Difference between revisions of Clinical Studies
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→Lens induced myopia (LIM) & axial length change in humans
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*[https://endmyopia.org/wp-content/uploads/2016/10/The_progression_of_corrected_myopia_with_pages_as_published_clean_10.1007_s00417-015-2991-5.pdf ''"Continuous correction of myopia results in a linear progression that increases myopia..."'', GACEO, 2015] | *[https://endmyopia.org/wp-content/uploads/2016/10/The_progression_of_corrected_myopia_with_pages_as_published_clean_10.1007_s00417-015-2991-5.pdf ''"Continuous correction of myopia results in a linear progression that increases myopia..."'', GACEO, 2015] | ||
*[https://europepmc.org/article/med/3688185''"...A reduction in the axial length of the adult eye serves as an emmetropizing mechanism..."'', AJOPO, 1987] | *[https://europepmc.org/article/med/3688185''"...A reduction in the axial length of the adult eye serves as an emmetropizing mechanism..."'', AJOPO, 1987] | ||
*[https://iovs.arvojournals.org/article.aspx?articleid=2711345''"...This study found that small but significant bi-directional changes in SFCT (Sub-Foveal Choroidal Thickening) were caused by retinal defocus in healthy presbyopic subjects aged 50 to 67 years of age...."'', IOVS, 2018] | |||
===Lens induced myopia (LIM) & axial length change in animals=== | ===Lens induced myopia (LIM) & axial length change in animals=== | ||