FDA Radiology AI Devices

The Neuro.AI Algorithm by TeraRecon, Inc. is an AI-powered medical imaging software that analyzes brain perfusion images acquired via CT or MRI. It processes dynamic imaging data to generate detailed maps of brain tissue blood flow and vascular structures, helping trained medical professionals assess brain perfusion and vascular health efficiently. The software outputs detailed parametric maps and visualization aids to support clinical diagnosis without replacing physician judgment.

The CellaVision DC-1 is an automated device that uses artificial intelligence to locate and preclassify white blood cells and characterize red blood cells on peripheral blood smears. It captures microscope images, presents them for operator review, and assists in differential blood cell counting, helping clinical laboratories perform in-vitro hematology analysis more efficiently and accurately.

The Stethee Pro 1 is an electronic stethoscope designed for medical screening and diagnostic use. It detects and amplifies sounds from the heart, lungs, and other internal organs, and works with the Stethee Pro Software System to record, visualize, analyze, and share these sounds. This helps clinicians better assess patient heart and lung conditions through enhanced audio and data analysis tools.

Xeleris V Processing and Review System is a nuclear medicine software platform that helps physicians process, review, and quantify medical images from nuclear medicine, PET, and associated CT or MR scans. It supports multiple clinical applications including detection of brain diseases, lung conditions, coronary artery disease, and bone metastases, using AI-based image analysis such as deep learning for automated segmentation to enhance workflow efficiency and accuracy.

The VX1 is a cardiac mapping software tool designed to assist clinicians during atrial fibrillation or atrial tachycardia procedures by analyzing 3D anatomical and electrical maps of the heart's atria. Using machine and deep learning algorithms, it identifies complex dispersed electrograms in real-time to help guide electrophysiologists in annotating areas of interest, potentially improving mapping accuracy during catheter ablation procedures.

The EyeBOX is an eye-tracking device designed to assist clinicians in diagnosing concussion by analyzing eye movements. Patients watch a video on a screen while a near-infrared camera records their eye gaze data. The device processes this data using advanced algorithms to detect subtle abnormalities in eye movement that indicate concussion, helping doctors make timely and accurate assessments.

TOMTEC-ARENA is a clinical software package designed for reviewing, quantifying, and reporting medical imaging data primarily related to cardiovascular, fetal, and abdominal structures. It helps clinicians assess structures and functions from various imaging modalities in multiple dimensions, facilitating disease diagnosis through detailed quantifications and advanced visualization tools.

Syngo.via RT Image Suite is a medical imaging software tool that helps clinicians visualize and manipulate 3D and 4D images from multiple modalities like CT, PET, and MRI in preparation for radiation therapy treatments. It provides advanced contouring tools including AI-based automatic organ segmentation, multi-modality image fusion, and supports creating treatment plans to improve accuracy and efficiency in radiation therapy workflows.

EyeArt is an AI-powered medical software that analyzes retinal images to automatically detect more than mild diabetic retinopathy and vision-threatening diabetic retinopathy in adults with diabetes. It is designed to assist healthcare providers in primary care and eye care settings by providing rapid and reliable detection using color fundus images captured by specified retinal cameras.

AI-Rad Companion Engine is a software platform that supports visualization and post-processing of medical images for diagnostic use, helping clinicians by facilitating measurement, analysis, and data management. It integrates with multiple imaging modalities and PACS systems, providing an interface to add additional AI-driven clinical processing extensions.