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Part 1: The Arclight Project – Frugal tech for sight

Click here for Part 2 on this topic, and here for Part 3 The Arclight Project is a mix of frugal design, manufacturing, distribution, teaching, research, and advocacy, all wrapped up in a social enterprise based at the University of...

Insights on medical AI for ophthalmology: an update on current perspectives

Artificial intelligence (AI) has immense promise for revolutionising medical practice. Generative AI is a form of AI in which algorithms are trained on datasets that can be used to generate new content, such as text, images or video based on...

Therapy for limbal stem cell deficiency: cell fate after limbal stem cell transplants

“The beauty of scientific research lies in that the search for answers often yields yet more questions.” A large body of evidence points to the corneoscleral limbal location as the repository of putative epithelial stem cells [1]. Thoft proposed the...

Personalising the management of dry eye disease: TFOS DEWS III updates evidence-based recommendations

Dry eye disease (DED) is a heterogenous condition that arises from various aetiologic factors and leads to tear film instability, ocular surface damage and neurosensory changes. Symptoms of DED include ocular dryness, burning, itching, pain and visual impairment. An evidence-based...

Quality matters in the management of serious eye disorders

The author discusses the first quality standard for serious eye disorders from NICE and takes a look at new care models for enhanced service delivery. Patient backlogs pose risks to patient safety, with research showing that people are losing sight...

Working smarter not harder: How to transform eyecare delivery in the United Kingdom (part 1)

Are we doing enough to meet the current demands on ophthalmic services? In part one of a two-part series (see Part 2 here), Rosalind Harrison takes a look at how efficiency has been improved in eyecare services in the US....