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What is Neurological Integration?

Published in Neurological Therapy 2 mins read

Neurological integration, particularly as defined by the Neurological Integration System (NIS), focuses on the brain's ability to manage and restore functional control throughout the body.

Understanding Neurological Integration Through NIS

Based on the principles of NIS, neurological integration involves a process designed to help the brain identify and address areas where its command signals or "circuits" are not being properly governed. This dysfunction can occur due to various stresses, impacting how the brain communicates with the rest of the body.

The core objective of this approach is to restore optimum function for the individual, addressing issues that may arise when the brain's communication pathways are disrupted.

How NIS Facilitates Neurological Integration

NIS utilizes a specific methodology to achieve this goal:

  • Identifying Dysfunctional Circuits: The system aims to get the brain to recognize the circuits that are not appropriately being governed. This recognition is crucial for the brain to initiate corrective actions.
  • Assessment: This identification process is performed using simple muscle tests. These tests act as a biofeedback mechanism, helping the practitioner determine which specific neurological circuits are not functioning correctly or are 'offline'.
  • Intervention: Once a circuit is identified as needing attention, intervention is implemented using gentle touch accordingly. This non-invasive technique is used to stimulate specific points on the body, prompting the brain to re-evaluate and potentially reset the dysfunctional circuit.
  • Goal: The overall purpose is to move you towards optimum function for you as an individual. By restoring the brain's proper governance over its circuits, the body's natural healing and regulatory processes are supported, potentially leading to improvements in various physical and physiological functions.

In essence, NIS seeks to enhance the brain's inherent capacity for self-correction and regulation, thereby promoting better overall health and function by ensuring its internal communication networks are working effectively.