Distal Fibular Locking Plate

Distal Fibular Locking Plate Video

Distal Fibular Locking Plate PDF

Distal Fibular Locking Plate Specification

Product	Picture	Ref	Specification	Screw
Distal Fibular Locking Plate		RPFYS3HR35	3 H  R	HA3.5 HC3.5
		RPFYS3HL35	3 H  L	HA3.5 HC3.5
		RPFYS4HR35	4 H  R	HA3.5 HC3.5
		RPFYS4HL35	4 H  L	HA3.5 HC3.5
		RPFYS5HR35	5 H  R	HA3.5 HC3.5
		RPFYS5HL35	5 H  L	HA3.5 HC3.5
		RPFYS6HR35	6 H  R	HA3.5 HC3.5
		RPFYS6HL35	6 H  L	HA3.5 HC3.5
		RPFYS7HR35	7 H  R	HA3.5 HC3.5
		RPFYS7HL35	7 H  L	HA3.5 HC3.5
		RPFYS8HR35	8 H  R	HA3.5 HC3.5
		RPFYS8HL35	8 H  L	HA3.5 HC3.5

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Distal Fibular Locking Plate: A Comprehensive Guide

The distal fibula is an essential part of the lower extremity, providing support and contributing to ankle stability. Fractures of this region can significantly affect mobility and quality of life. In these cases, precise fixation is required for optimal healing and recovery. The Distal Fibular Locking Plate has emerged as a preferred solution for treating complex fractures in this region, offering advantages in both stability and healing. This guide offers a comprehensive overview of the distal fibular locking plate, detailing its features, benefits, and clinical applications.

What is Distal Fibular Locking Plate？

The distal fibular locking plate is an orthopedic implant designed to stabilize fractures in the distal segment of the fibula. It features advanced locking technology to provide enhanced fixation and stability, especially in complex or unstable fractures.typically made from materials like titanium or stainless steel, the plate is contoured to match the natural anatomy of the distal fibula. It allows for the placement of locking screws that provide angular stability, reducing the risk of screw loosening and ensuring proper alignment during the healing process. This type of plate is crucial in fractures involving comminution, displacement, or ligamentous involvement.

Distal Fibular Locking Plate Features

Polyaxial Locking

Some models feature polyaxial screw holes, allowing for versatile screw placement angles, improving fixation options.

Soft Tissue Protection

Some plates include provisions for protecting surrounding tendons and ligaments, enhancing overall joint stability.

Versatility

The plate can be used for a wide range of distal fibular fractures, including simple, comminuted, and complex fractures with soft tissue involvement.

Distal Fibular Locking Plate Advantages

Distal holes provide multiple screw options.

Locking pressure holes to provide locking and pressure funstcion.

Recesses for screwheads in coaxial holes minimize screw prominence to create a low-profile construct.

K-wire holes design for temporary fixing.

Distal Fibular Locking Plate Treatment of Fracture Types

Simple Fractures

Provides stable fixation in straightforward fractures of the distal fibula.

Comminuted Fractures

The locking plate secures multiple bone fragments, ensuring proper alignment and reducing the risk of malunion.

Bimalleolar Fractures

The plate can be used in conjunction with other fixation methods for fractures involving both the fibula and tibia, providing enhanced stability.

Fractures with Ligament Injury

In cases of distal fibular fractures with associated syndesmotic or ligamentous injuries, the plate’s design helps support the soft tissues, improving overall joint stability.

Osteoporotic Fractures

Its locking mechanism provides reliable fixation, even in bones with reduced density, reducing the risk of implant failure.

Risks of Distal Fibular Locking Plate Surgery

Infection

Surgical site infection is a potential risk, especially in immunocompromised patients.

Neurovascular Injury

The close proximity of nerves and blood vessels in the lower leg can pose a risk if the plate is not carefully placed.

Hardware Failure

Although rare, there is the possibility of plate or screw breakage if subjected to excessive stress or incorrect placement.

Non-Union or Delayed Union

In some cases, fractures may not heal as expected, requiring additional interventions or bone grafting.

Postoperative Pain

Some patients may experience localized pain or discomfort, particularly due to hardware irritation or poor alignment.

Distal Fibular Locking Plate Future Marke

Biocompatible Materials

Future developments may include the use of more bioresorbable or osteoconductive materials, reducing the need for hardware removal after bone healing.

Personalized Implants

The trend toward patient-specific solutions will lead to custom-designed locking plates tailored to individual anatomy, improving outcomes and reducing complications.

Minimally Invasive Techniques

The demand for minimally invasive surgeries will drive innovation in locking plate designs, resulting in smaller incisions, less tissue disruption, and faster recovery times.

Global Market Expansion

As orthopedic technology becomes more accessible, particularly in developing countries, the demand for advanced locking plates like the distal fibular plate will continue to grow, improving fracture management worldwide.

Summary

In conclusion, the Distal Fibular Locking Plate is an essential tool for managing fractures of the distal fibula. Its superior stability, ability to address a variety of fracture types, and potential for enhancing recovery make it an invaluable asset in modern orthopedic surgery. By understanding its features, advantages, and potential risks, medical professionals can ensure optimal outcomes for patients, promoting faster recovery and improved quality of life.

Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.