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The choice between lateral-only and medial-lateral pinning in displaced pediatric supracondylar humerus fractures is often influenced by concerns about stability and ulnar nerve injury. In this prospective randomized trial from India, children with Gartland type II and III extension fractures were assigned to either configuration. Functional and radiographic outcomes were broadly comparable, supporting the view that both techniques can produce good results when applied carefully. The study is particularly useful for practice in resource-variable settings because it demonstrates that technical execution may matter as much as the theoretical advantage of a specific construct. When a medial pin is used, a small protective incision and direct identification of the medial epicondyle can reduce nerve risk. When only lateral pins are used, adequate spread and divergent placement are essential for stability. For HCPs, the practical takeaway is to focus on reduction quality, pin geometry and neurovascular protection rather than treating one configuration as universally correct. The evidence supports a flexible approach tailored to the individual fracture.
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The choice between lateral-only and medial-lateral pinning in displaced pediatric supracondylar humerus fractures is often influenced by concerns about stability and ulnar nerve injury. In this prospective randomized trial from India, children with Gartland type II and III extension fractures were assigned to either configuration. Functional and radiographic outcomes were broadly comparable, supporting the view that both techniques can produce good results when applied carefully. The study is particularly useful for practice in resource-variable settings because it demonstrates that technical execution may matter as much as the theoretical advantage of a specific construct. When a medial pin is used, a small protective incision and direct identification of the medial epicondyle can reduce nerve risk. When only lateral pins are used, adequate spread and divergent placement are essential for stability. For HCPs, the practical takeaway is to focus on reduction quality, pin geometry and neurovascular protection rather than treating one configuration as universally correct. The evidence supports a flexible approach tailored to the individual fracture.
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