microtrauma การใช้

• Overuse injuries result from repeated microtrauma, causing inflammation and sometimes tissue damage.
• Most microtrauma cause a low level of inflammation that cannot be seen or felt.
• It is caused by repetitive microtrauma and aging.
• Microtrauma can include the microtearing of muscle fibres, the sheath around the muscle and the connective tissue.
• Repetitive microtrauma which are not allowed time to heal can result in the development of more serious conditions.
• Microtrauma, which is tiny damage to the fibers, may play a significant role in muscle growth.
• Bone marrow aspirate concentrate ( BMAC ) has shown some benefits when grafted into the area following microtrauma.
• It is thought to be caused by eccentric ( lengthening ) exercise, which causes microtrauma to the muscle fibers.
• The structural breakdown of the plantar fascia is believed to be the result of repetitive microtrauma ( small tears ).
• See Muscle # Exercise, Aerobic exercise and Microtrauma talk ) 21 : 22, 4 April 2009 ( UTC)
• At least one author questions that lateral epicondylitis is caused by repetitive microtrauma / overuse, maintaining the theory is likely overstated and lacks scientific support.
• When you do very demanding muscular exercise, like lifting weights, most experts agree, you cause slight damage, or microtrauma, to the muscle.
• These variables are important because they are all mutually conflicting, as the muscle only has so much strength and endurance, and takes time to recover due to microtrauma.
• While it is still not known exactly what causes them, Kosich says the leading theory is that exercise causes microtrauma, or tiny tears, in muscle cells and membranes.
• The principal is a degenerative-microtrauma model, which supposes that age-related tendon damage compounded by chronic microtrauma results in partial tendon tears that then develop into full rotator cuff tears.
• The principal is a degenerative-microtrauma model, which supposes that age-related tendon damage compounded by chronic microtrauma results in partial tendon tears that then develop into full rotator cuff tears.
• As a result of repetitive microtrauma in the setting of a degenerative rotator cuff tendon, inflammatory mediators alter the local environment, and oxidative stress induces tenocyte apoptosis causing further rotator cuff tendon degeneration.
• When microtrauma occurs ( from weight training or other strenuous activities ), the body responds by overcompensating, replacing the damaged tissue and adding more, so that the risk of repeat damage is reduced.
• One of the most common biomechanical factors leading to chronic microtrauma is an inherent inflexibility that is compounded by a behavioral factor : the failure to do adequate stretching exercises before and after activities that stress muscles and joints.
• The exact physiological mechanisms at this stage are poorly understood, but it appears that the cells undergo microtrauma which promotes the inflammatory and catabolic processes that are associated with removing damaged matrix constituents and stimulating wound healing mechanisms.