A Novel Minimally Invasive Technique for Hallux Fracture-Dislocation Fixation Using Hypodermic Needles: An Effective Solution for Disaster and Catastrophic Settings

Hallux fractures, particularly those involving the proximal phalanx, can lead to significant functional impairments if not promptly managed. This report introduces a novel, minimally invasive technique for hallux fracture fixation using hypodermic needles. This technique is specifically designed for resource-limited settings such as disasters or emergencies. A 30-year-old female sustained an open proximal phalanx fracture of the left hallux with interphalangeal joint dislocation following a motor vehicle accident. Under local anesthesia in the emergency service settings, fracture reduction and stabilization were achieved using two hypodermic needles. A 21-gauge needle was inserted intramedullary through the medial aspect of the hallux to stabilize the fracture, while an 18-gauge needle was placed distally to secure alignment. Postoperative radiographs confirmed proper alignment, and the needles were removed after four weeks. The patient achieved pain-free ambulation with a full range of motion within six months, with no complications noted. This technique offers a cost-effective, rapid, and practical alternative to traditional methods, eliminating the need for fluoroscopy or specialized surgical tools. It is particularly valuable in emergency and resource-constrained environments, providing favorable clinical and radiological outcomes. This approach demonstrates significant potential for managing hallux fractures in challenging settings and warrants further validation in broader orthopedic practice.