Use of a noncycloplegic autorefractor to perform vision screening in preschools

Noreen Clarke1, Janice Shacks, Amanda R E Kerr

  • 1Children HealthWorks, Childrens Hospital Los Angeles, Los Angeles, CA, USA.

Insights

Early vision screening for preschoolers using portable autorefractors and school nurse follow-up significantly improves detection and correction of vision disorders, preventing lifelong impairment.

Area of Science:

  • Pediatric ophthalmology
  • Public health initiatives
  • Vision screening technologies

Background:

  • Preschool vision screening rates are low, hindering early detection of vision disorders.
  • Traditional screening methods lack precision and are challenging for preschoolers.
  • Lifelong visual impairment can result from delayed diagnosis and treatment.

Purpose of the Study:

  • To evaluate the effectiveness of school nurses conducting vision screening in preschoolers using a portable autorefractor.
  • To assess the impact of school nurse-led follow-up on parental engagement in eye care.
  • To improve early detection and treatment rates for pediatric vision disorders.

Main Methods:

  • A vision screening protocol utilizing school nurses and portable autorefractors was implemented for 600 preschoolers.
  • Parental follow-up intentions were assessed after brochure distribution and subsequent school nurse counseling.
  • Referral and treatment rates were tracked for children identified with potential vision problems.

Main Results:

  • Over 98% of children completed the screening, with 7% referred for follow-up.
  • School nurse counseling increased parental plans for eye evaluations from 17% to 86%.
  • Of 15 students with known follow-up, 10 received necessary corrective eyewear.

Conclusions:

  • School nurse-administered vision screening with portable autorefractors is effective for identifying preschool vision problems.
  • School nurse-facilitated follow-up significantly enhances parental commitment to comprehensive eye examinations.
  • This integrated approach improves the correction of vision disorders in young children, mitigating long-term visual impairment.

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