… We report a pronounced light guiding effect in cubes of human dentin that … that light guiding
is due to scattering by the tissue’s microstructure. Exploiting this concept, light can be guided …

… h) An inch-long jellyfish emitting bioluminescence light guided through its transparent tissues.…
For biological tissues with a typical water content W ≈ 0.7, the RI would be ≈1.38. Actual …

… Light can be used as a trigger to drive the formation or the degradation of chemical … biological
properties. With resolution and construct size ranging from nanometers to centimeters, light-…

… We present printable formulations of PEGDA-DTT with sufficient light guiding performance
in air (0.1–0.4 dB cm −1 ) and in tissue (0.25–0.7 dB cm −1 ) for activating biological processes…

… (A) Scheme of the biological scenario developed to test the suitability of the printed
waveguides to activate biological processes across the tissue. (B) Fluorescence image of L929 …

… Moreover, recombinant spider silk optical waveguide can meet the demand to guide and
efficiently deliver light through biological tissue. In addition, recombinant spider silk optical …

… (B) Light guided through and scattered from a flexible hydrogel fiber; the inset shows a typical
… of optical sensing in vivo through experiments of light transmission in biological tissues. …

… However, focusing/delivering light inside a biological tissue is a major challenge that
impedes the application of light in biological tissues. This issue is mainly derived from the optical …

… encoded guide star. Here, we introduce a genetically encoded photochromic guide star (GePGS…
phytochrome (RSBP)—into biological tissue to provide feedback for focusing light inside …

… Despite the great promise of light-mediated, cell-based sensing and therapy, one of the …
the high optical loss in biological tissue due to scattering and absorption 12 . In soft tissue, the 1/…