PineDev
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Laser scleral microporation helps turn back the clock for presbyopic eyes
VIENNA — In this Healio Video Perspective from the ESCRS meeting, Robert Ang, MD, shares his results with laser scleral microporation for the treatment of presbyopia.
He explains the rationale of laser scleral microporation (Ace Vision Group), how it is performed, and the advantages of a treatment that does not interfere with the visual axis and allows the eyes to function again as they used to at a younger age.
“We have a term for this, which is visual rejuvenation. This is a very unique and very good option for our patients,” he said. “It addresses a market for which we have nothing for.”
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Laser scleral microporation: Unique method to treat presbyopia goes back to basics
Laser scleral microporation is a unique therapeutic solution for presbyopia that goes back to basics, rejuvenating the eye and restoring the natural dynamic mechanism of accommodation and disaccommodation. “Nature frequently develops dynamic processes, which work well for most individuals for the first 40 or 50 years of life but then, because of changes in the intrinsic …
read moreUnlocking the recovery of dynamic range of focus with microporation therapeutics
Laser Scleral Microporation (LSM) is a therapy which represents the first biomechanical solution to the biomechanical problems of progressive presbyopia. The therapy is performed using the VisioLite® Ophthalmic Laser system developed by Ace Vision Group (AVG). Today, having no biomechanical option able to meet the loss of dynamic range of focus (DRoF) that occurs with progressive …
read moreNew-generation software further improves precision of laser scleral microporation
VIENNA — In this Healio Video Perspective from the ESCRS meeting, Luca Gualdi, MD, speaks about the latest advances in laser scleral microporation. Laser scleral microporation (LSM, Ace Vision Group) is a treatment that restores accommodation in presbyopic patients by uncross-linking the scleral tissue that becomes stiff with age. It does so by performing arrays of micropores in …
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