Ophthalmic science is a dynamic and constantly evolving profession, with ophthalmic imagers / technicians fundamental to the smooth and efficient running of ophthalmology departments. Traditionally,...
Within the typical eye unit, there are lots of ‘Ophth’ job titles. We as ophthalmic professionals mostly know what these titles mean, but do our...
Inaugurating this new regular section on the exciting landscape of AI and oculomics, we provide an overview which delves into the historical context and the...
The connection between the eye and systemic diseases has been acknowledged for millenia. Historical records suggest that ancient civilisations had some understanding of the eye’s...
As the application of artificial intelligence (AI) is brought to the foray of clinical medicine, you can be forgiven for thinking that it is a...
Artificial intelligence (AI) may be understood as the ability of machines to perform tasks which otherwise require human perception, reasoning, or learning. With the advent...
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...
Oculomics, the study of how ocular structure reflects systemic health, is poised to become an integral tool for predicting, triaging, and diagnosing a wide range...
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...
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...