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Treatment
for Parkinson's-research |
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Treatment
for Parkinson's-research |
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Treatment
for Parkinson's-research |
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Treatment
for Parkinson's-research |
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Treatment
for Parkinson's-research |
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Treatment
for Parkinson's-research |
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Treatment
for
Parkinson's |
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Written by:
Marty L.
Hinz, MD |
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President
Clinical
Research |
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NeuroResearch
Clinics,
Inc. |
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Cape Coral, Florida USA Research Office |
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Treatment for
Parkinson's
Traditional
Parkinson treatments
in medicine involves
the use of the amino
acid levodopa with
carbidopa and dopamine
agonists. Problems include
drugs that quit
working and side
effects. Typically,
symptoms gradually
gets worse over
time. In 2001
NeuroResearch
Clinics realized
that virtually all the problems associated
with standard
Parkinson treatments stemmed from
improper use of the
levodopa and carbidopa.
These problems can
be categorized into
four areas:
-
levodopa
side effects due to being
improperly
balanced with
serotonin
nutrients.
-
Depletion
of serotonin by
levodopa,
during
Treatments. When
serotonin levels
drop low enough
the levodopa quits
working and
symptoms
associated with serotonin depletion
develop.
-
Depletion of the
sulfur amino acids by
levodopa.
This leads to
depletion of
glutathione
causing more
brain damage from
neurotoxins, making the
Treatment for
Parkinson's
worse. Depletion of
sulfur amino acids
causes depletion of
adrenaline causing
the
patient to move very
slow.
-
Carbidopa depletes serotonin
and
dopamine
peripherally causing
numerous side effects.
Parkinson treatment
should not be with only
levodopa with our
without carbidopa.
Parkinson treatments should be
with
properly balanced
levodopa, 5-HTP,
tyrosine, cysteine
guided by neurotransmitter testing as indicted. Use of of
this combination of
nutrient controls
the side effect of
nausea associated
with levodopa and
prevents the
depletion of
serotonin and
glutathione in
treatment. It also helps
prevent progression
of Parkinson Disease due to
glutathione
depletion which is
needed to prevent
further neurotoxic.
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Treatment
for Parkinson's
Its no secret, NeuroResearch Clinics uses the nutrients 5-HTP, tyrosine, levodopa,
and cysteine to treat medical
patients in order to get these
results. Proper
use of these simple ingredients in
medical treatment is not simple.
From time to time a patient will
say, "Why do I want to take that, I
can go to a health food store and
buy it?" People off the street
buying in a health food store is
like going to an art store and
buying a bunch of oil paints then
going home and expecting to paint
like a mater artist even though
there was no previous painting
experience. These nutrients have
tremendous potential due to their
chemical properties. This potential
is only fully realized in the hands
of the trained professional using
neurotransmitter testing. Treatment
is not just giving a nutrient pill, it is the whole medical management approach doctors are trained in to insure that that treatment is on track in order to get symptoms under control.
The Peer Reviewed Research
of NeuroResearch Clinics
The neurotransmitter treatment research findings of NeuroResearch Clinics
have not been ignored. The University of
Minnesota Medical School is writing a series of
papers on the neurotransmitter testing research of NeuroResearch Clinics. The first of a series of papers by University of Minnesota Medical School based on the neurotransmitter testing research of NeuroResearch was published in "NeuroPsychiatric Disease and Treatment" May 1, 2009. Ingrid
Kohlstadt, MD of Johns Hopkins in her new
medical text book released February 7, 2009
included a chapter on depression written by
Marty L. Hinz, MD President Clinical
Research NeuroResearch Clinics outlining in
depth the proper use of amino acids and
neurotransmitter testing in treatment of
depression.
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Treatment
for
Parkinson's-research |
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Highlights. |
Treatment for
Parkinson's
- levodopa needs
to be given with properly balanced 5-HTP
with neurotransmitter testing as indicated
to prevent serotonin depletion.
- When
serotonin becomes depleted enough by
levodopa
it will no longer work or control symptoms.
- levodopa side
effects can be controlled by giving properly
balanced 5-HTP with neurotransmitter testing
as indicated.
- Depletion of
sulfur amino acids leads to depletion of
glutathione, the most powerful naturally
occurring detoxification chemical in the
body.
- The leading
cause of Parkinson is brain damage from neurotoxic
chemicals. To prevent this proper levels of
sulfur amino acids need to be given during.
- Carbidopa
used with levodopa to prevent levodopa side
effects causes a large number of side
effects and problems during Treatments.
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Links
Treatment for Parkinson's
National Foundation
Treatment for Parkinson's
National Institute of Health
Treatment for Parkinson's
Mayo Clinic
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