Suppliers > Nicolab > Stroke Viewer
Nicolab Stroke Viewer
NICOLAB
Artificial intelligence-based solution for rapid detection and analysis of ischemic stroke.- Instant access to CT and CTA images from any location.
- CE MDR certified AI algorithms for identifying occlusions and hemorrhages.
- Real-time clinical decision support for physicians and multidisciplinary teams.
- Interoperable platform, compatible with existing PACS and RIS flows.
- Collaboration between hospitals through secure transmission of images and results.
- Access via web and mobile apps, available 24/7.
- It reduces the time to diagnosis and increases the rate of endovascular treatment.
- Full integration with the hospital’s medical IT infrastructure.
- CE certified product class IIb – according to European regulations for medical devices.
Fast access to critical images and data in real time
Maximum efficiency in the decisive first minutes
StrokeViewer allows doctors to access and view CT and CTA images of the patient immediately after the scan, from any connected device. AI algorithms automatically analyse images, quickly identifying signs of an ischemic or hemorrhagic stroke. Through automatic alerts and interpretation in seconds, the system significantly reduces the time between scanning and initiation of treatment, acting in the critical intervention window.
Extensive collaboration between hospitals and connected clinical teams
Fast decisions in integrated healthcare networks
StrokeViewer facilitates collaboration between primary centres and endovascular treatment facilities, through a secure system for sharing images and clinical data. Multidisciplinary teams can simultaneously view the same images, comment and make joint decisions in real time. The platform supports networking and eliminates data transfer delays, improving the coordination of interventions.
Advanced Artificial Intelligence for Informed Decisions
Automated analysis and validated clinical support
StrokeViewer’s AI algorithms are clinically validated and CE MDR certified, providing accurate interpretation of brain images. The system automatically detects occlusions, hemorrhages and calculates ischemic volumes, providing key information to neurologists and radiologists. The results are clearly displayed in an easy-to-interpret format, helping to quickly establish the treatment plan and prioritize patients.
