Cannulated Screws for Hip Fracture: Innovative Fixation and Support

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cannulated screws for hip fracture

Cannulated screws for hip fracture are specialized medical devices designed for the treatment of hip fractures, offering a minimally invasive solution for stabilizing broken bones. The main functions of these screws include providing internal fixation and support to the fractured bone, which aids in the healing process. Technological features of cannulated screws include a hollow core design that allows for precision placement through a guide wire, minimizing damage to surrounding tissue. Made from high-grade surgical steel, these screws are compatible with the body's biological processes, ensuring durability and biocompatibility. Their applications range from simple to complex hip fractures, particularly in cases where other fixation methods may not be suitable. The use of cannulated screws often results in quicker recovery times and reduced complications for patients.

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Cannulated screws for hip fracture present several advantages for patients. They ensure a stable fixation that speeds up the healing process, enabling patients to return to their daily activities sooner. With a minimally invasive approach, these screws reduce the risk of infection and promote faster recovery by causing less trauma to the surrounding tissue. The procedure typically involves smaller incisions, which means less scarring and a shorter hospital stay. Furthermore, the design of the screws allows for better alignment of the fracture, which is crucial for the overall recovery and function of the hip joint. Patients benefit from less post-operative pain and a reduced need for physical therapy when compared to traditional treatment methods.

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cannulated screws for hip fracture

Precision Placement with Minimized Tissue Damage

Precision Placement with Minimized Tissue Damage

One of the unique selling points of cannulated screws is their hollow core design, which facilitates precise placement via a guide wire. This feature minimizes damage to the surrounding soft tissues during surgery, a critical factor in reducing post-operative complications and pain. The precision placement also ensures optimal alignment of the fracture, which is essential for the bone to heal properly and for the patient to regain full function of the hip.
Enhanced Healing with Internal Stabilization

Enhanced Healing with Internal Stabilization

Cannulated screws provide internal stabilization that is crucial for the healing of hip fractures. The stable fixation allows the bone to mend correctly, reducing the risk of nonunion or malunion. By maintaining the correct alignment, these screws help to restore the natural biomechanics of the hip joint, leading to better long-term outcomes for patients. This aspect of the screws' function is vital in ensuring that patients can expect a quicker and more complete recovery.
Biocompatible Material for Long-Lasting Results

Biocompatible Material for Long-Lasting Results

Fabricated from high-grade surgical steel, the biocompatibility of cannulated screws ensures that they are well-tolerated by the body. This material resists corrosion and wear, allowing the screws to remain in place for the duration of the healing process without causing adverse reactions. The long-lasting nature of these screws means that patients can avoid the need for additional surgeries to remove them, adding to the overall efficiency and success of the treatment.
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