Problem Solved
Femoral neck fractures are a common and serious injury, especially among the elderly, often leading to complications and prolonged recovery times. Traditional fixation devices require open surgery, which can increase the risk of infection and extend healing periods. Existing solutions may not adequately prevent rotation or displacement of the bone, leading to poor healing outcomes.
Core Features
This invention introduces a femoral neck fracture fixation device that includes a plate, a primary fixation element, supplemental fixation elements, and positioning fixation elements. The plate is designed to conform to the bone and allows for insertion without exposing the fracture site. It features cannulated barrels for receiving fixation elements, which are designed to prevent rotation and displacement.
Inventive Step
The novel aspect of this invention lies in its minimally invasive design and the specialized configuration of the fixation elements. The device allows for secure fixation without open surgery, reducing the risk of complications. The primary fixation element's unique geometry prevents rotational movement, while the supplemental elements ensure stability across the fracture.
Benefits
This device offers a safer, less invasive option for treating femoral neck fractures, reducing recovery time and improving patient outcomes. It minimizes surgical risks and enhances the stability of the fracture fixation, leading to better healing.
Broader Impact
By improving the treatment of femoral neck fractures, this invention could significantly impact the healthcare industry, particularly in orthopedic surgery. It offers a more sustainable solution by reducing the need for extensive surgical interventions and associated healthcare costs.