Journal
CONTACT LENS & ANTERIOR EYE
Volume 44, Issue 4, Pages -Publisher
ELSEVIER
DOI: 10.1016/j.clae.2020.11.011
Keywords
Neophyte; Children; Soft contact lenses; Safety profile; Adverse events; MiSight
Categories
Funding
- CooperVision, Inc.
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In a 6-year double-masked clinical trial, children wearing soft hydrogel daily-disposable contact lenses showed minimal impact on ocular physiology, with no serious adverse events related to the contact lenses.
Purpose: To report on the ocular health and safety of children fit with soft hydrogel daily-disposable contact lenses, and followed for 6-years in a double-masked clinical trial investigating the performance of a dual-focus contact lens designed to control myopia progression. Methods: Children aged 8-12 years, na & iuml;ve to contact lens wear, were enrolled across four international sites. During years 1-3, children were randomised to either MiSight (R) 1 day or Proclear (R) 1 day (both omafilcon A, CooperVision, Inc.). The lenses were identical in material and geometry except for the front optical zone design. At the end of year-3, all those wearing Proclear 1 day were switched to MiSight 1 day, therefore all wore MiSight 1 day in years 4-6. Subjects agreed to wear the lenses at least 10-hours/day, 6-days/week. After dispensing, study visits were at 1-week, 1-month, 6-months and every 6-months until 6-years. At each visit, ocular measurements and subjective responses were recorded. Biomicroscopy used 0-4 grading scales; grade 0 represented no findings. Results: 144 children were enrolled: 69F:75M; mean age 10.1 years; mean cycloplegic spherical-equivalent refraction-2.11D; ethnicities included 34 East-Asian, 12 West-Asian, and 79 Caucasian. 92 completed the 6 years. Only three subjects discontinued due to an ocular adverse event (AE). No contact lens related AEs were classified as serious. The incidence rate of infiltrative AEs was 0.61% (6.1/1000 wearing-years; 95%CI: 0.24%- 1.57%). The most common biomicroscopy findings were limbal, bulbar and tarsal hyperaemia and tarsal roughness. 99% of all biomicroscopy findings were grade-1 or lower. After 6-years of lens wear, ocular health by biomicroscopy was similar to pre-lens wear. Conclusions: Across the 6-years, there were no contact lens related serious AEs and biomicroscopy showed no significant changes. Results suggest that children this age can successfully wear daily-disposable hydrogel contact lenses with minimal impact on ocular physiology.
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