AI Neurology & Neuro-Oncology

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NeuroQuant® Brain Tumor

Clearer Insights into MS Lesions

NeuroQuant® Brain Tumor

FDA-Cleared Software for Advanced Brain Tumor Analysis

Powered by AI, NeuroQuant® Brain Tumor provides objective tumor measurements and analysis of changes over time, supporting radiologists, oncologists, neurosurgeons, and multidisciplinary tumor boards in their clinical assessments.

Comprehensive Brain Tumor Assessment

MRI Sequences: T1 Pre/Post, T2 & T2 FLAIR

Glioma Segmentation

Support clinical assessment with objective volumetric data and color-coded brain structure images to inform diagnosis, treatment, and lifestyle planning. Assess lesion dissemination and distribution patterns, identify areas with the greatest lesion burden, and track lesions across orthogonal views.

Requires T1 Pre- and Post-Contrast Images

Meningioma Segmentation

Designed for single- and multiple-timepoint studies, this module classifies brain metastases and tracks changes over time, identifying new, enlarging, shrinking, stable, and resolved lesions. Comprehensive results include lesion counts, individual and total lesion volumes, and precise locations.

Required MRI Sequences: T1 Pre- and Post-Contrast

Meningioma Segmentation

Supports meningioma analysis across single and multiple timepoints, segmenting the necrotic core and enhancing tissue. Detailed volumetric measurements enable comparison of current and prior studies and assessment of changes over time.

Objective Tumor Insights Made Simple

Segmentation & Volumetrics Report

Detailed volumes of tumor regions are provided in comprehensive reports and automatically routed to PACS for seamless integration into your workflow.

Longitudinal Analysis

Prior studies of the same patients are automatically included on reports for precise volumetric comparison over time, enabling better treatment monitoring.

Brain tumor analysis illustration

Tumor Segmentation Color Overlay Series

Slice-by-slice tumor segmentations are routed to PACS with tumor regions of interest color coded for easy viewing and interpretation.

RT STRUCT

Advanced contour generation that can be manipulated for treatment planning, surgical planning, and radiation oncology applications.

NeuroQuant®

Brain Tumor Benefits

Enhanced Objectivity & Reproducibility

Quantitative brain tumor volumetrics provide more objectivity and are more reproducible than 2D visual analyses 1

¹ Blomstergen et al., (2018, July)

Time-Series Analysis

Displays time-series data for tumor volumes across multiple scans, allowing for better comparison and treatment planning

Comprehensive Tumor Coverage

Supports the analysis of gliomas, metastases, and meningiomas, offering broader clinical utility than solutions limited to one tumor type

Reports

Brain Tumor Reports

Comprehensive segmentation and volumetric reports, automatically delivered to PACS for seamless workflow integration.

Glioma Volumetric Assessment Report

The NeuroQuant® Glioma Quantification Report identifies and measures total lesion volume, including enhancing and non-enhancing components, to support consistent monitoring of low- and high-grade gliomas over time.

Metastasis Quantification Report

The NeuroQuant® Brain Tumor Metastasis Report detects, measures, and tracks lesions over time, highlighting new, resolved, shrinking, and enlarging tumors to simplify interpretation and support clinical decision-making.

Meningioma Quantification Report

The NeuroQuant® Brain Tumor Meningioma Report provides precise segmentation and volumetric measurement of enhancing tumor tissue and the necrotic core, supporting consistent assessment of tumor progression and treatment response over time.

Take the next step

Blue three-dimensional brain illustration

NeuroQuant® Brain Tumor

FDA-cleared software for advanced brain tumor analyses

Powered by AI, NeuroQuant® Brain Tumor assists radiologists, oncologists, neurosurgeons, and the Tumor Board by providing objective quantification and analysis of tumor changes over time.

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Let’s discuss your brain tumor imaging workflow.

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