Craniosacral Therapy

The skull bones change their position when the amount of cerebrospinal fluid in the skull changes. Your skull breathes. And when this breathing is disturbed, it affects the work of all body systems. Because the craniosacral rhythm is as important as the respiratory and cardiac ones. But this is not studied in medical universities.

Since this therapy can affect the nervous system and its "side effect" is deep relaxation, you will no longer need sleeping pills, other medicines and psychiatrists. And you become completely unprofitable for the pharmaceutical industry, which forms the main lines of information supply on the network.

We work with the dura mater, which is like a case for the entire nervous system, which is why it is so effective.

Once I had a patient, a schoolgirl, with a severe traumatic brain injury that turned into further symptoms with which it was impossible to study or live normally. They had already visited all the doctors, but she was not getting better. And I did one CST session for her. She got up from the couch and told her mother that she had not felt so good for a long time, and her mother could not believe that almost imperceptible movements and super light touches to her child's head could heal her.

And yesterday, a rocket flew very close ... the windows in our house were blown out..., the condition of my loved one changed, - and only 10 minutes of CST removed her headache, spasm, anxiety and poor health.

Craniosacral therapy is a type of soft manual therapy that affects the craniosacral system. This method is aimed at improving the functioning of the central nervous system, normalizing the craniosacral rhythm. During the therapy, the therapist uses light touches with the hands to the head and other areas to help the body restore natural rhythms and functions.

Complex:

All nerve structures of the central nervous system except the spinal nerves bathe in the cerebrospinal fluid. The brain and spinal cord are also in a suspended state in the planes formed by the skull and spinal canal. The cerebrospinal fluid does not stand still, but circulates under the influence of a kind of pump: the primary respiratory movement (PRM).

John Edwin Upledger, director of the biomechanical research laboratory at the University of Michigan, whose work is recognized in the USA, explains the PRM mechanism as follows: we will describe it briefly, only pointing out the main ideas. PRM is created by pressure changes between arterial blood, cerebrospinal fluid and venous blood. CSF filters and partially diffuses blood, moves to the space under the dura mater, then to the nodes of the arachnoid membrane of the brain and spinal cord before entering the venous blood. This circulation and formation of CSF occurs unevenly and continuously. When CSF "breathes" it spreads to the ventricles, if the pressure in the ventricles does not exceed a certain threshold: the ventricles "inflate". All horizontal diameters increase. At this moment, the nervous reflex control located in the bone joints of the skull stops this spread. This "hypertension" in the ventricles causes diffusion of CSF into venous blood through the space under the dura mater and the nodes of the arachnoid membrane of the brain and spinal cord. If the pressure in the ventricles decreases to a threshold close to venous pressure, the biological feedback mechanism blocks this CSF diffusion - venous blood at the level of the arachnoid membrane nodes of the brain located at the lower end of the straight sinus.

We would like to present you with a graph that reflects the changes in CSF and venous blood pressure. Choroid plexuses > Arterial blood > CSF > Ventricular system > Space under the dura mater > Arachnoid membrane nodes of the brain and spinal cord > Venous blood. The difficulty lies in the low values of these pressures, CSF pressure fluctuates from 12 to 15 cm, and venous pressure from 5 to 10 cm. Arterial pressure is higher and expressed in cm of water is 180. This pump is passive, it is created only by the circulation of CSF, which constantly goes from the high pressure zone to the low pressure zone under the control of baro- and mechanosensitive nerve receptors. The rhythm of CSF movement is about ten cycles per minute. There is also no serious explanation for the frequency of this rhythm. We know that it is not affected by diaphragmatic breathing, heart rate and individual activity. The CSF rhythm, which is not under conscious control, is an automatism of the human body. One might think that this automatism is controlled by the archaic brain according to mysterious laws of genetics. Currently, a large number of researchers are convinced that cells have organization in space, as well as in time, and each cell has memory and a program that controls the cycle under the influence of unknown factors. This mobility of the cerebrospinal fluid is transmitted to the bones of the skull and the entire skeleton. We are far from all the statements of textbooks that explain that the skull is a fixed unit, that its sutures fuse very quickly. These statements are practically of the same order as those that claim that the sacroiliac joint is an amphiarthrosis that does not move. PRM consists of two movements - active, called "inhalation", and passive, called "exhalation". During inhalation, paired bones, as well as skull bones, mobilize in external rotation. Unpaired anterior bones are thrown upward and forward (for example, the sternum). Unpaired posterior bones (sacrum) are thrown upward and backward. During exhalation, movements are made in opposite directions. (Jean-Pierre Barral)