What is Fibula?

Fibula is also known as veal bones. Between the knee and the ankle runs the smaller of the two bones. The second bone in the calf is the tibia. Fibula and tibia are connected at the top and bottom.

above, near the knee, fibula ends without forming part of the knee joint. In the lower part, it forms one part of the ankle joint. This bone is unique because it is so slim. Compared to the length of the fibula, the remarkably small diameter is. It is not a weight bearing a bone, but his neighbor, the tibia bones, carries weight in the leg.

fibula fractures are usually the result of a fracture into the tibia. The tibia bones promote the body weight, so if it is injured, the second bone can transform and also develop a fracture. Fibula can also be broken at the same time as a tibia.

One of the most significant fears of fracture in the lower leg is that the fracture will be open. The tibia bones have acids between the bone, so when an injury occurs, it is easy to pierce the skin for bones. Fibula has better coverage, andLe in areas is still relatively thin. Although the fracture does not cause a hole in the skin, it can cause tissue damage to the bone.

seemingly smaller break of both calf bones can be seriously complicated if the broken bones damage the inner soft tissue. In fact, gangrene and the loss of the limb are complicating the factors for the fracture of the lower leg. Another complicating factor is the location of the peronal nerve. This nerve intersects the fibular and bone damage can lead to problems with the feeling of foot.

In the lower leg bones there are two basic types of breaks. The first is through a direct impact, such as car hitting or injury when participating in a sports event. The second is injury to twist or indirect turning.

The third, related type of injury of both calf bones is fractures of tension. Fractures of tension develop gradually, for some time. They are often a symptom of overtraining. RethinkingThey will appreciate the training program and rest are a common treatment of stress fractures.