A double-masked, randomized study was conducted to determine the effects of power and water content on the initial comfort of hydrogel contact lenses in 10 unadapted subjects. Three lens powers (-0.50, -5.00, and -10.00 D) were used in each of three water contents (38, 55, and 70%). A significant negative correlation (p less than 0.05) was found between lens comfort and lens water content; that is, lower water content lenses of lesser bulk were more comfortable than higher water content lenses. These data will allow practitioners to predict patient awareness to various lens types. When fitting hydrogel lenses to an apprehensive patient who has not worn contact lenses previously, it may be advisable to insert a thin, low water content lens i...
Purpose Contact lens discomfort continues to be reported as the primary reason for soft lens discont...
Background: To evaluate the impact on the ocular surface of a daily disposable hydrogel contact lens...
The integrity of the pre-lens tear film (PLTF) is an important determinant of the clinical performan...
A double-masked, randomized study was conducted to determine the effects of power and water content ...
Purposes. To determine the level of dehydration of iwo hydrogel lenses and the effects of this dehyd...
To examine whether certain aspects of the environment can have a significant effect upon the steady-...
The purpose of this study was to determine ocular comfort level in subjects wearing hydrogel and sil...
Conflicting reports on the adequacy of the visual performance provided by hydrogel contact lenses co...
A hand refractometer was used to measure the surface hydration of soft contact lenses of three diffe...
Objectives. To investigate initial comfort and adaptation of currently successful low oxygen transmi...
Despite the current market popularity of silicone hydrogel contact lenses, conventional hydrogel len...
Previous studies have shown that soft lenses dehydrate during lens wear. The purpose of this study w...
A knowledge of hydrogel lens dehydration is essential for practitioners in the understanding of lens...
PURPOSE: To determine if hydrogel lens water content decreases over wearing periods of up to four we...
We studied the extent of dehydration of hydrogel lenses during overnight wear. Seven subjects used a...
Purpose Contact lens discomfort continues to be reported as the primary reason for soft lens discont...
Background: To evaluate the impact on the ocular surface of a daily disposable hydrogel contact lens...
The integrity of the pre-lens tear film (PLTF) is an important determinant of the clinical performan...
A double-masked, randomized study was conducted to determine the effects of power and water content ...
Purposes. To determine the level of dehydration of iwo hydrogel lenses and the effects of this dehyd...
To examine whether certain aspects of the environment can have a significant effect upon the steady-...
The purpose of this study was to determine ocular comfort level in subjects wearing hydrogel and sil...
Conflicting reports on the adequacy of the visual performance provided by hydrogel contact lenses co...
A hand refractometer was used to measure the surface hydration of soft contact lenses of three diffe...
Objectives. To investigate initial comfort and adaptation of currently successful low oxygen transmi...
Despite the current market popularity of silicone hydrogel contact lenses, conventional hydrogel len...
Previous studies have shown that soft lenses dehydrate during lens wear. The purpose of this study w...
A knowledge of hydrogel lens dehydration is essential for practitioners in the understanding of lens...
PURPOSE: To determine if hydrogel lens water content decreases over wearing periods of up to four we...
We studied the extent of dehydration of hydrogel lenses during overnight wear. Seven subjects used a...
Purpose Contact lens discomfort continues to be reported as the primary reason for soft lens discont...
Background: To evaluate the impact on the ocular surface of a daily disposable hydrogel contact lens...
The integrity of the pre-lens tear film (PLTF) is an important determinant of the clinical performan...