FDA Radiology AI Devices

ABMD Software is an AI-powered application that measures bone mineral density from existing CT scans by analyzing the trabecular region of vertebral bones. It assists clinicians by providing retrospective assessment of bone density without the need for additional dedicated scans, thereby avoiding extra radiation exposure. It supports healthcare providers by offering BMD, Z-scores, and T-scores for evaluation, serving as a supplementary diagnostic tool rather than replacing standard DXA scans.

Quantib Prostate is an AI-powered image post-processing software designed to assist medical professionals in analyzing prostate MRI scans. It provides tools for visualization, semi-automatic segmentation of prostate anatomy and lesions, volume computations, and PI-RADS scoring support to facilitate the interpretation of prostate MR studies, aiding clinical decision-making.

LiverSmart is a software that automatically analyzes MRI images of the liver to measure both liver iron concentration and liver fat content. It processes images according to established protocols and generates a comprehensive report that assists clinicians in diagnosing and monitoring liver conditions such as iron overload and fatty liver disease, supporting treatment decisions and research.

BoneMRI is a software application that enhances MRI images to improve visualization of bone structures in the pelvic region, including the sacrum, hip bones, and femoral heads. It processes 3D MRI scans using a convolutional neural network algorithm to create enhanced images that help radiologists and orthopedic surgeons in assessing bone morphology and radiodensity without needing CT scans.

EndoScreener is a computer-assisted detection software that automatically identifies and highlights potential polyps during colonoscopy procedures. It processes the live video feed from the colonoscope and overlays blue boxes on suspected polyps, alerting the physician in real-time to improve polyp detection and assist clinical decision-making during colonoscopy in adults.

FlightPlan for Liver is a post-processing software that helps physicians analyze 3D X-ray angiography images to visualize the liver's vasculature and identify arteries near hypervascular lesions. It incorporates AI algorithms, including deep learning-based liver segmentation, to support the planning of liver embolization procedures, improving physician workflow and precision in treatment planning.

The Philips EPIQ and Affiniti Diagnostic Ultrasound Systems are advanced ultrasound machines that provide diagnostic imaging and fluid flow analysis for various body regions. They help clinicians visualize internal organs and blood flow in real time, assisting in the diagnosis and treatment of conditions related to the abdomen, heart, brain, musculoskeletal system, and more. The system also includes liver fat quantification tools to measure attenuation and hepato-renal index, supporting assessment of liver health.

GI Genius is an artificial intelligence-based software device designed to assist endoscopists during colonoscopy. It analyzes live video images from standard white-light endoscopy in real time and highlights abnormal colonic mucosal lesions such as polyps and adenomas to aid detection. By providing visual markers on the video display, it helps clinicians identify lesions that might be missed, improving detection rates and supporting clinical decision making.

Hepatica v1 is a software tool used by clinicians to analyze MRI scans of the liver. It processes MRI data to create detailed 3D models of the liver by segments and provides quantitative measurements of liver tissue health such as iron-corrected T1 and fat fraction. This information supports the evaluation of liver volume and health, aiding clinical and surgical decision making for patients.

HepaFat-AI is an AI-powered software that automatically analyzes MRI images of the liver to measure liver fat content. It helps clinicians assess fatty liver disease, monitor liver fat in patients undergoing weight loss, and screen liver transplant donors by providing quantitative and reproducible fat fraction results quickly without manual input.