Osteonecrosis due to previous trauma, pelvis and femur
ICD-10 M87.25 is a billable code used to indicate a diagnosis of osteonecrosis due to previous trauma, pelvis and femur.
Osteonecrosis, also known as avascular necrosis, is a condition characterized by the death of bone tissue due to a lack of blood supply. In the case of M87.25, the osteonecrosis is specifically attributed to previous trauma affecting the pelvis and femur. This condition often arises after fractures, dislocations, or other significant injuries that compromise the blood supply to the bone. The pelvis and femur are critical weight-bearing structures, and osteonecrosis in these areas can lead to severe pain, limited mobility, and potential joint collapse. Clinically, patients may present with hip pain, groin pain, or referred pain to the knee, often exacerbated by weight-bearing activities. Diagnosis typically involves imaging studies such as MRI or X-rays, which can reveal changes in bone density and structure. Treatment options may include conservative management, such as pain relief and physical therapy, or surgical interventions like core decompression or joint replacement, depending on the severity of the condition and the extent of bone involvement.
Detailed history of trauma, imaging results, and treatment plans.
Patients presenting with hip pain following a fracture or dislocation.
Ensure clear documentation of the mechanism of injury and any prior treatments.
Clear imaging reports indicating the presence of osteonecrosis and its location.
Imaging studies performed for patients with suspected osteonecrosis.
Radiologists should provide detailed descriptions of findings to support coding.
Used for joint pain management in patients with osteonecrosis.
Document the indication for the procedure and any imaging findings.
Orthopedic specialists should ensure clear linkage between the procedure and the diagnosis.
The primary cause of osteonecrosis in M87.25 is previous trauma that disrupts the blood supply to the affected bone, leading to bone cell death.
