Artificial ligament
Artificial ligament is a synthetic material used to replace a natural ligament, typically in the knee or shoulder, when it has been damaged or torn. The use of artificial ligaments in orthopedic surgery is a common practice, especially in cases where the natural ligament cannot be repaired.
History[edit | edit source]
The use of artificial ligaments dates back to the 1980s. The first generation of artificial ligaments, made from materials such as PTFE and PET, were prone to failure and were eventually withdrawn from the market. The second generation of artificial ligaments, made from polyethylene and polyester, have shown better results in terms of durability and functionality.
Types of Artificial Ligaments[edit | edit source]
There are several types of artificial ligaments available in the market today. These include:
- Gore-Tex Ligament: This is a type of artificial ligament made from expanded PTFE. It was one of the first artificial ligaments to be used in orthopedic surgery.
- Leeds-Keio Ligament: This is a type of artificial ligament made from polyester. It was developed in the 1980s and is still in use today.
- LARS Ligament: This is a type of artificial ligament made from polyethylene terephthalate. It is commonly used in knee and shoulder surgeries.
Procedure[edit | edit source]
The procedure for implanting an artificial ligament involves making an incision in the skin over the joint, removing the damaged ligament, and then inserting the artificial ligament in its place. The artificial ligament is then anchored to the bone using screws or other fixation devices.
Risks and Complications[edit | edit source]
As with any surgical procedure, there are risks associated with the use of artificial ligaments. These include infection, bleeding, and damage to surrounding tissues. There is also the risk of the artificial ligament failing or becoming loose over time.
Future Developments[edit | edit source]
Research is ongoing into the development of new materials and techniques for artificial ligaments. This includes the use of biodegradable materials and tissue engineering techniques.
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