Demonstrations are preclinical research examples.