Radius Distal Oblique T Locking Plate

Key features and benefits of the Radius Distal Oblique T Locking Plate

1.Optimal Anatomical Fit: The plate’s oblique T-shape is specifically engineered to match the natural curvature of the distal radius, ensuring precise alignment and minimizing soft tissue irritation.

2.Enhanced Stability and Fixation: The oblique configuration, combined with the secure locking mechanism, provides exceptional stability for complex fracture patterns, promoting faster bone healing and reducing the risk of implant failure.

4.Versatility in Screw Placement: Multiple screw holes allow for flexible screw placement, accommodating a wide range of fracture configurations and maximizing fixation strength.

5.Minimally Invasive Potential: The plate’s design can facilitate less invasive surgical approaches, leading to reduced patient discomfort, shorter recovery times, and improved cosmetic outcomes.

6.Improved Clinical Outcomes: The Radius Distal Oblique T Locking Plate is designed to enhance clinical outcomes by providing superior stability, versatility, and minimal invasiveness compared to traditional plate systems.

Indications for the Radius Distal Oblique T Locking Plate

• Complex Comminuted Fractures: The plate’s unique oblique design and secure locking mechanism provide exceptional stability for managing multiple bone fragments, promoting optimal healing and functional recovery.
• Intra-articular Fractures: The plate can be utilized to address fractures that involve the wrist joint, offering a robust solution for maintaining joint congruity and restoring proper function.
• Osteoporotic Fractures: The plate’s design can be beneficial for patients with weakened bones, providing the necessary support and stability to facilitate fracture healing.
• Malunited or Nonunion Fractures: In cases where previous fracture treatments have failed, the Radius Distal Oblique T Locking Plate can be employed for revision surgery to correct malalignment and achieve successful bone union.
• Challenging Fracture Patterns: The plate’s versatility allows it to be applied to a wide range of complex fracture patterns, offering surgeons a reliable option for achieving optimal outcomes.

How the Radius Distal Oblique T Locking Plate Works

The Radius Distal Oblique T Locking Plate is designed to provide a stable and secure fixation for complex fractures of the distal radius. Its unique oblique shape and locking mechanism are key to its functionality.

During surgery, the plate is positioned on the dorsal aspect of the distal radius, aligning with the bone’s natural curvature. This optimal positioning minimizes soft tissue disruption and ensures proper implant placement. The plate’s oblique design allows for secure screw placement to address a variety of fracture patterns, including those with significant bone comminution.

Once positioned, screws are inserted through pre-drilled holes in the plate and into the bone fragments. The locking mechanism then engages with the screws, creating a rigid and stable construct. This prevents implant movement and promotes bone healing by minimizing stress at the fracture site.

The combination of the plate’s oblique shape, secure locking mechanism, and versatile screw placement enables it to effectively stabilize complex fractures and facilitate optimal patient recovery.

FAQ

1. What is a Radius Distal Oblique T Locking Plate? A Radius Distal Oblique T Locking Plate is a specialized orthopedic implant designed to provide stable fixation for complex fractures of the distal radius (wrist bone). Its unique oblique T-shape offers advantages in treating fractures with complex patterns.
2. What are the key benefits of using a Radius Distal Oblique T Locking Plate? The plate offers several advantages, including optimal anatomical fit, enhanced stability due to its oblique design and locking mechanism, versatility in accommodating various fracture patterns, and potential for minimally invasive surgical approaches.
3. What types of fractures is the Radius Distal Oblique T Locking Plate indicated for? It’s primarily indicated for complex distal radius fractures, including comminuted fractures, intra-articular fractures, osteoporotic fractures, and cases requiring revision surgery.
4. How does the Oblique T shape of the plate contribute to its effectiveness? The oblique shape allows for better conformity to the natural curvature of the distal radius, providing enhanced stability and reducing the risk of implant migration.
5. How is the Radius Distal Oblique T Locking Plate implanted? The plate is positioned on the dorsal aspect of the distal radius and secured in place using screws. The locking mechanism ensures a stable fixation, promoting bone healing.
6. What materials are used for the Radius Distal Oblique T Locking Plate? The plate is typically made from biocompatible materials such as titanium or stainless steel, chosen for their strength, durability, and compatibility with the human body.
7. How long is the recovery period after surgery using a Radius Distal Oblique T Locking Plate? Recovery time varies based on the severity of the fracture and individual patient factors. However, the minimally invasive nature of the procedure can contribute to faster healing and recovery.
8. Does the Radius Distal Oblique T Locking Plate require special surgical techniques? While the plate is designed to facilitate minimally invasive procedures, the specific surgical approach will depend on the individual patient and fracture pattern. Consultation with an experienced orthopedic surgeon is essential.
9. What is the long-term outlook for patients who receive a Radius Distal Oblique T Locking Plate? With proper surgical technique and post-operative care, patients who receive a Radius Distal Oblique T Locking Plate can expect to regain good function and mobility in their wrist.
10. Are there any potential complications associated with the use of this plate? As with any surgical procedure, there are potential risks and complications. These can include infection, implant failure, and nerve or blood vessel injury. However, these risks can be minimized with careful surgical planning and execution.