A specialized clinical discipline focusing on the assessment and rehabilitation of brain function by analyzing the interplay between neurological structures and systemic physiological inputs, including hormonal status. It examines how imbalances in the autonomic nervous system, often influenced by endocrinopathies, manifest as cognitive or motor deficits. Practitioners seek to restore optimal communication pathways within the central and peripheral nervous systems.
Origin
This field developed from early concepts in chiropractic neurology and rehabilitation science, evolving to integrate modern neuroscience and physiological testing. It emphasizes the dynamic, functional connectivity over purely structural diagnosis. The application here connects CNS health directly to endocrine regulation.
Mechanism
Interventions often target restoring balance between sympathetic and parasympathetic tone, which significantly impacts systemic inflammation and HPA axis regulation. For example, optimizing vestibular or visual processing pathways can indirectly reduce chronic afferent signaling that drives unnecessary cortisol release. The mechanism relies on stimulating plasticity to re-establish efficient sensorimotor and regulatory loops within the brainstem and cortex.
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