Vertigo attacks can be quite frustrating because they can affect everything—even the amount of water you should drink each day. Some argue that it’s better to drink lesser than usual. In contrast, others say that increasing water intake is healthier.
In our discussion below, we hope to shed light on this topic as we discuss the role of water intake in curbing vertigo attacks. Additionally, we included other proven sources of vertigo relief, such as atlas subluxation correction and overcoming bad habits (smoking, drinking too much alcohol, etc.)
Hopefully, by knowing as much as you can, you can prevent vertigo attacks and improve the quality of your life.
Drinking at least eight glasses of water each day is crucial to maintaining several functions. Some examples of the physiological processes that water consumption affects include the following:
If you’re not hydrated enough each day, you risk disrupting the processes above. However, if you take in too much water (about 3 to 4 liters a day), you might suffer from water intoxication and trigger problems like:
This can develop due to the nervous system's abnormal calcium and sodium levels. Excess water dilutes the concentration of essential electrolytes and nutrients in the brain, causing you to feel lightheaded or dizzy. It can also lead to detecting false or exaggerated movements.
Studies note that overhydration, either from excess water intake or increased water retention, can affect blood pressure. That’s why doctors advise against drinking more than 13 cups of water each day.
Excessive water in the body can also increase pressure inside the skull. Unfortunately, this can lead to cerebral edema, a life-threatening condition that causes the brain to swell. It can result in permanent damage and affect severe physiological processes such as detecting motion or balance.
Besides minding your water intake, other remedies can help you reduce the intensity and severity of your spinning sensations. A few examples of these include the following:
Excessive smoking and alcohol intake can worsen various vertigo-causing conditions. Notably, nicotine, a plant chemical found in tobacco products, can increase your chances of developing degenerative disc diseases and suffering from postural imbalances. On the one hand, alcohol can reduce the vestibular system’s efficiency in transmitting signals to the brain and trigger recurring vertigo attacks.
Doctors of chiropractic specializing in correcting atlas subluxation and vertebral misalignments highly recommend maintaining a physically active lifestyle. That’s because exercise helps reduce vertigo-causing problems like stress and postural imbalances. It can also minimize risks for degenerative disc diseases.
Patients with BPPV often opt to explore The Epley Maneuver for vertigo relief. Essentially, this technique involves tilting the neck in a specific position that triggers the spinning sensation. Studies claim this simple head and neck movement technique can help retrain the brain and encourage the displaced calcium carbonate crystals (otolith) to move out of the semicircular canals.
Certain causes of vertigo attacks such as Meniere’s develop because of increased water retention in the body. Unfortunately, your inner ear suffers the impact if you have both problems. The fluid build-up can irritate the vestibulocochlear nerve and cause it to misfire signals to the brain.
Thankfully, you can counter the effects of excessive water retention by limiting your salt consumption. Your body doesn’t need to reabsorb water if you can successfully regulate your salt intake. This will help you relieve pressure in your vestibular system and other body parts.
Atlas subluxation is among the identified causes or triggers of several vertigo-causing conditions. Essentially, the misaligned atlas and axis neck bones impinge on nearby tissues like nerves and blood vessels. This leads to neurovascular compression, brainstem malfunction, vestibulocochlear nerve irritation, and more.
Thankfully, upper cervical chiropractic offers a safe and effective way to correct atlas subluxation. The technique involves analyzing the neck bone structure using advanced X-ray imaging techniques. It also includes checking how far the bones shifted from the body's central axis and how the changes affected the posture.
Once your upper cervical doctor understands how bad your atlas and axis subluxation looks likes, you can start receiving chiropractic adjustments. Then, after you complete repositioning the bones, you can benefit from the following:
There you have it—your comprehensive guide to relieving vertigo attacks. Again, don’t forget to mind your water intake! Be sure to meet the recommended water intake and avoid drinking more than 13 cups a day. Also, we encourage you to take advantage of the tips and remedies we shared above.
If you want to tap into upper cervical chiropractic and explore its many benefits for vertigo patients, you can get in touch with a certified neck chiropractor. It will only take one session to assess your neck bones for cervical subluxation. Then, once you have a clearer picture of the cervical spine structure, you can decide whether to receive upper cervical chiropractic adjustments.
If you are tired of experiencing dizzying and spinning sensations, we suggest seeking the best ways to manage and eliminate vertigo attacks. Start healing your body holistically today!
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The content and materials provided in this web site are for informational and educational purposes only and are not intended to supplement or comprise a medical diagnosis or other professional opinion, or to be used in lieu of a consultation with a physician or competent health care professional for medical diagnosis and/or treatment. All content and materials including research papers, case studies and testimonials summarizing patients' responses to care are intended for educational purposes only and do not imply a guarantee of benefit. Individual results may vary, depending upon several factors including age of the patient, severity of the condition, severity of the spinal injury, and duration of time the condition has been present.
