FDA Radiology AI Devices

PRAEVAorta®2 by Nurea is an automated software tool designed to assist clinicians by processing radiological images of the aorta. It helps in analyzing medical images to provide more accurate and efficient assessments, supporting diagnosis and treatment planning related to aortic conditions.

VistaSoft 4.0 and VisionX 4.0 are automated software tools designed to assist clinicians by processing radiological images. They help improve image interpretation to support diagnostic decisions in medical imaging.

MammoScreen BD is an AI-powered software designed to assist radiologists by automatically analyzing mammography images. It helps detect and assess breast density, improving the accuracy and consistency of breast cancer screening and diagnosis.

GBrain MRI by Galileo CDS, Inc is an AI-powered software designed to process MRI images automatically, helping radiologists interpret brain scans more efficiently.

Salix Coronary Plaque (V1.0.0) is an AI-powered software designed to automatically process and analyze radiological images, specifically helping clinicians assess coronary artery plaques to improve cardiac care.

VEA Align; spineEOS by EOS imaging is an AI-based software designed to automatically process radiological images of the spine. It helps clinicians by aligning and analyzing spinal images, improving accuracy and efficiency in diagnosing and treatment planning for spinal conditions.

DS Core Diagnosis by Dentsply Sirona Inc. is an AI-powered software designed to process radiological images automatically. It helps clinicians by analyzing medical images, enabling more efficient and accurate diagnosis in radiology.

The UNiD™ Spine Analyzer by Medicrea International is a software tool designed to automatically process radiological images of the spine. It helps clinicians by providing detailed analysis of spinal images, which facilitates diagnosis and treatment planning for spinal conditions.

Voxel Dosimetry is a software tool used in nuclear medicine to calculate the absorbed radiation dose distribution within a patient's body at the small voxel level and for specific organs. It uses deep learning based semi-automatic segmentation and non-rigid image registration to analyze images post-radionuclide therapy, providing clinicians with detailed dose mapping to assist in treatment planning and evaluation.

EchoPAC Software is a tool developed by GE Medical Systems that processes ultrasound images to assist clinicians in analyzing echocardiography data. It helps in improving workflow efficiency and accuracy in cardiac ultrasound interpretation.