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Cellu-Smooth
Cellu-Smooth® with Coleus
[Weight Loss, Circulatory] provides nutrients that
combine to support circulation, mobilize fat and
lymph stores for better distribution and protect
against free radical damage to structural skin
proteins. Coleus forskohlii root extract causes a
shift from a more fatty body mass to a more lean
body mass, which improves overall health. The effect
can be measured by decreases in the waist–hip ratio
and the body mass index.
Cellu-Smooth also contains bladderwrack, which
nourishes the thyroid gland with important minerals,
thereby supporting metabolism; milk thistle, which
acts as an antioxidant, detoxifying the liver and
aiding elimination; ginkgo leaves, known free
radical scavengers; rhodiola root extract, which may
improve strength and stamina; and rhododendron root,
a powerful antioxidant that promotes
microcirculation.
• Mobilizes Fat Stores
• Supports General Circulation
• Protects Against Free-Radical Damage to Structural
Skin Proteins*
Cellu-Smooth is
specially formulated to reduce absorption of dietary
fats, to enhance fatty acid metabolism and
mobilization in stored fat, and to provide
protection against free-radical damage of structural
skin proteins.
Take 1 capsule with a meal
two or three times daily. Drink at least eight
glasses of water a day. Not recommended for
pregnant or nursing women or children under age 6.
Results may be
noticed in as little as four weeks.
Supplement Facts: 90
Capsules
Serving Size 1 Capsule
Amount Per Capsule
Proprietary Blend 405 mg*
Coleus forskohlii Root Extract
Bladder Wrack Plant (Fucus vesiculosus)(contains
iodine)
Milk Thistle Fruit Concentrate (Silybum marianum)
Ginkgo Leaves Concentrate (Ginkgo biloba)
Rhodiola Root Extract (Rhodiola rosea)
Rhododendron Root (Rhododendron caucasicum)
*Daily Value not established
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NEW Cellu-Smooth
More than 80 percent of
American women are plagued with cellulite. While
physically painless, it is socially and emotionally
painful for many. Proper diet and exercise
contribute to healthy weight loss and help improve
appearance. But now there is an herbal supplement
that can also help.
Over time, tissues in certain parts of the
body deteriorate. Poor microcirculation in these areas
damages fatty tissue, and blood vessels and lymphatic
vessels leak fluid into surrounding tissues, causing a
dimpled, unsightly look. This slows the transport of
nutrients to the tissue and diminishes the byproducts of
metabolism. Scarring and stretch marks can occur, and fat
cells can become trapped.
NSP Cellu-Smooth can help. It contains
nutrients that increase general circulation, mobilize fat
stores and protect against free radical damage to
structural skin proteins.
Ingredients include bladderwrack (a type
of kelp), rhodiola extract, milk thistle fruit
concentrate, ginkgo leaves concentrate and rhododendron
root. NSP’s exclusive cellulite formula is available now.
For maximum results, take Cellu-Smooth with
Fat Grabbers®, MetaboMax®, Vari-Gone®
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CelluSmooth -
Natural Cellulite Remedy Notes
Cellu-Smooth is designed to modify fat
metabolism, improve micro-circulation and
mobilize fat to reduce the formation of
cellulite.
Bladder wrack is a form of kelp. It contains
iodine used by the thyroid gland to regulate
metabolism. It also works with the Russian
“longevity” herb Rhododendron caucasicum to
partially block the absorption of fat.
Rhodiola rosea is another Russian adaptogenic
herb that is more potent than Siberian
ginseng. It increases the hormones that
stimulate the breakdown and release of stored
fat. Ginkgo and milk thistle work together to
improve circulation and add to the antioxidant
protection of the adaptogens. Coleus improves
cellular energy production to increase
metabolism of fat.
Research: Forskolin, a chemical found
in Coleus (39 studies), activates the enzyme
adenylate cyclase. This enzyme is a turnkey
compound that initiates a cascade of critical
events within every cell of the body.
Stimulation by forskolin leads to blood vessel
dilation, and an increase in thyroid hormone
secretion.
Wysham
DG, Brotherton AF, Heistad DD. Stroke
1986;17:1299–303.
Roger PP, Servais P, Dumont JE. Exp Cell
Res 1990;172:282–92.
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