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Contact lens management of irregular corneas after traumatic aphakia: A pediatric case series
1New England College of Optometry, 424 Beacon Street, Boston, MA 02115 USA.
Insights
Pediatric ocular trauma can lead to aphakia and irregular astigmatism. Specialty contact lenses, including gas permeable, multifocal, and hybrid designs, offer effective vision rehabilitation for these challenging cases.
Area of Science:
- Ophthalmology
- Optometry
- Pediatric Eye Care
Background:
- Pediatric ocular trauma frequently results in ruptured globes, necessitating lens removal and causing aphakia.
- Aphakia in children leads to significant refractive error, loss of accommodation, and potential for amblyopia.
- Corneal scarring and irregular astigmatism are common sequelae, complicating visual rehabilitation.
Observation:
- This case series details the contact lens fitting process for three pediatric patients with aphakia and irregular astigmatism post-ruptured globe injury.
- Patient 1, a 3-year-old, received a bitoric gas permeable lens for irregular astigmatism and corneal scarring.
- Patient 2, a 12-year-old, was successfully fit with a multifocal soft contact lens for minimal residual astigmatism.
- Patient 3, an 8-year-old, required a hybrid contact lens to manage irregular astigmatism and corneal scarring.
Findings:
- Fitting specialty contact lenses for pediatric aphakia with corneal irregularities presents unique challenges.
- Diverse contact lens designs, including bitoric gas permeable, multifocal soft, and hybrid lenses, can address specific patient needs.
- Successful fitting requires careful consideration of irregular ocular surfaces and refractive demands.
Implications:
- Advanced specialty contact lens fittings are crucial for managing complex pediatric cases involving aphakia and corneal irregularities.
- Prompt and aggressive vision rehabilitation is essential to prevent amblyopia in pediatric patients with ocular trauma.
- These findings highlight the importance of tailored contact lens solutions for optimizing visual outcomes in young patients with severe eye injuries.
Purpose:
Pediatric patients account for 35% of all cases that present after ocular trauma and 20.9% of those result in a ruptured globe. When repairing the globe, the removal of the natural lens results in a significant change in refractive error and loss of accommodation. In addition, the eye can have scarring, irregular astigmatism, and changes to the ocular surface. Treatment and vision rehabilitation should be aggressive and done quickly to prevent amblyopia. Advanced lens designs are often needed to treat both the irregular ocular surface and the aphakia. Treatment options are often confounded with the usual issues of contact lens compliance, intolerance, and complications.
Case Report:
This case series follows three aphakic pediatric patients through the contact lens fitting process after sustaining a ruptured globe that left them aphakic with residual irregular astigmatism and corneal scarring. Patient 1 is a 3-year-old Hispanic male fit with a bitoric gas permeable contact lens with irregular astigmatism and an elevated central corneal scarring. Patient 2 is a 12-year-old Caucasian male with minimal residual astigmatism fit in a multifocal soft contact lens. Patient 3 is an 8-year-old African American male fit with a hybrid contact lens that was needed to vault the irregular astigmatism and central corneal scarring.
Conclusions:
Treating patients with irregular corneas or aphakia can be challenging in their own right, but in combination are some of the most advanced specialty contact lens fittings. This case series followed three pediatric patients through the fitting process and demonstrated the options and challenges when fitting this unique patient population.
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