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Benefits of Bio-Mechanical Stimulation Massage
The benefits of bio-mechanical stimulation massage can be numerous. It reduces muscle tension and enhances neurological excitability, lowers inflammation, improves blood flow, and decreases inflammation. It also reduces stress and depression. These are among the best bio-mechanical stimulation massage benefits. Bio-mechanical stimulation is a great method to ease the pain of chronic. It also improves blood circulation and lessens inflammation. It is also a way to alleviate painful conditions such as osteoporosis and rheumatoid arthritis and tendonitis.

Increases blood flow

Massage that is biomechanically stimulated is known for its benefits of improving blood flow. However, this effect may not be as obvious as you believe. Massage has many other biological effects, as well as the increase in blood flow. For instance, massage can enhance skin temperature and create superficial hyperaemia. The capillaries in the skin react to mechanical stimulation and expand. Furthermore when massage is applied to the skin the blood that is normally circulate in underlying muscles is diverted to skin.

Reduces muscle tension

Bio-mechanical stimulation massage therapy has several benefits that help reduce muscle tension. It can relieve muscle spasms and improve blood circulation. It improves posture and decreases the soreness of muscles. Massage that stimulates the biomechanics helps restore hormonal balance. The body produces naturally produced hormones that regulate a variety of biological functions like inflammation and pain. Stress and pollution can affect the body's hormones. Apart from helping your body recover from injuries, bio-mechanical massage also helps relieve muscles spasms, increases blood flow, and relieves tension in the muscles.

It increases neuronal excitability

The effects of massage using bio-mechanical stimulation (BMS), on neuromuscular excitability, remain unexplored but it is believed that it can reduce tension in muscles, improve wellbeing and enhance athletic performance. Massage can reduce neuromuscular excitability via the process of post-activation potentiation. Massage may decrease the neuromuscular excitability of muscles by stimulating their mechanoreceptors, or relaxing muscles. 김포출장마사지 may also help stop muscle spasms and tension following exercises. Further research is needed to establish the connection between neuromuscular excitability and massage.

Reduces muscle pain

Bio-mechanical stimulation massage can help heal and tension relief, pain relief and soreness in the muscles. This therapy is usually as part of a holistic therapy program. It can relieve pain and prevent the strain on muscles. Because it helps the body recover and relax, bio-mechanical stimulation massages are an excellent option for people suffering from persistent pains andaches.

Increase in satellite cell phone numbers

Recent research has shown that massages with biomechanical stimulation increase the amount of satellite cells found in skeletal muscle. Satellite cells are mechanosensitive ones that react to the changes in the mechanical surroundings of their niche. They are tethered to the extracellular matrix by a dystrophin-associated glycoprotein complex. Satellite cell numbers can also be affected by changes in the extracellular matrix or mechanical properties of muscles. Thus, massage can increase the number of satellite cells.

Increases the number of M1 macrophages


Apart from their anti-inflammatory abilities, macrophages have high plasticity, making them susceptible to phenotype transitions like the conversion of M1 into M2. This phenotype transition could result in a pro-inflammatory condition, or an anti-inflammatory one. There are a variety of ways to control the inflammatory response, such as the inhibition of neutrophils and increasing the amount of M1 macrophages.

Aids in preventing further injuries

Researchers from Colorado State University, and The University of Kentucky have found that bio-mechanical stimulation (or a form of massage) may help prevent further injuries by boosting satellite cells within the muscles. Study also found that mechanical stimulation could cause a phenotype shift in M1 macrophages to become anti-inflammatory M2 macrophages. The change in signaling may increase the body's capacity to respond to rehabilitation.

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