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SCONe Project seeks participants for patient and public involvement group to revolutionise AMD research
The SCONe project, run by optometrists, ophthalmologists, and researchers from the University of Edinburgh, and funded by Sight Scotland, is appealing for participants to take part in a Patient and Public Involvement (PPI) group focused on revolutionising the detection and management of Age-Related Macular Degeneration (AMD).‘At risk’ corneas are more easily identified with SCORE
Risk assessment of post-LASIK corneal ectasia in refractive surgery patients is now a more exact, objective, evaluation thanks to the work of Heidelberg Engineering and a leading research partner in Paris.The impact of obstructive sleep apnoea monitoring functionality on smartwatches: a new frontier for ophthalmologists
3 June 2024
| Yu Jeat Chong, Matthew Azzopardi
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Ophthalmology
Dawn of a new era in wearable technology? Smartwatches have really stepped up their game and have evolved from telling time to keeping an eye on our health. In February 2024, the United States Food and Drug Administration (FDA) gave...
Innovation update: key advances in eyecare transformation in the last year
1 December 2021
| Vishal Shah, Alexander Chiu, Guy Mole, Melanie Hingorani
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Ophthalmology, Retina / Uvea / Vitreous, Optometry, Emergency Ophthalmology, Glaucoma
Vishal Shah and his co-authors reflect on examples of innovation in eyecare delivery published in the last year and the implications for the future of eyecare services. The “new normal” is an overused phrase to describe extraordinary measures that have...
Simulation in ophthalmology: a pedagogic viewpoint
1 April 2017
| Inderpaul S Sian, Kaveh Vahdani
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Cataract and Refractive
The advent of simulation technology has enhanced modern medical training. The first utilisation of simulation was in 1929 where Edward Link used this concept to develop a mechanical flight simulator [1]. Industries such as aviation, nuclear power and the military...
A look into the IOL space
1 October 2014
| Rod McNeil
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Cataract and Refractive
Advances in the design and performance of intraocular lenses (IOLs) continue to be driven by demand for better outcomes, presbyopia correction and spectacle independence, alongside a better understanding of the dynamics of the crystalline lens, newer theories of accommodation and...
A new observation point: updating the nomenclature and classification with OCT
The evolution of ophthalmic imaging technologies has been particularly rapid over the last few years. The author provides an update of the current terms for common signs and pathologies observed using optical coherence tomography. My experience as an ophthalmic technician,...Whiteboard illustrations added to pre-surgery timeout procedure
1 October 2021
| Lauren R Hepworth
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Paediatric Ophthalmology / Strabismus
The authors present results of a quality improvement initiative. A whiteboard illustrated with right and left eyes with views of the extraocular muscles was developed, the board also contained spaces for the patient’s name, deviation, versions and the procedure name....
My Top Five: Emerging technologies revolutionising ophthalmology
3 October 2024
| Khaled Saqqaw
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Retina / Uvea / Vitreous, Cataract and Refractive, Cornea / External Eye Disease
Advancements in ophthalmology have significantly transformed eyecare practices. This article explores five emerging technologies that are revolutionising the field, from virtual reality (VR) surgical training to novel therapies for corneal conditions. These innovations are reshaping how eyecare professionals diagnose, treat...
The future of multi-professional working in eye care
5 October 2020
| Nikolaos Tzoumas
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Ophthalmology
How the integration of service improvement technology, and health promotion will allow eye care professionals to overcome current and future challenges. The future of eye care in the UK is at a precipice. Hospital attendances are increasing year on year,...
The bionic eye – behind the headlines
Multiple visual prosthetic projects and other vision regeneration initiatives being tested in preclinical and clinical development worldwide illustrate continuing progress and opportunities in addressing profound blindness from hereditary retinal diseases and other causes (Table 1). Three implantable bionic vision systems...The David J Apple International Laboratory for Ocular Pathology – a legacy of pioneering IOL research
1 October 2016
| Gerd U Auffarth (Prof), Donald John Munro
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Cataract and Refractive
David Apple and Gerd Auffarth. The Apple Lab at the David J Apple Center for Vision Research in Heidelberg is a thriving international laboratory for research into intraocular devices. The lab continues the work of David J Apple, a world-renowned...