Dynamic range of focus recovery in presbyopes after laser scleral microporation
While considered by many to be a “normal process of aging,” the loss of the dynamic focusing function of the eye, presbyopia, is a progressive disease of ocular aging. Presbyopia affects approximately 1.8 billion people globally.1 Estimated global annual productivity losses are approximately 0.037% of the global gross domestic
product in presbyopic adults less than 65 years of age.2
This socioeconomic issue is particularly problematic in developing countries where people are less likely to find visual correction.As people depend upon glasses or bifocals to perform near tasks, there is a decrease in health-related quality of life (HRQOL) and an increase in the risk of ocular diseases. Presbyopia is correlated with ocular rigidity, glaucoma, ocular hypertension, dysfunctional lens syndrome, age-related macular degeneration and cataracts, which can contribute to the effects of aging on ocular tissues.3
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Ace Vision Group Names Ken Araki to Its Board of Directors
Ace Vision Group, Inc., an emerging medical device company at the forefront of pioneering rejuvenation therapy for the aging eye, today announced that it has named Ken Araki to its board of directors. Mr. Araki brings executive management experience and strategic leadership skills to support and drive commercial planning for the VisioLite® laser. The laser …
read moreVIDEO: Innovations in Presbyopia Management: Laser Scleral Microporation
A novel procedure-based treatment for presbyopia, called laser scleral microportion (LSM), aims to restore dynamic range of focus by un-crosslinking the sclera. Mitchell A. Jackson, MD, joins host I. Paul Singh, MD, to talk about the procedure and 24-month outcomes from a recently presented study.
read moreScleral approaches to presbyopia moving from niche to mainstream
Among the many options for presbyopia, scleral approaches stand out for their unique attempt to tackle the roots of the problem, restoring physiological function rather than aiming for optical compensation. They had a slow takeoff and limited acceptance, but step by step, through a long path of research and technological upgrades, they continue to move …
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