Beat the clock with AI-powered insights into stroke dynamics
CERCARE Stroke is a software solution for stroke CT and MRI quickly provides AI-driven, easy-to-read stroke lesion maps for fast and reliable stroke assessment.

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Assess treatment eligibility with AI-driven insights into stroke dynamics
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Accelerate stroke routines with zero-click perfusion analysis
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Optimize stroke workflow with flexible clinical setup
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Multi-Vendor Compatibility

Compatible with major scanner manufacturers.
Easy Implementation

Multiple installation and integration possibilities.
Full Automation

Zero-click technology powered by AI.
Enable Easier Assessment of Treatment Eligibility with AI-Driven Software for Stroke CT and MRI
Unique technology incorporates inputs from both traditional perfusion maps (CBF, CBV, MTT) and additional maps of oxygen extraction and metabolism (CTH, OEF, CMRO2) providing a reliable overview of brain tissue status in stroke.
Full automation helps to save valuable time in stroke enabling faster clinical decisions and better patient outcomes.

Proven Technology
Our software for stroke CT and MRI technology is based on years of research in perfusion imaging and artificial intelligence within Aarhus University, Denmark, led by Professor Kim Beuschau Mouridsen and Professor Leif Østergaard.
Help your team beat the clock
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Fully automated identification of core and hypoperfusion lesions on CT and MRI
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Stroke lesions quantification
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AI-driven analysis based on previous stroke cases
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Easy-to-interpret maps of unparalleled quality
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Works with most CT and MRI scanners
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Integrates with major PACS
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Clear overlay of obtained maps with anatomical data
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Motion correction
*CERCARE Stroke consists of Cercare Medical Neurosuite and two modules – Capillary Function and Virtual Expert. Cercare Medical Neurosuite, Capillary Funciton and Virtual Expert are CE-approved according to the European Medical Device Directive 93/42/EEC, and developed/manufactured by: Cercare Medical ApS registered at Inge Lehmanns Gade 10, 8000 Aarhus C, Denmark.
Find out more:
PUBLICATION / RESEARCH PAPER:
Automatic Mean Transit Time Lesion Outlining in Acute Stroke Using Level Sets