Muscles typically contract randomly when we want to move or use them. However, sometimes the entire muscle will contract involuntarily, which we call a spasm. The involuntary contraction of a small part of a muscle can produce pain and dysfunction. Studies have shown that provoked pain points are the most common cause of musculoskeletal pain. Pain physicians have found that nearly 75% of current pain is caused by aseptic inflammatory provoked pain points in soft tissue. Flash points cause constant muscle tension, which in turn weakens the muscles and increases pressure at the musculoskeletal joints. This usually leads to pain near the joints, and one of the distinctive features that distinguishes primary provoked pain points from other muscle pains is that they always conduct to specific areas of pain in other parts of the body. Treating a patient’s primary pain complaint (75% of conducted pain) as the primary pain (the root of the disease) is the reason why many therapies are ineffective. Most therapies consider the area of pain to be the source of the pain, when the true cause may come from a completely different location. Stimulated pain points and their associated pain are linked to many diseases and may even directly cause some of them. Soft tissue with aseptic inflammation can restrict muscle movement, reduce blood circulation , reduce muscle nutrients and oxygen levels, and interfere with the normal excretion of metabolic waste products. These wastes irritate and damage pain nerve endings. The reduced nutrition of the muscles increases spasm and inflammation. Pain is being caused by mechanical (pressure) and chemical (metabolic waste) stimuli . This vicious cycle will only stop with treatment. The occurrence of the above-mentioned pain is somewhat elusive. We know that the body’s pain signals come from multiple areas and merge into individual spinal nerves before entering the brain. When the signals converge, it is likely that the true source of the pain will be mistaken. In addition, sterile inflammation shortens muscles and usually compresses nearby nerves. This compression sensitizes and interferes with nerve signaling, resulting in abnormal sensations such as numbness, tingling, and burning sensations. The brachial plexus is a network of nerves that originates in the neck and innervates the neck, upper back, shoulder, upper arm, forearm and hand. This explains why many of the provoked pain points found in the neck and upper back can cause pain and dysfunction in the upper body. Shortened muscles may also compress nearby arteries and veins. Reduced arterial blood flow can lead to hypothermia (e.g., cold hands and fingers), and similarly, reduced venous blood flow can lead to swelling of the hands and fingers. Finally, aseptic inflammation makes it difficult to move the muscle itself. Stretching or shortening of the muscle caused by secondary inflammation can lead to severe pain. How can I get rid of the agonizing pain points of aseptic inflammation? When pressure is applied to a spastic skeletal muscle, the chemical/pressure cycle is broken, which helps stop the shortening and pain in the muscle. 1. The muscle fibers are elongated and stretched, and the pressure component of the pain cycle is reduced. Finally, for the point of excitation, increased stimulation (pressure) will fatigue the pain signaling. 2, During the treatment muscle is heated and kneaded , which helps to increase circulation and remove metabolic waste. When heated to 42 degrees or more can make sterile inflammatory contracture tissue denaturation and inactivation. Achieve the root cause of the pain.