FastStroke with StrokeSENS*

FastStroke provides a comprehensive workflow solution for reviewing stroke workup images with exceptional flexibility, simplicity and performance. It is a streamlined approach that smartly adapts to your scan practices and allows you to review, post-process and share results in a streamlined and consistent method. FastStroke can automatically process and send generated images to the stroke team via email3. It also offers an option that allows seamless integration to Circle Neurovascular’s StrokeSENS™ AI-based processing tools for automated ASPECT Score2 and LVO detection1.

Based on the Alberta Stroke Program Early CT Score (ASPECTS), StrokeSENS ASPECTS uses validated machine-learning algorithms to automatically identify regions of the brain affected by early ischemic changes to aid physicians in assessment of the severity and extent of stroke damage.

• Extract more from simple non-contrast CT
• Automated scoring system augments physician assessment

StrokeSENS LVO uses AI to identify Large Vessel Occlusion (LVO) on CT Angiography. StrokeSENS LVO automatically notifies the stroke team of suspected LVO cases within minutes of receiving the CTA image, supporting early engagement of the stroke team. In the case a LVO is detected, Suspected LVO is written onto the input DICOM image (CTA or 1^st phase of mCTA) and results are automatically included in the email notification, helping notify the stroke team of the time-sensitive case.

• 0-click workflow: Background processing of ASPECTS ^1,2 , LVO ¹ detection, mCTA and Perfusion ⁶ series
• Auto send preprocessed images and functional maps in email format to stroke team ³

Review the non-contrast head CT, automatically displayed in standard reformatted planes.
Includes StrokeSENS’ Automated ASPECTS^1,2.

Automatically displays CTA images in a thick 2D MIP with optimized WW/WL settings.
Includes StrokeSENS’ Automated LVO detection and notification¹.

Smartly adapts to your scan practices synchronizing up to 6 multi-phase CTA passes to dynamically evaluate collateral circulation.

Displays a sophisticated fused view using color visualization to help assess vascular enhancement timing.

Automated perfusion processing to generate functional maps.

Automated brain symmetry of the midline & Deep Learning brain ventricle segmentation⁷. Identify/segment areas of modified perfusion.

Share results with the stroke team immediately once background processing has completed.