Upper Cervical Care is Ideal for Dizziness & Vertigo

It is not commonly known, but a large reason that people experience vertigo has to do with misalignments in the upper neck. At Cerebral Chiropractic Center, we not only treat it successfully, but we truly understand the roots of this frustrating and debilitating condition

The Origin of the Problem

Dizziness and vertigo are prevalent conditions. These conditions are commonly attributed to originating from issues in the eyes or inner ears. Therefore, common treatment is focused on either the eyes or inner ears. However, dizziness and vertigo often originate from issues in the upper neck. Therefore, many patients receiving treatment for the incorrect source of their symptoms will continue to suffer.

The upper neck is the largest coordinators of the body’s balance system. The balance system refers to the entire group of structures and nerves that provide the information needed to experience balance and orientation. There are three main senses that are part of this system.

Eyesight

Eyesight provides about 10% of the information about orientation to the environment. Eyesight helps a person get their bearings in relationship to the environment. However, the balance system can adapt without eyesight. Even blind people can have exceptional balance without experiencing dizziness.

Inner Ears

The inner ears have specially designed semicircular canals through which fluid flows. These canals have small stones that move with the flow of the fluid and when the head moves, the fluid flow moves these stones. This motion produces a nerve signal that tells the brainstem that the head is moving or still, which direction it's moving, how fast it's moving, and where it is in space. These inner ear semicircular canals provide about 20% of all information needed for balance.

Proprioceptors

There are special nerves that are located throughout the entire body called proprioceptors which provide information on spatial awareness and tell the brain how the body is positioned. About 70% of the information in the balance system comes from these proprioceptors. The most sensitive proprioceptive area of the body are in the muscles and joints of the upper neck because these proprioceptors tell the brain where the head and upper neck bones are positioned.

Mismatched Signals

These three nerve signal inputs (the eyes, inner ears and proprioceptors) all send their signals to a structure called the vestibular nucleus, which is the balance center of the body. This vestibular nucleus is located in the brainstem, between the base of the brain and top of the neck in an area called the craniocervical junction (upper neck).

In order to feel balanced, the three signal inputs need to match. While standing upright, the information from the eyes need to match the joint position sensors of the neck. If the head is tilted, the eyes and neck joint proprioceptors should be telling the vestibular nucleus that your head is tilted the same amount. If the head is turned to the right, the proprioceptors and inner ears should send the same information about how far the neck has turned. If the signals match, balance is maintained even throughout head or body motion.

However, if there is a mismatch of these nerve signals, a person will experience a sense of dizziness. For example, if the eyesight says that the head is straight with the horizon, but the proprioceptors say it is tilted to the side, that person will feel dizzy. If the upper neck proprioceptors send signals telling the balance center that the head turned 10 degrees to the left, but the inner ears send signals saying it is 20 degrees to the left, that person will feel dizzy. If the mismatch is bad enough, it can become as severe as vertigo.

Locating and Correcting the Root Cause

In order to find the root of the dizziness, it is critical to identify the location of the signal problem. Once the origin of the problem is identified, if can be successfully corrected. Since proprioceptors play the largest role in our sense of balance (up to 70% of the information), this is a critical place to start. Due to the sensitive nature of these upper neck bones and nerves, the most critical area to examine is the craniocervical junction. Unfortunately, many balance clinics and EENT providers do not evaluate or even treat this critical area. This is where Upper Cervical care come in.

Many people suffering from dizziness and vertigo have a misalignment in their craniocervical junction leading to improper proprioception in their balance center which needs to be corrected. If a misalignment is found causing nerve signal interference, our doctors are able to correct the misalignment using extremely gentle and precise corrective procedure called Upper Cervical Care. This allows the proprioceptive signals to return to normal and the sense of balance to begin to improve. Upper Cervical Care has been shown to help many people with dizziness and balance issues.

How to Get Started

Our chiropractic clinic is located in St. Petersburg, FL.  If you suffer from dizziness and/or vertigo and would like to see if you are a candidate for care, please call the office at (727) 677-0001. We will schedule an initial consultation with one of our doctors to determine if you are a a potential candidate for this care. If you are, you and your doctor will evaluate the extent of factors involved in your case, and take a specific set of Upper Cervical images along with any other requisite images to better understand your case. If you are a candidate for care, our doctors will explain what they found, tailor a plan, and start the correction process. We care about you, we understand you want the root of the problem corrected, and we are here to help.

SOURCES

• Yacovino DA, Hain TC. Clinical characteristics of cervicogenic-related dizziness and vertigo. Semin Neurol. 2013 Jul;33(3):244-55. doi: 10.1055/s-0033-1354592. Epub 2013 Sep 21. PMID: 24057828.
• Miller JA, Hosek MS, Rectenwald R, Sliver J, Pierce Sr. GS. Improved Stability Measured by Posturography Following Upper Cervical Chiropractic Care. J Upper Cervical Chiropractic Research. 2018 Oct;33-45.