9 Amazing Facts about the vagus nerve
The vagus nerve is so named because it “wanders” like a vagabond, sending out sensory fibers from your brainstem to your visceral organs. The vagus nerve, the longest of the cranial nerves, controls your inner nerve center—the parasympathetic nervous system. And it oversees a vast range of crucial functions, communicating motor and sensory impulses to every organ in your body. New research has revealed that it may also be the missing link to treating chronic inflammation, and the beginning of an exciting new field of treatment for serious, incurable diseases. The Tucson doctors know just how important this nerve is and they want you to know the nine facts about this powerful nerve bundle.
Our very basic understanding of the Vagus nerve is the Fight, Flight or Freeze response. However, it does much more than that…..
Why the vagus nerve is so important in Tucson
1. THE VAGUS NERVE PREVENTS INFLAMMATION.
A certain amount of inflammation after injury or illness is normal. But an overabundance is linked to many diseases and conditions, from sepsis to the autoimmune condition rheumatoid arthritis. The vagus nerve operates a vast network of fibers stationed like spies around all your organs. When it gets a signal for incipient inflammation—the presence of cytokines or a substance called tumor necrosis factor (TNF)—it alerts the brain and draws out anti-inflammatory neurotransmitters that regulate the body’s immune response.
2. IT HELPS YOU MAKE MEMORIES.
A University of Virginia study in rats showed that stimulating their vagus nerves strengthened their memory. The action released the neurotransmitter norepinephrine into the amygdala, which consolidated memories. Related studies were done in humans, suggesting promising treatments for conditions like Alzheimer’s disease.
3. IT HELPS YOU BREATHE.
The neurotransmitter acetylcholine, elicited by the vagus nerve, tells your lungs to breathe. It’s one of the reasons that Botox—often used cosmetically—can be potentially dangerous, because it interrupts your acetylcholine production. You can, however, also stimulate your vagus nerve by doing abdominal breathing or holding your breath for four to eight counts.
4. IT'S INTIMATELY INVOLVED WITH YOUR HEART.
The vagus nerve is responsible for controlling the heart rate via electrical impulses to specialized muscle tissue—the heart’s natural pacemaker—in the right atrium, where acetylcholine release slows the pulse. By measuring the time between your individual heartbeats, and then plotting this on a chart over time, doctors can determine your heart rate variability or HRV. This data can offer clues about the resilience of your heart and vagus nerve.
5. IT INITIATES YOUR BODY'S RELAXATION RESPONSE.
When your ever-vigilant sympathetic nervous system revs up the fight or flight responses—pouring the stress hormone cortisol and adrenaline into your body—the vagus nerve tells your body to chill out by releasing acetylcholine. The vagus nerve’s tendrils extend to many organs, acting like fiber-optic cables that send instructions to release enzymes and proteins like prolactin, vasopressin, and oxytocin, which calm you down. People with a stronger vagus response may be more likely to recover more quickly after stress, injury, or illness.
6. IT TRANSLATES BETWEEN YOUR GUT AND YOUR BRAIN.
Your gut uses the vagus nerve like a walkie-talkie to tell your brain how you’re feeling via electric impulses called “action potentials". Your gut feelings are very real.
7. OVERSTIMULATION OF THE VAGUS NERVE IS THE MOST COMMON CAUSE OF FAINTING.
If you tremble or get queasy at the sight of blood or while getting a flu shot, you’re not weak. You’re experiencing “vagal syncope.” Your body, responding to stress, overstimulates the vagus nerve, causing your blood pressure and heart rate to drop. During extreme syncope, blood flow is restricted to your brain, and you lose consciousness. But most of the time you just have to sit or lie down for the symptoms to subside.
8. VAGUS NERVE IS THE NERVOUS SYSTEM’S IMMUNE CONDUIT TO THE BRAIN THE VAGUS NERVE IS CONNECTED TO CHRONIC FATIGUE, FIBROMYALGIA AND OTHER LESS UNDERSTOOD CONDITIONS.
The vagus nerve isn’t just any nerve; it’s the nervous system’s immune conduit to the brain. VE believes that an infection there doesn’t need to be large to cause havoc in the brain; it just needs to be present.
Receptors on the vagus nerve that sniff out these alarm signals tell the brain an infection is present, which then shuts the body down by sending out signals (fatigue, flu-like symptoms, pain, etc.) that slow the body down, tell it to stop moving, stop eating, stop thinking.
Because these infections are localized right on the main immune conduit to the brain, VanElzakker believes they don’t need to produce the outsized cytokine response researchers have been looking for. All they need to do is tweak the vagus nerve and let it and the brain the do the rest.
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We treat a lot of these conditions by working with the Brain, Spine and Vagus Nerve. Much of our discomfort is caused by what we call “brain pain” which we have effectively been able to work with through a combination of Nutrition and Lifestyle unique to each person in conjunction with a custom treatment protocol.
9. ELECTRICAL AND MICROCURRENT STIMULATION OF THE VAGUS NERVE REDUCES INFLAMMATION AND MAY INHIBIT IT ALTOGETHER.
Neurosurgeon Kevin Tracey was the first to show that stimulating the vagus nerve can significantly reduce inflammation. Results on rats were so successful, he reproduced the experiment in humans with stunning results. The creation of implants to stimulate the vagus nerve via electronic implants and microcurrent therapy (we have Vagus Nerve Protocols in Center) showed a drastic reduction, and even remission, in rheumatoid arthritis—which has no known cure and is often treated with the toxic drugs—hemorrhagic shock, and other equally serious inflammatory syndromes.
VAGUS NERVE STIMULATION HAS CREATED A NEW FIELD OF MEDICINE.
Spurred on by the success of vagal nerve stimulation and microcurrent to treat inflammation and epilepsy, a burgeoning field of medical study, known as bioelectronics, may be the future of medicine. Using implants or applied microcurrent treatments that deliver electric impulses and microcurrent to various body parts, scientists and doctors hope to treat illness with fewer medications and fewer side effects.
Our center is dedicated to Bioelectronics in several forms. The applications include: Biofeedback, Neurofeedback, Frequency Specific Microcurrent, Voice Mapping through Biofeedback and we have over 1,000 protocols for most conditions.
“Microcurrent Therapy is the cutting edge of Medicine. It’s precisely because it pinpoints the cause of an ailment, no matter how complex and treats it without side effects.” - Dr. James L. Oschman, PhD
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