Heru Inc., a medical technology company using artificial intelligence (AI) to advance vision diagnostics and augmentation, has completed class I device registration with the U.S. FDA for its cloud-based diagnostic application for visual field exams. Heru’s software works with commercially available augmented reality or virtual reality (AR/VR) headsets to provide a subjective visual field exam, with results immediately available to clinicians through a web portal.
HONG KONG – A new prototype hand-held device coupled with an artificial intelligence (AI)-powered app could make it possible for women to screen for breast cancer at home cheaply and efficiently. The device, the Blue Box, is the brainchild of Judit Giro? Benet, a 23-year-old junior specialist at the Center for Embedded Cyber-physical Systems at the University of California, Irvine, who is working with her Taiwanese partner Billy Chen to get their Blue Box to market.
Clinics, urgent care centers, busy hospitals, and patients can count on Hemoscreen, a miniaturized point-of-care hematology analyzer made by Pixcell Medical Technologies Ltd., to provide accurate complete blood count (CBC) results, according to a study published in the Journal of Applied Laboratory Medicine. The study found the small unit better differentiates between cells and adapts to inference than conventional laboratory blood analysis.
TORONTO – Waterloo, Ontario-based DarwinAI Corp. and Raleigh, N.C.-based Red Hat Inc.are developing a suite of deep neural networks for COVID-19 detection and risk stratification via chest radiography in cooperation with Boston Children’s Hospital. DarwinAI designed COVID-Net as “explainable” artificial intelligence (AI) that illuminates the inner workings of AI-driven medical technologies and promptly offered it on an open-source platform for the broader hospital community.
The COVID-19 pandemic has been more than just a distraction for the U.S. FDA, which started 2020 with a number of ambitions regarding digital health regulation. Despite having unveiled the Digital Health Center of Excellence to great fanfare, the agency is struggling to wrap up major digital health programs, such as the precertification program for software as a medical device, leaving the FDA with a daunting agenda for digital health in the coming year.
HONG KONG – New approaches to trials, digitalization and the effective use of advance technologies like artificial intelligence are reshaping how clinical trials are conducted, drugs are discovered, and new devices are developed, said participants at the Asia-focused Phar-East 2020 conference on Dec. 8.
Paige has received good news in the EU, securing a CE mark for its breast cancer detection software that highlights suspicious areas for pathologists to review further. It also received a CE mark for Paige Prostate Grading & Quantification, which offers slide level information for primary and secondary Gleason patterns and tumor size to inform treatment planning.
LONDON – Retinai Medicine AG reported a three-year master agreement with Novartis AG to apply its artificial intelligence (AI) tools in ophthalmology clinical trials. The first project will look at how machine learning can be used to speed up and improve the interpretation of optical coherence tomography (OCT) images of patients with neovascular age-related macular degeneration (AMD).
Artificial intelligence (AI)-powered cell capture startup Deepcell Inc. scooped up $20 million in a series A round led by Bow Capital. The funds are earmarked for developing the company’s microfluidics-based technology, building out a cell morphology atlas of more than 400 million cells and advancing a hypothesis-free approach to cell classification and sorting.
For the 795,000 Americans who suffer a stroke each year, time is brain. The U.S. FDA granted 510(k) clearance to a solution the developer says could cut time-to-treatment in stroke by an hour, preserving 3.6 years of healthy life. Nico.lab’s artificial intelligence-based CT scan analyzer, Strokeviewer LVO, uses an algorithm that enables faster triaging of stroke patients and enables physicians to see the location of occlusions in minutes.