Abstract
Light-Sheet Fluorescence Microscopy (LSFM) has proven to be an excellent tool for imaging the nervous system zebrafish and other model organisms. However, these LSFMs typically have low resolution and suffer from striping artifacts. Here, we present a light sheet system using a novel single-objective light-sheet geometry to allow for multi-direction light-sheet illumination with structured light. This geometry is designed to mitigate striping artifacts and achieve lateral resolutions of better than 200 nm over a 277 × 277 × 100 µm3 volume. We demonstrate the system by imaging the central nervous system of dissected Drosophila embryos as well as cerebellum organoids.
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