High myopia is always accompanied by pathological structural changes, such as axial elongation, posterior scleral staphyloma, lacquer crack formation, thinning of the retina and chorioid, and choroidal neovascularization (CNV). #Comprehensive meta analysis version 2 crack crack Excessive axial elongation of the eyeball is thought to be one of the main causes of the ocular complications mentioned above. Among these complications, chorioretinal atrophy, augmented by choroidal thinning, can lead to photoreceptor cell death, which results in the consequent loss of central visual function. ![]() Another notable complication threatening visual function is CNV. Myopic CNV develops into secondary chorioretinal central atrophy and leads to central scotoma. Īs we all know, in high myopic eyes, the earliest changes begin in the choroid recent interest has focused on the choroid as an important structure involved in the pathophysiology of high myopia. With the enhanced depth imaging (EDI) technique of optical coherence tomography (OCT) instruments, images of the choroid have improved, making it possible to measure choroidal thickness more accurately, safely, and simply.Ĭhoroidal thickness may be an important parameter in studying the pathogenesis of high myopia. ![]() ![]() Several researchers have found that in high myopic eyes, the choroidal thickness is significantly thinner than in normal eyes. #Comprehensive meta analysis version 2 crack crack.#Comprehensive meta analysis version 2 crack software.
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