Authors
Deborah Jones, Amy Chow, Daddi Fadel, Jose Manuel Gonzalez Meijome, Andrzej Grzybowski, Pete Kollbaum, James Loughman, James Wolffsohn
Published in
Investigative ophthalmology & visual science. Volume 66. Issue 9. Pages 7. Jul 01, 2025.
Abstract
The rising prevalence of myopia has underscored the importance of early diagnosis and effective management strategies to control its progression and to prevent complications. Advancements in instrumentation enable clinicians to provide individualized evidence-based care for patients. Instrumentation for myopia control encompasses a wide range of technologies designed to assess refractive error, biometric parameters, including axial length, accommodative responses, as well as detailed assessment of ocular health. These tools offer clinicians the ability to move beyond traditional clinical techniques, providing more accurate, detailed, and repeatable measurements critical for the detection and monitoring of myopia progression. This allows for a personalized approach to treatment planning, enabling the selection and optimization of myopia control interventions. Furthermore, advanced imaging and real-time data visualization support patient education by fostering understanding, which may improve adherence to treatment plans. By adopting these technologies, clinicians can address the complexities of myopia management, deliver precise and effective care, and contribute to global efforts to curb the myopia epidemic. The integration of advanced instrumentation into clinical practice encourages early intervention and management strategies for patients at risk of becoming myopic (pre-myopia), as well as improving patient outcomes for myopic patients.
PMID:
40600762
Bibliographic data and abstract were imported from PubMed on 02 Jul 2025.
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