Scleral photocrosslinking is increasingly investigated for treatment of myopia and glaucoma.
In this study a computational model was developed to predict crosslinking efficiency of …

Purpose: Corneal cross-linking (CXL) with riboflavin (Rf) for treatment of keratoconus has
been performed for many years. The underlying photochemical kinetic mechanisms have …

Scleral collagen cross-linking is one of the most promising treatments to control the
pathologic process of myopia. However, the exact procedure and its impact on animal …

Purpose. We have designed and constructed an ultraviolet (UV) illumination system for use
in corneal collagen crosslinking (CXL) procedures. CXL is a recently developed procedure …

Purpose:: To build a computational model of riboflavin (RF) diffusion and UVA absorption in
the cornea during corneal cross-linking to investigate differences between standard cross …

Purpose To evaluate effects of sodium iodide (NaI) on riboflavin concentration in corneal
stroma before and during ultraviolet A (UVA) light exposure using a novel transepithelial …

Purpose: Effective corneal crosslinking (CXL) requires sufficient photosensitizer, oxygen,
and UV in the stroma to induce free radical formation. Delivery of all three constituents is …

Corneal collagen cross-linking (CXL) with riboflavin and ultraviolet-A (UVA) light has
become a viable treatment for keratoconus. In cases in which corneal transplant may have …

Aims: To derive analytic formulas for the efficacy of type-II corneal collagen crosslinking
(CXL) based on coupled macroscopic kinetic equations with an emphasis on the role of …

Purpose.: To develop a theoretical model for riboflavin ultraviolet-A cross-linking treatment
that can predict the increase in stiffness of the corneal tissue as a function of the ultraviolet …