Many people are familiar with nerve gliding exercises for the arms and legs, but can you glide the vagus nerve? As interest in vagus nerve health continues to grow, researchers have begun exploring whether neurodynamic techniques, commonly used in physical therapy, could also apply to the vagus nerve.
Current evidence is still in its early stages, but a small number of studies have investigated this possibility. This article reviews what the research says, explains the role of fascia and surrounding tissues, and outlines several gentle techniques that may support short-term autonomic regulation. While these methods are promising, they should be viewed as exploratory rather than proven treatments.
Rather watch or listen?
What the Current Research Shows
Current research suggests that neurodynamic techniques for the vagus nerve may influence short-term physiological responses, but the evidence remains preliminary.
One small study examined a vagus nerve neurodynamic test using ultrasound. Researchers observed changes in the position of the vagus nerve along with a temporary reduction in heart rate.
Another small randomized controlled trial combined slow breathing, suboccipital release, and manual vagus nerve neurodynamic techniques. Both groups experienced improvements in heart rate variability. Some of these changes appeared to last longer when the neurodynamic technique was included. However, the differences between the groups were not statistically significant.
These findings do not prove that we can glide the vagus nerve or permanently improve its function. Instead, they suggest that additional research is needed before drawing firm conclusions.
Why the Surrounding Tissues Matter
Although the evidence is still developing, understanding the anatomy helps explain why researchers are interested in this approach.
The vagus nerve, like every nerve in the body, is surrounded by fascia. Fascia is a three-dimensional connective tissue network that serves as an important communication system throughout the body. It also contains significantly more sensory nerve endings than muscle tissue.
The vagus nerve is also surrounded by lymphatic fluid. Restrictions within the fascia, congestion in surrounding tissues, or changes associated with emotional or physical trauma may influence the environment around the nerve.
According to the current theory, improving movement within these tissues may help support the vagus nerve’s ability to transmit parasympathetic signals and release acetylcholine, a neurotransmitter involved in the body’s relaxation response. This remains a proposed mechanism rather than a proven outcome.
Gentle Lymphatic Drainage as Preparation
The first technique focuses on preparing the tissues through gentle lymphatic drainage.
Begin with light sweeping motions over the subclavian region near the collarbone. This area serves as an important drainage point for the lymphatic system. Continue with gentle movements underneath the jaw before moving toward the upper abdomen near the sternum.
The movements should remain light and comfortable. A gentle pumping or scooping motion toward the heart for approximately one minute is sufficient.
Rather than directly affecting the vagus nerve, this technique is intended to prepare the surrounding tissues and encourage healthy fluid movement before introducing additional mobility techniques.
Neck Myofascial Release
The next step involves a gentle myofascial release around the neck.
Place your fingers underneath the jaw and carefully lift the soft tissue toward the back of the ear. The movement should remain slow and comfortable without creating pressure directly over the nerve.
After leaving the brainstem, the vagus nerve travels through the neck within the carotid sheath. For this reason, the goal is not to press on the nerve itself. Instead, the technique aims to reduce tension in the surrounding tissues and create a more favorable environment for movement.
A Self Vagus Nerve Neurodynamic Exercise
The research used a manual neurodynamic technique performed by a clinician. A modified version can also be performed as a gentle self-exercise.
While lying comfortably, begin with a slight forward bend of the head. The movement is minimal, approximately eight degrees.
Next, gently side bend your head away from the side you are addressing before rotating toward that same side.
Take a slow inhale for five seconds followed by a slow exhale for five seconds. During each exhale, create a small amount of gentle traction through the abdomen.
After completing several breathing cycles, repeat the sequence on the opposite side.
The movements should remain extremely gentle throughout the exercise.
Some people may notice a sigh, swallow, yawn, or digestive sounds during the exercise. These responses can occur naturally. As with any self-care practice, pay attention to how your body responds and stop if the movement feels uncomfortable or inappropriate.
Slow Breathing May Support Vagal Tone
Breathing plays an important role in this sequence.
Aim for a comfortable breathing rhythm using four-, five-, or six-second inhales and exhales. Keep the tongue resting against the roof of the mouth with the tip positioned just behind the upper front teeth throughout the exercise.
Maintaining this position may help engage the pharyngeal branch of the vagus nerve while supporting an open airway during breathing.
Breathing at a rate of approximately five to six breaths per minute may increase respiratory sinus arrhythmia, support baroreflex function, and temporarily increase heart rate variability. These responses may influence vagal tone in the short term.
Although this breathing pattern resembles the one used in the research, it should not be viewed as evidence that it permanently changes vagus nerve function.
What Are the Current Limitations?
The available research remains limited.
The existing studies involve small sample sizes, and researchers have not demonstrated long-term improvements in vagus nerve function. While some short-term physiological changes have been observed, larger and higher-quality studies are necessary before these techniques can be considered established clinical interventions.
For now, these methods should be viewed as gentle movement strategies supported by early research rather than definitive treatments.
The Takeaway
So, can you glide the vagus nerve?
Current research does not provide enough evidence to say that the vagus nerve can be glided in the same way as peripheral nerves or that these techniques create lasting improvements in vagus nerve function.
However, early studies suggest that combining breathing exercises, gentle fascial preparation, and neurodynamic movement may temporarily influence autonomic regulation and heart rate variability. These techniques may also encourage greater body awareness, also known as interoception, while supporting a broader approach to nervous system health.
As research continues to evolve, these gentle practices may become a valuable part of an evidence-informed approach to supporting the nervous system. For now, they should be approached with curiosity, realistic expectations, and an understanding that the science is still emerging.
Next Steps
If you found this helpful, please give it a like, share it, and subscribe to our YouTube channel, the Movement Paradigm, for weekly tips on mindset, nutrition, and movement. Our goal is to help you live your best life, heal, transform, and, more importantly, thrive.
Join Our Community
You can always join us in our app, the Movement Paradigm. Download it from Google or the App Store. We have lots of challenges every other month. Everything from movement to the nervous system, nutrition, and so on. And we have a great community of people.
You can also reach out to us for an individual appointment for functional medicine or holistic physical therapy. If you really want to get to the root cause, please reach out to us.
Other things that might interest you:
