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Different riboflavin formulations affect central corneal thickness during cross-linking
01/03/2018
Admin
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Isotonic riboflavin with dextran used during cross-linking was found to significantly decrease corneal thickness, while dextran-free isotonic riboflavin significantly increased corneal thickness.
A retrospective study included two groups of patients with progressive keratoconus. Group A consisted of 100 cases that underwent saturation with isotonic riboflavinand dextran, and group B consisted of 100 cases that underwent saturation with isotonic riboflavin with hydroxypropyl methylcellulose.
Group A cases experienced a mean decrease of 51.4 µm in central corneal thickness (CCT). Group B cases experienced a mean increase of 109.4 µm in CCT. After ultraviolet A irradiation, group A cases experienced a mean decrease of 46.7 µm in CCT and group B cases experienced a mean increase of 59.2 µm in CCT.
“Various formulations of riboflavin have different effects on corneal thickness during cross-linking. Riboflavin with dextran causes a significant intraoperative decrease in corneal thickness, and riboflavin with [hydroxypropyl methylcellulose] causes a steady, maintained and significant increase in corneal thickness,” the study authors wrote. – by Robert Linnehan
https://www.healio.com/ophthalmology/cornea-external-disease/news/online/%7B91ae9793-357e-4e83-9705-b52e4c063e6b%7D/different-riboflavin-formulations-affect-cct-during-cross-linking
[/tintuc]
Isotonic riboflavin with dextran used during cross-linking was found to significantly decrease corneal thickness, while dextran-free isotonic riboflavin significantly increased corneal thickness.
A retrospective study included two groups of patients with progressive keratoconus. Group A consisted of 100 cases that underwent saturation with isotonic riboflavinand dextran, and group B consisted of 100 cases that underwent saturation with isotonic riboflavin with hydroxypropyl methylcellulose.
Group A cases experienced a mean decrease of 51.4 µm in central corneal thickness (CCT). Group B cases experienced a mean increase of 109.4 µm in CCT. After ultraviolet A irradiation, group A cases experienced a mean decrease of 46.7 µm in CCT and group B cases experienced a mean increase of 59.2 µm in CCT.
“Various formulations of riboflavin have different effects on corneal thickness during cross-linking. Riboflavin with dextran causes a significant intraoperative decrease in corneal thickness, and riboflavin with [hydroxypropyl methylcellulose] causes a steady, maintained and significant increase in corneal thickness,” the study authors wrote. – by Robert Linnehan
https://www.healio.com/ophthalmology/cornea-external-disease/news/online/%7B91ae9793-357e-4e83-9705-b52e4c063e6b%7D/different-riboflavin-formulations-affect-cct-during-cross-linking
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