What is the tendon cell?
tendon cell is a specialized type of connective tissue found in the tendons that attach the muscles to the bone. These cells secrete the components of extracellular matrix used to support tendons and stabilize them, so they are extremely hard and capable of withstanding high voltage. Understanding how such cells are distinguished in embryonic development and growing after birth can be important for the treatment of people with connective tissue disorders and tendon injuries such as trunks and separation.
The tendon cell structure is prolonged; The cells are organized very firmly within each tendon surrounded by the matrix of the proteins that exclude. They are also called tenocytes, are involved in the production and turnover of new tendons and also to create an extracellular matrix. Growth can be stimulated by injury and athletic activity that tends to increase muscle and tendon development. As people grow stronger, their muscle connection must compensate for incrementation of size and density. They can pass on to each other to triggerGrowth, temporary dormancy and other environmental responses. These cells also participate in the relaxation and contraction of muscle control, which requires coordinated reactions to signaling from nerve cells that interact with skeletal muscles and tendons.
Research of tendon cell growth is the subject of interest to doctors who work with the musculoskeletal system. The possibility of promoting healing and new growth may be important for the treatment of injuries, especially severe athletic injuries, which can make it difficult to return to the condition. The backed and heavily tense tendons can end their careers, even with excellent medical care, and new methods of treatment offer athletes opportunities. The study evaluates the structure and composition of tendons as well as processes involved in the regulation of growth and cell differentiation.
Patients with connective tissue disorders may have tendon cell problems. These cells may fail properly or could grow slowEji than usual, which increases the risk of tendon injury or creates problems with specific muscle connection. Activities such as physical therapy can help support strength and flexibility, but must be carried out with caution to protect the patient's health. Research to stimulate the growth of connective tissue, correct deficiencies in extracellular matrix and increase muscle strength can help these patients.