Proposed Neurobiological Processes Associated with
Models of Vertebral Subluxation: Dysafferentation,
Dyskinesia, Dysponesis, Dysautonomia,
Neuroplasticity and Ephaptic Transmission

Christopher Kent

Short Communication

Proposed Neurobiological Processes Associated with Models of Vertebral Subluxation: Dysafferentation, Dyskinesia, Dysponesis, Dysautonomia, Neuroplasticity and Ephaptic Transmission

Christopher Kent*

Director of Evidence-Informed Curriculum and Practice, USA

Corresponding Author

Received Date: March 25, 2019; Published Date: April 04, 2019

Abstract

Vertebral subluxations are changes in the position or motion of a vertebra, which result in the interference with nerve function. This paper describes possible neurobiological mechanism associated with vertebral subluxations. These mechanisms include dysafferentation, dyskinesia, dysponesis, dysautonomia, neuroplasticity and ephaptic transmission.

Keywords: Vertebral subluxation; Dysafferentation; Dyskinesia; Dysponesis; Dysautonomia; Neuroplasticity; Ephaptic transmission; Chiropractic

Article Details

Citation

Christopher Kent. Proposed Neurobiological Processes Associated with Models of Vertebral Subluxation: Dysafferentation, Dyskinesia, Dysponesis, Dysautonomia, Neuroplasticity and Ephaptic Transmission. Arch Neurol & Neurosci. 3(1): 2019. ANN.MS.ID.000555.