If you are physically active in sports or exercise, or if you work at a physically demanding job, you are no stranger to muscle pain. More often than not, you rest it, ice it, pop some NSAIDs and ignore it, and it eventually goes away. Sometimes, however, a muscle strain can put you on the sidelines with pain, stiffness and moderate disability in the injured area. Prevention and treatment of muscle pain depends on a number of factors.
A muscle strain, sometimes called a pulled muscle, occurs when muscle tissue is overstretched and torn. Some primary causes are fatigue, repetitive overuse, or inefficient movement mechanics. Muscle strains can happen during any type of physical activity, but their underlying cause may be due to structural limitations that appear at first glance to be independent of the area of injury.
Muscles do not function independently of one another, nor independently of other structures like tendons, ligaments, bones and nerves. Unbalanced muscle tone and poor flexibility in one area of your body can affect muscles in another part of your body, especially during physical activity when your muscles work overtime to stabilize and control movement.
Stable ligaments, flexible joints, uninhibited neural bodies and strong muscles all work together in coordinated ways to produce efficient movement. When elements of gravity and momentum are thrown into the mix, especially as the body moves at accelerated velocities, deficiencies in any of those areas can lead to muscle strain and injury.
The most common site of muscle strain is at the muscle-tendon junction. Tendons are thick fibrous structures that are continuous with muscle, meaning the cells blend smoothly from soft muscle tissue to tough tendon fibers. Tendons cross over joints to anchor your muscles to bones, and they have a tensile strength greater than a steel cable.
When the musculotendinous structure is subjected to high force loads, the tendon holds steady, while the soft tissue of the muscle contracts to protect itself. When the muscle’s capacity to resist force loads is exceeded, muscle tissue begins to stretch and tear, causing muscle strain.
Your body’s structures work together to produce movement in much the same way as an engine works to propel your car forward. As long as all the moving parts are optimally aligned and in good working order, you have a smooth and quiet ride. But when things get out of alignment or parts become worn, the engine becomes clunky and inefficient, giving you a bumpy and noisy ride that can eventually lead to major repairs.
Some things that can undermine the efficiency of human movement and lead to muscle strains include:
A well designed program of stretching, strengthening and correction of movement deficiencies can help resolve motor issues that lead to injury.
Whether you are an athlete or exercise enthusiast prone to injuries, or you work at a physically demanding job, the sports medicine professionals at NYDNRehab are experts at identifying deficient links in your body’s structures and correcting them. We use the latest technologies to analyze your posture, gait and movement patterns and retrain them for greater mechanical efficiency. Improved performance with decreased risk of injury are desirable outcomes that can be yours with a customized training program from the team at NYDNRehab.
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Tendons are thick fibrous tissue that attach muscles to bone, near your joints. When you contract your muscle, the tendon pulls on the bone to which it is attached to produce movement. When subjected to strong forces, as when lifting weights, tendons can sustain mild damage, and become inflamed and painful. Tendinitis pain is most […]Read More (0)