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| 60 Tablets/30 Day Supply
When it comes to chewable multivitamins, there are two important things
to consider, formulation and taste. No other bariatric multivitamin can
compete with us on either. Developed specifically for surgical weight
loss patients, Celebrate Bariatric Multivitamin provides the most
thorough blend of vitamins and minerals available in a great tasting
chewable. Our integrated formula provides maximum bioavailability as we
have carefully selected each vitamin and mineral level and form to
ensure proper interaction and absorption. Key things to look for in our
multivitamin:
* Taste - When you have to take a product
every day, it needs to be something that you like. Our Mandarin Orange
flavor chewable is unbeatable with a smooth texture (no grit) and great
taste, it will be easy to maintain your compliance.
*
Vitamin B-12 (cyanocobalamin) - With nearly 6,000% of the RDI of
vitamin B-12, Celebrate Bariatric Multivitamin contains the highest
level of B-12 available in a bariatric multivitamin. Studies have shown
that at these levels, 95% of patients will NOT need additional
sublingual B-12.
* B-Complex - In addition to vitamin B-12,
the other b-complex vitamins are critical for your health following
surgery. Certain B vitamins such as vitamin B1 (thiamin) are critical
immediately following surgery and our multivitamin contains the most
appropriate levels of each vitamin, in the proper form for bariatric
surgery patients.
* Vitamin A - By blending pre-formed
(retinyl palmitate) and beta-carotene to make up our vitamin A, we are
providing the safest and most effective approach available for this key
vitamin. This blend allows your body to regulate its intake of vitamin
A, absorbing only what it needs to function properly.
*Magnesium - This critical mineral is most effective in the citrate
form. Celebrate contains the highest percentage of magnesium citrate
of any bariatric supplement.
* Chelated minerals -
Chelation simply means, "attaching to". By chelating our mineral
forms to amino acid, we have increased the likelihood that these
minerals will be absorbed in a reduced acidic environment.
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