Background: Due to the importance of choroidal thickness in the development of myopia, this study examined the effect of MiSight contact lenses (CLs) on the choroidal thickness of myopic children and the differences between responders and non-responders to the treatment with these CLs. Methods: A total of 41 myopic children were fitted with MiSight CLs and 33 with single-vision spectacles. They were followed up for two years. Subfoveal choroidal thickness and choroidal thickness 1 and 3 mm temporal and nasal to the fovea were measured by OCT at baseline and one and two years after the treatment. Differences in all the choroidal thickness parameters were assessed in each group over time. Patients from the MiSight group were classified based ...
AIM: To investigate choroidal thickness changes in the horizontal meridian after orthokeratology. M...
AIM: To explore the related factors that affect the subfoveal choroidal thickness(SFCT)of children w...
Purpose: The choroid responds to short exposures of defocus in a bidirectional manner, demonstrating...
Abstract Background Myopia control interventions, such as defocus incorporated multiple segments (DI...
PURPOSE. Soft contact lenses have been reported to increase the progression of myopia. The purpose o...
Studies have found reduced myopia progression with multifocal contact lenses, albeit with an unclear...
AIM: To study the efficacy of AMSPL on myopia control, and confirm the security of wearing AMSPL, th...
Recent research has shown that concentric contact lenses (CLs) can be a way to control the progressi...
Myopia has become a major public health problem in the world due to the increase in its prevalence i...
Purpose: To compare myopia progression in children randomized to MiSight contact lenses (CLs) versus...
PURPOSE\ud \ud To examine longitudinal changes in choroidal thickness and axial length in a populati...
Myopia is a common cause of visual impairment worldwide. Choroidal thickness (ChT) reflects the char...
Purpose: To investigate whether cessation of MiSight contact lens (CLs) wear for myopia control prod...
WOS: 000395744100013PubMed: 27757987PurposeRecent studies have found a choroidal thickening in ambly...
Purpose: to evaluate subfoveal choroidal thickness (SFCT) and other anatomical parameters of the eye...
AIM: To investigate choroidal thickness changes in the horizontal meridian after orthokeratology. M...
AIM: To explore the related factors that affect the subfoveal choroidal thickness(SFCT)of children w...
Purpose: The choroid responds to short exposures of defocus in a bidirectional manner, demonstrating...
Abstract Background Myopia control interventions, such as defocus incorporated multiple segments (DI...
PURPOSE. Soft contact lenses have been reported to increase the progression of myopia. The purpose o...
Studies have found reduced myopia progression with multifocal contact lenses, albeit with an unclear...
AIM: To study the efficacy of AMSPL on myopia control, and confirm the security of wearing AMSPL, th...
Recent research has shown that concentric contact lenses (CLs) can be a way to control the progressi...
Myopia has become a major public health problem in the world due to the increase in its prevalence i...
Purpose: To compare myopia progression in children randomized to MiSight contact lenses (CLs) versus...
PURPOSE\ud \ud To examine longitudinal changes in choroidal thickness and axial length in a populati...
Myopia is a common cause of visual impairment worldwide. Choroidal thickness (ChT) reflects the char...
Purpose: To investigate whether cessation of MiSight contact lens (CLs) wear for myopia control prod...
WOS: 000395744100013PubMed: 27757987PurposeRecent studies have found a choroidal thickening in ambly...
Purpose: to evaluate subfoveal choroidal thickness (SFCT) and other anatomical parameters of the eye...
AIM: To investigate choroidal thickness changes in the horizontal meridian after orthokeratology. M...
AIM: To explore the related factors that affect the subfoveal choroidal thickness(SFCT)of children w...
Purpose: The choroid responds to short exposures of defocus in a bidirectional manner, demonstrating...