FDA Radiology AI Devices

Myomics is a software tool designed to assist clinicians in viewing, processing, and quantitatively analyzing cardiovascular magnetic resonance (MR) images. Using AI-powered algorithms, it helps in detailed assessment of heart structures and adjacent vessels to support diagnosis in adult patients based on images acquired from 3.0 T MR scanners.

The Makoto Intravascular Imaging System™ is a medical imaging device that uses near-infrared spectroscopy combined with intravascular ultrasound to examine coronary and peripheral arteries. It helps clinicians detect lipid-core plaques, assess coronary artery lipid burden, and identify patients at risk of cardiac events by providing detailed images and compositional information of blood vessels. The device includes software that automatically identifies vessel borders and guide catheter locations, aiding in precise and efficient vascular assessment during invasive angiographic procedures.

ART-Plan+ (v3.0.0) is an AI-based software platform designed to assist cancer treatment via radiotherapy. It automatically segments organs at risk, lymph nodes, and tumors on CT and MR images and generates radiotherapy treatment plans. These plans are imported into clinicians' Treatment Planning Systems for dose calculation, review, and approval, helping streamline and improve the radiotherapy planning process for trained medical professionals.

OncoStudio (OS-01) is a software tool that uses deep learning to automatically outline organs at risk in CT scans. This helps clinicians and radiation oncologists efficiently generate contouring for treatment planning by providing initial contours that can be reviewed and confirmed. The software supports multiple anatomic regions including head & neck, thorax, abdomen, and pelvis, and outputs results in DICOM-RT format compatible with radiation therapy systems.

ScanDiags Ortho L-Spine MR-Q is an AI-powered software tool that processes previously acquired lumbar spine MRI images to provide quantitative measurements of spinal anatomical structures such as vertebral bodies, intervertebral discs, neuroforamina, and thecal sacs. It utilizes deep learning algorithms for semi-automatic segmentation and measurements, allowing radiologists to review and adjust results. This tool helps clinicians save time and improve the accuracy of lumbar spine assessment without replacing their expert interpretation.

CaRi-Plaque is a web-based software application that aids trained medical professionals by automatically analyzing cardiac CT scans to quantify and characterize coronary artery plaques and stenoses. It provides detailed measurements on plaque volumes and vessel stenosis to help clinicians assess coronary artery disease and guide treatment decisions, complementing their clinical judgment.

Brainomix 360 e-Lung is a software tool designed to assist physicians by providing automated, quantitative analysis of chest CT images. It offers 3D segmentation, volumetric measurements, and density evaluations of lung tissue to support diagnosis and longitudinal assessment of lung diseases, enhancing workflow efficiency and accuracy in radiological interpretation of CT thoracic scans.

Brainomix 360 e-ASPECTS is an AI-based software that analyzes non-contrast CT brain scans to help clinicians assess ischemic brain tissue injury and calculate an ASPECTS score, which reflects the extent of stroke-related brain damage. It uses automated image processing and machine learning to highlight affected brain regions, providing decision support for stroke diagnosis and treatment.

The V8 Diagnostic Ultrasound System and its variants are advanced ultrasound imaging devices designed to capture and analyze ultrasound images, including 2D, Doppler modes, and 3D/4D images. They assist healthcare professionals in diagnosing a wide range of medical conditions across various body regions by providing real-time imaging and measurement capabilities with AI-supported features such as nerve tracking and cardiac strain analysis.

Contour ProtégéAI+ is a medical imaging software accessory that leverages machine-learning algorithms to automatically create contours of anatomical structures on CT and MR images. It supports clinicians by automating and assisting in image segmentation, which is critical for adaptive therapy, radiation treatment planning, and patient follow-up. The software provides significant time savings and improves contouring consistency, while allowing clinicians to review and edit results as needed.