Collagen solubility correlates with skin optical clearing
Jason M. Hirshburg, Bernard Choi, J. Stuart Nelson, Alvin T. Yeh
Abstract
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Jason M. Hirshburg, Bernard Choi, J. Stuart Nelson, Alvin T. Yeh
Abstract
Open-access reader
Biomedical optics and photomedicine applications are challenged by the turbidity of most biological tissue systems. Nonreactive, biocompatible chemical agents can induce a reversible reduction in optical scattering of collagenous tissues such as human skin. Herein we show that a chemical agent's tissue optical clearing potential is directly related to its collagen solubility, providing a rational design basis for effective, percutaneous formulations.
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Biomedical optics and photomedicine applications are challenged by the turbidity of most biological tissue systems. Nonreactive, biocompatible chemical agents can induce a reversible reduction in optical scattering of collagenous tissues such as human skin. Herein we show that a chemical agent's tissue optical clearing potential is directly related to its collagen solubility, providing a rational design basis for effective, percutaneous formulations.
Key concepts: Biocompatible material, Solubility, Materials science, Biomedical engineering, Biocompatibility, Nanotechnology, Chemistry, Biophysics