At the 2023 ASRS meeting in Seattle, Washington, Aaron Lee, MD, spoke with our team about his research and how changes are making new training possible. He shared how research and new techniques are expanding the options for deep learning in ophthalmology.
The companies plant to create a comprehensive resource that provides valuable insights into health outcomes, medication adherence, and the effectiveness of various treatment protocols.
Research has found a new approach that identifies high-risk infants, so that not all preemies need to undergo an invasive eye exam.
Trainees learn to recognize key pathologies seen in fundus examinations, OCT images
OCT methods are invaluable in the assessment of patients with the condition.
The investigators have developed a clinically robust HH-SECTR system, which has a modular aluminum probe design and micrometer-scale mechanical stability.
A single, consistent modality leads to better geographic atrophy tracking.
The retina is a peripheral part of the central nervous system and shares many similarities with cerebral brain matter.
Optos announced the first ultra-widefield color rgb (red/green/blue) image. This new image modality is captured simultaneous to the optomap color rg image.
According to company officials,the new image modality provides additional retinal visualization to our customers as they manage their patient’s treatment and ongoing care.
This medical device is the first retinal eye-movement monitor for non-invasive, objective clinical assessments.
A team of researchers has now developed an approach to gather and compile a great deal of information about organoids and their development. The team applied its approach to the organoids of the human retina, which they derived from stem cells.
Dierck Hillmann, PhD, was interviewed by our onsite team at the 2023 ARVO annual meeting where he shared research on holographic optical coherence tomography (OCT).
At the 2023 ARVO annual meeting in New Orleans, our on-site team caught up with T. Y. Alvin Liu, MD, to discuss predictive AI and its application in ophthalmology and screening of the eyes.
David Szanto, a medical student at Stony Brook, and working with the Department of Neurology at the Icahn School of Medicine at Mount Sinai, describes how an algorithm finds recurring patterns in the visual fields and the ganglion cell-inner plexiform layer thicknesses, and helps clinicians understand how prevalent those patterns are throughout the entire data.
Tips to help eye care providers navigate the maze of insurance issues.
The various aspects of home monitoring for patients with age-related macular degeneration are discussed in this point/counterpoint by Prof. Rufino Silva, University of Coimbra / Coimbra Hospital and University Centre, Portugal, and Univ.-Prof. Dr. med. Robert P. Finger, PhD, Department of Ophthalmology, University of Bonn, Germany, during the 14th annual Congress on Controversies in Ophthalmology in Lisbon, Portugal.
Imaging biomarkers are useful to determine the degree of EZ attenuation in the fovea.
Delegates will analyze the most relevant and controversial issues within the field of ophthalmology at this year’s congress in Lisbon, Portugal, from March 24 to 25.
This subtype of artificial intelligence technology may have long-range implications for clinical trials.
Artificial intelligence (AI) with ultra-widefield fundus autofluorescence images may be helpful to objectively estimate progression of retinitis pigmentosa (RP) and visual function.
A team of researchers have found that STOC tomography enables unprecedented views of eye structure.
A team of researchers have found that STOC tomography enables unprecedented views of eye structure.
The ocular biomarkers studied showed poor to moderate accuracy for detecting the 2 disorders.
The procedures may result in temporary pressure spikes later than expected.
