![]() ![]() As per the sciencedirect, in 2020, across the globe approximately 38.5 million people were registered as blind. Vision loss is the third largest cause of impairment after anemia and hearing loss. Vision loss due to eye diseases is a major health problem, which immensely affects the quality of life. In addition, findings also reveals that children are also more prone to develop eye disorders such as glaucoma, conjunctivitis and night blindness among others. The prevalence of diabetes retinopathy, cataract, conjunctivitis, retinal disorders and age-relate macular degeneration are said to increase with the rising ageing population. Depending on the location of practice and the severity of the COVID-19 pandemic in each region, ophthalmology clinics are expected to witness 50% to 70% decline in imaging volume that will persist for at least 3 to 4 months while the future appears to be uncertain due to COVID-19. Many ophthalmology departments have witnessed a significant decrease in imaging case volume. During this time, health care institutions and providers have been told to avoid performing elective surgical procedures and medical examinations to slow disease spread and conserve health care resources for COVID-19 patients. The pandemic has put enormous strain on the world's healthcare systems. The COVID-19 pandemic has a severe global impact on population health as well as a significant economic impact on majority of countries. Moreover, opthalamic clinics were temporarily closed, and hospital access restricted to non-essential care. The fundus camera market is impacted due to the pandemic, resulting in negative growth due to factors such as a sharp decline in elective surgeries. The fundus camera market players are competing based on price, product innovation, and quality. It is a perfect competition market with the presence of numerous market players and buyers. These images are used for identification and care of various eye diseases. A fundus camera comprises a specialized low power microscope with an attached camera to take interior images of the eye. These cameras include features such as angle variations, color, red-free and angiography imaging. Fundus cameras are used to capture images of the interior of the eye. Journal of Diabetes Research 2017, article ID 4174292 "Adaptive optics retinal imaging provided non-invasive and sensitive information on the pathologic disruption of the cone mosaic.The global fundus camera market size was valued at $445.60 million in 2020, and is estimated to reach $710.20 million by 2030, growing at a CAGR of 4.50% from 2021 to 2030. ![]() Graefes Arch Clin Exp Ophthalmol 2018, 256:387-394 "The image resolution achieved by this technology is superior to that of any other current diagnostic tool." Quinze-Vingt National Hospital, July 2018, Paris, France "We, for the first time, visualized longitudinal changes during the recovery of cone photoreceptors in the eyes of VKH patients." "The rtx1 demonstrates that, unlike the common belief, performing AO retinal imaging can be as easy as standard retinal imaging." Invest Opth Vis Sc 2019, 60:4520-4531 "Several studies of human retinal photoreceptors in diabetic patients using Imagine Eyes’ AO retinal camera have been achieved." Kobe City Eye Center, July 2019, Kobe, Japan "Direct assessment of photoreceptors in RP patients by high-resolution imaging technologies is crucial for the future development of RP therapeutics." We could verify that the mosaic arrangement of these cells was similar to that of natural RPE cells, and stable over time."ĭr. "The rtx1 allowed us to directly observe stem-cell-derived RPE cells after their transplantation in a patient’s retina. Invest Opth Vis Sc 2019, 60:4520-4531 "Adaptive optics (AO) ophthalmoscopy is now an accessible tool to visualize photoreceptors in the human living retina." ![]() Quinze-Vingts National Hospital, June 2020, Paris, France "AO technology will likely contribute to faster and more cost effective drug development for the treatment of eye diseases." "In follow-up examinations of AMD patients, the rtx1 enabled detecting the progression of atrophic lesions over a timescale of weeks, instead of months with conventional imaging." ![]()
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