Biomechanical stimulation massage offers a variety of benefits. It decreases muscle tension, increases neurological excitability, decreases inflammation, increases blood flow, and lowers inflammation. It helps reduce stress and depression. Here are some of the most popular bio-mechanical massage benefits. In addition to relieving chronic pain, this type of stimulation boosts blood circulation, decreases inflammation, and helps ease muscles aches and pains. It can even prevent painful conditions like osteoporosis, arthritis rheumatoid, and tendonitis.

The flow of blood increases

Although the most obvious advantage of bio-mechanical stimulation is the increase in blood flow, the effect may not be so obvious as it may initially appear. 창원출장안마 While it can affect circulation, massage can also have different biological effects. Massage can raise the temperature of the skin and cause hyperaemia superficially. The capillaries in the skin react to mechanical stimulation and dilate. Massage may cause blood to flow from muscles that are underlying towards the skin. This is because it causes blood to flow to the skin instead of normal circulation.

Reduces tension in muscles

The benefits of biomechanical stimulation massage therapy are reducing tension in the muscles. It is able to ease muscle spasms and improve blood circulation. It improves posture, and decreases muscle soreness. Bio-mechanical stimulation massage helps restore hormonal balance. The body produces naturally produced hormones that regulate a variety of biological functions like pain and inflammation. The body’s natural hormones can be affected by environmental factors such as pollution and stress. Apart from helping the body recover from injuries, bio-mechanical massage also helps relieve muscle spasms, improves blood flow and eases muscle tension.

It increases neuronal excitability

While the effects of massage using bio-mechanical stimulation (BMS), on neuromuscular excitability are largely unknown, it is believed to reduce tension in muscles, improve well-being and improve athletic performance. Massage can reduce neuromuscular excitability via the process of post-activation potentiation. The mechanism by which massage decreases neuromuscular excitability could be due to stimulation of mechanoreceptors in the muscles as well as relaxation of muscles. Massage can also reduce tension and muscle spasms during exercise. More research is required to establish the relationship between massage and neuromuscular exudability.

Reduces muscle pain

A massage that is biomechanical reduces muscles aches, eases tension and aids in the body’s healing. This kind of treatment is usually part of a comprehensive therapy program. In addition to easing discomfort, it is also able to reduce muscle strain, increase blood flow and increase lymph circulation. Since it assists the body to relax and heal, bio-mechanical stimulation massages are a great option for people suffering from chronic aches and pains.

The number of satellite cell phones increases

Recent research has shown that massage therapy using biomechanical stimuli can boost the amount of satellite cells in skeletal muscles. Satellite cells are mechanosensitive, or mechano-sensitive, cells which respond to the changes in the mechanical environment of their niche. They are tethered to the extracellular matrix by a dystrophin-associated glycoprotein complex. Changes in the extracellular matrix and the mechanical properties of muscles can also impact satellite cell numbers. Massage has the potential to increase satellite cell numbers.

The M1 macrophage population is increasing.

Macrophages are well-known for their ability to reduce inflammation and have plasticity properties. They are also susceptible to phenotype changes, such as M1 becoming M2. This could result in either a pro-inflammatory or anti-inflammatory condition. There are a variety of methods to control the inflammatory response. They include decreasing neutrophilic response and increasing M1 macrophages.

Helps prevent further injury

Researchers at Colorado State University, and The University of Kentucky have found that bio-mechanical stimulation (or a type of massage) may help prevent further injury by boosting the number of satellite cells within the muscles. Study also found that the mechanical stimulation can trigger changes in the phenotypes of M1 macrophages, which transform into anti-inflammatory macrophages, M2 macrophages. Furthermore, this alteration in signaling may improve the body’s reaction to rehabilitation.