Richmond Hill, N.Y.-based Ihealthscreen Inc. reported the granting of a patent from the USPTO for automated systems for predicting and detecting the onset of glaucoma.
In what represents its first patenting, Anjo.ai Inc seeks protection of systems for remote monitoring, early detection and notification for life-threatening allergic anaphylactic reactions using wearable sensors and artificial intelligence. The system can recognize an allergic reaction even before the visible symptoms appear.
Medicare coverage of medical software in the U.S. is generally not the subject of flattering remarks from industry, but the novelty of the subcategory of artificial intelligence (AI) would seem to suggest that the Medicare problem for AI is even more severe. That suspicion was borne out by consultant Bruce Quinn who said at a public meeting here in Washington that some areas of software coverage and reimbursement, including AI software, “are just a train wreck,” a problem he said is especially acute in fee-for-service care.
The U.K. government said it will take action to tackle potential bias in the design and use of medical devices after an independent review found that there is extensive evidence of poorer performance of certain technologies, like pulse oximeters, in patients with darker skin tones.
Researchers from the University of Edinburgh seek protection for an algorithm developed using artificial intelligence that could be used by doctors to diagnose heart attacks more quickly and effectively.
South Korea’s MFDS gave regulatory clearance to SK Inc. C&C’s artificial intelligence (AI) solution to diagnose cerebral infarction called Medical Insight+ Brain Infarct on Feb. 22, as a class III device.
Shionogi & Co. Ltd. is partnering with Fronteo Inc. to develop artificial intelligence (AI)-based diagnostic tools to diagnose mental and neurological disorders more accurately.
Toku Inc. recently obtained CE and UKCA marks for its artificial intelligence (AI) technology, Clair, which evaluates the risk of cardiovascular disease (CVD) using retinal images captured during an eye exam.
A new study published by researchers from the Tokyo University of Science (TUS) unveiled a new machine learning-aided, non-invasive imaging framework for rapid liver lipid visualization, which could help diagnose and treat steatotic liver diseases (SLD).
In a post-pandemic world, South Korean molecular diagnostics firm Seegene Inc. is looking to ignite a new paradigm in the diagnostics business. Seoul-based Seegene is rolling out a new strategy of open innovation under its newfound initiative coined the “SG Onesystem,” which pledges to not only accelerate global partnerships for novel diagnostics but also “free the world of all disease.”
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