Find the artificial intelligence based software for radiology that you are looking for. All products listed are available for the European market (CE marked).
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Subspeciality: Cardiac
Modality: MR
Source: Vendor
CE
FDA
And ejection fraction, Heart ventricles segmentation, Myocardial mass, Quantification of ventricular volumes, Wall motion classification
The AI4CMR software performs a automatic cardiac segmentation and interpretation of Cardiac Magnetic Resonance (CMR), allowing quantification of various parameters without the need for intervention by a medical professional.
It automatically identifies cases with normal left and right ventricle wall motion (regional contractility), aimed at increasing awareness for the cases with suspicious wall motion abnormalities to the reporting physicians.
Subspeciality: Spine
Modality: MR
Source: Vendor
Editable report, Editable separate pathology report, Lumbar spine annotation, Measurement calculation based on segmentation, Smart navigation
CoLumbo is an AI assistant software for the interpretation of lumbar spine MR scans. It is a deep learning algorithm that aims to help radiologists reduce the patient examination reading and reporting time, and increase the accuracy of measurements, and facilitate standardization in spine MRI reporting and increase the patient – physician communication and trust.
Subspeciality: Chest
Modality: X-ray
Source: Vendor
Automated cardiothoracic ratio, Bone subtraction, Bone suppression, COVID-19 score, Detection of 148 chest findings grouped into 17 classes
Rayscape CXR solution identifies a total of 148 findings on chest x-rays that are further on grouped into 17 main classes.The Rayscape's algorithms show their location on the x-ray scan and provide doctors with additional information such as the CTR index and bone suppressed and subtracted versions of the medical image and a COVID 19 score. *The company was previously named XVision, and the product CheXVision
Subspeciality: Neuro
Modality: CT
Source: Vendor
Confidence bar, Detection of up to 130 findings (acute and chronic) on brain CT, Normal/abnormal differentiation, Notification, Visualisation, Worklist triage
Harrison.ai CT Brain is an AI clinical decision-support solution for non-contrast head CT, detecting up to 130 findings. Features include: • customisable, interactive viewer that integrates into PACS/RIS • a confidence bar displaying the likelihood of the finding and uncertainty of the AI model • worklist triage.
Subspeciality: Chest
Modality: X-ray
Source: Vendor
Confidence bar, Detection of up to 124 chest findings + detection of suspected tuberculosis, Normal/abnormal differentiation, Notification, Worklist triage
Harrison.ai Chest X-Ray is an AI clinical decision-support solution for chest X-ray, assisting clinicians to interpret chest X-Rays studies by detecting up to 124 findings + suspected tuberculosis. It acts as a second pair of eyes providing notification of suspected findings. Features include: • analysing up to three images per study including frontal and lateral images • a confidence bar displaying the likelihood of the finding and uncertainty of the AI model • customisable user interface that integrates seamlessly into PACS and RIS. • worklist triage
Subspeciality: Abdomen
Modality: MR
Source: Vendor
AI- supported prostate segmentation and volume, Lesion segmentation, PI-RADS v2.1 scoring support, Structured report, Volumes and risk scores
Prostate Intelligence software intended to assist analysis of MRI for suspected prostate cancer. It uses a combination of image processing, deep learning and machine learning methods, to segment the prostate, identify regions of interest, and calculate risk scores.
Subspeciality: Neuro
Modality: MR, PET
Source: Vendor
Brain region quantification, Comparison to reference population, Report generation, White matter hyperintensities segmentation and evolution in time and space
QyScore® is an advanced processing software for automatic labeling and volumetric quantification of segmented central nervous system structures. QyScore® produces a range of automated measures such as whole brain, white matter, grey matter by lobe, cerebellum, white matter abnormalities and brain substructures. Results are available with existing workflows through PACS, AV, AI viewers and in a dedicated 3D UI. QyScore® aims to decrease image reading variability and segmentation errors.
Subspeciality: Neuro
Modality: CT, MR
Source: Vendor
Automated post-processing, Automatic coregistration, Automatic motion correction, Easy-to-read perfusion maps., Leakage correction
Cercare Perfusion aims to solve two problems - slow perfusion imaging post-processing and difficult-to-read perfusion maps. Cercare Perfusion aims to improve radiology workflow efficiency and assessment speed by automating post-processing and providing clear, easy-to-read perfusion maps.
Subspeciality: Neuro
Modality: CT, MR
Source: Vendor
Automatic motion correction, Identification of suspected stroke lesions, LVO and ICH detection
Cercare Stroke is an AI-powered imaging solution for brain CT and MRI. Stroke parametric maps are based on perfusion maps from previous stroke cases providing decision support in treatment selection for each individual patient.
Subspeciality: Neuro
Modality: MR
Source: Vendor
CE
FDA
Longitudinal analysis, White matter hyperintensities detection, White matter hyperintensities volume quantification
Pixyl.Neuro.FL integrates into the routine workflow to automatically identify, highlight and quantify any hyperintense regions in the MRI, aimed at supporting the diagnosis and monitoring of patients. In a longitudinal study where there are multiple visits, the software identifies any evolution of hyperintensities compared to the previous visit and quantifies that change, thus providing data on the activity of the disease. The software outputs both a quantitative report on total lesion volume and evolution, as well as annotated MRI images with lesions contoured.
Subspeciality: Neuro
Modality: MR
Source: Vendor
CE
FDA
Brain segmentation, Brain volume quantification, Comparison with normative values, Longitudinal analysis
Pixyl.Neuro.BV is a volumetry tool measuring brain atrophy. It integrates into the routine workflow to quantify the volume of different tissues and structures in the brain, as well as any changes from the previous visit if there is one (longitudinal analysis). It also compares patient values to a normative population. The software outputs a quantitative report on tissue and structure volume, and changes relative to the prior visit. It also provides graphs to visualize the evolution of certain volumes with respect to normative values.
Subspeciality: Multiple
Modality: MR
Source: Vendor
ADC calculations, Parameter normalization
IB Diffusion calculates ADC maps, and other diffusion parameters such as IVIM, Extrapolated b-value, and stretched exponential (Alpha and DDC) to probe abnormalities of tissue structure.