Articles related to RETINA

This case study highlights the importance of accurate diagnosis and monitoring in retinoschisis, particularly given its potential to lead to complications like retinal detachment. Stay updated on best practices for management and treatment.

Discover the most recent developments in retinal imaging and visual function research, as well as how they have revolutionized patient care and our understanding of disease causes. Explore this thorough overview to discover more about how these developments are revealing previously undetected pathological alterations and resulting in major improvements in the treatment of conditions like age-related macular degeneration, macular edema, and diabetic retinopathy.

Don’t miss out on this chance to update your knowledge and stay at the forefront of optometric care, specifically in managing choroidal folds.

Discover the hidden implications of choroidal folds and enhance your optometric practice. Dive deeper into the understanding of these clinical findings and their impact on retinal care.

Despite the fact that OCT angiography (OCTA) does not technically qualify as multimodal imaging per se, it does offer several modes of visualization from a single scan, including an angiogram, a structural picture, and en face imaging with boundary specific segmentation. The use of OCTA can assist doctors in communicating to patients with geographic atrophy who are susceptible to exudation the necessity for routine follow-up. Clinicians can rule out artifacts by analyzing the flow overlay on the OCTA cross-section. If the flow isn’t where it should be for the illness, it’s probably an artifact.

The article proposes a computational model to account for the complex interaction between stimulus size, duration, and retinal cones-to-retinal ganglion cells ratio. The findings challenge the assumption of a constant critical number of retinal ganglion cells with respect to the enlargement of the critical area of summation with eccentricity in the macula, proposing instead a constant critical total retinal input. The research has implications for understanding perimetric sensitivity and modeling disease, particularly glaucoma.