In recent years, a growing number of experts have called for the removal of the “soul” and “spirit” from the vertebrae of the spine.

Many believe these bones are no longer functional, and that the only reason we are able to function is because we are built with the body’s natural vertebrai intact.

This is, of course, a myth.

The body’s tissues have evolved over millions of years to allow the body to function without these structures.

But if these tissues were removed, there is a real danger that they could lead to a decline in bone mass.

In a study published in The American Journal of Physical Medicine & Rehabilitation (AJPR), researchers used functional magnetic resonance imaging (fMRI) to examine the differences in the vertebral body (VBM) of people with and without spinal injuries.

This study shows that the VBM of people without injuries is significantly different from the VBP of people who have had spinal injuries, and is significantly lower than the VBMs of people after spinal surgery.

However, people who were severely injured had significantly lower VBMs than people who had had mild injuries.

The researchers also found that the difference in VBM was not just caused by the effects of spinal surgery, but also by changes in bone density.

The authors suggest that these changes could explain why people with injuries often have lower bone density than people without those injuries.

So what’s the solution?

One of the major challenges in spinal reconstruction is the fact that most people who experience spinal injuries do not experience a complete recovery.

The majority of people are left with some residual damage, which is caused by both the original trauma and the resulting post-operative rehabilitation.

While it is important to work with your doctor to determine the best path forward, the majority of spinal injuries are caused by a combination of physical and chemical injury.

In some cases, the damage is so severe that people will need to be hospitalized for months to even years.

In other cases, spinal injuries have the potential to permanently affect people’s lives.

This research has revealed that a number of structural and functional factors are at play in determining how long people will be left with a VBM.

Some of these factors include the location of the injury, the degree of physical or chemical damage to the spinal cord, and the degree to which the injury has been successfully healed.

These factors are not unique to spinal injuries and can be found in many other injuries.

It’s important to remember that, while the severity of a spinal injury varies depending on the type of injury and its location, there are also a number that can be improved in the long run.

As a first step in improving the quality of your life, it is also important to get some support from a qualified orthopedic surgeon.

Dr. Gary Sussman, a neurosurgeon who specializes in neck and spine injuries at the University of Michigan, has worked with the American Society of Sports Medicine and the American Academy of Neurology to identify the best spine and orthopedics services in the U.S. There are also numerous organizations that offer spinal rehabilitation services, which are designed to improve the quality and function of your spine and your overall health.

There is also a growing community of people seeking treatment for spinal injuries who are not able to afford it themselves.

In addition to spinal surgery and rehabilitation, there also exists the option of chiropractic treatment, which involves treating your body in the manner of a chiropractor.

Some chiropractors specialize in neck injuries, while others specialize in back injuries.

Regardless of the type, you will be able to achieve better health if you get the right spinal treatment.

To learn more about the topic of spinal recovery, visit our guide to spinal rehabilitation for people with spinal injuries or call the National Spinal Injury Association’s National Spine Resource Center at 1-800-528-6332.

For more information about the benefits of spinal rehabilitation, visit the Spinal Recovery website.