Notes

Benefits of Bio-Mechanical Stimulation Massage

Biomechanical stimulation massage provides many advantages. Along with relaxing muscles and reducing nerve excitability, it also increases neuronal stimulation, reduces inflammation and boosts blood flow. It reduces stress and depression. Here are a few of most frequently used bio-mechanical stimulation massage benefits. In addition to alleviating chronic pain, bio-mechanical stimulation improves the blood circulation, lessens inflammation, and helps ease muscles aches and pains. It can also prevent painful conditions like tendonitis, osteoporosis, rheumatoid, and rheumatoid arthritis.

Blood flow increases

Biomechanical stimulation massage has the obvious benefit of increasing blood flow. 수원출장마사지 However, the effect may not be as apparent as you think. Massage also has other biological effects, as well as increasing blood flow. Massage can raise the temperature of the skin and lead to hyperaemia in the superficial area. This occurs because the capillaries that line the skin respond to mechanical stimulation through dilation. Additionally whenever massage is applied to the skin, blood that would normally circulate within the muscles is diverted to the skin.

Reduces muscle tension

Massage therapy that is based on biomechanical stimulation has numerous benefits that aid in reducing muscle tension. It can relieve muscles spasms and increase blood circulation. It also improves posture, decreases soreness in muscles, and can help to reduce the effects of aging. Bio-mechanical stimulation massage can help restore hormonal balance. The body produces naturally produced hormones to regulate various bodily functions, including pain and inflammation. Stress and pollution can impact the body's natural hormones. Bio-mechanical stimulation massage isn't only beneficial for recovering from injuries but it also relieves muscle spasms and improves blood flow.

Neurological excitability increases

Although the effects of massage using biomechanical stimulation (BMS) on neuromuscular excitability, remain unexplored however, it is believed to reduce muscle tension, increase well-being and improve athletic performance. Massage decreases neuromuscular excitability by the process known as post-activation potentiation. Massage can reduce neuromuscular excitability by stimulating muscle mechanoreceptors, or relaxing muscles. Massage may also help stop muscle spasms and tension after exercise. Further research is needed to prove the connection between massage and neuromuscular exitability.

Reduces muscle pain

Bio-mechanical stimulation massage helps in healing muscles, tension relief, pain relief and muscle soreness. This type of therapy is typically part of a comprehensive therapy program. It is not just a way to ease discomfort, it is also able to help prevent muscle strain, improve blood flow, and improve lymph circulation. Since it assists the body to relax and heal, bio-mechanical stimulation massages are a fantastic option for people suffering from chronic aches and pains.

Increase in satellite cell phone numbers

Recent research has shown that massage therapy using biomechanical stimuli can increase the amount of satellite cell in the skeletal muscles. Satellite cells are mechanosensitive cells which respond to the changes that occur in their particular surroundings. They are tethered to the extracellular matrix by a dystrophin-associated glycoprotein complex. Modifications to the extracellular matrix and mechanical properties of muscle also affect the number of satellite cells. Massage has the potential to increase the number of satellite cells.

Increases M1 macrophages

Alongside their anti-inflammatory capabilities They also have high levels of plasticity, making them susceptible to phenotype transitions, such as the conversion of M1 into M2. This can result in an anti-inflammatory or pro-inflammatory state. There are a variety of avenues for modulating the inflammatory response, such as decreasing the neutrophilic response, and increasing the amount of M1 macrophages.

Helps prevent further injury

A recent study conducted by researchers from Colorado State University and The University of Kentucky suggests that bio-mechanical stimulation, or a form of massage may prevent further injury by increasing the number of satellite cells in the muscles. Study also found that stimulation by mechanical means could trigger a phenotype shift in M1 macrophages to become anti-inflammatory M2 macrophages. This change in signaling could increase the body's capacity to respond to rehabilitation.
Read More: https://mansemassage.com/suwon/