Paralytic calcification and ossification of muscle, unspecified forearm
ICD-10 M61.239 is a billable code used to indicate a diagnosis of paralytic calcification and ossification of muscle, unspecified forearm.
Paralytic calcification and ossification of muscle refers to the pathological process where calcium deposits form in muscle tissue, often as a result of immobilization or disuse following a neurological event such as stroke or spinal cord injury. This condition can lead to muscle stiffness, decreased range of motion, and functional impairment. In the case of the forearm, the muscles affected may include the flexors and extensors, which are crucial for wrist and hand movements. The calcification can be a secondary complication of myositis, where inflammation of the muscle tissue occurs, leading to muscle weakness and atrophy. The condition is often diagnosed through imaging studies, such as X-rays or MRI, which reveal the presence of calcified areas within the muscle. Treatment may involve physical therapy, medications to manage pain and inflammation, and in some cases, surgical intervention to remove the calcified tissue. Understanding the underlying neuromuscular conditions that contribute to this disorder is essential for effective management and rehabilitation.
Detailed neurological assessment, imaging results, and treatment plans.
Patients with stroke or spinal cord injury presenting with muscle stiffness and weakness.
Documentation must clearly link the neurological condition to the muscle calcification.
Functional assessments, therapy progress notes, and treatment goals.
Rehabilitation of patients post-injury or surgery with muscle calcification.
Focus on functional outcomes and the impact of calcification on rehabilitation.
Used in rehabilitation of patients with muscle calcification.
Documentation of the patient's functional limitations and therapy goals.
Physical therapy notes should detail the specific exercises and progress.
Paralytic calcification is primarily caused by immobilization or disuse of muscles following a neurological event, leading to calcium deposits in the muscle tissue.
