FDA Radiology AI Devices

The FFRangio System is an AI-based software device used to analyze standard angiographic images (X-ray based) of coronary arteries. It generates a 3D computer model from these images to simulate blood flow and calculate FFRangio, a measure that helps clinicians assess coronary artery disease functionally. It aids in clinical decision-making by providing detailed physiological information during catheterization procedures without invasive measurements.

The Rooti Rx System is a wearable single-lead ECG recording device that allows patients to record ECG data at home or work. The data is stored on the device and later transmitted via Wi-Fi to medical professionals’ iOS devices for post-analysis, aiding clinicians in patient cardiac monitoring and diagnosis.

The Peerbridge Cor System is a wearable ECG monitoring device designed for continuous recording and transmission of heart electrical activity over 24 hours to 7 days. It helps clinicians monitor patients with symptoms like palpitations or dizziness by generating ECG reports based on FDA-cleared algorithms, aiding clinical diagnosis.

The SpectralMD DeepView Wound Imaging System 2.0 is a medical imaging device that uses non-contact photoplethysmography (PPG) technology to capture color images showing blood perfusion in tissues. It helps clinicians assess blood flow in a variety of clinical settings, including wound healing, plastic surgery, and vascular surgery, by providing detailed images of microcirculation in healthy or injured skin.

HeartFlow FFRct is a software tool that analyzes existing CT images of coronary arteries to calculate fractional flow reserve (FFRCT). This helps clinicians assess the functional significance of coronary artery disease non-invasively, aiding diagnosis and treatment decisions without requiring additional imaging or radiation.

The Personalized Physiology Analytics Engine software is a computerized analysis tool designed to monitor changes in a patient's vital signs relationships over time. Using data such as heart rate, respiratory rate, and activity, it calculates a Multivariate Change Index that helps clinicians track significant physiological changes during routine monitoring, aiding in patient assessment but not for direct diagnostic decisions.