Constant back pain can be a major disruption to quality of life. For victims of this type of discomfort, much of their attention is focused on finding relief. One technique, spinal decompression, is just a high tech form of traction. The spinal decompression Nashville TN technique is effective in relieving pain from ruptured or bulging discs, stenosis, sciatica or degenerative disc disease, as well as several other conditions.
How Spinal Decompression Works
Spine decompression therapy applies longitudinal pressure on the vertebral column. This action gradually brings the vertebrae back into a more natural and correct alignment. The technique relieves pressure on the discs which lie between vertebrae pairs.
The process of decompressing the vertebral column utilizes motorized traction equipment that relieves pain along the spine and in the muscles of the back. The result is retraction of bulging or herniated discs. This eliminates or reduces pressure on the nerves extending from the spinal cord. Relief of pressure in these areas promotes movement of nutrients and oxygen to the discs, which is a healing factor.
A significant difference between the two traction types is the presence of a computer in performing spinal decompression. The computer software measures and controls the amount of traction pull which is applied. The continual measurement provided by the software eliminates the risk of damage to the muscle or muscle spasms.
How Regular Traction Works
Standard traction applies pull to the spine at a single force level. The regular traction process doesn't allow for data to be collected and applied to the amount of traction. Only the patient's observations are available to determine whether the process is working.
Spinal Decompression systems slowly and gradually build upon the force of the pull as their more sophisticated controls have the ability to adapt to the patient's reactions to the therapy. This remarkable adaptability feature gives a patient's body time to relax during the therapy session, which effectively increases the healing impacts of spinal decompression therapy.
Traditional methods and equipment used for traction only apply pressure to the spine in a single direction. The patient's body will often respond by sending the surrounding muscles into spasm.
How Spinal Decompression Works
Spine decompression therapy applies longitudinal pressure on the vertebral column. This action gradually brings the vertebrae back into a more natural and correct alignment. The technique relieves pressure on the discs which lie between vertebrae pairs.
The process of decompressing the vertebral column utilizes motorized traction equipment that relieves pain along the spine and in the muscles of the back. The result is retraction of bulging or herniated discs. This eliminates or reduces pressure on the nerves extending from the spinal cord. Relief of pressure in these areas promotes movement of nutrients and oxygen to the discs, which is a healing factor.
A significant difference between the two traction types is the presence of a computer in performing spinal decompression. The computer software measures and controls the amount of traction pull which is applied. The continual measurement provided by the software eliminates the risk of damage to the muscle or muscle spasms.
How Regular Traction Works
Standard traction applies pull to the spine at a single force level. The regular traction process doesn't allow for data to be collected and applied to the amount of traction. Only the patient's observations are available to determine whether the process is working.
Spinal Decompression systems slowly and gradually build upon the force of the pull as their more sophisticated controls have the ability to adapt to the patient's reactions to the therapy. This remarkable adaptability feature gives a patient's body time to relax during the therapy session, which effectively increases the healing impacts of spinal decompression therapy.
Traditional methods and equipment used for traction only apply pressure to the spine in a single direction. The patient's body will often respond by sending the surrounding muscles into spasm.
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