|
January 22, 2011 08:00:00
Posted By Dr. Ted Suzelis, N.D.
|
Astaxanthin is an antioxidant in the carotenoid family,
which puts it in the company of vitamin A, beta
caroteine, lutein, and zeaxanthin. It is thought to be a much
stronger antioxidant than the other members of the carotenoid
family.
Astraxanthin is the antioxidant that gives healthy salmon
their bright red color and is most likely the component of
krill oil that gives krill oil added benefits over fish oil.
Commercial extracts of astaxanthin come from the Hawaiian
microalgae, Haematococcus pluvialis.
Research on astaxanthin is still preliminary, but has shown
great potential in inflammatory conditions, like rheumatoid
arthritis, carpal tunnel, and elevated C-reactive protein.
There has also been research on astaxanthin's ability to
reduce and reverse the effects of the sun's damaging effects
on the skin. This may prove to lower the incidence of skin
cancers in people who regularly take astaxanthin. Other
research has focused on astaxanthin's benefits for the eyes,
including the retina and potential for the reduction of age
related macular degeneration. And lastly, there has also been
research on it's benefits for the immune system and lowering
cholesterol.
The recommended dosage for astaxanthin is 8-10mg per day.
Since this antioxidant is found in salmon, you could get it
from eating salmon, but you would need to eat wild Alaskin
sockeye salmon to get full benefits. Sockeye has
approximately 9mg astaxanthin per 8 oz serving, compared with
Atlantic salmon containing only 1.2mg astaxanthin per 8 oz
serving. You can purchase astaxanthin in a supplement form,
usually 4mg capsules.
To date, I haven't used astaxanthin in my practice, so I
haven't been able to establish it's benefits in my patients.
However, because this antioxidant does have so much potential,
I would like to offer you the opportunity to try an
astaxanthin supplement for yourself at a 20% discount. The
retail price for a 60 capsule bottle of Pure Encapsulations'
Astraxanthin is $30.30, but you can purchase it, through my
online store only, for $24.24, a $6.06 savings. To take
advantage of this discount, follow this link: Astraxanthin
60 cap by Pure Encapsulations.
|
|
February 1, 2011 08:00:00
Posted By Dr. Ted Suzelis, N.D.
|
Dioxins are a group of petroleum-derived chemicals used
industrially (in the production of pesticides, herbicides, and
in chlorine bleaching of wood pulp for paper) and when
plastics are burned. These chemicals are unfortunately
ubiquitous in our environment and their half-life in the human
body is estimated at 7 to 11 years. This means that when you
ingest dioxins, it takes your body at least 50 years to
eliminate these toxic chemicals. Dioxins are known to cause
birth defects, miscarriages, and a skin disease called
chloracne. Lesser evidence points to thyroid dysfunction,
diabetes, and cancer.
Most of the documented effects of dioxins have only been
seen in high dosage exposure, especially from agent orange
exposure from the Vietnam War. I recommend that you read this
Sunday's Cleveland Plain Dealer to learn about the impact of
agent orange exposure to US troops and their offspring (like
my good friend and neighbor, Heather Bowser) and the continued
poisoning of the Vietnamese in certain "hot spot"
areas of Vietnam.
Click here to
view article
90% of dioxin exposure in humans is through foods,
especially meats, dairy, fish, and shellfish. This means that
the best way for you to reduce your dioxin exposure is to eat
organic meats, dairy, avoid farm-raised fish, and drink
purified water. It is also helpful to reduce your exposure to
dioxins by refraining from using herbicides and pesticides on
your lawn and in your garden.
|
|
March 3, 2011 10:27:13
Posted By Dr. Ted Suzelis, N.D.
|
I've been getting a lot of questions about childhood
vaccinations lately, so I decided to talk a little about my
stance
on vaccinations. I have always stated to my patients that it
is
their decision to weigh the risks of vaccination vs not
vaccinating. Both decisions have risks. When we talk about the
risks of vaccination, the water gets a little muddy. There is
circumstantial evidence that vaccinations may trigger autism,
but
to date there have been no good studies to prove so. To look
at
good hard evidence on the risks of vaccinations, we must look
to
the the Vaccine Adverse Event Reporting System (VAERS), which
was
put in place in 1990 to track adverse reactions to
vaccinations.
Since VAERS was put in place, there have been 2828 deaths
attributed to children under the age of 5, which equates to
about
141 deaths per year or around 1 death for every 100,000
children.
This is a very small number statistically, but it is something
to
be aware of when choosing to vaccinate your child.
On the other hand, there are
risks
to not vaccinating your child also. For instance, we saw a
high
rate of pertussis (whooping cough) in the U.S. in 2010, which
accounted for 26 deaths or 1 death for every 1,000 people who
contracted pertussis. This is still a very small number, but
when
weighing the pros and cons of vaccinations, we need to
understand
the risks.
Here are statistics on some of
the
childhood diseases that vaccinations are given for:
-
Measles: in 2008 there were 131
cases documented, no deaths, and 15 hospitalizations
-
Mumps: in 2006 there were 6404
cases documented and 15 deaths
-
Rubella (German Measles): cases
are
rarely seen, however there was an outbreak in NE Ohio a couple
years ago. In children, the disease is a mild, self-limiting
rash.
The problem comes if pregnant mothers contract the virus,
which
can be dangerous to the fetus.
-
Diphtheria: extremely rare in
the
U.S., but the death rate for children contracting this
bacterial
infection, there is a 5% to 10% death rate.
-
Tetanus: there are
approximately 50
to 100 cases seen in the U.S. Per year. Without vaccination,
there
is a 20% death rate, however vaccination can be administered
after
a puncture wound has occurred to protect the person.
-
Polio; extremely rare in the
U.S.
and 90% of those infected show no symptoms and about 1% have
serious neurological problems after infection.
|
|
|
|