Fibular Collateral Ligament Collection

Anatomy of human knee joint

Human knee cutaway illustration
Cutaway illustration of human knee showing detailed side and front views

Detail of human knee showing insertion of arthroscopic instruments

Male muscle anatomy of the human legs, side view

Detail of human knee showing arthroscopic surgical proceedures

Schematic showing hip and leg motion

Knee bones and ligaments, artwork C016 / 7012
Knee bones and ligaments. Artwork of a frontal view of the knee joint, showing bones, ligaments, tendons, and cartilage. The bones are the femur (thigh bone, top), patella (knee-cap, upper centre)

Knee bones and ligaments, artwork C016 / 7011
Knee bones and ligaments. Artwork of a frontal view of the knee joint, showing bones, ligaments, tendons and cartilage. The bones are the femur (thigh bone, top), patella (knee-cap, upper centre)

Knee in lateral view, artwork
Artwork of the anatomy of the knee joint (lateral view) showing the femur (thigh bone, at top) articulating with the tibia (shin bone, at bottom)

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The fibular collateral ligament, also known as the lateral collateral ligament (LCL), is a vital component of the human knee joint. Located on the outer side of the knee, it plays a crucial role in providing stability and support to this complex joint. In an anatomy of the human knee joint, when we examine a cutaway illustration, we can clearly see how the fibular collateral ligament connects the femur (thigh bone) to the fibula (lower leg bone). This connection ensures that these bones remain properly aligned during movements such as walking or running. When looking at detailed illustrations showing insertion of arthroscopic instruments into the knee, we can appreciate how delicate and precise surgical procedures are required to address any issues related to this ligament. Surgeons must navigate through muscle tissue and other structures while ensuring minimal damage to surrounding areas. Speaking of muscles, both anterior and side views of male muscle anatomy highlight how interconnected they are with ligaments like the LCL. These muscles work together with various other components in order to facilitate smooth movement and prevent injuries. A schematic showing hip and leg motion helps us understand how different parts of our lower body function harmoniously. The fibular collateral ligament acts as one piece in this intricate puzzle by stabilizing sideways movements at the knee joint. Artwork depicting knee bones and ligaments further emphasizes their importance in maintaining structural integrity. The LCL stands out prominently among these illustrations due to its location on one side of the knee. Whether viewed from an anterior perspective or laterally, it becomes evident that without proper functioning of all components involved – including ligaments like LCL – our knees would be vulnerable to instability or injury.