What is the biomechanics of the hand?

The human body is an incredibly complex structure capable of performing many amazing tasks. Biomechanics is the science of the human movement, in a way an analogous mechanical study of machines. The biomechanics of the hand is to apply these principles to hand -specific movements.

Hand biomechanics is important for study for various reasons. Human hands are responsible for performing many necessary tasks that people often take for granted. Without the complexity of the movements of the hands, people could not hold a cup, write a pencil or enter on a computer. All these tasks require a complex coordination of the hand and studying these movements can help understand how and why manual works. This knowledge is useful in improving performance and potentially providing useful strategies for those who may not be able to use the hands properly. However, the awareness of the general muscles and movements of the hand can be useful in providing a basic understanding of the hand biomechanics. The first step in achieving this point is to understand the structures involved in the biomechanics RUKou. These structures are primarily bones, ligaments, tendons and muscles. The muscles are contractile units responsible for movement, bones give hands its structure and tendons and ties cooperate on holding everything in their place and act as a connection between muscles and bones.

Hand can show, or rotate with the palm towards the ground, supine, or rotate with the palm up, bend to extend and allow fingers to move in all kinds of directions. These movements in coordination allow your hands to accomplish almost any fine motor task. These complex movements paired with hand structures are the basis of the hand.

The biomechanics of the hand are responsible both inner and external muscles. This means that the muscle structures are located outside the hand that contribute to the movement of the hands. Several muscles actively involved in hand movements are extensor indis, extensor digitorum communis, and Extensor pollicis brevis. In medical terms and terminology, it can understand the basic ingredients of general importance. The sorting of all simple pieces into a complex system allows amazing movements described by the study of the hand biomechanics.