Manual Therapy For Structural Integration
Structural Integration is essentially the process of deep manipulation of your body's tissues that was that was developed by Dr. Harry W. Diehl, M.D. Sometimes it is called Computational Integration. The concept behind structural integration is that tissue of different dimensions and shapes are able to be arranged more precisely into one another, often increasing the tissue's ability to resist stress. This concept is in place since the time of Physicists The first to be recognized was that of Einstein (who was also a innovator in quantum theory as well as relativity). The concept was developed by Hertz while experimenting using magnets. I've already talked about the concept in a different article. We will now examine the structural integration of a real-world scenario. Imagine that a person is on knees, with their elbows bent, with her top foot is facing away from the wall. That's how it looks from the above. The feet appear normal to the naked eyes. But if you see the scenario from below, and the arm bent, with the foot's top is facing the wall, then the medial deviation can be described as what physio calls a medial deviation from the line vision. If we now measure the force that is applied to the knee when it is bent we can see that it triggers some minor changes in the lateral progress of the fascia that runs from the lower to upper side of the knee, resulting in pain. How does one accomplish Structural Integration in practice? I instruct this idea in my EMS course, and there is an in-depth explanation of my preferred method to accomplish this task, together with the necessary anatomy and physiology information needed by the practitioner. The first step in performing Structural Integration involves to make sure that the participant is warm. In this case I recommend starting with slow, relaxed breathing exercises to calm the nervous system and aid the body in learning ways to "quiet" the inner chatter that occurs whenever our bodies are under threat. You may add other exercises into the EMS course as you go along. You can also just sit back and relax. This is your choice. After the student is well-conditioned, it's time to start practicing myofascial release. My experience has taught me that the key to pain relief by Structural Integration is to apply consistently pressure on a certain myofascial trigger. Start with your feet, keeping the pain area light and relaxed; apply consistently pressure to every spot by pressing it firmly against the upper part of your heel, then sliding your hands upwards towards the elbow joint. Then, move them up towards the point of your wrist at its highest. This technique can be repeated on each wrist, finger and ankle. This process does not aim to apply any pressure on any particular area. Rather, it is to bring movement to an area via myofascial connection. In this instance, the key concept to understand is that there exists a hyperactive tensional network or fascia exists that has been oversensitive due to a number of causes. The tensional network is the real issue. Once it's addressed properly through regular Structural Integration exercise then it'll begin to heal. If you ask me, fascial release has been among my top activities in terms of increasing mobility, reducing the pain and inflammation, and also increasing the strength and range of motion, especially when working on Structural Integration. Many of my students find immediately benefits from just one session. A lot of them are stunned to see immediately positive results from their initial session of rolfing structure integration. The experience I have had has taught me that the best method to bring a patient's pain in check is to pinpoint the pain routes and then create a programme to target them. It is important to keep in mind that functional imaging reveals the location of a specific muscle or fascia. By applying the appropriate stimulus on this spot it is possible to see how this area of the body works in order to treat it correctly. A good structural integration practitioner can make a real difference when it comes to this issue. They should be using as well as tensional and fascial methods in their treatment programme and aiming to achieve complete correction of any pain-related issues and making sure they promote the healing process of the surrounding fascia , too. It is important to keep the fact that using manual therapy, like Pilates does not have the intention to correct structural imbalances. It's designed to fix the imbalances in movement. For this to be done efficiently, it is necessary to employ a mix of exercises that encourage proper movements and also are able to treat the pain pathways. It will not just improve movement patterns but also address the source of pain: the tensional and radiatal stiffening of your tissues of the joints.