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Benefits of Bio-Mechanical Stimulation Massage
The benefits of bio-mechanical stimulation massage are numerous. Helpful hints Apart from reducing muscle tension, it increases neurological excitation, reduces inflammation and improves blood flow. It reduces stress and depression. These are the top bio-mechanical stimulation benefits. In addition to relieving chronic pain, this type of stimulation increases blood circulation, decreases inflammation, and eases muscles aches and pains. It can also help prevent painful conditions like tendonitis, osteoporosis, rheumatoid and rheumatoid arthritis.


The blood flow is increased

Massage that is biomechanically stimulated provides the obvious benefit of improving blood flow. But, this effect may not be as apparent as you think. Massage can have other effects on the body, as well as increasing blood flow. Massage can increase skin temperature and trigger hyperaemia superficially. This is because capillaries of the skin react to mechanical stimulation through dilation. Massage may cause blood to be diverted from the underlying muscles towards the skin. This is because it causes blood to flow to the skin instead normal circulation.

Reduces muscle tension

The benefits of biomechanical stimulation massage therapy are reducing tension in muscles. It helps relieve muscles spasms, improve blood circulation and lymphatic drainage and lowers stress levels. It also improves posture, decreases soreness in muscles, and can help to reduce the effects of aging. Bio-mechanical stimulation massage helps restore hormonal balance. The body naturally produces hormones that regulate a variety of physiological functions including pain and inflammation. Stress and pollution can impact the body's natural hormones. Bio-mechanical stimulation massage is not just beneficial in recovering from injuries but it also reduces muscle spasms and increases blood flow.

The increase in neuroexcitability increases the risk of neurological disorders.

The effects of bio-mechanical stimulation (BMS) massage on neuromuscular excitability remain not known, but it's thought that it could reduce muscle tension, improve well-being, and enhance athletic performance. Massage reduces neuromuscular excitability through the process of post-activation potentiation. Massage may decrease the neuromuscular excitability of muscles by stimulating their mechanoreceptors, or relaxing muscles. Massage may also help reduce tension and muscle spasms during exercise. More research is required to establish the connection between massage and neuromuscular excitability.

Reduces the muscle pain

Massages that stimulate the biomechanical system reduce muscle aches, relieves tension and aids in healing of the body. It is typically part of a complete therapeutic program. It helps relieve pain and prevent the strain on muscles. Bio-mechanical stimulation massages can be beneficial for those who suffer from chronic pains and discomforts.

Satellite cell numbers increase

Recent studies have shown that massages that stimulate biomechanically increase the amount of satellite cells found in skeletal muscle. Satellite cells are mechanosensitive cells that respond to the changes in the physical conditions of their environment. They are tethered to the extracellular matrix by a dystrophin-associated glycoprotein complex. Satellite cell numbers can also be affected by changes to the extracellular matrix, or by mechanical properties of muscles. Massage has the potential to increase the number of satellite cells.

Increases M1 macrophages

Macrophages are renowned for their anti-inflammatory and plasticity properties. They are also susceptible to phenotype changes like M1 changing into M2. The phenotype shift can result in an inflammation-related condition or an anti-inflammatory condition. There are many ways to control the inflammatory response, such as limiting the neutrophilic response and increasing the number of M1 macrophages.

Prevents further injuries

A new study by scientists from Colorado State University and The University of Kentucky suggests that bio-mechanical stimulation, or a form of massage can help to prevent further injury by increasing the amount of satellite cells that reside in the muscles. This study suggests the stimulation can induce a phenotype change in M1 macrophages to anti-inflammatory M2 macrophages. This signaling change may also enhance the body's ability to adapt to rehabilitation.

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