The master control system (central nerve system, CNS) directly coordinates and controls every other system in the human body. Second to the CNS in importance of keeping our bodies in optimal health is the immune system. The immune system is our body’s natural defense against foreign invaders such as toxins, pollutants, bacteria, germs and other external stressors. Your body is constantly on guard to defend against such stressors and needs to be in an ideal state for the immune system to function properly.
The main way the CNS and the immune system communicate is via chemical messengers which are released by nerve cells. The CNS affects the immune system both directly and indirectly. The direct effect is via communication of nerve cells with white blood cells; while the indirect effect is through blood-borne neurotransmitters and hormones.
What inhibits your immune system response to effectively defend against stressors? Improper dysfunction within the CNS will create internal interference between every system that the CNS coordinates. Subluxation (misalignment within the spinal column) will create undo stress upon a single nerve fiber creating internal chaos and improper coordination. When a subluxation exists the first system in your body that becomes weakened will be the immune system and your immune responses.
A subluxation impedes the CNS’s ability to properly coordinate and effectively control all other systems in the human body. A subluxaion is stress on your immune system. This in turn will deplete the immune system’s ability to properly adapt and heal due to the chronic inflammation placed upon the body via a subluxation. With chronic inflammation the immune system adversely is weakened and not properly able to coordinate neurological and biological communication, which decreases your immune cell production and leads to chronic sickness.
The foundation of health begins with a properly functioning CNS. It has been demonstrated that balancing and maximizing the coordination of the CNS is key to optimal health and immune system function.
