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Adaptive Optic Vision Correction System Using the Z-View#8482; Wavefront Sensor

机译:使用Z-View™波前传感器的自适应光视校正系统

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High order aberrations in human eye can deteriorate visual acuity and contrast sensitivity. Such aberrations can not be corrected with traditional low-order (defocus and astigmatism) spectacles or contact lenses. A state-of-the-art adaptive optics vision correction system was developed using Ophthonix's Z-View diffractive wavefront sensor and a commercial miniature deformable mirror. While being measured and corrected by this system, the patient can also view a Snellen chart or a Contrast Sensitivity chart through the system in order to experience the vision benefits both in visual acuity and contrast sensitivity. Preliminary study has shown the potential that this system could be used in a doctor's office to provide patients with a subjective feel of the objective high order prescription measured on Z-View.
机译:人眼中的高阶畸变可以恶化视力和对比度敏感性。这种像差不能用传统的低阶(散焦和散光)眼镜或隐形眼镜纠正。使用Ophthonix的Z视图衍射波前传感器和商业微型可变形镜,开发了最先进的自适应光学视觉校正系统。虽然通过该系统测量和校正,但患者还可以通过系统查看斯奈图或对比度灵敏度图表,以便在视力和对比度灵敏度中体验视觉益处。初步研究表明,该系统可用于医生办公室的潜力,为Z-View测量的客观高阶处方的主观感觉提供主观感觉。

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