Displaced fracture of head of unspecified radius
ICD-10 S52.123 is a billable code used to indicate a diagnosis of displaced fracture of head of unspecified radius.
A displaced fracture of the head of the radius is a common injury often resulting from falls or direct trauma to the elbow. This type of fracture occurs at the proximal end of the radius, which is critical for elbow stability and function. The displacement indicates that the fracture fragments have moved from their normal anatomical position, which can lead to complications such as limited range of motion, pain, and potential nerve or vascular injury. Proper diagnosis typically involves imaging studies, such as X-rays, to assess the fracture's alignment and displacement. Treatment often requires orthopedic intervention, which may include closed reduction and immobilization or surgical fixation, depending on the severity of the displacement and the patient's overall health. Complications can include compartment syndrome, which is a serious condition that can arise from swelling within the muscle compartments of the forearm, necessitating immediate medical attention. Rehabilitation is crucial for restoring function and strength post-injury.
Detailed operative notes, imaging reports, and follow-up assessments are essential for accurate coding.
Fractures resulting from sports injuries, falls, or accidents requiring surgical intervention.
Ensure clear documentation of fracture type, displacement, and any surgical procedures performed.
Accurate initial assessment notes, imaging results, and treatment plans must be documented.
Patients presenting with acute elbow pain and swelling after trauma.
Document the mechanism of injury and any immediate interventions performed.
Used when surgical intervention is required for displaced fractures.
Operative report detailing the procedure and findings.
Orthopedic surgeons must document the surgical approach and any complications.
Displaced fractures involve a separation of the fracture fragments, while non-displaced fractures maintain alignment. Accurate coding depends on identifying the type of fracture correctly.
