
JOIN US!
Explore how integrating vagus nerve stimulation (VNS) into
your practice can enhance patient outcomes and expand
your treatment options. In this engaging session, we’ll cover
everything you need to know about incorporating VNS,
including how to identify the right patients and establish
effective protocol. This webinar will provide insights and
real-world examples to help you confidently add this
innovative therapy to your practice.
NOW AVAILABLE
Introducing the Society’s New 7-Hour Online Certification Course on Vagus Nerve Science and Clinical Conditions
By passing the Vagus Nerve Certification Examination, you will be entitled to receive your Certificate of Completion, demonstrating your knowledge of this expansive field.
Become a Member of Our Community
Deepen your understanding of the Vagus Nerve, get your questions answered, identify relevance to your practice, explore clinical synergies, and meet the best and brightest colleagues working in the field today.
Who We Are
We are a non-profit educational organization whose global membership is drawn from multiple disciplines. Our members are researchers, medical specialists, primary care physicians, functional/integrative clinicians, and scientists who are interested in sharing their knowledge and expertise and learning from one another. We will have a robust program of opportunities in which members will participate.
Founding Members
Charter Members
Latest News & Media
Vagal Nerve Stimulation for the Reduction of Cognitive Impairment in Alzheimer’s Disease
By [email protected] |
Vagal Nerve Stimulation for the Reduction of Cognitive Impairment in Alzheimer’s Disease
The Vagus nerve, the tenth cranial nerve, is also called the wandering nerve as it is the longest cranial nerve in the body. It provides parasympathetic innervation to the major organs. As the command-and-control center for the body, the vagus nerve is involved in autonomic organ function, regulation of inflammation, perception of pain, and modification of disease. A mixed nerve, between 80-90% of the fibers are afferent, and 10-20% are efferent. Increasingly, researchers and clinicians are learning how to stimulate this nerve to improve outcomes in a variety of disease states.