BioBrace® Reinforced Bioinductive Implant
ACL Reconstruction with BioBrace® in Dallas, Frisco, Prosper, and Wylie, TX
ACL Reconstruction with Bioinductive Implants
Certain injury repairs are more susceptible to retearing than others, which leads to further surgeries, longer healing times, and more pain for patients. Many of the current retearing solutions on the market unfortunately address only one aspect of the healing process for retears. Luckily, a new FDA-approved medical device, the BioBrace® reinforced bioinductive implant, could potentially revolutionize the way we look at ACL surgery and other repair surgeries, such as arthroscopic rotator cuff repair.
The team at SPORT Orthopedics + Physical Therapy is at the forefront of utilizing cutting-edge technologies and innovative medical devices to offer advanced treatment for orthopedic injuries such as ACL tears. Dr. Berry and his team are always researching new medical technologies and solutions for patients, striving to give them the best possible results in their treatment. The BioBrace® is one such solution that may allow orthopedic surgeons to strengthen the ACL by using it as an artificial ligament. It is a bioabsorbable collagen implant that aids in the repair of ligaments, tendons, and other tissues while providing strength and stimulating the body’s natural healing response.
To learn more about treatment options for an ACL tear, rotator cuff tear, or other injury, call our office at 469-200-2832 today to schedule an appointment.
What Is BioBrace?
BioBrace® is a new improvement in the world of orthopedic medicine that may allow surgeons to strengthen ACL repairs and optimize healing processes in patients. This device’s revolutionary structure is made up of a highly porous collagen matrix that is embedded with bioabsorbable PLLA microfilaments. Basically, it is a collagen grid embedded with extremely thin strands of material that can be absorbed by the human body.
The combination of the collagen grid architecture with the bioabsorbable filaments allows the implant to be strong while still maintaining an open architecture. ConMed designed the BioBrace® to “facilitate regeneration and optimize healing.” It has shown immense promise and positive results in preclinical animal testing and surgical treatment in clinical testing.
The BioBrace® facilitates strength in the repair process through load-sharing for up to two years after implantation before it is resorbed by the body.
BioBrace Bioinductive Implant for ACL Surgery
Rather than focusing on one element of the healing process in repair surgeries, BioBrace® is a highly differentiated medical device. This means that it can serve multiple purposes while being easy to use in a variety of surgical techniques. It is both synthetic and biologic, giving it the necessary strength to support surgical techniques such as suturing and cannula passing.
Is BioBrace FDA Approved?
Currently, the BioBrace® is FDA-indicated to reinforce soft tissue where there are weaknesses. Many clinical studies have shown remarkable results even in massive rotator cuff tears and retears that have resulted from severe degenerative conditions.
What Is a Bioinductive Implant?
A bioinductive implant is a specialized medical device designed to stimulate the body’s natural healing processes and promote tissue regeneration. Unlike traditional implants that solely provide structural support or replace damaged tissue, bioinductive implants are engineered to actively encourage the body’s own cells to regenerate and repair the injured or damaged tissue.
These implants are typically composed of biocompatible materials that mimic the natural tissue environment and may contain growth factors, proteins, or other bioactive substances that facilitate tissue healing. Bioinductive implants can be used in orthopedics to aid in the healing of tendons, ligaments, cartilage, and other soft tissues.
Bioinductive implants might be used for tendon repair or in procedures like rotator cuff repairs or treating rotator cuff tears. By providing a scaffold and promoting a conducive environment for tissue growth, these implants aim to enhance and accelerate the body’s own healing mechanisms, leading to improved outcomes and potentially faster recovery for patients.
How Do Bioinductive Implants Work?
Bioinductive implants work by creating an environment that stimulates and supports the body’s natural healing processes, thereby promoting tissue regeneration. These implants are designed with specific features that encourage tissue repair and growth, facilitating the restoration of injured or damaged tissues.
The mechanism of action of bioinductive implants involves several key aspects, including the following.
Biocompatible Materials: Bioinductive implants are made from biocompatible materials that are well-tolerated by the body, reducing the risk of rejection or adverse reactions. These materials provide a scaffold or framework that supports the damaged tissue and facilitates cell attachment and growth.
Cell Recruitment and Differentiation: The implant’s structure and composition encourage the recruitment and differentiation of specialized cells involved in tissue regeneration. This process aids in the formation of new blood vessels (angiogenesis) and the production of extracellular matrix components essential for tissue rebuilding.
Microenvironment Modification: Bioinductive implants create a conducive microenvironment that mimics the body’s natural tissue environment, providing mechanical support and biochemical cues necessary for cells to proliferate and differentiate effectively.
Integration with Surrounding Tissues: Over time, the bioinductive implant integrates with the surrounding tissues as the body’s cells populate the scaffold and produce new tissue. This integration helps restore the strength and functionality of the damaged area.
What Are the Advantages of Bioinductive Implants?
In orthopedics and soft tissue repair, bioinductive implants are used to support and enhance the body’s healing mechanisms, aiming to accelerate tissue regeneration, improve structural integrity, and ultimately restore function to the injured or damaged area. The tendon-like tissue helps provide strength to an existing tendon, such as the rotator cuff tendon or supraspinatus tendon.
The specific advantages of bioinductive implants include the following.
- Stimulating natural healing
- Enhanced tissue regeneration
- Reduced recovery time
- Lower risk of re-injury
- Minimized foreign body reaction
- Versatility in applications
- Customization and personalization
SPORT Orthopedics + Physical Therapy Now Offering BioBrace ACL Surgery
The Bio Brace® could revolutionize the way orthopedic surgeons approach surgical treatments for rotator cuff disease progression, ACL tears, and other soft tissue injuries. It has achieved impressive clinical outcomes for tissue-engineered augmentation of damaged tendons and ligaments.
At SPORT Orthopedics + Physical Therapy, we believe that bioinductive implants represent a promising approach in regenerative medicine. They offer the potential for improved outcomes and more effective tissue repair compared to conventional implants or treatments.
To learn more about your treatment options for orthopedic soft tissue injuries, please contact our office today at 469-200-2832.
