MYAH: Revolutionize Myopia Monitoring with Advanced Eye Diagnosis
MYAH, an advanced ocular diagnostic device, stands as a comprehensive solution for healthcare professionals engaged in combating the global myopia epidemic. With a significant impact on the quality of life and children's development, myopia demands a proactive and effective approach. It's in this context that MYAH distinguishes itself, offering a complete range of features and tools for early detection, optimal management, and precise monitoring of myopic progression.
With its advanced corneal topography, MYAH provides a detailed analysis of the anterior cornea, including topographic maps, 3D comparisons, elevation maps, as well as Zernike analyses and keratoconus screening. These features enable a thorough assessment of optical irregularities affecting vision quality, contributing to personalized care.
MYAH's dynamic pupillometry provides clear information on pupil size and reflex, proving particularly useful in monitoring compliance with low-dose atropine or its titration. Healthcare professionals can examine pupil centration and diameter at different luminosities, a valuable functionality in Ortho-K, multifocal lenses, and pre- or post-refractive surgery examinations.
Contact lens adaptation is simplified with MYAH's integrated support, reducing the number of lenses to try. The included database of rigid LRPG and Ortho-K lenses, along with the ability to export topography data for external calculators, enhances the efficiency of this feature. Furthermore, the fluorescein simulation with the ability to record and review data facilitates the contact lens adaptation process.
In terms of dry eye assessment, MYAH offers a comprehensive set of tools, including Break-Up-Time lacrimal measurement, imaging of Meibomian glands with analysis of atrophy zones, analysis of lacrimal meniscus elevation, blink analysis, real-time fluorescein imaging with video acquisition, and video review of anterior corneal aberrations between blinks.
The device also incorporates progression curves, a significant innovation for tracking myopia progression. These curves, based on reference data from Erasmus University, offer normative comparisons of axial length measurements, providing a precise assessment of the risk of myopic progression.
Compact and child-friendly with quick capture capabilities, MYAH distinguishes itself with an intuitive and ergonomic interface. Easy to integrate into daily workflows, it offers various options for result export, enhancing its operational efficiency.
In summary, MYAH is more than just an ocular diagnostic device. It is a complete, dynamic, and efficient solution, meeting the specific needs of healthcare professionals involved in myopia and dry eye management. With its advanced features, user-friendly interface, and adaptability to various practices, MYAH positions itself as a crucial ally in the fight against the myopia epidemic.
