Quantitative Imaging Biomarkers from MRI | evorad
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μetaradiology

Turning Images into Disease Maps

liver steatosis

μetaRadiology provides disease-oriented maps for deeper insights on monitoring conditions such as Multiple Sclerosis, liver steatosis/hemosiderosis, and osteoporosis into the workflow. 

CAPABILITIES

Disease-specific quantification and reporting

liver-steatosis

Liver Steatosis

Liver fat content is quantified precisely and non-invasively, allowing fatty liver disease to be staged and characterised even in asymptomatic patients. The resulting measurements support clinical decision-making and provide a consistent basis for longitudinal patient monitoring.

osteoporosis

Osteoporosis

Bone density is assessed accurately without the need for a separate DEXA examination, giving an objective basis for fracture risk assessment and preventive strategies. Consistent follow-up comparison supports therapy evaluation and tracking of progression over time.

hemosiderosis

Hemosiderosis

Liver iron concentration is quantified to support accurate diagnosis and comparison against prior studies, reducing reliance on liver biopsy. Non-invasive assessment can be repeated as required, allowing treatment response to be monitored reliably throughout the course of care.

multiple-sclerosis

Multiple Sclerosis

Lesions are segmented and quantified across multiple time points, enabling automated monitoring of disease progression and clearer clinical insight. Objective, repeatable measurements support standardised reporting and consistent comparison in MS follow-up.

the μetaradiology value

Quantitative measurement, built into routine imaging.

Metaradiology applies quantitative biomarker mapping to standard MRI studies, turning routine acquisitions into structured, disease-oriented measurements.

quantitative-biomarker-mapping
Quantitative MRI biomarker mapping
Disease-oriented reporting
modular-intelligence-layer
Single, modular intelligence layer
research-grade-outputs
Research-grade outputs
optimised-protocols-algorithms
Optimized protocols & algorithms
clinically-enhanced-timeframes
Clinically enhanced timeframes
Liver Steatosis

From asymtomatic to finding

Precise, non-invasive quantification of liver fat fraction allows fatty liver disease to be staged and characterised from existing imaging. The resulting measurements give clinicians a consistent basis for decision-making and longitudinal monitoring.

  • No biopsy. No additional acquisition. No manual measurement.
  • Quantified, staged and comparable across every follow-up study.
  • Available within the existing reading workflow.
  • Scan acquisition
  • Liver ROI is outlined
  • Fat Fraction quantification
  • Report is generated

Measure more from every scan