Soon after the discovery of the X-ray, chiropractors began using this tool in the examination and care of the spine.
Besides revealing the presence or absence of proper spinal curves, side views of the spine can more easily show the long-term effects of neglected spinal trauma. We call the body's adaptation process spinal decay.
Why Spinal Decay?
This process in the spine has similarities to tooth decay in that it shows up usually because of neglect. Also, just like tooth decay, it can happen to anyone, regardless of age.
Because it is often seen in older people, many believe it's merely the normal aging process. It is not. This progressively worsening, degenerative condition is the result of uncorrected spinal misalignment. Spinal decay is how your body deals with the stress of gravity.
It just so happens that most people have spinal problems that they've ignored for years.
Three Phase Process
Spinal decay is a process. Whether you take three snapshots of the process or twenty-three snapshots, it's a process. We use the three-phase model based on the book Managing Low Back Pain, by W. H. Kirkaldly-Willis and Thomas Bernard, Jr. We find that it makes the differences between each phase great enough so our practice members can appreciate what they're seeing.
Text Book Normal
This would be considered a textbook "normal" side view of the neck.
While this process can occur anywhere in the spine, it's easiest to see in the cervical (neck) spine. This is what the side view of the neck should look like. From the side, the neck should have a graceful forward curve. The edges of each bone are well defined. There should be equal disc spacing between each bone and the openings for nerve roots should be clear and unobstructed.
Phase One Spinal Decay
The first thing you notice is a loss of the normal cervical curve.
In Phase One there is a loss of curve and a reduced ability to turn and bend. In some cases, the disc space between adjacent vertebrae may be reduced. Or, discs can become wedge-shaped, risking more serious soft tissue damage. Depending upon your body's adaptive capacity, pain or other obvious symptoms may not be present. Even the resulting reduced range of motion may be too subtle for some to notice.
Phase Two Spinal Decay
Adjacent joint surfaces become rough and uneven.
If neglected, in Phase Two, joint surfaces lose their clearly defined edges as the early signs of bone spurs become visible on X-ray views. Some believe that the body senses the accompanying inflammation as the sign of a broken bone. It begins the process of depositing calcium salts. Without being in a cast to prevent movement, the fusion doesn't occur. Yet.
Phase Three Spinal Decay
The affected bones have lost their individuality and ability to move.
If still left uncorrected, the problem worsens in Phase Three. Amazingly, pain or other obvious symptoms may not yet show up. But finally, the body successfully "mends the broken bone." This process can take years. Its presence calls into question the claim that many practice members make that they were "…fine until last week when I bent over to tie my shoes." That's not what the X-rays tell us!
Some practice members who begin chiropractic care in Phase One discover a restoration of their spinal curves and improved range of motion. Success with Phase Two practice members is less predictable and depends on many factors. While we can do little after decades of neglect with Phase Three cases, we instead turn our attention to those areas of the spine that have not yet been lost to the process.
It's impossible to predict what effect, if any, chiropractic care will have on slowing, stopping or reversing this process. Nor can a particular phase be used to predict how much care will be needed. <.p>