Products

TechCare Alert aims to detect findings in emergency X-rays. These findings include: - Bones/Trauma: Fractures, dislocations, elbow joint effusion. - Thorax: Pneumothorax, opacity, pleural effusion, nodule.

PAIRE is a software as a medical device for PET-CT examination with FDG, highlighting lesions on the PET scan. It receives DICOM images from the PET-CT modality and computes new images. Then, it ...

BrainScan automatically detects 20 different brain pathologies on CT to aid prioritization of emergency patients.

Us2.ai supports cardiovascular disease diagnostics by providing machine learning based solutions that analyze and interpret echocardiograms, which are ultrasound images of the heart, creating patient ...

IB Lab FROG™ is an AI tool for foot geometry assessment from weight bearing foot X-rays, aiding in patient diagnosis and treatment decisions. The software module covers a total of 17 measurements across 5 use cases.

The AI-based brain MRI solution allows for the automated detection and quantification of both ARIA-E (edema/sulcal effusion) and ARIA-H (hemorrhage/superficial siderosis). Using a unique longitudinal neural network, the baseline MRI is compared ...

icobrain dm aims to assists healthcare professionals in achieving a diagnosis of dementia and Alzheimer’s disease (AD). icobrain dm uncovers abnormality patterns by: - Reporting sensitive brain ...

mdprostate enables AI-based evaluation of prostate MRIs through automatic identification and classification of lesions according to PI-RADS 2.1. The output includes comprehensive quantitative reports ...

The CINA-iPE solution provides automated detection and prioritization of incidental Pulmonary Embolism on CTA scans.

This AI assistant supports radiologists with detecting, classifying and tracking the growth of pulmonary nodules. DeepHealth Lung Check (previously Saige Lung and Veye Lung Nodules by Aidence) integrates into the PACS and is currently in use ...

Brain Health (previously Saige Brain and Quantib® ND) offers automated segmentation of brain structures and white matter hyperintensities. This machine learning radiology application provides insight into the possible presence of atrophy related ...