ICD-10-PCS Billable Code

0M5L0ZZ

Destruction Hip Bursa and Ligament, Right to No Qualifier with No Device, Open Approach

Procedural Specifications

Clinical Axis Detail Definition
Section0 Medical and Surgical
Body SystemM Bursae and Ligaments
Operation5 Destruction
Body PartL Hip Bursa and Ligament, Right
Approach0 Open
DeviceZ No Device
QualifierZ No Qualifier

Operation Definition

Physical eradication of all or a portion of a body part by the direct use of energy, force, or a destructive agent

Procedure Overview

Destruction procedures on bursae and ligaments eliminate abnormal or diseased tissue using direct energy or a destructive agent, such as electrocautery, laser, chemical injection, or extreme cold, rather than by cutting the tissue out. The targeted tissue is eradicated in place and remains in the body as it breaks down naturally afterward.

This approach is used for conditions like chronically inflamed bursal tissue that has not responded to conservative treatment, or for ablating a portion of ligament tissue causing persistent pain, such as in certain nerve or tissue ablation procedures aimed at symptom relief. It is often chosen when a less invasive option is preferred over open removal of tissue.

Recovery is generally shorter than for excisional surgery since no tissue is physically extracted, though patients may experience localized inflammation as the destroyed tissue resolves over the following weeks.

Anatomy & Axis Detail

Hip Bursa and Ligament, Right

The right hip bursa and ligament body part includes the iliofemoral, pubofemoral, and ischiofemoral ligaments of the hip capsule along with the trochanteric, iliopsoas, and ischial bursae, structures frequently affected by repetitive friction, arthritis, or prior joint surgery. Destruction is applied when a chronically inflamed trochanteric bursa or a calcified, painful ligamentous focus needs to be ablated in place rather than surgically excised, using approaches ranging from image-guided needle techniques to arthroscopic energy delivery. This body part is commonly involved in cases of refractory greater trochanteric pain syndrome, and right-sided specificity matters for tracking outcomes after hip arthroplasty or athletic injury, since bilateral hip pathology is common and laterality affects rehabilitation planning.

Approach: Open

Open approach means the surgeon cuts through skin, mucous membrane, or other tissue layers to physically expose the target site to view before performing the procedure. It gives direct visualization and hands-on access, distinguishing it from Percutaneous approaches where instruments pass through a small puncture without exposing the site. Open is typical for procedures needing wide access, such as most laparotomies.

Coding & Documentation

Documentation must specify the method of destruction used, such as cautery, laser ablation, cryoablation, or chemical agent, along with confirmation that no tissue was excised or removed from the body, since that would point to a different root operation. The specific bursa or ligament targeted needs to be clearly stated for accurate body part selection.

A frequent assignment error is coding Destruction when the physician actually excised and removed tissue, which belongs under Excision or Resection instead. Another common mix-up occurs when ablation is performed but a sample of tissue is also sent for pathology, since any portion of tissue that is cut out and removed, even if the bulk was destroyed in place, may require an additional Excision code to capture that removed specimen.

Commonly Confused With

ExcisionDestruction is most often confused with Excision, which involves cutting out and physically removing a portion of tissue, whereas Destruction eliminates tissue in place without extracting it.
FragmentationIt can also be confused with Fragmentation, which breaks solid matter into pieces without eradicating it and without necessarily removing it, and the distinguishing question is whether the tissue was destroyed and left in place, cut out, or merely broken into fragments.