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Adaptive optics imaging: resolving single cells in the living eye
The human retina is unique in the central nervous system (CNS) in that it can be directly visualised non-invasively. Technological advances of several imaging modalities, including optical coherence tomography (OCT), multichannel scanning laser ophthalmoscopy (SLO) and fundus photography, have afforded...The ocular manifestations of COVID-19: an overview of current literature
Although respiratory symptoms are the most frequent manifestation of COVID-19, multi-organ involvement has been demonstrated, including ocular manifestations. The author investigates how the eye can be affected. The SARS-CoV-2 virus responsible for the COVID-19 pandemic has presented a significant public...Trends in Ophthalmology Meeting 2023
The chill of an early spring day was warmed by the buzz of excitement as nearly 150 attendees arrived in central London for the first face-to-face annual Trends in Ophthalmology meeting since the pandemic. Chaired by Ms Susie Morley, attendees...Twenty-five years in retina
In the next of our articles celebrating 25 years of Eye News, the authors look at how the retina specialty has changed over this time and ask what the future might hold. Retinal disease management has benefited from great advances...
Anterior segment OCT imaging in cases of episcleritis and scleritis
The purpose of this study was to determine whether it is feasible to obtain good-quality images with anterior segment OCT (AS-OCT) in patients with episcleral or scleral inflammation located anterior to the equator, and whether this technique is able to...Forward-tilt technique for intraocular pressure measurement in upgaze
The authors suggest a technique to improve the accuracy of measuring IOP in upgaze using Goldmann applanation tonometry. Graves’ ophthalmopathy, also known as thyroid eye disease, is an autoimmune inflammatory condition affecting the orbit and periorbital tissues [1]. It was...Artificial intelligence in eyecare: how do we ensure new technologies truly benefit our patients?
From monitoring patients with heart disease to improving the early diagnosis of cancer, artificial intelligence (AI) using deep learning techniques is already employed in many different healthcare specialties [1]. In the eyecare field, AI technologies have been used to analyse...Nano-ophthalmology paves a new path in the future of eyecare
Introduction The treatments of ocular conditions in the field of ophthalmology varies from topical to surgical procedures. The field of nanotechnology is one of the fast-growing fields of medicine, which plays an important role in turning the impossibilities of the...£5 million award for world-leading research facilities within new eye health centre
The Sir Jules Thorn Charitable Trust has awarded £5 million to UCL in partnership with Moorfields Eye Charity and Moorfields Eye Hospital to support Oriel – a centre for advancing eye health, opening in 2027.Technology in ophthalmology – a promising future and what we need to know about the regulations
Undoubtedly, ophthalmology is one of the greatest sources of inspiration for technological progress in medicine. Thus far, we have seen remarkable advancements in the technology used by ophthalmologists across all subspecialties. From simplifying common procedures, to treating previously incurable conditions,...Addressing medical risk factors for diabetes and understanding the new systemic treatments
As global diabetes figures continue to rise, the importance of reducing the burden of macrovascular and microvascular complications of diabetes has never been so great. By 2025 it is estimated that five million people in the UK will have diabetes...
