Press Release: Viz.ai Launches Viz Assist: The First Multimodal AI Agent Platform for Faster Treatment and Better Outcomes

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Home / Viz ICH+
Intracerebral hemorrhage (ICH) scan

Viz ICH+

AI-powered Hyperdensity Measurements

Take a Tour
Brain scan with color coded overlay

Customizable notifications

Stay informed your way with customizable report notifications based on user-defined criteria for total volume threshold.

Color-coded overlay

Segmented color-coded overlay on Non-contrast Computed Tomography (NCCT) outlines and measures hyperdensities, lateral ventricles and midline shift allowing quick assessment of hyperdensities by location.

Seamless PACS integration

Color-coded report series with total volume measurements sent back to picture archiving and communication system (PACS) for consistency.

Clinical study

Estimation of Ventricular and Intracranial Hemorrhage Volumes and Midline Shift on an External Validation Data Set Using a Convolutional Neural Network Algorithm

This study assessed the performance of Viz ICH Plus in quantifying ICH volume, bilateral lateral ventricle (BLV) volume, and midline shift (MLS). The algorithm performed well with low median absolute error in segmenting and quantifying ICH volume, BLV volume, and MLS. Viz ICH Plus achieved up to 92.3% accuracy in identifying clinically meaningful findings on scans.

Read the study

Hear what your peers are saying

  • Viz ICH+ auto-assessing for a bleed will in and of itself be helpful, but segmenting it out and not having to ‘calcu-estimate’ the volume myself will be an absolute game changer for me. There are many use cases!

  • I use the volume measurements from the Viz ICH+ report for ICH scoring, which is required for all ICH cases. It’s incredibly helpful to easily extract the data and quickly document the score.

  • Brett Meyer, MD

    Co-Director, UCSD Stroke Center; Clinical Director of Telehealth UCSD

  • Dr. Dorothea Altschul

    MD, FAHA FSVIN

Learn more about Viz.ai

Viz ICH+™ Brochure

Brochure Neuro

Viz ICH+, an AI-powered solution for measuring and segmenting hyperdense collections on non-contrast CT images. It includes color-coded overlays for...

Dec 09, 2024

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