• AI Decision Support Software for Stroke MRI

Cutting-Edge Software for Stroke MRI Powered by Artificial Intelligence

Unparallel decision support for personalized stroke patient management

  • Accelerate time-to-treatment
  • Reduce routine manual work
  • Get decision support for confident treatment selection

AI-Driven Stroke Lesion Quantification, Based on Previous Patient Cases

Based on high-precision perfusion maps, CMN module Virtual Expert provides you with stroke lesion segmentation and volume estimations specific for each patient for evidence-based stroke analysis.  

Using machine learning technology, this module gives you a chance to get a second opinion on stroke core and penumbra sizes for each specific case based on previous patient cases. 

  • Facilitate triaging of stroke patients outside current treatment window 
  • Reduce routine manual volume estimation work 
  • Create a benchmark for future stroke analyses and treatment decisions 
cmn stroke dashboard

Get an accurate picture of stroke dynamics with unique maps of oxygen availability 

Advanced high-precision perfusion maps for a deeper understanding of brain tissue status 

  • Easily assess brain tissue status with maps of unparalleled precision 
  • Get unique insights into oxygen extraction 
  • Minimize manual tasks with automated postprocessing 
stroke advanced oxygen availability

Cercare Medical Neurosuite is a unique software for stroke MRI analysis that incorporates more than 20 years of research in perfusion imaging together with the latest achievements in artificial intelligence technology. It brings the decision support you need to make a difference for stroke patients in a more efficient way 

For more information contact our representative

 

Find out more:

SOLUTION SHEET:

AI Support for Stroke MRI

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PUBLICATION / RESEARCH PAPER:

Automated Decision-Support System for Prediction of Treatment Responders in Acute Stroke

READ HERE

PUBLICATION / RESEARCH PAPER:

Automatic Mean Transit Time Lesion Outlining in Acute Stroke Using Level Sets

READ HERE

PRESENTATION:

Deep Learning – Big Data

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