This content is only available for ASCRS Members
This content from the 2020 ASCRS Virtual Annual Meeting is only available to ASCRS members. To log in, click the teal "Login" button in the upper right-hand corner of this page.
Filed Under
Refractive
surgical planning
preoperative
artificial intelligence
LASIK
topographic-guided LASIK
2020 paper presentation
Purpose
Investigate whether new topographic-analysis planning software would yield better clinical results and in turn reduce the number of enhancements needed.
Methods
Clinical results from four surgeons at four US sites were used. Surgical planning had to be based on either the manifest refraction with topographic-guided LASIK, the Phorcides analytical engine planning with topographic lasik, or with wavefront optimized LASIK. Enhancement rates during the 6 month post-operative period were examined.
Results
The lowest 6 month enhancement rate was found in eyes treated with the Phorcides analytical engine planned topography-guided LASIK.
Conclusion
When new topographic-analysis software is used to plan topography-guided LASIK treatments, fewer eyes require enhancements during the first 6 months post-op.
Investigate whether new topographic-analysis planning software would yield better clinical results and in turn reduce the number of enhancements needed.
Methods
Clinical results from four surgeons at four US sites were used. Surgical planning had to be based on either the manifest refraction with topographic-guided LASIK, the Phorcides analytical engine planning with topographic lasik, or with wavefront optimized LASIK. Enhancement rates during the 6 month post-operative period were examined.
Results
The lowest 6 month enhancement rate was found in eyes treated with the Phorcides analytical engine planned topography-guided LASIK.
Conclusion
When new topographic-analysis software is used to plan topography-guided LASIK treatments, fewer eyes require enhancements during the first 6 months post-op.
View More Presentations from this Session
This presentation is from the session "SPS-114 Keratorefractive Surgical Planning" from the 2020 ASCRS Virtual Annual Meeting held on May 16-17, 2020.