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Blind Faith: In Conversation with Mariya Moosajee

In light of the BBC releasing Blind Faith: Do genetic eye disease ‘treatments' work? earlier this year, a documentary which follows BBC journalist Ramadan Younes as he investigates practitioners who falsely claim to have ‘treatments’ for genetic eye disease, Eye...

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...

Patient safety – is this achieved in optometry with CET?

Collecting points and ticking boxes – as we come to the end of another three year cycle of continuing education and training (CET), the rush to ensure that everything has been completed on the myGOC (General Optical Council) dashboard feels...

Prognostic AI for diabetic retinopathy: Towards the first prospective trial in the UK

Artificial intelligence (AI) is frequently described as having the capacity to dramatically change and improve healthcare. One extensively studied application of AI in ophthalmology involves the diagnosis of diabetic retinopathy (DR) or diabetic maculopathy (DM) using retinal imaging. An emerging...

Capacity building for ophthalmic nursing in Ghana, Botswana and Tanzania

Ophthalmic nurses (ON) have been the backbone of eye health services in Africa since the mid-20th century and remain the largest single cadre of allied ophthalmic personnel in Commonwealth countries in Africa. Numbers are currently estimated at between 3500 and...

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]....

The creation of PlayDoh^® models as an educational tool for teaching anatomy of the eyelid

An understanding of the anatomy of the eyelid is essential for training in oculoplastic surgery. Active learning has been shown to increase knowledge and retention and has an advantage over passive teaching methods alone [1,2]. PlayDoh® models have been used...