In this three part blog series, we will get to understand better the INSiGHT neuroTECH that we use in our office to objectively measure and review our practice member’s progress.
The neuroTECH consists of Three INSiGHT scanning instruments:
- neuroPULSE HRV
- neuroCORE EMG
- neuroTHERMAL
When all three instruments are combined in an examination within a prescribed time frame, the neuroTECH will produce a CORESCORE report.
neuroTHERMAL
The neuroTHERMAL uses infrared scanning technology to assess temperature differentials along the entire spine and in specific areas like the Upper Cervical region.
It rolls up the spine detecting areas where the nervous system is aggravated.
The same nerves that manage the skin temperature control the organs and glands. Nerves from several spinal segments send these signals to a relay centers known as ganglia, which then direct the messages to the end organs.
If a vertebral subluxation is persistent it will affect the body’s ability to regulate skin temperature.
By comparing the patient’s results to normal data, the examiner can instantly identify regions that are subluxated and as a result, determine if nerve tension is affecting the regulation of the organ and glands.
The neuroTHERMAL sensors can be used on all ages by simply positioning the two sensor blocks to the size of the patient’s spine; they are used in paediatric practices to scan newborns and children in well-child check ups or when needed as part of a management program. A typical full spine rolling thermal exam takes just 25-30 seconds to complete.
For more information and to find out your CORESCORE, book a call today and see how we can help you optimise your nervous system!
By Kellie Tan, DC
Additional Resources:
McCoy M (2011). Paraspinal Thermography in the Analysis and Management of Vertebral Subluxation: A Review of the Literature. Annals of Vertebral Subluxation Research.
Fletcher D (2025). What is Paraspinal Thermography and Why is it Important?
Fletcher D (2025). The Science Behind Neurological Scans in Chiropractic Care.
Kent C (2024). Assessment of Somatic and Autonomic Nervous System Changes Associated with Vertebral Subluxation: A Review and Commentary. Annals of Vertebral Subluxation Research.