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The cornea is mainly composed of type I collagen fibrils. The organization of those fibers ensures the cornea transparency and determines its biomechanical properties. Understanding the biomechanics of the cornea has become a crucial issue in ophthalmology to predict the cornea response to refractive surgery procedures and to avoid post-treatment complications. In this work, we proposed the Supersonic...
Quantitative measurements of cornea and skin biomechanical properties have many applications in medicine. In ophthalmology, it could lead to a better diagnosis of pathologies or monitoring of treatments. In dermatology, it could help the skin lesions removal monitoring. In the framework of Supersonic Shear Imaging (SSI), these organs are characterized by their complex sub wavelength geometry (thin...
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