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Benefits of Bio-Mechanical Stimulation Massage
The benefits of bio-mechanical massage are numerous. It decreases muscle tension, increases neuronal excitability, reduces inflammation, boosts blood flow, and decreases inflammation. It also decreases stress and depression. Here are a few of most frequently used bio-mechanical stimulation massage benefits. Bio-mechanical stimulation is a great option to alleviate the pain of chronic. 출장안마 It also increases blood circulation and lessens inflammation. It also helps to prevent painful conditions such as tendonitis, osteoporosis, rheumatoid and rheumatoid arthritis.
The flow of blood increases
Massage that is biomechanically stimulated provides the obvious benefit of increasing blood flow. But, this effect may not be as obvious as you might think. Massage can have other effects on the body, apart from increasing blood flow. Massage can increase skin temperature and trigger hyperaemia superficially. This occurs because the capillaries in the skin respond to mechanical stimulation by dilate. In addition, whenever massage is applied to the skin the blood that is normally circulate through the muscles is directed to the skin.
Reduces muscle tension
Benefits of bio-mechanical massage therapy include reducing tension in the muscles. It can relieve muscles spasms and increase blood circulation. It improves posture, and decreases muscle soreness. Massage that stimulates the biomechanics helps to restore the balance of hormones. The body naturally produces hormones to regulate various bodily functions, including inflammation and pain. The body's hormones are affected by environmental factors like pollution and stress. Alongside helping your body recover from injuries, bio-mechanical massage also assists in relieving muscle spasms, boosts blood flow, and relieves muscle tension.
Increases neurological excitability
The effects of biomechanical stimulation (BMS) massage on neuromuscular excitability are mostly not known, but it's thought that it may decrease muscle tension, increase overall health, and boost athletic performance. Massage reduces neuromuscular excitability through the process known as post-activation potentiation. The way that massage decreases neuromuscular excitability could involve stimulation of muscle mechanoreceptors and relaxing muscles. Massage can also reduce tension and muscle spasms following exercise. Further studies are needed to establish the connection between neuromuscular excitability and massage.
Reduces the pain in muscles
A bio-mechanical stimulation massage reduces muscle aches, relieves tension and encourages the body's healing. This kind of treatment is usually included in a full therapy program. It helps alleviate pain and reduce muscle strain. Because it helps the body relax and heal, 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 bio-mechanical stimulation massage increases the number of satellite cells in skeletal muscle. Satellite cells are mechanosensitive, or mechano-sensitive, cells that respond to the changes in the physical surroundings of their niche. They are tethered to the extracellular matrix by a dystrophin-associated glycoprotein complex. The extracellular matrix is amorphous and mechanical properties of muscle can also impact satellite cell numbers. Therefore, massage has the potential to increase the number of satellite cells.
M1 macrophages are boosted
Macrophages are renowned for their anti-inflammatory and plasticity capabilities. They may also be affected by phenotype change like M1 changing into M2. This can result in a pro-inflammatory or anti-inflammatory condition. There are many potential avenues for modulating the inflammatory response, such as decreasing the neutrophilic response, and increasing the number of macrophages in M1.
Aids in preventing further injuries
A new study from scientists from Colorado State University and The University of Kentucky suggests that bio-mechanical stimulation, or a form of massage could help prevent further injuries by increasing the amount of satellite cells that reside in the muscles. The study also revealed that stimulation by mechanical means could trigger a phenotype shift in M1 macrophages to become anti-inflammatory M2 macrophages. Additionally, this shift in signaling may improve the body's ability to respond to rehabilitation.