Liver Fat Mapping

Advanced Liver Fat Mapping from Routine CT — A Professional Imaging Analysis by RDG Imaging

At RDG Imaging, we offer an innovative imaging analysis service that transforms a routine abdominal CT scan into a powerful source of additional, personalized health information: quantitative liver fat mapping.

This advanced analysis enables patients to gain deeper insight into their metabolic health—beyond the scope of a standard CT interpretation—by objectively measuring fat content within the liver.

 

A New Layer of Information from an Existing CT Scan

Liver fat mapping can be ordered independently of a full CT report analysis.

Patients who have already undergone an abdominal CT—whether for clinical or preventive reasons—can request a dedicated, professional evaluation focused specifically on quantifying hepatic fat content.

Through advanced imaging analytics, supported and reviewed by a team of experienced radiology specialists, RDG extracts precise, objective measurements of liver fat from existing CT data—without requiring additional scans, radiation exposure, or contrast material.

The result is a clear, standardized fat map of the liver that provides:

  • An objective overview of hepatic fat content
  • Quantitative metrics rather than qualitative impressions
  • A reliable baseline for future comparison

This creates a meaningful foundation for monitoring changes over time—such as those resulting from dietary modifications, lifestyle interventions, or medical treatment.

 

Why Is It Important to Detect Fatty Liver Changes Early?

Fatty infiltration of the liver is one of the most common metabolic conditions worldwide and is closely associated with obesity, insulin resistance, diabetes, and cardiovascular risk.

While often asymptomatic in its early stages, untreated fatty liver disease may progress over time to liver inflammation, fibrosis, and even cirrhosis. In addition, it is linked to an increased risk of cardiovascular disease and metabolic complications.

Importantly, early-stage fatty liver changes are often reversible. Lifestyle modifications—such as dietary changes, weight loss, and increased physical activity—as well as appropriate medical therapy when needed, can significantly reduce liver fat content and improve overall metabolic health. Quantitative liver fat mapping provides an objective way to detect early changes and monitor improvement over time.

 

Innovation That Empowers Patients

This service represents a new generation of imaging analysis:
not simply identifying disease—but enabling individuals to better understand their bodies and proactively manage their health.

By converting standard CT imaging into measurable metabolic insight, liver fat mapping empowers patients to:

  • Detect early metabolic changes
  • Track improvement following lifestyle or therapeutic interventions
  • Make informed decisions regarding preventive care

It provides actionable information that was previously unavailable through conventional imaging interpretation.

 

Advanced Technology with Expert Radiological Oversight

Liver fat mapping at RDG Imaging is performed using advanced imaging technologies, integrated into a clinically supervised workflow and reviewed by experienced specialist radiologists.

Technology serves as a powerful analytical tool—while final assessment is conducted under expert medical supervision—ensuring professional accuracy, clinical relevance, and meaningful integration into the patient’s broader health management.

 

Exclusively Available at RDG Imaging

This innovative liver fat-mapping service—deriving quantitative metabolic insights from routine CT scans—is offered exclusively by RDG Imaging.

By combining advanced imaging analytics with dedicated radiological expertise, RDG enables patients to access a new dimension of preventive health information—transforming existing imaging into a personalized tool for long-term monitoring and proactive care.

Send us your CT study today and receive your liver fat mapping results tomorrow.

Know more about your body.
Track change objectively.
Turn imaging into insight.