Biologically and physiologically the human nervous system requires physical properties to accommodate normal, pain-free functional movements. Changes in the physical health of the nervous system from a rehabilitation perspective have gained increasing interest, referred to as neurodynamics. Traditional therapeutic models have focused on various tissues including joints, muscles, tendons and more, but seemingly forgotten about the physical properties of the nervous system. Original concepts of “neural tension” soon started but were crude at best using manual therapy principles as its cornerstone for assessment and treatment. In line with advances in neuroscience and increased research in this field, the concept of normal and abnormal neurodynamics has culminated in an assessment and treatment approach from a physical perspective aiming at peripheral neuropathic pain. Biologically nerves require adequate space, ample movement and necessarily blood supply. Physical neurodynamic tests, aim to assess these biological requirements as well more advanced issues such as peripheral and central sensitization, representational health of body parts in the brain, etc. This first neurodynamics course aim to showcase the evolution of neurodynamics from a crude concept to advanced neuroscience. Topics include current beliefs and concepts of neurodynamics, normal and abnormal biological and physiological properties of the nervous system, principles for handling a sensitive nervous system, review of peripheral nerve anatomy as well as principles for treatment via neurodynamics.

By the end of the course, a successful learner will be able to: