Specific morphological features observed on corneal confocal microscopy at diagnosis are associated with poorer visual outcomes in acanthamoeba keratitis. Our paper here: authors.elsevier.com/a/1bDdPgnZ6baa

Data from the Extreme Ultraviolet Imager reveals tiny “campfires” dotting the Sun’s surface — bright spots that may be related to nanoflares, which are one possible explanation for the incredible heating of the Sun’s outer atmosphere, the corona.

So moving and wholesome. What a lovely community where both friendship and rivalry can coexist beautifully.

A new song with a message from Josh. Check out 'Allowed It To Burn' here: youtu.be/YZXCuSSivtc

Report on findings from an artificial intelligence system that automatically quantifies multiple OCT features at baseline in patients with neovascular age-related #maculardegeneration. ow.ly/1v5M50BDjJR Gabriella Moraes Pearse Keane reena c Siegfried Wagner Tiarnan Keenan

#AI has the potential to bring world class ophthalmic expertise into the community and even the home... Here we review the latest advances in #OCT imaging that may allow this! Supported by Moorfields Eye Charity UK Research and Innovation #UKRIFLF College of Optometrists

A day in the life of a private practice ophthalmologist

Thrilled to announce our first major breakthrough in applying AI to a grand challenge in science. #AlphaFold has been validated as a solution to the ‘protein folding problem’ & we hope it will have a big impact on disease understanding and drug discovery: deepmind.com/alphafold-blog

1. I watched #Seaspiracy on Netflix last night. It’s a brilliant expose of the greatest threat to marine life: fishing. This thread explores why we have so seldom heard the the truth about what’s happening to our oceans. #TellTheTruth Greta Thunberg netflix.com/gb/title/81014…

2 billion people globally suffer from skin conditions. Our CE-marked AI-powered dermatology tool will help people research common skin conditions. goo.gle/3bB01pS #GoogleIO

Paper published today in JAMA Ophthalmology! 🎉 How clinically useful are automatic segmentations of retinal disease from a deep learning model? We find that both qualitative and quantitative approaches are required to find out... mini thread below! jamanetwork.com/journals/jama/…

Am excited to see this out - we think it makes an important contribution to translating AI in ophthalmology! Was labour of love led with meticulous attention to detail by Chris Kelly reena c Google Health KonstantinosBalaskas Moorfields Eye Hospital NHS Foundation Trust UCL Institute of Ophthalmology and many others! #FromCodeToClinic

Preprint alert. #AI could aid #clinicaltrials recruitment of people with geographic atrophy (GA), which causes irreversible vision loss and affects 5-10 million globally. The study used anonymised eye data from 300k+ patients at Moorfields Eye Hospital NHS Foundation Trust 🔗 bit.ly/3OZe0cM

Great work, Dominic Williamson, for leading our project on using AI to enhance clinical trial recruitment in geographic atrophy. The AI system can shortlist patients by looking through their OCTs for unique imaging inclusion criteria like GA lesion area, foveal involvement, etc.

How is #NHS patient data contributing to research into eye disease and the growing field of #oculomics? Our new web page provides answers, explaining how patient data is collected, anonymised and used in R&D for patient benefit. #datasavessight bit.ly/48EF0Fl

Do you know how we can use #AI to improve eye care? Our keynote with Pearse Keane covers current #ArtificialIntelligence systems in eyecare, what AI developments we can expect in the next few years, and the emerging field of "#oculomics". #OptometryTomorrow #BCLAFocus

New in JAMA Ophthalmology ! In this brief report, we show that a generalist vision-language model (VLM) may have limited capabilities in performing tasks related to the interpretation of OCT scans. Pearse Keane reena c jamanetwork.com/journals/jamao…

Researchers at Moorfields Eye Hospital NHS Foundation Trust and UCL Institute of Ophthalmology have developed an AI system that can identify patients for Geographic Atrophy (GA) clinical trials faster and more accurately. Led by Dominic Williamson and Robbert Struyven with Pearse Keane Now in Ophthalmology 🔗 bit.ly/4b08AGF

From @UCLEye Moorfields Eye Hospital NHS Foundation Trust: an AI algorithm to identify potential clinical trial candidates for geographic atrophy studies from EHR data & OCT images. Pearse Keane Dominic Williamson Fares Antaki mark chia Siegfried Wagner reena c INSIGHTeyehub @AAOJournal: bit.ly/4cHLPIM

Artificial intelligence to facilitate clinical trial recruitment in age-related macular degeneration ow.ly/q6A250SmnfJ Dominic Williamson Pearse Keane Fares Antaki Siegfried Wagner Mark Chia Siegfried Wagner Robbert Struyven Naaman Tammuz Blaise Thomson reena c #ophthalmology