APPROACHES TO TWIST THERAPY
THROUGH CENTRAL NERVOUS SYSTEM AND SPINE
In multi ple systemic diseases or diseases, in which the effect of twist therapy was unstable, a more general approach can be applied to twist diagnostics and therapy: through the central nervous system and spine.
Twist therapy through the central nervous system
Many diseases in some way or another are connected with the state of the nervous system that ensures relationships among and control over all body parts and internal organs. Twist motions can create spiral Neutro pathways in the nervous and circulatory systems, increasing and improving blood supply and innervation of the body organs and parts, normalising activating vital processes in the body.
Brain twist therapy means twist of the neck, jaws, and skull sutures. Additionally, one can perform twist motions of the eyeballs, auricles, hands, feet, and especially thumbs and big toes. In Hetero diseases of the brain, Homo-type twist motions and the fixed twist method are recommended. In Homo diseases, Hetero twist motions, the elastic or moving twist methods are applied more often.
Understanding the relationship between the internal organs and body parts maintained by the central and peripheral parts of the vegetative nervous system is helpful in treatment of disorders by twist motions of the neck and trunk (Fig. 15). If we know, which segment of the spinal cord is responsible for somatic innervation of the affected body part, we can make a therapeutic twist motion, which would activate the related region of the spinal cord, thus obtaining a high therapeutic effect. The upper extremities and the chest are innervated by the cervical nervous plexus, which originates in the cervical segments of the spinal cord. The lower extremities and the small pelvis are controlled by the lumbosacral plexus and lumbar and sacral segments of the spinal cord. So in arm diseases the neck twist might be helpful, and in leg diseases — twist of the waist and sacrum.
Spine twist therapy
The skull and spinal column, as peculiar reservoirs for organs of the central nervous system — the brain and spinal cord — form the integral Triorigin structure, in which the skull is Neuto, the cervical part of the spine is Hetero, the degenerated coccyx is Homo, the well developed trunk spine is Neutro. In this anatomical structure located along the vertical axis of the body, another type of Triorigin energies distribution is possible, namely, the skull is Hetero (the uppermost location in the body), the trunk spine is Homo (the trunk consists of two parts, the chest and abdominal cavity), the neck is Hetero (linking the trunk as Homo and the skull as Hetero), the coccyx is Neuto.
Triorigin models of the body axial structures
The well-developed trunk spine also follows the Triorigin model order: the free moving lumbar part is Hetero, the fixed sacrum is Homo, the most developed thoracic part is Neutro, and the reduced coccyx, which is functionally nearing the zero state, is Neuto.
Triorigin model of trunk spine
In the region of each vertebra, the spinal column, partici pating in any twist motion of the body, contains correspondences to the internal organs similar to the correspondences to the internal organs located on the body parts and fingertoe phalanges. Properly performed twist of the spine helps to prevent and treat internal diseases.
Correspondences of cervical vertebrae to endocrine glands
The seven cervical vertebrae correspond to seven endocrine glands. A properly selected neck twist improves the state and secretory function of the affected endocrine gland. Neck twist can help to prevent endocrine dysfunctions in the body and diseases of the endocrine glands.
Correspondences of thoracic vertebrae to internal organs
The twelve vertebrae of the thoracic spine are connected anatomically with twelve rib pairs. Together with the sternum, they protect the vitally important internal organs of the thoracic and abdominal cavities. The thoracic vertebrae, ribs, and the sternum are in Triorigin relations. The thoracic vertebrae in the back are Hetero, the sternum in the front — contracted — part of the thorax is Homo, the well-developed ribs that connect the sternum (Homo) and the spinal column (Hetero) are Neutro. The internal structures of the chest play the role of Neuto. Comparing this Triorigin model with the Triorigin model of internal organs, one can find the following relationshi ps: the thoracic vertebrae, as Hetero, correspond to the spinal cord, the sternum (Homo) to the brain, and the ribs (Neutro) correspond to twelve internal organs.
Triorigin models of thoracic cavity and their correspondences to internal organs
The twelve pairs of ribs are connected tightly with thoracic vertebra, and each rib pair together with the related thoracic vertebra interacts with one of the internal organs. So, when the chest twist motion is performed, in which intercostal muscles and skin partici pate besides vertebrae and ribs, this brings about a pronounced therapeutic effect on the whole system of internal organs. It is noteworthy that the correspondence of thoracic vertebrae and ribs to the internal organs is completely different from the system based on vegetative innervation described earlier. The intervertebral joints and muscles that connect and unite individual vertebrae with each other partici pate in twist motions of the spine. The muscles and joints contribute to a twist effect on the related internal organs. Therefore, the muscle structures of each vertebra are also part of the Triorigin correspondence system of the internal organs.
Correspondences of lumbar vertebrae, sacrum and coccyx to functional systems of the body
The lumbar part of the spine is located in the middle of the body and has the role of its central motor axis. The lumbar vertebrae have a unique ability to make free motions in any direction. Accordingly, correspondences to important functional systems of the body are located in the lumbar part. Any body motion in the lumbar part activates the functional systems of the body to ensure the proper performance. The degenerated sacral vertebrae and the reduced coccyx have Homo characteristics. Their activity is extremely limited, but they still carry correspondences to the body functional systems that have the most developed physical representation. If some of these functional systems do not work properly, the related vertebrae and joints can be stimulated by waist twist, belly twist, hip twist and leg twist to obtain the corresponding twist effect in order to treat or prevent the disease.
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