Post-Concussion Syndrome

On November 21, 2012, brain imaging shows changes in the brains of people with post-concussion syndrome (PCS), according to a new study published online in the journal Radiology.

PCS affects approximately 20 percent to 30 percent of people who suffer mild traumatic brain injury (MTBI) otherwise known as a concussion — defined by the World Health Organization as a traumatic event causing brief loss of consciousness and/or transient memory dysfunction or disorientation.

Symptoms of PCS include headache, poor concentration and memory difficulty. Conventional neuroimaging cannot distinguish which MTBI patients will develop PCS. “Conventional imaging with CT or MRI is pretty much normal in MTBI patients, even though some go on to develop symptoms, including severe cognitive problems,” said Yulin Ge, M.D., associate professor, Department of Radiology at the NYU School of Medicine in New York City. “We want to try to better understand why and how these symptoms arise.”

Dr. Ge’s study used MRI to look at the brain during its resting state, or the state when it is not engaged in a specific task, such as when the mind wanders or while daydreaming. The resting state is thought to involve connections among a number of brain regions.

“Baseline resting state is very important for information processing and maintenance,” Dr. Ge said.

Alterations in the brain resting state have been found in several disorders, including Alzheimer’s disease, autism and schizophrenia, but little is known about brain resting state connectivity changes following concussion.

For the new study, Dr. Ge and colleagues used resting-state functional MRI to compare 23 MTBI patients who had post-traumatic symptoms within two months of the injury and 18 age-matched healthy controls. The MRI results showed that communication and information integration in the brain was disrupted after mild head injury, and that the brain tapped into different neural resources to compensate for the impaired function.

Upper Neck Trauma Associated with Concussions

This research correlates well with previous research done with upright MRIs and specialized software. This new technology is showing damage associated with past traumas to the cervical spine (neck), such as whiplash or concussions, are leading to misalignments in the upper neck and the misalignments are causing total or partial cerebral spinal fluid flow obstructions. These obstructions of cerebrospinal fluid flow are leading to changes in the brain, including CSF leaks and increased intracranial pressure.

In order to address this underlying problem the patient must be evaluated thoroughly in the upper cervical spine (upper neck) by an upper cervical specialist. If an upper neck misalignment is found, the misalignment can be corrected with NUCCA, a specialized procedure that is safe, gentle and extremely effective. The research is showing that once the misalignment in the upper neck is corrected, functioning within the brain will begin to change immediately.

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Dr. Armen Manoucherian of Health Edge Family Spinal Care in Glendale, California is a Glendale Chiropractor and Upper Cervical Specialist trained by the National Upper Cervical Chiropractic Association (NUCCA). He has helped many children and adults find natural relief in Glendale, California.

His upper cervical clinic also serves the communities of Pasadena, Los Angeles, West Hollywood, Beverly Hills and Burbank.

He is uniquely trained to correct problems in the upper cervical spine (upper neck). This vital area is intimately connected to the central nervous system and problems in this area have been shown to be an underlying cause of a variety of different health problems. More information can be found on his website at