The qSpot-TB AI is a second-read computer aided detection & diagnosis device that analyses chest X-rays to localize all noted radiological signs suggestive of TB & provide an accompanying conclusion regarding the presence or absence of TB
Medical imaging artificial intelligence (AI) innovator, Qure.ai, has received breakthrough device designation from The Food and Drug Administration’s (FDA) Center for Devices and Radiological Health (CDRH) for its AI-powered Tuberculosis (TB) solution, qSpot-TB.
This latest regulatory accolade for Qure.ai joins four FDA clearances and 61 European Union Medical Device Regulation (EU MDR) CE mark approvals over the last eighteen months.
The qSpot-TB AI is a second-read computer aided detection and diagnosis device that analyses chest X-rays to localize all noted radiological signs suggestive of TB and provide an accompanying conclusion regarding the presence or absence of TB. This may support clinical workforces, especially during a recent uptick of TB incidences in developed nations including the United States.
Bunty Kundnani, Chief Regulatory Affairs Officer, Qure.ai, states, “Qure is committed to pushing the boundaries of AI medical innovation and follows rigorous legislative and regulatory processes in over 85 countries to ensure the highest standards of safety and efficacy of solutions. Achieving FDA and EU MDR clearances across multiple imaging modalities and global disease areas means that we can confidently support radiology workforces to prioritize patient cases quickly or expedite decision making.”
“The breakthrough device designation granted to Qure’s qSpot-TB device by the FDA marks a step-forward in the field of tuberculosis AI-assisted diagnosis. TB is a highly infectious disease affecting the lungs and is not just the premise of developing nations. Rates of TB in western societies such as the UK and USA have ticked upwards following the COVIF-pandemic, magnifying the need for continued focus on detection and screening. We look forward to working closely with the FDA on the onward breakthrough device regulatory process,” he adds.
“The increase in TB cases in the USA is a reminder about the importance of collective global efforts to continue the fight against the disease until it is eliminated. We cannot let our guard down. Innovative technology is a crucial component for accelerated progress to successfully end TB globally,” said Professor Kenneth G. Castro, MD, FIDSA, Co-Director, Emory TB Center, Hubert Department of Global Health & Department of Epidemiology, Rollins School of Public Health, Division of Infectious Diseases, Department of Medicine, School of Medicine, Emory University.
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