Academic Research

Stimulating New Medical Insights

The medical community is increasingly focused on Precision Medicine. Research has therefore shifted towards individual variability in genetics, lifestyle, biology, - and body composition. AMRA is advancing precision medicine, enabling researchers to better characterize patients at baseline and monitor interventional effects.

AMRA improves the understanding of relationships between body composition biomarkers and disease development, helping to support data observations and stimulate new hypotheses.

AMRA® Researcher

AMRA® Researcher is a product for classification and quantification of global and regional fat volumes, fat fractions and lean tissue volumes in comparison to normal ranges. With rapid MRI scanning and automated image analysis, you now have access to a time-efficient, cost-effective and innovative means of analyzing complex pathological processes.

Precise segmentation of fat and muscles. Additional muscle groups and/or individual muscles can be segmented and measured using AMRA® Researcher.


Encourages Collaborative Research

AMRA is standardized across the major 1.5 and 3T MR platforms. In addition, AMRA does not require any installations, is compatible with other imaging technologies, and provides automated, cloud-based analysis, supporting use by multiple research groups.


At the Forefront of Precision Medicine

AMRA® Researcher is validated for its high accuracy and precision, which can allow for the early detection of small physiological changes and evidence of interventional efficacy, as well as the ability to phenotype and stratify populations.


Multiple Fat & Muscle Biomarkers from a Single Scan

Information on multiple biomarkers can be gathered from a single scan, providing a time-efficient and cost-effective method for the analysis and further understanding of complex disease processes.


Retrospective Analysis on Previously Acquired MR Images

In some cases, AMRA may be able to retrospectively analyse MR images from your prior studies or patient cohorts.


Reduced Patient Burden

Rapid whole body MRI reduces the burden on patients compared with traditional MRI, thus supporting optimized recruitment and retention in research studies.

Precise Body Composition Biomarkers

  • Visceral Adipose Tissue (VAT)
    VAT within the abdominal cavity, excluding adipose tissue outside the abdominal cavity
  • Muscle Fat Infiltration (MFI)
    Quantification of the average thigh muscle fat infiltration
  • Abdominal Subcutaneous Adipose Tissue (ASAT)
    ASAT measured from the top of the femoral head to the top of the thoracic vertebrae T9
  • Lean Thigh Muscle Volume
    Left and right posterior thigh muscles (gluteus, iliac, adductor, hamstring) and, anterior thigh muscles (quadriceps femoris and sartorius)
  • Liver Fat
    Proton-density Fat Fraction (PDFF), a non-invasive and precise way to measure liver fat content
  • Individual Muscle Volumes
    Precise quantification of group or individual muscle volumes in the body

Additional measurements may be available depending on specific protocol needs

Simple & Cloud-Based

Getting Started
Setup & Verification using AMRA® Protocol
Rapid MRI
Data Transfer
Safe & Secure
Image Transfer
Automated Segmentation, Quantification and QA
Personalized Assessement of Body Composition

What You Receive

We offer a variety of study options, so whether you require grouped data, individualized reports, or high-quality images and films, we will deliver according to your specific needs.

"Unlocking New Insights on the
Road to Precision Medicine"

Our Current Research and Application Areas Include









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