Calcification and ossification of muscles associated with burns, left ankle and foot
ICD-10 M61.372 is a billable code used to indicate a diagnosis of calcification and ossification of muscles associated with burns, left ankle and foot.
Calcification and ossification of muscles associated with burns is a condition that arises following thermal injuries, particularly in the context of severe burns affecting the left ankle and foot. This condition is characterized by the abnormal deposition of calcium salts in muscle tissue, leading to stiffness, reduced mobility, and potential muscle weakness. The pathophysiology involves a complex interplay of inflammatory processes and tissue repair mechanisms that can result in ectopic calcification. Patients may experience pain and functional impairment due to the rigidity of the affected muscles. The condition is often diagnosed through clinical evaluation and imaging studies, which can reveal calcified areas within the muscle. Treatment typically focuses on managing symptoms, improving mobility, and may include physical therapy, medications, or surgical intervention in severe cases. Understanding the implications of muscle calcification is crucial for rehabilitation and recovery, particularly in burn patients who may already be facing significant challenges due to their injuries.
Detailed documentation of functional limitations, treatment plans, and progress notes.
Patients recovering from severe burns with muscle stiffness and weakness.
Focus on rehabilitation goals and the impact of calcification on mobility.
Surgical notes, imaging results, and post-operative assessments.
Surgical intervention for severe calcification affecting mobility.
Consideration of surgical options and potential complications.
Used in rehabilitation for muscle stiffness due to calcification.
Documentation of the patient's functional limitations and therapy goals.
Physical therapy notes should detail the specific exercises and progress.
Calcification in muscles associated with burns is primarily due to the body's inflammatory response and healing processes following thermal injuries, leading to abnormal calcium deposition.
