Nondisplaced segmental fracture of shaft of right tibia
ICD-10 S82.264 is a billable code used to indicate a diagnosis of nondisplaced segmental fracture of shaft of right tibia.
A nondisplaced segmental fracture of the shaft of the right tibia refers to a specific type of bone injury where the tibia, one of the two long bones in the lower leg, has sustained a fracture that does not result in the bone being misaligned or displaced. This type of fracture is characterized by the presence of two or more fracture lines in the shaft of the tibia, which can occur due to high-impact trauma, such as falls or sports injuries. The nondisplaced nature of the fracture means that the bone fragments remain in their anatomical position, which can lead to a more favorable healing process compared to displaced fractures. Clinical management typically involves immobilization through casting or bracing, and in some cases, surgical intervention may be necessary to ensure proper alignment and healing. Rehabilitation is crucial to restore function and strength to the affected limb, particularly in athletes or active individuals. Understanding the nuances of this fracture type is essential for accurate coding and appropriate treatment planning.
Detailed imaging reports, surgical notes, and follow-up assessments.
Fractures resulting from sports injuries, falls, or vehicular accidents.
Ensure that all fracture details are documented, including the mechanism of injury and any associated injuries.
Progress notes detailing rehabilitation protocols and patient response.
Post-fracture rehabilitation focusing on strength and mobility.
Document functional limitations and goals for recovery to support coding for therapy services.
Used when surgical intervention is required for a nondisplaced segmental fracture.
Surgical notes detailing the procedure and post-operative care.
Orthopedic surgeons must document the rationale for surgery.
A displaced fracture involves a misalignment of the bone fragments, while a nondisplaced fracture means the bone remains in its normal anatomical position.
