The effect of orthokeratology on ocular aberrations
Understanding how orthokeratology alters ocular aberrations helps to understand research and potential mechanisms of myopia control. Here we explain more.
Understanding how orthokeratology alters ocular aberrations helps to understand research and potential mechanisms of myopia control. Here we explain more.
Understanding spherical aberration is important in view of mechanisms of myopia development, progression and control. This blog explains positive and negative spherical aberration, how they relate to contact lens corrections and more.
Understanding ocular wavefront aberrations are important in view of mechanisms of myopia development, progression and control. This blog helps clarify this concept to help you understand research.
This study showed that multifocal contact lens wear in young adult myopes increases accomodative lag, and utilized auditory biofeedback training to improve it. The results and implications are discussed here.
Welcome to Part 2 of the updates from the American Academy of Optometry 2019 Meeting. These updates all sprung from Mark Bullimore and Noel Brennan’s fantastic session entitled Twelve Evidence Based Things That We Should Know About Myopia.
AAO2019 Meeting and third biannual World Congress of Optometry– Addressing the global myopia burden: guest summary by Sally Dillehay.
The latest from the Global Specialty Lens Symposium 2020 (GSLS2020) on research, intervention updates and young adult myopia progression.
Latest Research from IMC2019. Could this be the solution to the screen scourge? This is mega exciting stuff – so clever and yet so simple.
Welcome to Part 2 of 4 fabulous updates from the 2019 biannual International Myopia Conference! Read on for more about predicting axial length growth, refractive growth and translating statistics into real world progression. Mark and Noel’s latest research on understanding myopia control efficacy is described below.
International Myopia Conference (IMC2019). This update includes the IMI new paper, accomodation microfluctuations and DIMS lens.