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The role of artificial intelligence in cataract surgery: An overview

Cataracts are still a leading cause of blindness and, with an ageing population, that burden will only grow [1]. Increasingly experts are leaning on technology such as ‘Surgery 4.0’ [2] – where smart machines and artificial intelligence (AI) slide into...

Ocular surface special: Ocular manifestations of Stevens-Johnson syndrome

Stevens–Johnson syndrome (SJS) is an uncommon dermatological emergency on the same clinical spectrum as toxic epidermal necrolysis (TEN). SJS is characterised by an acute, immune-mediated attack on the skin and mucous membranes, producing a rapidly progressive erythematous eruption with blistering...

The extended role of the specialist ophthalmic photographer

The prevalence of certain retinal conditions such as diabetic retinopathy and age-related macular degeneration (ARMD) is projected to grow substantially over the next decades. Estimates for the projected growth in burden on eye services for diabetic retinopathy and neovascular ARMD...

Building data infrastructure for eye research in the NHS: Real-world lessons from the Liverpool Eye Data Platform

The Liverpool Eye Data Platform demonstrates how governance-compliant infrastructure can bring together routinely-collected, siloed NHS eye data. Routine care delivered across the NHS generates vast amounts of clinical data within a healthcare system that is uniquely characterised by comprehensive population...

Large language models in ophthalmology

Traditional artificial intelligence (AI) models typically require large amounts of labelled data for training. For example, to develop a model capable of detecting macular pathologies on optical coherence tomography scans, thousands of scans would need to be manually labelled by...

Gambia-Swansea Partnership: Technical support in our 16-year partnership

I have been involved in the Gambia-Swansea VISION 2020 LINK now for more than 16 years. I hope that this article will be of some interest to anyone considering volunteering overseas, as part of a LINK or in any other...

Artificial intelligence in glaucoma: Assessing applications instead of technology

Much is said about the potential of artificial intelligence (AI) to transform clinical practice, particularly with the advent of foundation models [1]. The newest models are ‘pretrained’ on text, image, tabular and other forms of data to produce architectures that...

From paper to digital: Real lessons for a sustainable NHS digital future

Portsmouth's OpenEyes implementation reveals why healthcare digital transformation needs honest evaluation, proper clinical leadership resourcing and realistic expectations about technology efficiency promises. Like many eye departments across the NHS, we at Portsmouth were drowning in paper. Notes went missing, handwriting...

See sweet to C-suite: Carrie MacEwen

The business world tells us, “Know your why.” But increasingly, we live in a society where people think, “Why bother?” In this interview, David wants to know what makes Carrie MacEwen tick, and why she bothered to get involved locally,...

Redefining healthcare through the eyes

The future of healthcare is being shaped by innovation in eyecare and in particular a field known as oculomics. This discipline leverages ocular biomarkers to provide insights into various health conditions, including cardiovascular diseases and psychological or neurological disorders [1]....