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Keep calm and cut the carbon – improving sustainability in ophthalmology

As I dump my tenth pair of gloves into a non-recyclable clinical waste bin; dispose of another handful of plastic minims; or print another wad of single-sided discharge paperwork after a cataract surgery, the inconvenient truth of how these seemingly...

Anisometropia following cataract surgery and its non-surgical treatment

The desired result of cataract surgery is improved visual acuity without the use of spectacles. In practice most patients following initial cataract extraction are likely to be symptomatic of anisometropia giving rise to prismatic effects (anisophoria) and unequal retinal image...

How to pass FRCOphth Part 1 on the first attempt

Studying for this exam makes one wonder how there is so much to know about such a small organ. The FRCOphth Part 1 examination is notorious for its low pass rate, with only 20–40% of candidates succeeding at each sitting....

A complicated case of cytomegalovirus viremia: “What would you do doctor?”

Mrs W walked gracefully into my urgent care clinic. It was another busy session and I hoped she did not have anything serious going on which might slow the clinic further. She was an elegant 72-year-old lady who seemed like...

Globes in space: What would happen to our globes on the globe of Mars?

Many films have been made regarding life on alternative planets. With the Mars One mission approaching in 2023, there are high expectations regarding future interplanetary travel. The authors provide an ophthalmology perspective on what could happen to our eyes if...

The last three patients: general practice (Patient One)

Professor Jonathan Rees is an Emeritus Professor of Dermatology at the University of Edinburgh (2020). He held the Grant Chair of Dermatology in Edinburgh from 2000 to 2020, and before that the Chair of Dermatology in Newcastle from 1992 to...

My Top Five: Promising gene therapies for ocular conditions

Gene therapy, a pivotal advancement in modern medicine, particularly shines in ophthalmology. By targeting defective genes with engineered vectors, this approach promises significant strides in treating inherited retinal diseases. This article reviews the top five gene therapies in late-stage trials,...

Four pillars: The importance of clinical research

This series explores the four pillars of advanced clinical practice and here, Rebecca Turner explores the pillar of clinical research. The role of the ophthalmic advanced nurse practitioner, as with all registered practitioners allied to ophthalmology, is on an upward...

Artificial intelligence and oculomics: Improving global health

The application of artificial intelligence (AI), and in particular deep learning, to high-resolution ocular imaging has led to many new discoveries, enabling the prediction of multiple different systemic diseases from ocular biomarkers. This emerging field is known as ‘oculomics’ [1]....

My Top Five: Promising gene therapies for ocular conditions

Gene therapy, a pivotal advancement in modern medicine, particularly shines in ophthalmology. By targeting defective genes with engineered vectors, this approach promises significant strides in treating inherited retinal diseases. This article reviews the top five gene therapies in late-stage trials,...

Semaglutide and vision loss: A new concern for NAION risk?

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. Glucagon-like peptide-1 receptor agonists (GLP-1 RAs) have emerged as transformative agents in...

An update on inherited retinal disorders (part 2): Approaches to therapy for IRDs

Part 1 of this topic can be found here There are currently no proven cures for inherited retinal disease (IRD). However, multiple avenues of research are being investigated to better understand disease mechanisms and trial potential therapies that may slow...