To demonstrate the use of a cloud-based fitting system in managing progressive myopia through orthokeratology.
Approach:
Case Description: A 9-year-old male with progressive myopia underwent ortho-k management using a cloud-based platform for lens design.
Lens Design and Adjustment: Initial lens design was generated and ordered, followed by adjustments based on corneal topography to improve treatment uniformity.
Key Findings:
Initial lens fit showed a favorable response but indicated overcorrection and inferior lens decentration.
Modifications to the alignment curves improved lens positioning and treatment zone uniformity.
Corneal health remained uncompromised throughout the treatment.
Interpretation:
The cloud-based fitting system provided insights for lens adjustments.
Limitations:
The study is based on a single case, limiting generalizability.
Outcomes may vary based on individual patient factors and practitioner experience.
Conclusion:
Cloud-based fitting platforms can enhance clinical efficiency and improve first-fit success in ortho-k management.
Nearly 10 years of observational follow-up suggested sustained axial-length slowing, although refractive findings were less consistent and comparisons relied on statistical modeling.