correction of upper neck injuries may reverse Parkinson’s disease
Chiropractic Correction of Upper Neck Injuries and
Multiple Sclerosis
Source: World
Chiropractic Alliance (WCA) Released: Thu 19-Aug-2004, 16:30 ET
Printer-friendly Version
Libraries Medical News
Description A recent research is the
first to show that correction of upper neck injuries may reverse the progression
of both Multiple Sclerosis and Parkinson’s disease.
Newswise — A recent study of 81 cases, published in the Journal of
Vertebral Subluxation Research (JVSR ---
http://www.jvsr.com), is the first to show that correction of upper neck
injuries may reverse the progression of both Multiple Sclerosis (MS) and
Parkinson’s disease (PD).
The research was performed by Erin Elster, D.C., an Upper Cervical
Chiropractor in Boulder, Colorado, who compiled data from 44 MS patients and 37
PD patients treated over the past five years. After treating upper neck injuries
in 81 patients, 91% of MS patients and 92% of PD patients improved, suggesting
that correction of neck injuries stimulated a reversal of MS and PD.
According to Dr. Elster, traumas to the head, neck, and upper spine can
result in vertebral subluxations that occur when vertebrae (the small
interlocking bones of the spinal column) misalign or become stuck and interfere
with the function of the central nervous system (brain and spinal cord). By
aligning the first two upper vertebrae with the skull, nerve pathways traveling
between the brain and spinal cord became less obstructed. This may help improve
and/or reverse both MS and PD.
"According to medical research, head and neck injuries have long been
considered a contributing factor for the onset of both Multiple Sclerosis and
Parkinson’s disease," said Elster. "But this is the first research to show that
correction of those injuries can have a dramatic effect on improving and
reversing MS and PD."
Upper neck injuries frequently occur during traumas in which an individual
sustains a blow to the head, whiplash, or concussion, such as during a fall,
auto accident, or sporting accident. The injury can precede the onset of MS and
PD by months, years, or even decades. In many cases, an individual is completely
unaware that he or she has sustained such an injury. "An examination would need
to be performed in each individual’s case to determine whether a neck injury is
contributing to his or her health problem," Elster noted.
Dr. Matthew McCoy, JVSR editor, commented that “Hundreds of millions of
dollars are spent every year on research of MS and Parkinson’s -- none of that
money goes to chiropractic research. Hopefully Dr. Elster’s research will get
the attention of the government, private foundations and individuals who can
earmark money to further research the effects of chiropractic care on these
disorders. What motivation does a pharmaceutical company have to look elsewhere
for the answers? Clearly, attempting to solve what might be a mechanical problem
with chemicals is not the answer.”
This research comes on the heels of other publications by Elster in which
upper neck injuries were corrected in patients with migraine and cluster
headaches, seizures, bipolar disorder, Tourette Syndrome and ADHD, all of which
have been linked to head and neck trauma by medical researchers.
JVSR is a peer-reviewed scientific journal devoted to subluxation based
chiropractic research affiliated with the World Chiropractic Alliance (WCA), an
international organization representing doctors of chiropractic and promoting
the traditional, drug-free and non-invasive form of chiropractic as a means of
correcting vertebral subluxations that cause nerve interference.
The WCA is an NGO (Non-Governmental Organization) associated with the United
Nations Department of Public Information. For more information, contact the WCA
at 800-347-1011 or
http://www.worldchiropracticalliance.org.
Reporter's note: An abstract of the research report is available on the JVSR
website (http://www.jvsr.com).
http://www.newswise.com/articles/view/506659/