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Frequently Asked Questions |
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Answers:
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How
can your pesticide eradicate such a variety of pests while other pesticides
work only on specific species?
The
unique way in which our pesticide carries out its function (overwhelming enzyme systems of simple-nature animals by causing them to
overfeed on nutrients) requires different concentrations to achieve the same
means depending on the size of the pest and the complexity of its enzyme
system. More complex animals, however, such as rodents, birds, and
most importantly human systems are not challenged.
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Why
aren't poisonous chemicals necessary in your formulation?
Therein
lies the genius. Analogous to the way our system works, if a 150 lb. person were to gain 100 lbs. in three hours that person
would die right then, if not shortly after. The micelles in our
formulation quickly gather nutrition that overwhelms the pest causing it to
explode or to expire. To get rid of pests elegantly one does not
need to use poisonous chemicals.
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Why
are different dilutions required for different pests?
Similarly
as would a 300 lb. weight lifter require more nutrition than a 90 lb.
jockey, differently structured pests require various concentrations to weaken and
expire.
The
new technological paradigm of our pesticide works on the principle
of "over-feeding" the pests rather than intoxicating them. It creates an environment that overwhelms the respiratory and enzyme systems of
these primitively structured bugs that are trying to eat our plants.
They just can't handle the new environment so they weaken and die. The
lower dilutions (higher concentrations) are required to eliminate tougher
pests, yet, very small quantities of our food-grade ingredients (the catalysts
that create the new environment for pests) need be present.
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The
active ingredient of our formulation is Sodium Lauryl Sulfate
(commonly used in soaps, cosmetics, etc.) It follows that
in a 100:1 dilution with water there would be 0.08% of (SLS) and in a 300:1 blend
0.027%. The inert ingredients would constitute .9% for 100:1 and .27%
for 300:1, just enough
to cause an imbalance in the pests' systems.
When
most chemical pesticides are used they do not kill all the target pests
they contact. The survivors develop an immunity that they pass on to
their offspring so that the next time the pesticide is applied to the same
area the offspring will have immune reactions against it. Our
pesticide's effect, on the other hand, would be the same for many years of
applications, as explained by the following analogy: Take
1000 fish out of water and they will die. No matter for how many
years or how many times you would take fish out of water they would still die
because they could not possibly change their enzyme systems and acquire lungs
to handle oxygen from the air. So our pesticide would be as
effective next year should a new breed of the same pests invade your crops.
No need to use a different mix.
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At
least 3 years to be as effective as when first obtained.
The
blending proportions to water that are suggested
in the label are optimum for the target pests. Adding greater
proportions of water may weaken the formula enough to make it less effective.
Test and see your results.
Because
weather and other factors may have some influence in the effect, if the proper elimination count is
obtained, there may not be a benefit to a more concentrated blend.
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An
aphid is an aphid whether it attacks a tree, bush, leaf or flower.
A
common problem is that especially when plants have be debilitated by one
pest it becomes prey to others. Check the label and select the strongest
blend because this will ensure that the toughest
target pests are eliminated along with the weaker ones.
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Is
it safe and effective to spray on produce stored in a
warehouse?
Wouldn't
it be great to be able to protect fruits, vegetables, flowers, etc. from
pests after harvest, or before and during shipment, without exposing
personnel to dangerous fumes, gases and toxic chemicals? That's what
this pesticide does.
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Mold,
mildew, larvae, etc will be removed but the health of the seed will remain
safely intact so that they can perform their best work when they meet the soil.
The
same equipment that you may be using to spray your liquid pesticides can
be used--from a hand-spray bottle to an
irrigation system to an airplane. Any effective way to make contact with your target pests.
Just
imagine: children can run barefoot over the grass in complete safety
even if you just
sprayed last night. When the golfers bend over to pick up the ball they
won't contact toxic chemicals. When the gardener mows the grass he won't
be exposed to carcinogenic chemicals. All this and at the proper blend you will still be getting rid of
pests that endanger your investment.
No,
the biological structure of these animals are not harmed and their
respiratory systems and enzyme infrastructures are simply not affected.
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