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Have you ever fallen down? Fallen out of a tree? Been hit in the head or face with a hard object? Run into another person?
Have you ever been in an auto accident? Motorcycle accident? Bicycle accident? Quad accident?
Have you ever been knocked out? Knocked “silly”? Had your bell rung? Lost consciousness for a few seconds or even longer?
These types of accidents (and much more!) often result in an extreme shaking of the head, often violent, known as a “concussion.” Symptoms of a concussion are known. They are a headache, disorientation, amnesia, poor balance, nausea, vomiting, dizziness, memory loss, fatigue, ringing in the ears, sensitivity to light or sound, slurred speech, and loss of concentration.
Concussion detection is all the rage now, especially with regards to sports. Athletes both old and young are being pre-tested and checked and tested again and again for possible damage. The problem, unfortunately, is not just short-term because doctors know that injured brain tissue degenerates over time and may begin its degeneration months, years, or even decades after the last impacts occurred.
In the movie, “Concussion,” Will Smith played the part of Dr. Bennet Omalu, the doctor who finally documented the long-term traumatic effects of professional football. The name Dr. Omalu gave to this type of trauma is Chronic Traumatic Encephalopathy(1) or CTE.
The symptoms of CTE are memory loss, confusion, impaired judgment, impulse control problems, aggression, depression, suicidal thoughts, and progressive dementia.
So…who am I and why am I writing this paper on concussions? My name is Dr. Joel Vickers, and I am a Doctor of Chiropractic who specializes in Applied Kinesiology (AK). It would be helpful if you also read my article, “Muscle Weakness From Trauma” to better understand what I am about to tell you regarding concussions and concussion therapies.
At best, the ability to detect a concussion took five years after the final concussive event. However, there are no “cures” or “fixes” for concussions in the medical establishment. There are no new “therapies” or “exercises” that can offset the damage. Those who have gone to “concussion clinics” have left mildly hopeful and yet worried what the future may hold.
It may surprise you that there is hope for concussive events, with a combination of Applied Kinesiology muscle balancing with proper nutritional support tailored to the individual’s needs.
Applied Kinesiologists have, for decades, been turning on and balancing weakened muscles that are from traumas of all types. They also have been realigning the bones that have shifted out of position due to trauma. The correction includes the muscles and bones of the head and neck.
When the muscles of the head and neck are traumatized and subsequently weakened following trauma, this causes an imbalance within these muscles that can cause blood flow to and from the brain inhibited. As well, lymphatic drainage is minimized, and waste products begin to build up in and around the brain tissue. This problem causes the average healing time to be dramatically slower…or it doesn’t take place at all! We see the same long-term results in auto accident victims with many of the same symptoms as concussion patients.
Just as necessary, proper nutritional support assists the body in the healing process, which can take place fully when the muscles and bones are fully functioning and in their proper alignment.
If you or someone you know has undergone trauma to their head and neck with one or more of the concussion symptoms listed above, send them to me, Dr. Vickers at the Nutritional Healing Center of Ann Arbor and let me help their body heal properly and quickly with natural concussion and Chronic Traumatic Encephalopathy treatment!
Call now at (734) 302-7575.
1. Encephalopathy is a broad term used to describe abnormal brain function or brain structure. (Encephalo= brain + pathy= disorder). The abnormality may be transient, recurrent, or permanent. The loss of brain function may be reversible, static and stable, or progressive with increasing loss of brain activity over time.