When a vertebrae becomes misaligned or moves out of its normal position, this is referred to as a subluxation, or more precisely, the Vertebral Subluxation Complex (VSC). VSC can be caused by a wide range of issues ranging from a minor slip or bump to a car accident or any sudden trauma. When a vertebrae is subluxated, it begins to put pressure on nerves, blood vessels and other surrounding structures.
The subluxation interrupts the natural nerve pathways that carry messages to and from the brain. In addition, as time goes by and the subluxation remains untreated, the spine and surrounding features such as discs can begin to degenerate.
This degeneration becomes more difficult to reverse as time goes by and the surrounding muscles, nerves and bones begin to adjust to the new shape. Because the body is a remarkable machine, it will start to accommodate these changes by compensating in other areas. The longer the subluxation is untreated, the longer it will take for treatment to return the vertebrae to its normal position.
A vertebral subluxation can be identified by its five components:
- Spinal Kinesiopathology (movement of the bones)
- Neuropathophysiology (nerve dysfunction)
- Myopathology (muscle changes)
- Histopathology (tissue damage)
- Pathophysiology (abnormal growth)
We are experts in the manipulation of soft and hard tissue. Small, quick movements to the spine can reposition the vertebrae into its natural position. Through treatment, a vertebral subluxation can be corrected back to healthy functionality.