Brain and Touch Therapy: Research on Massage Therapy Fitness Rehabilitation Case Report for a Randomized Controlled Trial

The massage or touch is to give well-being through touch, body. A well-being not only physical, but also neural, social, rewriting neuronal circuits and improving synaptic plasticity. With this image I want to highlight the art of massage,manual techniques, rehabilitation and also movement and psychology. In a moment of uncertainty I want to give certainties; what we will return to instill well-being again. This is the topic of our research. We scientifically demonstrate how both the massage and the large method are fundamental for a better cognitive development, so please send me the material in private. If you want you can; you are a thinking being and while you think, think big. Imagine, create, thrill and expand. Reinvent yourself by creating the best version of yourself. Now imagine and create the desired reality. The amygdala, an almond shaped group of nuclei located in the limbic system, deep within the medial temporal lobes of the brain, is the boss when it comes to processing and storing memories of various emotions. In fact, the amygdala experiences emotions even before the conscious brain does. Repetitive triggering of the stress response makes the amygdala more reactive to apparent threats, which stimulates the stress response, thereby further triggering the amygdala, on and on and on in a vicious cycle. The amygdala serves to help form “implicit memories,” traces of past experiences that lie beneath conscious recognition. As the amygdala becomes more sensitized, it increasingly tinges those implicit memoirs with heightened residues of fear, causing the brain to experience on going anxiety that no longer has anything to do with the circumstances at hand. At the same time, the hippocampus, which is critical for developing “explicit memories” clear, conscious, records of what really happened gets worn down by the body’s stress response. Cortisol and other glucocorticoids weaken synapses in the brain and inhibit formation of new ones. When the hippocampus is weakened, it’s much harder to produce new neurons and thus make new memories. As a result, the painful, fearful experiences the sensitized amygdala records get programmed into implicit memory, while the weakened hippocampus fails to record new explicit memories.