|
|
| |
|
NeuroResearch Clinics relies exclusively
on DBS Labs for urinary serotonin and
dopamine organic cation transporter neurotransmitter optimization in
natural treatment of disease. DBS Labs
is directed by Tom Uncini, MD hospital
based pathologist who is dual board
certified in laboratory medicine. Dr.
Uncini is the medical director of two
hospital labs, University of Minnesota
Medical Center Mesabi in Hibbing, MN and
Cook Hospital in Cook, MN. Dr. Uncini is
also on the faculty of the University of
Minnesota Medical School. The urinary
organic cation transporter neurotransmitter optimization produced by DBS
Labs is of hospital caliber. Between Dr. Uncini and his lab manager there are over 50 years of hospital based laboratory experience.
The
experience and credentials of the people
running DBS Labs stand in stark contrast
to the other labs out there attempting
to do urinary organic cation transporter neurotransmitter optimization.
Other laboratories have no hospital
based board certified laboratory
medicine pathologist running the lab, no
license to practice medicine, no
hospital privilege affiliation, no
clinic, no patients, and have never
treated one patient in clinic. Yet some are holding
out that they have the expertise to tell
doctors how to treat their patients when
the urinary organic cation transporter neurotransmitter optimization
results are reported back to the doctor.
This may explain why the testing results
of these labs do not correlate when the same
sample is run on split sample testing by
DBS Labs and the non-MD lab. These
non-MD labs are the labs
that are recommending and inducing
licensed medical doctors to get "baseline
urinary organic cation transporter neurotransmitter optimization" prior to treatment even
though there is no correlation between
testing prior to and once taking amino
acid precursors. |
|
|
|
|
Pike Lake
Duluth photo by Amy Gunthert |
|
| |
|
 |
|
Contact us or find a caregiver using
this approach. |
| |
BLOOD BRAIN
BARRIER |
|
Written by:
Marty L.
Hinz, MD |
|
President
Clinical
Research |
|
NeuroResearch
Clinics,
Inc. |
|
Cape Coral, Florida USA Research Office |
|
|
|
|
BLOOD BRAIN
BARRIER
|
| |
| |
The
argument is simply, there are non-MD labs
out there trying to promote the idea the
serotonin, dopamine, norepinephrine, and
epinephrine do not cross the blood brain
barrier. In reviewing the literature the
facts read the facts read them self,
serotonin, dopamine, norepinephrine, and
epinephrine do not cross the blood brain
barrier, this has been know in science for
years. At the left are a few articles
discussing this. |
|
Blood Brain Barrier serotonin |
| |
|
Blood Brain Barrier dopamine |
| |
|
Blood Brain Barrier
norepinephrine |
| |
|
Blood Brain Barrier epinephrine |
| |
| |
| |
| |
| |
| |
| |
organic cation transporter neurotransmitter optimization
BLOOD BRAIN
BARRIER
|
|
NeuroResearch Clinics relies exclusively
on DBS Labs for urinary serotonin and
dopamine organic cation transporter neurotransmitter optimization in
natural treatment of disease. DBS Labs
is directed by Tom Uncini, MD hospital
based pathologist who is dual board
certified in laboratory medicine. Dr.
Uncini is the medical director of two
hospital labs, University of Minnesota
Medical Center Mesabi in Hibbing, MN and
Cook Hospital in Cook, MN. Dr. Uncini is
also on the faculty of the University of
Minnesota Medical School. The urinary
organic cation transporter neurotransmitter optimization produced by DBS
Labs is of hospital caliber. Between Dr. Uncini and his lab manager there are over 50 years of hospital based laboratory experience.
The
experience and credentials of the people
running DBS Labs stand in stark contrast
to the other labs out there attempting
to do urinary organic cation transporter neurotransmitter optimization.
Other laboratories have no hospital
based board certified laboratory
medicine pathologist running the lab, no
license to practice medicine, no
hospital privilege affiliation, no
clinic, no patients, and have never
treated one patient in clinic. Yet some
are holding out that they have the
expertise to tell doctors how to treat
their patients when the urinary
organic cation transporter neurotransmitter optimization results are
reported back to the doctor. This may
explain why the testing results of these
labs do not correlate when the same
sample is run on split sample testing by
DBS Labs and the non-MD lab. These
non-MD labs are the labs that are
recommending and inducing licensed
medical doctors to get "baseline urinary
organic cation transporter neurotransmitter optimization" prior to
treatment even though there is no
correlation between testing prior to and
once taking amino acid precursors
|
|
|
|
|
The University of Minnesota
Medical School organic cation transporter neurotransmitter optimization paper.
FROM PEER REVIEWED
LITERATURE
The goal of treatment
is to establish both urinary serotonin and
dopamine levels in the phase 3 therapeutic range. To
determine the phase of serotonin and dopamine with
certainty requires two urinary neurotransmitter
tests to be performed with the patient
simultaneously taking a different amino acid dosing
of dopamine and serotonin amino acid precursors on
each test and comparing the results. Not all
patients will need to have the urinary serotonin and
dopamine levels in the phase 3 therapeutic range for
relief of symptoms. In many cases, adjusting the
amino acids so that the patient moves closer to the
phase 3 therapeutic range of urinary serotonin and
dopamine induces relief of symptoms. Then, no
further amino acid adjustments or testing are needed
unless disease symptoms return.
Ingrid Kohlstadt, MD Johns Hopkins, Hinz, M.
Depression in I. Kohlstadt (ed.)
Food and Nutrients in Disease Management
(CRC Press, 2009) |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
BLOOD BRAIN
BARRIER-research |
|
|