Ligament Collateral Peroneal

Collateral Peroneal ligament: anatomy and functions

Ligaments are important components of the human body's anatomy, providing stability and support to bones and joints. One such ligament is the peroneal collateral ligament, which plays an important role in stabilizing the ankle joint.

The fibular collateral ligament runs from the head of the fibula (the side bone of the lower leg) to the lateral fibular process (the small protrusion on the side of the lower leg). It consists of three parts: front, middle and back.

The anterior portion of the fibular collateral ligament connects the head of the fibula to the gliding surface of the malleolus, and the posterior portion of the ligament connects the posterior portion of the head of the fibula to the lateral fibular process. The middle portion of the ligament runs between the anterior and posterior portions and provides stabilization to the ankle by holding the fibula in the correct position.

The peroneal collateral ligament plays an important role in maintaining ankle joint stability. It prevents lateral displacement of the fibula and protects the ankle from excessive twisting or eversion. In addition, this ligament helps distribute stress between the fibula and ankle joint, allowing for more efficient use of muscles and joints during movement.

In the event of an ankle injury or sprain of the peroneal collateral ligament, the function of the ligament can be impaired, which can lead to pain and instability of the joint. Treatment for such injuries may include wearing special braces or orthoses, and in more severe cases, surgery may be required.

In conclusion, the peroneal collateral ligament is an important structure that provides stability and support to the ankle joint. Understanding its anatomy and function can help diagnose and treat injuries and diseases in this area of ​​the body.

**Ligament of the Collateral Peroneal **(lat. l.. collaterali *fibularis*) joint is created using the femur, fibula and tibia. It spreads over the articular cavity and is involved in strengthening the joint. The **ligament** is also called the cross ligament because it connects the fibula and tibia. Such a powerful anatomical design allows them to be connected, ensuring stability of movement. It also helps to distribute the load evenly when walking and thereby prevents damage to tissues and bones and prevents deformation of joints.

***Anatomy of the ligament.*** The ligament is located