Benefits of Bio-Mechanical Stimulation Massage
Biomechanical stimulation massage offers a variety of benefits. It eases tension in muscles and increases neurological excitability, decreases inflammation, increases blood flow and reduces inflammation. It also helps reduce depression and stress. Here are a few of the most popular bio-mechanical massage benefits. Bio-mechanical stimulation can be a fantastic way to relieve the pain of chronic. It also improves blood circulation and decreases inflammation. It is also a way to stop painful conditions such as osteoporosis, arthritis rheumatoid, and tendonitis.
Increases blood flow
Biomechanical stimulation massage is known for its benefits of increasing blood flow. However, the effect may not be as apparent as you think. While it can affect circulation, massage can also have other biological effects. Massage, for instance, can increase skin temperature and trigger superficial hyperaemia. This occurs because the capillaries of the skin react to mechanical stimulation by dilate. Furthermore, when massage is applied to the skin, blood that would normally circulate through the muscles is diverted to the skin.
Reduces muscle tension
The benefits of biomechanical stimulation massage therapy are reducing tension in muscles. It can relieve muscle spasms and improve blood circulation. It improves posture, and decreases the soreness of muscles. Bio-mechanical stimulation massage helps to restore the balance of hormones. The body produces natural hormones, and controls many physiological functions, like inflammation and pain. Pollution and stress can alter the body's natural hormones. Bio-mechanical stimulation massage is not only beneficial for healing from injuries, but also reduces muscle spasms and increases blood flow.
Increases neurological excitability
Although the effects of massage utilizing bio-mechanical stimulation (BMS) on neuromuscular excitability remain largely unknown however, it is believed to reduce muscle tension, increase the quality of life and increase athletic performance. Post-activation potentialization is a technique by which massage reduces neuromuscular exitability. The way that massage reduces neuromuscular excitability may include stimulation of muscle mechanoreceptors as well as relaxing muscles. Massage may also help prevent muscle spasms and tension after exercise. More research is required to prove the connection between massage and neuromuscular exitability.
Reduces muscle pain
A massage that is biomechanical reduces muscle aches, relieves tension and aids in healing of the body. This type of therapy is typically included in a full treatment program. It is a great way to help relieve pain and avoid injuries to muscles. Because it helps the body recover and relax, bio-mechanical stimulation massages are a great option for people suffering from chronic aches and pains.
The number of satellite cells increases
Recent research has revealed that biomechanical stimulation massage increases the amount of satellite cell in the skeletal muscles. Satellite cells are mechanosensitive cells which respond to changes in the physical conditions of their environment. They are tethered to the extracellular matrix by a dystrophin-associated glycoprotein complex. Satellite cell numbers could be affected by changes in the extracellular matrix as well as the mechanical characteristics of muscles. Massage may increase satellite cell numbers.
M1 macrophages are boosted
Macrophages are renowned for their anti-inflammatory and plasticity capabilities. They are also affected by phenotype change, such as M1 becoming M2. This phenotype change could result in an inflammation-related condition or an anti-inflammatory one. There are a variety of ways to regulate the inflammatory response. This includes decreasing neutrophilic response and increasing M1 macrophages.
Prevents further injury
Researchers from Colorado State University, and The University of Kentucky have discovered that biomechanical stimulation (or a form of massage) may help prevent further injury by boosting the number of satellite cells within the muscles. The study also revealed that the mechanical stimulation can trigger a phenotype shift in M1 macrophages that transform into anti-inflammatory, M2 macrophages. This change in signaling could increase the body's capacity to adapt to rehabilitation. https://www.daejeonmassagehubul.com/