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Automatic Volume Assessment

Revolutionizing Abdominal Aortic Aneurysm Monitoring

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Overview

Automatic Volume Assessment

Cydar Maps Automatic Volume Assessment (AVA) is an essential component of our comprehensive solution, seamlessly integrating patient-specific features (e.g., anatomic vessel geometry) with clinical decisions (e.g., device selection) and patient outcomes (e.g., changes in aorta volume). This integration enhances clinical decision-making, providing a clearer understanding of patient progress and treatment efficacy.

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Clinical Diagnostics

Assists physicians in making informed decisions for patient treatment plans by providing accurate volume assessments. 
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Post-EVAR Monitoring​​

Essential for evaluating the success of EVAR procedures and tracking aneurysm size over time. 
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Research & Development​​

Supports advanced research in understanding the progression of AAAs and the effectiveness of various treatment methods. 
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01 . Volume assessment visualisation

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02 . Increase in volume

Enhanced features and services for clinical staff

The Cydar Maps Automatic Volume Assessment (AVA) feature utilizes Artificial Intelligence (AI) to automatically estimate the volume of an Abdominal Aortic Aneurysm (AAA). Applied to any CT scan, AVA provides critical insights into potential changes in aneurysm volume over time, aiding in the assessment of the success of Endovascular Aneurysm Repair (EVAR) procedures. This innovative tool offers a streamlined approach to tracking disease progression.

Key features

Automatic Post-Op Assessment:
  • Automatic assessment of post-op CT scans for AAA patients, including aortic aneurysm volume estimations.
  • Volume calculation based on an assessment of the infra-renal aortic region.
Trend Visualization:
  • Graphic display showing the trend in estimated volume calculations over time.
  • Cydar Maps AVA tracks the progression of disease to inform clinical decision-making.
Objective Treatment Measures:
  • AVA helps provide objective measures of EVAR treatment success, enhancing patient care (O’Donnell et al.).
Enhanced Communication:
  • AVA can help share visualizations with patients and clinicians in a clear and understandable manner, fostering increased patient engagement.
Streamlined Monitoring:
  • With AVA, surgical teams can streamline the follow-up monitoring process and reduce the time spent calculating aortic volume.

Benefits

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Enhanced Clinical Decisions

Provides vital information to better inform clinical decisions regarding device selection and treatment strategies.

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Improved Patient Outcomes

Enables timely interventions by detecting changes in aneurysm volume, potentially reducing the risk of complications.

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Efficient Workflow

Saves time and resources by automating volume calculations, allowing healthcare professionals to focus on patient care.

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Consistent and Reliable Results

AI-driven assessments ensure consistent and reproducible results, reducing variability in manual measurements.

“

Without Cydar Maps the cases are just in my brain, but now with the planning software, we can plan procedures better... I will not operate without it.

Omar Andres Navarro, MD​
Head of Angiology and Vascular Surgery​
Hospital Universitari de Girona Doctor Josep Trueta, Spain​

“

The impact that it has in the operating room environment – particularly complex anatomy - is tremendous.​

Prof Ross Milner, MD​
Chief, Section of Vascular Surgery and Endovascular Therapy
Vice Chair, Peri-operative Services and Clinical Affairs
University of Chicago Medicine, Chicago, IL​

“

Cydar has been instrumental in our ability to grow our complex EVAR program to provide lifesaving treatment to our community.   The technology has demonstrated value in reducing radiation, contrast, and procedure time.  It improves confidence in device positioning, simplifies branch cannulation and has had a profound impact in process improvement and quality

Murray L. Shames, MD, DFSVS, FACS​
Richard G. Connar Professor,
Chair Department of Surgery USF Health Morsani School of Medicine

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