Olea Medical's CEST (Chemical Exchange Saturation Transfer) solution is a specialized software module for advanced post-processing of MRI and CT images, focusing on CEST and APTw (Amide Proton Transfer-weighted) imaging. It delivers instantaneous multi-parametric maps, quantitative and qualitative data, and a suite of correction tools to support practitioners in analyzing complex medical conditions. The solution is intended for research use and integrates with the broader Olea Sphere platform.

Key Features

Alignment with Anatomical Sequences Aligns calculated maps with structural MRI images for precise extraction of results from regions and volumes of interest.

• Accurate co-registration with morphological maps
• Facilitates ROI/VOI-based analysis

Multi-parametric Map Generation Provides a comprehensive set of calculated maps for detailed monitoring and analysis.

• Instantaneous generation of quantitative and qualitative maps
• APTw computation at different frequency offset ranges

Advanced Correction Tools Includes spatial and temporal noise reduction, motion correction, and fluid suppression.

• B0 and B1 correction for magnetic field inhomogeneities
• Spillover correction for fluid suppression

Customizable Display Options Offers adaptive palettes and display settings for APTw maps.

• Highlights anomalous areas for easier interpretation
• User-adjustable visualization parameters

Research-focused Workflow Designed for research applications with advanced features and export options.

• Supports integration with research protocols
• Enables export of processed data for further analysis

Benefits

Improved Diagnostic Confidence Provides practitioners with detailed, quantitative imaging data to support clinical decisions.

• Enhances visualization of subtle tissue changes
• Supports detection and monitoring of various conditions

Streamlined Image Analysis Automates complex post-processing tasks, reducing manual workload and potential for error.

• Instantaneous map generation accelerates workflow
• Standardized outputs improve reproducibility