Coding Ahead
CasePilot
Medical Coding Assistant
CaseConsultant
Instant Email Coding Consultant
Case2Code
Search and Code Lookup Tool
CareerCenter
Medical Coding Job Board
Log in Register free account

Need help choosing the right code?

Ask CasePilot about procedures, modifiers, bundling, and coding guidance.

Try CasePilot

Official Description

Quantitative magnetic resonance for analysis of tissue composition (eg, fat, iron, water content), including multiparametric data acquisition, data preparation and transmission, interpretation and report, obtained without diagnostic MRI examination of the same anatomy (eg, organ, gland, tissue, target structure) during the same session; multiple organs

© Copyright 2026 American Medical Association. All rights reserved.

Common Language Description

Quantitative magnetic resonance (QMR) is a sophisticated imaging technique designed for the analysis of tissue composition, including fat, iron, water content, and other components within the body. This method offers enhanced precision compared to traditional studies, such as dual-energy X-ray absorptiometry (DXA), making it a valuable tool in various clinical settings. QMR is particularly useful for detecting subtle changes in body composition, which can be critical for evaluating the effectiveness of medical treatments, nutritional interventions, and monitoring the progression of chronic diseases. Additionally, it aids in assessing growth patterns or changes in specific target areas of the body.

The QMR process leverages the unique nuclear magnetic resonance properties of hydrogen atoms found in different types of tissue. By utilizing these properties, QMR can differentiate between signals originating from fat, lean tissue, bone, and water. During the procedure, the patient is positioned on a rolling bed that moves into a specialized square bore chamber, which is enveloped by a resistive electromagnet. This magnet creates a static, low-intensity magnetic field that is essential for the imaging process. Radio frequency pulses are then directed at the target tissue, stimulating the hydrogen nuclei within the magnetic field. As these nuclei relax, they emit electromagnetic signals that reflect their surrounding environment. These signals are captured and processed through advanced algorithms to generate parametric mapping of the tissue composition.

Ultimately, the data obtained from the QMR procedure is meticulously reviewed and interpreted, often in comparison with previous studies, to ensure accuracy and relevance. A comprehensive report is then generated, detailing the findings of the analysis. It is important to note that CPT® Code 0697T specifically refers to QMR for multiple organs, distinguishing it from other codes that may apply to single organ analyses.

© Copyright 2026 Coding Ahead. All rights reserved.

1. Indications

Evaluation of Body Composition QMR is indicated for assessing changes in body composition, which can be crucial for monitoring health and treatment efficacy.

Medical Treatment Efficacy This procedure is useful for evaluating the effectiveness of medical treatments, particularly in conditions where body composition plays a significant role.

Nutritional and Dietetic Interventions QMR can assist in monitoring the impact of nutritional and dietetic interventions on body composition.

Chronic Disease Monitoring The technique is beneficial for tracking the progression of chronic diseases that may affect body composition.

Growth Pattern Assessment QMR is also indicated for assessing changes or growth patterns in specific target areas of the body.

2. Procedure

Step 1: Patient Preparation The patient is prepared for the QMR procedure by ensuring they are in a comfortable position and are informed about the process. It is essential to remove any metallic objects that may interfere with the magnetic field.

Step 2: Positioning The patient is then placed on a rolling bed, which is designed to move smoothly into the specialized square bore chamber. This chamber is equipped with a resistive electromagnet that generates the necessary magnetic field for the imaging process.

Step 3: Magnetic Field Generation Once the patient is positioned correctly, the electromagnet creates a static, low-intensity magnetic field around the target tissue. This field is crucial for the subsequent imaging steps.

Step 4: Radio Frequency Pulse Application Radio frequency pulses are directed at the target tissue. These pulses stimulate the hydrogen nuclei within the magnetic field, causing them to emit signals as they relax back to their original state.

Step 5: Signal Detection and Processing The emitted electromagnetic signals are captured by the imaging system. These signals are then processed through sophisticated algorithms that generate parametric mapping of the tissue composition.

Step 6: Data Interpretation The resulting data is thoroughly reviewed and interpreted by qualified professionals. This interpretation often involves comparing the current findings with any previous studies to ensure accuracy and relevance.

Step 7: Report Generation Finally, a comprehensive report is generated, detailing the findings of the QMR analysis. This report is essential for clinical decision-making and further patient management.

3. Post-Procedure

After the QMR procedure, patients can typically resume their normal activities immediately, as there are no invasive elements involved. However, it is advisable for patients to discuss the results with their healthcare provider to understand the implications of the findings. Follow-up appointments may be scheduled to review the report and determine any necessary next steps based on the analysis of tissue composition.

Short Descr QUAN MR TIS WO MRI MLT ORGN
Medium Descr QUAN MR ALYS TIS COMPJ WO MRI SAME SESS MLT ORGN
Long Descr Quantitative magnetic resonance for analysis of tissue composition (eg, fat, iron, water content), including multiparametric data acquisition, data preparation and transmission, interpretation and report, obtained without diagnostic MRI examination of the same anatomy (eg, organ, gland, tissue, target structure) during the same session; multiple organs
Status Code Carriers Price the Code
Global Days XXX - Global Concept Does Not Apply
PC/TC Indicator (26, TC) 1 - Diagnostic Tests for Radiology Services
Multiple Procedures (51) 4 - Special payment adjustment rules on the technical component (TC) of multiple diagnostic imaging procedures apply...
Bilateral Surgery (50) 0 - 150% payment adjustment for bilateral procedures does NOT apply.
Physician Supervisions 09 - Concept does not apply.
Assistant Surgeon (80, 82) 0 - Payment restriction for assistants at surgery applies to this procedure...
Co-Surgeons (62) 0 - Co-surgeons not permitted for this procedure.
Team Surgery (66) 0 - Team surgeons not permitted for this procedure.
Diagnostic Imaging Family 88 -
APC Status Indicator Procedure or Service, Not Discounted when Multiple
ASC Payment Indicator Radiology service paid separately when provided integral to a surgical procedure on ASC list; payment based on OPPS relative payment weight.
Berenson-Eggers TOS (BETOS) none
MUE 1
Date
Action
Notes
2022-01-01 Added Code added
CasePilot

Get instant expert-level medical coding assistance.

Ask about:
CPT Codes Guidelines Modifiers Crosswalks NCCI Edits Compliance Medicare Coverage
Example: "What is CPT code 99213?" or "Guidelines for E/M services"