Manual Therapy For Structural Integration
Structural Integration is essentially a means of manipulating your body's tissues, that was developed by the Dr. Harry W. Diehl, M.D. Sometimes, it is called Computational Integration. Structural Integration allows tissues of various shapes and sizes to be combined so that they can be positioned more precisely, increasing their resistance to strain. The principle of structural integration has existed from the beginning of time, when it was first discovered by Einstein (a leader in quantum theory) along with others. This very concept was first discovered by Hertz in his experiments using magnets (I have discussed this before in other posts). We will now examine structural integration in a real-life example. Let's say you have an individual who's been thrown down on her knee having her elbow bent with the upper part of her foot facing the wall (as viewed from above and, naturally). In the eyes of the naked eye each foot appears normal. However, when they are looked at from below (towards the ground), the foot which has the top of the elbow bent appears to curve in a slight backwards direction from the body - this is sometimes referred to as an oblique deviation of the physio's view. If we look at the pressure exerted on the knee when the elbow is bent, we will see that there's a slight shift in the direction of lateral fascia on the lower and upper sides of the knee. The result is pain. What is the best way to implement structural integration into your practice? This is a concept that will be covered in the EMS class. I've provided a comprehensive explanation of how I do it as well as details on the anatomy as well as physiology information needed by professionals. Make sure that your student is properly hydrated prior to taking part in Structural Integration. In this instance, I like to start by introducing slow, relaxed breathing exercises in order to soothe the nervous system, and to help the body learn ways to "quiet" the internal chatter that occurs when our body is at risk. As the student progresses through the EMS course, you might decide to add some additional stretching exercises , or simply relax and enjoy the process. You can do what you'd like. When the student has warmed up, it is time to start practicing myofascial release. My experience has shown that applying constant pressure to specific myofascial trigger point is the most effective way to alleviate pain with Structural Integration. Begin with your feet and make sure the area in the pain open and clear. Then, apply pressure to the heel of every trigger point. Then, slide your fingers towards your elbow and then up to your wrist. Repeat these techniques for each particular wrist, finger, and ankle. It is important to be clear that the goal of this process is not to apply any kind of physical force on an area. It's more about creating movement to an area via myofascial connection. In this instance, the key concept to understand is that a fascia or tensional system that is hyperactive is in existence that is oversensitive due to a number of reasons. The tensional network is the real issue. When it is addressed correctly with regular Structural Integration exercise and treatment, the fascia will start to repair itself. If you're asking me, fascial release has been among my top things to do to increase mobility, reducing discomfort and swelling, as well as increasing the strength as well as range of motion especially when working on Structural Integration. Actually, many students of mine are amazed by the immediate benefits they experience after their first session. A lot of them are stunned to see immediate benefits from the first lesson in the rolfing integration of structure. According to my own experience my experience, the best way to bring the client's pain in check is to identify the pain pathway before establishing a planned regime to make it happen. Remember that functional imaging reveals where a particular muscle or fascia. Therefore, by applying the right stimulation on this spot and observing how this area of the body works and enabling us to treat it correctly. A skilled structural integration professional can create a positive change when it comes to this issue. They should be using both fascial and tensional techniques to treat their patients in order to ensure complete healing of the underlying issues that cause pain and ensuring that they encourage the healing process for the surrounding fascia as well. Remember that manual therapy such as Pilates does not aim to address structural imbalances. What it is designed to do is to fix the movement imbalances. We need to combine actions that support correct movement and the capacity to manage pain pathways and effectively treat pain pathways. You will be able to increase your mobility and tackle the root of pain. It is the radial or tensional stiffening that occurs in the tissues of your joints.