A 3D printed microlens improves in vivo imaging in porcine models, highlighting advancements in optical coherence tomography diagnostics.
We present a novel, robust, miniaturized 3D printed encapsulated probe for endoscopic optical coherence tomography, featuring improved mechanical stability, high-resolution, large-depth-of-focus in vivo imaging, demonstrated in a pig's intrathecal space, offering potential to advance diagnostics.
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Imiolczyk et al. (2025) studied this question.
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