The myopia history in childhood can influence how an adult myope copes with their correction and even how their vision changes over time. Read more about this case of a 50-year-old progressing myope.
How do you get parents onboard with orthokeratology when they are unsure of childhood contact lens wear capability, benefits or safety? In this case, one parent was receptive to this recommendation but the other parent was not. Read more on the steps to take to support your clinical communication, including further reading and resources to help.
Contact lens options are ideal for higher myopes. What about when they have moderate astigmatism as well? This case discusses the evidence base for myopia control options which correct for astigmatism, along with patient-specific considerations and whether a combination treatment with atropine is needed.
In this clinical case, the practitioner is considering whether to start a young patient on a monotherapy or go straight to combination treatment. The discussion includes the recent studies on combination treatment and the best approach for utilizing atropine in view of orthokeratology wear.
In this case study of a teenager with around 15D of myopia and moderate astigmatism, discussion included ocular and systemic health, contact lens options and whether myopia control is necessary.
Retinal detachment is not a condition which only affects adults. This case of a 12-year-old high myope with an asymptomatic retinal detachment and hole forms the basis for discussion of factors, frequency of types and treatment outcomes in childhood retinal detachment. The myopia control strategy is also discussed.
Myopia control is vital for children with fast myopia progression. What are the key risk factors for faster myopia progression? What clinical findings indicate a more proactive myopia management strategy may be required? This case describes risk factors and evidence-based treatment options for fast myopia progressors.
Axial length typically increases in children, and myopia control aims to slow this excessive growth. Can axial length regression or reduction be possible in myopia control? In this case study, an 8-year-old appears to show a large reduction in axial length. We investigate possible causes and provide clinical guidance on measurement accuracy.
In this case, a 14-year-old was found to be far less myopic than their refraction and terrifyingly fast progression suggested, thanks to careful diagnosis. Learn what didn’t add up and how utilizing technology o measure the ocular components helped to solve the puzzling clinical case.
MiSight 1 day is a dual focus optical design. Does this affect children’s near vision? What can be done to manage any issues with near vision as noticed by wearers? Read more about expectations and adaptation.
