Philips has released a 160cm FDA-approved LumiGuide wire with FORS technology, providing real-time 3D visualization of catheters, reducing radiation exposure, and improving efficiency in complex procedures.
AIxSCAN, Inc. has commenced U.S. clinical trials for its ARC60 imaging system, aiming to conduct over 50 lung disease patient scans with UC San Diego Health as the inaugural site, and plans to complete up to 1,000 scans within two years.
An artificial intelligence system identified improperly positioned endotracheal tube (ETTs) on chest radiographs obtained after ETT insertion, as well as on chest radiographs obtained from patients in the ICU at two institutions.
An AI tool can accurately identify normal and abnormal chest x-rays, potentially alleviating radiologists’ heavy workload with a 99.1% sensitivity rate.
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ConcertAI’s TeraRecon Eureka Clinical AI SaaS platform brings artificial intelligence (AI) and Deep Learning technologies to automate thoracic image interpretation for improved accuracy and accelerated interpretation. This provides a comprehensive AI solution for multi-specialty care teams that improves patient care.
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In a pioneering, randomized controlled study evaluating the effect of artificial intelligence (AI)-based software in real clinical practice, researchers found that AI significantly improved the detection of lung nodules on chest x-rays.
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The Diagnostic Ultra-Portable X-ray for Space (DUXS) program achieved liftoff late last year by successfully obtaining medical diagnostic radiographic images in zero-gravity conditions—including a re-creation of one of the first x-ray images ever taken by Nobel Prize winner Wilhelm Conrad Röntgen.
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German researchers have produced dark-field x-ray images of patients infected with COVID-19. In contrast to conventional x-ray images, dark-field images visualize the microstructure of the lung tissue, thereby providing additional information.
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