The fibular bone travels from the knee joint to the ankle joint on the outside of the leg. It is a tiny, thin bone that may be removed completely without impairing your capacity to bear weight. The fibula is also referred to as the lateral malleolus because it projects outward toward the side of the body.
People usually do not worry about their fibulas unless they break or fracture them. However, sometimes fragments of the bone may be removed during surgery for other conditions. In this case, the patient's ability to walk would need to be assessed by their doctor before surgery could proceed.
The majority of people can walk without their fibulas, but it depends on how you were built originally. If your fibulas are small, then you might not feel them when walking, but they would not cause you any problems. However, if your fibulas are large, they might present a problem for you. Your feet would have to work harder to support your body weight, which could lead to pain elsewhere in your body if it was not done properly.
People who work on construction sites or who play sports that require jumping often suffer from fibula fractures. In fact, fractures of the fibula make up about 8% of all ankle fractures. The bone is very flexible, so it can bend without breaking.
The fibula, unlike the tibia, is not a weight-bearing bone. Its primary role is to unite with the tibia to stabilize the ankle joint. The fibula provides traction for muscles that control the foot and leg through its connection with the toes and heel.
There are two kinds of fibulae: human and animal. The human fibula is used as a bone graft after removal of a tumor or injury to the leg. The animal fibula is much smaller than its counterpart and is often called a "little bone" because it helps form part of the ankle joint with the tibia (shin).
The human fibula consists of an upper portion and a lower portion. The upper portion connects to the head of the tibia via a smooth surface called the lateral condyle. The lower portion connects to the talus by way of a rough surface called the medial malleolus. The animal fibula does not have a lateral condyle but does have a sharp edge where it connects to the tibia. This allows the bones to articulate like a ball and socket joint.
The fibula helps stabilize the ankle joint and provides some slight movement in flexion and extension. It also acts as a pivot point during walking when the sole of the foot strikes the ground.
The fibula, often known as the calf bone, is a leg bone that connects above and below to the tibia. It is the smallest of the two bones and the most thin of all the long bones in proportion to its length... Function
| Muscle | Direction | Attachment |
|---|---|---|
| Extensor hallucis longus muscle | Origin | Medial side of fibula |
The fibula, sometimes known as the calf bone, is smaller than the tibia and runs alongside it. The fibula's upper end is placed below the knee joint but is not a member of the joint itself. The outside section of the ankle joint is formed by the lower end of the fibula. The two bones contact each other at this point.
The fibula is important for supporting the leg structure and acting as a counterbalance to the tibia (which is why legs without them are so unstable). It also contains some useful muscles including the peroneus longus and brevis which control foot movement. There are three types of fibulas: normal, transverse and duplicated.
In general, the human body is very well designed for function. Although many people are disappointed to learn that their ankle does not contain any muscle tissue, it is actually perfectly suited to mobility provided by the bone and tendon that connect it to the rest of the leg. These tissues allow the ankle to rotate and bend in multiple directions, which is necessary for walking and standing up straight.
However, due to trauma or disease, an ankle may be injured where these joints are no longer able to move properly. This can lead to pain, weakness, or instability. An ankle injury can be caused by excessive force on land or water, by falling down stairs or into holes, or by being struck by a vehicle.
In the long run, eliminating the fibular bone should result in no difficulties walking. Following surgery, you will be placed on bed rest for a day or two. Hopefully, you'll be sitting outside in a chair soon after this. At the conclusion of the first week, you will be able to walk with the assistance of physiotherapists. You may require crutches until the wound has healed and you've begun strengthening your leg muscles.
During the first year after surgery, you can expect to experience occasional pain, swelling, and instability in the remaining knee. However, most patients are able to work with these problems by performing certain exercises. If you continue to have pain beyond a year, then another operation might be required.
The functional importance of the ankle joint is that it allows us to stand up straight with our legs under control. The fibula acts as a support underneath the tibia; without it, the lower leg would be very weak. The fibula also provides stability to the ankle because it connects to several bones including the talus, heel, and arch of foot. In addition, it controls the angle at which the lower leg meets the thigh.
People usually think that bones are solid structures that cannot be changed after birth, but this is not true. Bone tissue is constantly remodeled and rebuilt. Old bone cells are absorbed by special cells called macrophages, which are part of the immune system.
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