FDA Radiology AI Devices

MEDO ARIA is a cloud-based medical imaging software that uses machine learning to help clinicians view, quantify, and generate reports from ultrasound images of infant hips. It supports diagnosis of developmental hip dysplasia (DDH) in newborns and infants up to 12 months, assisting radiologists by automating some image analysis tasks and improving workflow efficiency.

Al-Rad Companion (Musculoskeletal) is AI-powered software designed to analyze CT images of the spine. It supports clinicians by automatically segmenting and labeling vertebrae, measuring vertebral heights, and calculating the mean Hounsfield unit values within vertebrae, aiding in musculoskeletal disease evaluation and assessment.

PhantomMSK Trauma is a software tool that helps surgeons during orthopedic trauma surgeries by providing precise measurements and image analysis of fluoroscopic images. It assists in the intraoperative positioning of implants relative to bone structures, helping improve surgical accuracy without primary image interpretation.

KOALA is an automated software that helps medical professionals analyze knee X-rays by measuring joint space width and identifying radiographic signs of osteoarthritis. It assists clinicians in evaluating knee health and aids diagnosis, improving efficiency and accuracy in managing osteoarthritis cases.

The MIMOSA Imager is a cordless, non-contact tissue oximeter that estimates and maps oxygen saturation in superficial tissue. It captures spatially-resolved images using visible and near-infrared light and presents tissue oxygenation as a heat map on a connected Android device. This helps clinicians monitor circulatory or perfusion status in patients, especially for skeletal muscle and suspected compromised circulation.

aBSI is a software-only medical device designed to quantitatively assess and analyze skeletal disease burden on bone scans from nuclear medicine imaging. It helps healthcare professionals by automatically detecting and quantifying lesions to support clinical decision-making, particularly in oncology, by measuring disease extent in the skeleton.

BriefCase is an AI-powered software that helps radiologists prioritize cervical spine CT scans by flagging possible fractures. It runs alongside standard image interpretation, notifying clinicians quickly about suspected cases to enable faster patient management, but it is not used for final diagnosis. This helps improve workflow efficiency and timely attention to urgent cases.

Bone VCAR is a software tool designed to assist clinicians in reviewing CT images that include the spine. It uses deep learning to automatically label vertebrae and provides optimized display settings to improve visualization and reporting efficiency across multiple care areas such as trauma and oncology.

The NuVasive Pulse System is an advanced surgical device designed to assist surgeons during spinal procedures by monitoring neurophysiologic activity and providing enhanced fluoroscopic imaging and navigation. It combines neurophysiologic monitoring to assess nerve function and safety, image enhancement to improve the quality of fluoroscopic images at low doses, and computer-assisted navigation to guide precise placement of spinal implants, helping to improve surgical accuracy and patient outcomes.

OsteoDetect is an AI-driven software that helps clinicians detect distal radius fractures on adult wrist X-rays. It analyzes both posterior-anterior and lateral radiographs, highlighting potential fractures with bounding boxes to assist healthcare providers in diagnosing wrist injuries more accurately and quickly. The software serves as an adjunct, supporting clinical decision-making but not replacing the clinician's judgment.