Ligaments Tarsometatarsal Plantar

The tarsometatarsus plantaris ligaments (l. tarsometatarsus plantaris, pna, bna, jna), or ligaments of the plantar surface of the foot, are the ligaments that connect the tarsus to the sole. They form a strong frame for the foot, which ensures its stability and protection from damage.

The tarsometatarsal plantar joint ligaments are tendons that attach to and connect the bones of the foot. They serve an important function in maintaining stability and balance when walking and running.

The tarsometatarsal ligaments of the plantar joints have several names in various medical systems. In accordance with the international anatomical nomenclature, they are called ligaments of the plantar surface of the foot (l. plantaris tarsalis). In accordance with American nomenclature, these ligaments are called ligaments of the tarsus and sole (l. metatarsus planta).

Overall, the tarsometatarsal ligaments play an important role in maintaining foot health and stability. However, if they are damaged or weakened, it can lead to various conditions such as plantar fasciitis, flat feet, arthritis and other foot problems. Therefore, it is important to monitor the health of these ligaments and consult a doctor if symptoms associated with their damage appear.

Tarsal ligaments and their role in human life

Tarsal ligaments are connective tissue that connects the bones of the foot to the bone structure of the lower leg and thigh. The tarsal ligaments play an important role in maintaining body balance and protecting the foot and ankle from injury. Disruption of this system can lead to serious diseases such as ankle sprains and flat feet. In this article we will look at the main functions of the tarsal ligaments, how they are formed and what diseases can arise when they are damaged.

Functions of the tarsal ligaments

1. **Stabilization of the body**. The tarsal ligaments provide stability to the body during walking, running and other movements. They support the ankle joint and arch of the foot in the correct position, which allows you to maintain balance and move without losing balance. 2. **Protection from injuries**. The ligaments protected the feet and ankles from sprains, fractures and dislocations, thereby maintaining their health. In addition, they reduce the likelihood of injury to the entire body as a whole; 3. **Load distribution**. This is a complex process associated with the correct distribution of pressure when loading the foot and lower leg. Thanks to the tarsal ligaments, the load is distributed evenly, preventing painful overload in one area; 4. **Motion transfer**. The ligamentous apparatus forms the mobility of bones and joints during movement. The importance of this process lies in the fact that the correct movement mechanism provides us with ease and comfort when moving; 5. **Regulation of foot biomechanics**. The tarsal ligaments determine the spatial orientation of the foot. Other parts of the body, such as the hips and buttocks, may not have a direct connection with the feet, but they need to be controlled. The brain monitors the position of the foot and directs impulses for movement. Main tarsal ligaments

Here are 5 main ligaments that are interconnected and form a single system

1. Anatomical snuffbox This ligament is a continuation of the ankle and captures the beginning of the Achilles tendon, providing support for the movement of the foot. This is where it attaches to the xun ligament. Here, one part of it is attached to the ankle, and the second to the bone, which is located in the middle of the foot. The anatomical snuff box helps determine the position of the heel and keep the foot in a vertical position. 2