The U.S. FDA has granted 510(k) clearance to Siemens Healthineers AG for AI-Rad Companion Organs RT, the newest module in its platform of artificial intelligence-based software assistants. The radiation therapy planning aide joins earlier AI-Rad Companion modules for interpreting magnetic resonance imaging (MRI) studies of the brain and prostate, as well as one for chest computed tomography (CT) studies.

HONG KONG – Aprinoia Therapeutics Inc. is poised to start phase III clinical trials for its positron emission tomography (PET) imaging tracer 18F-APN-1607 in China, after receiving the green light from the National Medical Products Administration.

Aidoc Inc., a provider of artificial intelligence (AI) solutions in radiology, has won U.S. FDA clearance to market the first software solution for flagging and triaging incidental pulmonary embolism (PE). The AI technology, which includes triaging and notification algorithms, is an “always on” technology that analyzes chest CT scans in real time and alerts the radiologist to any potentially abnormal findings – possibly speeding up diagnosis by hours.

Spectrawave Inc. has named Eman Namati as its CEO with the charge of commercializing its flagship cardiac imaging technology. The 3-year-old, Bedford, Mass.-based medical imaging company has set an ambitious 24-month timeline for getting its photonic imaging technology for coronary artery disease into the clinic.

PARIS – Gleamer SAS has secured $8.75 million in series A financing for its CE-marked artificial intelligence (AI) application that automatically detects all types of fracture in radiography. “This funding will allow us to move forward with launching Boneview around the world,” Christian Allouche, CEO and co-founder of Gleamer, told BioWorld.

Omnivision Technologies Inc. has developed the first all-in-one RGB-infrared image sensor designed for medical use. The OHO2A1S sensor offers simultaneous white-light RGB and infrared monochrome captures in one complementary metal oxide semiconductor sensor, enabling endoscopes used in oncology to be produced with just one sensor, reducing the size, cost and heat output of the devices.

TORONTO – Ka Imaging Inc. has received U.S. FDA 510(k) clearance for a portable, dual-energy X-ray detector that distinguishes itself from others in this class by delivering regular digital radiography, bone and tissue images in a single X-ray exposure. Designed for early detection of pneumonia, including COVID-19, the Reveal detection system also differentiates bone and soft-tissue.

RapidAI, which focuses on imaging for stroke, has launched the Rapid Web App to help stroke teams stay updated on imaging results and communicate securely. Using the app, team members can receive real-time browser notifications of new cases, preview Rapid results and source files and engage in workflow communications via a desktop or laptop computer.

Mednax Inc. has inked a definitive agreement through which Radiology Partners will acquire the former's radiology solutions group for $885 million, with an eye toward creating a provider of comprehensive radiology and teleradiology services. El Segundo, Calif.-based Radiology Partners is a physician-owned, on-site radiology practice that partners with about 1,600 radiologists providing services to nearly 1,300 hospitals, clinics and imaging centers across 26 states. When the transaction wraps up, the combined organization, operated under the Radiology Partners name, will include more than 2,400 radiology physicians who provide services in every state plus Washington.

Researchers at Ben-Gurion University of the Negev (BGU) presented a new artificial intelligence technique that could protect medical imaging systems from hacking and human errors at the 2020 International Conference on Artificial Intelligence in Medicine (AIME) on Aug. 26. Their innovative solution uses a dual-layer architecture that screens for two different types of anomalous instructions to capture those that are always unusual or outside of safe ranges and those that are inappropriate in the specific context.