Yes.  NeuroSpinology utilises the principles of neuroplasticity through physical stimuli.  The nervous ssytem is capable of “re-wiring” itself under the influence of consistent, repetitive stimulation, and this is a cornerstone of NeuroSpinology technical applications.

NeuroSpinology aims to enhance function of the nervous ssytem, and that can be achieved with every recipient to varying degrees.  How this affects  any particular person depends on a range of factors, but it is reasonable for everyone to expect that they will function and perform at a better level than they did prior to receiving NeuroSpinology services.

Not really. It is true that all of these professions may address the spinal column and its associated tissues at various times, but there are more differences than similarities.  NeuroSpinology is focused on enhancement of the nervous system, rather than relief of pain or symptoms, or postural variations.  NeuroSpinologists recognise that all people are inherently different and thus require consideration as a unique individual, rather than through comparison with anyone else.

The Academy of Applied Functional Sciences in Sydney, Australia, is the international educational headquarters of the profession.

NeuroSpinologists are registered with the Registration and Professional Development Board of NeuroSpinology (RPDBN) and are listed on the International Register of NeuroSpinologists. The RPDBN is the international body responsible for unified growth and development of the profession in all parts of the world.

NeuroSpinology began as Spinology in 1996, but has since been continually refined and developed. It eventually evolved into NeuroSpinology in 2009.

NeuroSpinology is a profession that is specifically focused on the dynamic interface between spinal movement and neural function. NeuroSpinologists identify areas of intervertebral instability, then use their hands to deliver a range of precise technical applications aimed at enhancing the responsive and adaptive capacities of the nervous system in those associated regions.