Greenstick fracture of shaft of left ulna
ICD-10 S52.212 is a billable code used to indicate a diagnosis of greenstick fracture of shaft of left ulna.
A greenstick fracture is a type of incomplete fracture that occurs primarily in children due to the pliability of their bones. In the case of the left ulna, this fracture involves a bending of the bone where one side is broken while the other side remains intact. This type of fracture is often seen in the shaft of the ulna and can occur due to falls or direct trauma. The ulna, one of the two long bones in the forearm, plays a crucial role in the stability and function of the wrist and elbow. Greenstick fractures can lead to complications such as malunion or nonunion if not properly treated. Treatment typically involves immobilization with a cast or splint, and in some cases, orthopedic fixation may be necessary to ensure proper alignment and healing. It is essential for healthcare providers to monitor for potential complications, including compartment syndrome, which can arise from swelling and increased pressure within the muscle compartments of the forearm. Proper documentation of the fracture type, location, and treatment plan is critical for accurate coding and billing.
Detailed notes on fracture type, location, treatment plan, and follow-up care.
Fractures resulting from falls, sports injuries, or accidents.
Ensure accurate documentation of any surgical interventions or complications.
Thorough history of injury, physical examination findings, and treatment plan.
Injuries from play, falls, or sports activities in children.
Consider developmental factors and the potential for growth plate involvement.
Used for immobilization of the greenstick fracture.
Document the type of cast applied and the duration of immobilization.
Orthopedic specialists should ensure proper follow-up care is documented.
A greenstick fracture is an incomplete fracture that occurs when a bone bends and cracks on one side without breaking completely through. It is most commonly seen in children due to the flexibility of their bones.
