Lead Reinforced

Enhanced abduction (EA) is a term used in medicine and physical rehabilitation to refer to a muscle contraction mechanism that allows a muscle to produce more force when it contracts. OT differs from normal muscle contraction in that it involves additional forces from external factors such as electrical impulses, brain signals or external stimuli.

Mechanisms of OA In medical practice, the term OA is used to describe actions that can improve a patient's mobility, help restore joint mobility after injury, or speed up rehabilitation after surgery. Typically, such actions include the use of various machines and exercises that contribute to the development of OT muscles.

Typically, for the development of muscle strength, special simulators are used that allow the muscles to work in a “light” mode. The simulators work as follows: the muscle contracts under the influence of tension provided by the simulator. During the process of muscle contraction, the muscles receive an electrical impulse, which causes them to contract even stronger. This extra effort helps improve the patient's motor function and restore mobility.

Also, physical exercises can be used to target muscles, which can also improve their functionality. For example, in classes in the gym or in the pool, special equipment is often used that simulates the loads used in muscle training. This helps strengthen the muscles' flexural strength and improve their mobility.