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Resurfacing the ocular surface

The ocular surface (OS) is an anatomical and functional unit made of the tear film, the conjunctival, limbal and corneal epithelium, the lacrimal, mucous and meibomian glands and the lids and blink reflex. The tear film is composed of a...

Code-Free Deep Learning: a step into the future of ophthalmology

A new focus has arisen within the research domain of artificial intelligence (AI) in healthcare called code-free deep learning (CFDL), and recent research demonstrates that ophthalmology is becoming one of the leading specialties in this field. Artificial intelligence (AI) is...

Insects, swelling and sight loss: a case of orbital inflammatory syndrome

Despite being the most common cause of painful orbital mass in adults and the third most common orbital disease, orbital inflammatory syndrome still proves to be a difficult ocular condition to diagnose, treat, and manage. A 41-year-old lady presented to...

The Lancet Global Health Commission on Global Eye Health: vision beyond 2020

Introduction The Lancet Global Health Commission on Global Eye Health was published in 2021 [1]. Drawing on expertise from within and outside the eye health sector, the Commission set out to: inform governments and other stakeholders about the path forward...

It’s not all about ARED - Time for a pragmatic approach to nutrition for eye health?

Advances in treatment for retinal diseases involving neovascularisation have undoubtedly changed the future of eye care across the UK for the better, but also created great challenges for service delivery in ophthalmology, particularly within the NHS. Some statistics are starting...

The ROP Network: a south-south collaboration to improve care for premature babies

Retinopathy of prematurity (ROP) is a disorder of the immature preterm retina and a leading cause of preventable, irreversible blindness in children. There are 15 million preterm births annually, and over 32,000 neonates became blind from ROP in 2010 [1]....

The next wave of AI in ophthalmology: From screening to communication

Artificial intelligence (AI) is reshaping ophthalmology, moving from research laboratories into everyday clinical care [1]. With its strong reliance on imaging and pattern recognition, ophthalmology is uniquely positioned to benefit from AI innovations. These developments range from autonomous disease screening...

Retinoblastoma management update (part 2): treatment, screening and surveillance, long-term follow-up and new developments

Retinoblastoma treatment requires significant multidisciplinary input, but early detection through raising awareness remains key to improving outcomes. In the second article of a two-part series, Manoj Parulekar discusses retinoblastoma management, screening and research. This article has been published in two...

Charity work in Cambodia: Culture, cataracts, and cruelty

Cambodia has one of the lowest numbers of eye specialist doctors per capita in the world, and Bita Manzouri takes us on a journey into the charitable work of the Khmer Sight Foundation who are working to combat this. “Ut...

Paediatric spectacle dispensing: more than a frame and lenses

It’s incredibly rewarding to fit a child’s first pair of spectacles and see their face light up; looking around to see the wider world for the first time. Sometimes it is so obvious that even the most reluctant parent will...