Connecting Human & Artificial intelligence to

Revolutionise
Emergency Care

StrokeViewer enhances regional stroke careOur intuitive app is designed to help you make well-informed treatment
decisions, wherever you are.

StrokeViewer enables physicians to:

  • Share critical patient information instantly with your entire stroke network to streamline patient transfers
  • Chat and screen share with your stroke network to help facilitate your decision-making
  • Retrieve and view images from our Certified DICOM mobile viewer allowing you to make a diagnosis on the go within seconds
  • Save time with instant access to all original and AI processed images
  • Our chat and screen sharing features are HIPPA compliant to protect patient data
  • Access your results seamlessly through the method most convenient for you – whether it’s via your mobile device, email, or PACS

Dr. Jonathan Cortese on
speeding up stroke care

Dr. Jonathan Cortese is an Interventional Neuroradiologist at Bicêtre Hospital in Paris, France. He uses StrokeViewer on his mobile device to facilitate communication and collaboration with his colleagues.*

For ICH Detection within
Hemorrhage Triaging

 Sensitivity
  • 91.4%
Enter Max Value: 100
 Specificity
  • 97.5%
Enter Max Value: 100
Accuracy
  • 95.6%
Enter Max Value: 100

For Occlusion Detection within
LVO Triaging

Sensitivity
  • 91.3%
Enter Max Value: 100
Specificity
  • 85.9%
Enter Max Value: 100

Perfusion

  • Multicolored perfusion maps through our user-friendly DICOM Viewer
  • Perfusion volumes are calculated according to configurable Tmax and CBF thresholds 
  • Automated AIF and motion correction to standardize results

LVO Triaging

  • Sensitivity of 91.3% and Specificity of 85.9% for occlusion detection
  • Case-level notifications are provided in case of suspected positive findings

 Hemorrhage Triaging

  • Detection of subtle subarachnoid, intraparenchymal, Epidural, Subdural and Intraventricular Hemorrhages
  • Sensitivity of 91.4%, Specificity of 97.5% and Accuracy of 95.6% for ICH detection. Case-level notifications are provided in case of suspected positive findings

Dr. Albert Yoo | Medical Director, Texas Stroke Institute

“I think StrokeViewer works brilliantly as a screening tool to alert the team of high suspicion of a LVO. The communication gets everyone coordinated in a parallel fashion.”
Dr. Albert Yoo
Medical Director
Texas Stroke Institute

Dr. Ludo Beenen | Trauma and Emergency Radiologist, Amsterdam UMC

“One of the most important things StrokeViewer does for me is the transfer of information of patients between hospitals and radiologists, which can save so much time.”
Dr. Ludo Beenen
Trauma and Emergency Radiologist
Amsterdam UMC

Dr. Jurrit Hof | Radiologist, Medisch Spectrum Twente

“'Instant remote access to patient images has been a game changer – I can support colleagues on call even if I am a few hours away from the hospital"
Dr. Jurrit Hof
Radiologist
Medisch Spectrum Twente

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

Blog Posts

In the rapidly evolving healthcare landscape, cloud-based platforms are emerging as transformative forces in enhancing access to critical care. These innovative systems are redefining how medical professionals collaborate, make decisions, and ultimately, how they deliver care to patients in need. At the heart of this revolution lies the promise of greater accessibility, efficiency, and scalability in critical care services—principles that are especially pertinent in the domain of stroke care.

From extensive research
to revolutionizing stroke
workflow technology

Founded from the world-leading MR CLEAN clinical trial, Nicolab’s team is comprised of researchers, developers and medical specialists. Our mission is to align the development of our products and our operational strategies with your needs. At Nicolab, we develop solutions for physicians, by physicians.

Our Partners

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Ready to make
the next step?

1. Minimum requirements must be met. Dependent upon internet access and coverage area. Exceptions to availability are during software updates.
2. Based off the clinical study within the 510(k) cleared CINA ICH-detection software (K200855)
3. Images were obtained primarily on GE scanners. Limited number of scans used from Siemens, Toshiba and Philips.
4. Based on a survey conducted in 2021 among board-certified radiologists, neurologists and other users
5. Based off the clinical study within the 510(k) cleared CINA ICH-detection software (K200855)