Researchers develop a 96% accurate AI-powered retinal scan to distinguish between Alzheimer’s and ALS by detecting specific protein deposits.
Researchers have identified novel retinal vascular signatures that are significantly associated with the risk for a first stroke. When combined with age and sex, these retinal “fingerprints” predicted ...
A retinal image could help doctors quickly distinguish between similar neurodegenerative diseases such as ALS and Alzheimer’s disease, and with remarkable accuracy, according to new research.
Simultaneous screening for liver fibrosis during retinal scanning shows promise as a novel pathway for detecting advanced liver disease in patients with type 2 diabetes (T2D). International guidelines ...
Researchers at Laval University and the CERVO Brain Research Center in Québec have developed a groundbreaking, non-invasive method to diagnose Parkinson’s disease (PD) early using a simple eye scan.
Medical science has taken a remarkable leap forward in stroke prevention with the discovery that our eyes may hold the key to predicting stroke risk. Leading researchers have identified a ...
Using an algorithm developed by Duke researchers, scientists were able to correctly identify retinal scans of people with mild cognitive impairment about 79% of the time. File photo Researchers have ...
Cells along the outer edge of the retina begin to swell and multiply before memory problems appear. That subtle shift, ...
Jessica Alber, assistant professor of biomedical and pharmaceutical sciences at the George & Anne Ryan Institute for Neuroscience at the University of Rhode Island, is looking to change the way ...
Near-eye microdisplays promise to expand the scope of personal computing applications by providing an image rivaling that of larger screens, while freeing devices from bulky and power-hungry displays.
Just how many ways are there of unlocking your phone? We’ve got passcodes, patterns, fingerprints, and now, thanks to the ZTE Grand S3 — biometric retinal scanning. We’ve seen this tech before, and ...