Multi-Enzyme Formula
Proteases have the role of digesting large protein
chains (called polypeptides) into smaller
amino acid chains and eventually into single
amino acids. The protease and peptidase enzymes
have a critical role of breaking down potentially
antigenic constituents of foods as well as
reactive peptides (casomorphin from milk and
gluteomorphin/gliadorphin from wheat) that
can trigger a cascade of adverse reactions
in the central nervous system and throughout
the body.
Amylases play an important role in breaking
down starches and other carbohydrates into
simple sugars (glucose) for use as an energy
source for the body. The amylase enzymes reduce
large carbohydrates (starches and other polysaccharides)
to disaccharides, which include sucrose, maltose
and lactose.
The Lipases digest fats (triglycerides) into
free fatty acids and glycerol. Fats are so
difficult to properly digest however they
are sources of important nutrients (Vitamin
A and E as well as omega-3 fatty acids) and
thus need to be adequately digested. With
the assistance of lipase enzymes they can
more effectively perform their appropriate
functions and crucial activities.
The Cellulases (which are not generally found
in the body's digestive tract) break down
the bonds found in fiber. By disrupting the
structure of the fiber membrane (which is
an integral part and which envelops most of
the nutrients in plants) cellulase increases
the nutritional value of fruits, vegetables
and grains. Enough cellulase is used to release
many of the nutrients while still maintaining
enough of the plant fibers to retain the beneficial
intestinal ("scrub brush") effect of the fiber.
RECOMMENDED
DOSE
As
a dietary supplement take two (2) capsules at
the beginning of each meal. Start with ¼
to ½ capsule and gradually increase this
does to the amount that provides optimal digestion
of foods. See specific dosing schedule noted
below.
The
dose can be adjusted according to the specific
needs of the individual. With larger meals additional
enzymes may be utilized and with small meals
or snacks smaller doses may be sufficient to
provide adequate digestion of these foods. Avoid
mixing with food or beverages that will be heated
above 130° F, as the activity of the enzymes
will be adversely affected.
DIRECTIONS
FOR USE
It
is generally recommended that enzyme supplements
be taken at the beginning or early on in the
meal to assure appropriate digestion. The capsules
may be swallowed whole or opened and mixed with
a small amount of food or beverage.
Multi-Enzyme
Formula may be taken in combination with some
of the specialty enzymes (Peptidase Complete™,
EnZymAid™ or DPP-IV Forte™) when there is a
need to provide additional protein/peptide digestion
with the consumption of higher quantities of
casein, gluten and soybean.
SUGGESTED DOSING SCHEDULE
The dosing for Multi-Enzyme Formula is based
on the amount of foods ingested and not directly
on the size, weight or age of the individual.
Doctor's and enzyme experts use significant
variations in the dosing of enzymes. Kirkman's
recommendation is to start with smaller amounts
of enzymes and gradually increase to the amount
that supports digestion. For general guidelines
however a chart is provided as a starting point
when using this enzyme formulation.
| According to age |
Start With |
Maintenance Dose |
| 2-5 years |
1/4 to 1/2 capsule |
1 capsule (adjust dose as needed) |
| 6-12 years |
1/2 capsule |
1 capsule (additional caps as needed) |
| Teens and Adults |
1/2 to 1 capsule |
1 to 2 caps (additional caps as
needed) |
Hypoallergenic
Forumlation:
Multi-Enzyme
Formula is
supplied in a #1 Capsule (vegetable/plant cellulose)
containing the highest quality plant based enzymes.
This formulation is designed to be free of milk,
casein, wheat, gluten, gliadin, corn, soy, egg,
yeast, sugar, MSG, stearates, palmitates, artificial
sweeteners, colors or flavors, preservatives,
and other common allergens.
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These
statements have not been evaluated by the Food & Drug Administration.
This product is not intended to diagnose, treat, cure or prevent any disease. |
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