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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...

Ciclosporin and dry eye

Dry eye has an estimated prevalence of between 5 and 50% worldwide and has physical, psychological and socioeconomic consequences for the human population [1]. Loss of tear film homeostasis with associated ocular surface inflammation causes symptoms ranging from ‘tired’ eyes...

“I can’t see nothing out of that eye, you ....!”

This is exactly the call you don’t want to receive at 11 at night. The A&E colleague phoned to inform me about a young man who was kicked several times in the face and could not see out of one...

The bionic eye – behind the headlines

Multiple visual prosthetic projects and other vision regeneration initiatives being tested in preclinical and clinical development worldwide illustrate continuing progress and opportunities in addressing profound blindness from hereditary retinal diseases and other causes (Table 1). Three implantable bionic vision systems...

Practical phacodynamics – making the most of your phacoemulsification machine

Understanding phacodynamics is appreciating the subtleties in the dynamic changes of the fluidics and the ultrasonic power delivered. Kristina Southcott explains. Increase my vacuum! Increase my bottle height! Increase my phaco power! I frequently observe the above commands being directed...

The paediatric cataract: an overview of the embryology and pathophysiology

In the first of the two articles (see Part 2 here) on paediatric cataracts, Samuel Aryee reviews the aetiology of this condition. Cataracts arise from opacification of the natural transparent lens, which can cause partial or total blindness. Although the...

The David J Apple International Laboratory for Ocular Pathology – a legacy of pioneering IOL research

David Apple and Gerd Auffarth. The Apple Lab at the David J Apple Center for Vision Research in Heidelberg is a thriving international laboratory for research into intraocular devices. The lab continues the work of David J Apple, a world-renowned...

Urban Changes and Rural Struggles for Ophthalmology in China

China is by far the most populated country in the world, with over 1.3 billion inhabitants. It is also the country with the highest number of blind and visually impaired people. As a developing country, half of China’s population lives...

Development of a modern surgical simulation suite to promote safer ophthalmic surgical training

For trainees, having access to surgical simulation equipment is more important than ever. The authors describe the creation of a bespoke teaching and training suite in Glasgow to help trainees develop their skills and promote surgical excellence. Simulation has become...

Blame the lens – not its position – in refractive surprise

Aetiology of postoperative refractive surprise Weber coined the term “wrong eye, wrong intraocular lens, wrong patient” in 2008 as an aide memoir of major factors believed to underlie refractive surprise – defined as a significant unintended difference between dioptric refraction...

Observership in Dar es Salaam

In this report, both authors present their personal experiences of an observership at the Comprehensive Community Based Rehabilitation in Tanzania (CCBRT) Hospital, a large regional teaching hospital located in Dar es Salaam, with a particular focus on resource management, attitudes...

Technique of deep corneal foreign body removal

This article has been verified for CPD. Click the button below to answer a few short questions and download a form to be included in your CPD folder. The objective is to demonstrate a method for the safe and successful...