Which region is considered most susceptible to nerve compression from subluxation?

The cervical region is regarded as the most susceptible area to nerve compression due to subluxation primarily because of the unique anatomical and biomechanical characteristics of the cervical spine. The cervical vertebrae are smaller and have a greater range of motion compared to other regions of the spine, making them more vulnerable to misalignments or subluxations. These misalignments can lead to irritation or compression of the nerves exiting the spinal column, which can result in various neurological symptoms, including pain, tingling, or weakness in different parts of the body.

Moreover, the cervical spine is associated with a higher density of nerve roots that supply the upper extremities, head, and neck, further increasing the risk of symptoms arising from nerve compromise. The significant mobility and the presence of vital structures, such as the vertebral arteries and the spinal cord, also contribute to the susceptibility of the cervical region to injury. Understanding this, practitioners can focus on the importance of maintaining cervical alignment to prevent nerve compression related to subluxations.