Find the artificial intelligence based software for radiology that you are looking for. All products listed are available for the European market (CE marked).
21/244 results
Volume quantification, asymmetry index, report generation
icobrain ep helps physicians with the detection of hippocampal sclerosis in patients with intractable (uncontrollable) epilepsy. The icobrain ep software aids the assessment of hippocampal asymmetry ...
Cortical area segmentation, cortical thickness quantification, brain aging status, normal comparison
JAD-02K is an AI system that classifies the gray matter and calculates the cortical thickness using patient’s MRI. This system, which is based on 3D convolution neural network technology, classifies ...
Cerebral aneurysm detection
JBA-01K is an AI system that diagnoses whether or not a cerebral aneurysm exists using patient’s MR angiography. This system, which is based on 3D convolution neural network technology, detects ...
Intracranial hemorrhage detection
JBS-04K is an AI medical system that diagnoses hemorrhagic stroke using the patient’s CT images. This system analyzes CT images and then performs hemorrhagic lesion detection using 3D-based ...
Lesion detection, ischemic stroke subclassification
JBS-01K is an AI medical system that diagnoses a subtype of ischemic stroke using patient’s MR image and atrial fibrillation (AF) information. This system performs lesion detection and TOAST (Trial ...
Large vessel occlusion detection, notification
Viz LVO uses artificial intelligence to automatically identify suspected large vessel occlusion strokes on CT angiogram imaging in your network and to alert your on-call stroke team within minutes.
Perfusion mismatch mapping, notification, CBF, CBV, MTT, TMax calculations
Viz CTP uses advanced imaging technology to automatically analyze CT perfusion images of the brain, produce parametric color maps, and calculate CT perfusion parameters.
Aneurysm detection, notification
Viz ANEURYSM auto-detects cerebral aneurysms in CTAs. Detecting these aneurysms allows them to be appropriately monitored and treated.
Detection of suspected intracranial hemorrhages.
Brain region quantification, comparison to a normative database
Neuroreader® processes the MRI scans and provides a patient report with total brain volume, hippocampal volume and volumetric data on segments of the brain measured against a healthy database.
Automated quantification of DSC perfusion parameters
MR Dynamic Susceptibility Contrast (DSC) perfusion imaging. Automated generation of quantitative perfusion parameter maps, without the need of manual drawing of reference tissue normalization ROIs. ...