04/03/2026
Birth is one of the most neurologically significant events we will ever evaluate, and one of the most commonly overlooked.
In this example, torsional stress during a C-section can create traction on the vagus nerve, along with occipital compression and cranial sideslip patterns. This is not just a structural distortion. It is a neurological insult that can influence autonomic regulation from the very beginning.
The vagus nerve has a global influence on the system, affecting digestion, sleep, regulation, and the child’s ability to adapt. As Alf Brieg described, nerve tissue does not tolerate stretch. These early mechanical stresses can create both immediate dysfunction and long-term neurological patterns if left unaddressed.
This is why we must move beyond symptom-based care and develop the clinical ability to identify primary patterns. Vagus nerve involvement, dural tension, and cranial distortions must be part of every pediatric evaluation if we are serious about supporting neurological development.
Our work is not guesswork. It is specific, indicator-based, and neurologically grounded.
If you want to confidently evaluate and correct these patterns in practice, this is exactly what we teach in the Vagus Nerve Evaluation and Correction Protocols course.
Learn the procedures. Refine your assessment. Improve your outcomes.
https://drmartinrosen.com/course/vagus-nerve-evaluation-and-correction-protocols/
