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Official Description

Magnetic resonance spectroscopy, determination and localization of discogenic pain (cervical, thoracic, or lumbar); transmission of biomarker data for software analysis

© Copyright 2025 American Medical Association. All rights reserved.

Common Language Description

Magnetic resonance spectroscopy (MRS) is a sophisticated imaging technique that allows for the assessment of biochemical processes within the body, particularly in relation to discogenic pain. This procedure is specifically designed to identify the presence of certain biomarkers that are indicative of painful intervertebral discs in the cervical, thoracic, or lumbar regions of the spine. By utilizing a strong magnetic field, MRS enables the differentiation of various molecules based on their unique chemical structures, which resonate at distinct frequencies. This property is crucial for diagnosing conditions related to disc degeneration, as it provides insights into the structural integrity of the discs. Key biomarkers such as proteoglycan and collagen are measured to evaluate the health of the disc, while lactic acid, alanine, and propionate levels are analyzed to assess acidity and metabolic activity within the disc. The ratios of these biomarkers are instrumental in calculating the potential for pain, as they reflect the biochemical environment of the disc. For instance, the accumulation of lactic acid can lead to a decrease in disc pH, which is associated with accelerated degeneration. The MRS procedure involves the careful selection of a single voxel geometry that targets the disc nucleus while avoiding the vertebral body, ensuring accurate data collection. Once the imaging is completed, the acquired data is transmitted for further analysis using specialized software, facilitating a comprehensive evaluation of the disc's condition and aiding in the determination of appropriate surgical outcomes.

© Copyright 2025 Coding Ahead. All rights reserved.

1. Indications

The procedure of magnetic resonance spectroscopy (MRS) is indicated for the evaluation of discogenic pain, which may arise from conditions affecting the cervical, thoracic, or lumbar regions of the spine. The following are specific indications for performing this procedure:

  • Discogenic Pain Identification of pain originating from intervertebral discs, which may be contributing to chronic low back pain.
  • Degenerative Disc Disease Assessment of the degree of degeneration in spinal discs to inform treatment decisions.
  • Pre-Surgical Evaluation Providing critical data that may influence surgical outcomes and treatment planning for patients with chronic pain.

2. Procedure

The magnetic resonance spectroscopy procedure involves several key steps to ensure accurate determination and localization of discogenic pain:

  • Step 1: Patient Preparation The patient is positioned comfortably on the MRI table, ensuring that the area of interest, typically the lumbar, thoracic, or cervical spine, is properly aligned with the magnetic resonance imaging (MRI) scanner. The patient may be instructed to remain still during the procedure to obtain clear images.
  • Step 2: Voxel Geometry Selection The scanner operator prescribes a single voxel geometry that encompasses the disc nucleus while excluding the vertebral body. This precise targeting is crucial for obtaining relevant biochemical data from the disc itself.
  • Step 3: Data Acquisition Once the voxel is defined, the MRS scan is performed. The scanner collects a series of frames per disc, capturing the biochemical signatures of the disc material. This data reflects the concentrations of various biomarkers that are indicative of disc health and metabolic activity.
  • Step 4: Data Transmission After the imaging data is acquired, it is transmitted for customized post-processing. This step involves the use of specialized software that analyzes the biomarker data, allowing for a detailed assessment of the disc's condition and the potential for pain.

3. Post-Procedure

Following the magnetic resonance spectroscopy procedure, patients may be monitored briefly to ensure there are no immediate adverse effects from the imaging process. The results of the MRS will be analyzed using specialized software, and the findings will be documented for review by the healthcare provider. The data obtained can provide valuable insights into the biochemical environment of the discs, aiding in the diagnosis and management of discogenic pain. Patients may be advised on the next steps based on the results, which could include further diagnostic testing, conservative management strategies, or surgical interventions if indicated. Recovery from the procedure is typically quick, as MRS is a noninvasive technique with minimal risk of complications.

Short Descr MRS DISC PAIN TRANSMIS DATA
Medium Descr MRS DISCOGENIC PAIN TRANSMIS BMRK DATA SW ALYS
Long Descr Magnetic resonance spectroscopy, determination and localization of discogenic pain (cervical, thoracic, or lumbar); transmission of biomarker data for software analysis
Status Code Carriers Price the Code
Global Days YYY - Carrier Determines Whether Global Concept Applies
PC/TC Indicator (26, TC) 0 - Physician Service Code
Multiple Procedures (51) 0 - No payment adjustment rules for multiple 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 99 - Concept Does Not Apply
APC Status Indicator Items and Services Packaged into APC Rates
Berenson-Eggers TOS (BETOS) none
MUE 1
Date
Action
Notes
2021-01-01 Added First appearance of code in code book.
2020-07-01 Added Code added.
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