Preferred treatment for Cubitus varus is
**Question:** Preferred treatment for Cubitus varus is
A. Fracture reduction
B. Intramedullary nail
C. External fixation
D. Plate fixation
**Core Concept:**
Cubitus varus is a skeletal deformity characterized by an increased flexion angle at the radiocapitellar joint, resulting from an imbalance between the medial and lateral collateral ligaments. The goal of treatment is to restore the normal alignment and function of the elbow joint.
**Why the Correct Answer is Right:**
The correct treatment for Cubitus varus is **D. Plate fixation**. Plate fixation is preferred over other options because it provides stable fixation, allowing for early mobilization, and allows for accurate reduction and maintenance of the reduced fracture. It also allows for ongoing monitoring and control of fracture healing.
**Why Each Wrong Option is Incorrect:**
A. Fracture reduction (Fracture reduction alone) is not sufficient as it does not provide adequate fixation, leading to a higher risk of non-union, malunion, and complications.
B. Intramedullary nail (IMN) is not a suitable option for Cubitus varus as it is primarily used for intramedullary fractures and does not provide sufficient stability for maintaining the reduced fracture and restoring normal elbow alignment.
C. External fixation (External fixation) is an option for unstable fractures, but it may lead to pin-site infection, malunion, and pin tract complications. Additionally, it is less suitable for complex fractures and does not provide the appropriate stability required for Cubitus varus.
**Clinical Pearl:**
In cases of Cubitus varus, a thorough clinical examination and imaging study are essential to determine the type and severity of the deformity, as well as the presence of associated injuries. A preoperative planning and discussion with the patient regarding the benefits, risks, and complications of the chosen treatment modality are crucial. Post-operatively, early range of motion exercises are essential to avoid stiffness and to achieve optimal functional results.