Test
Procedure:
The cellular phone was tested without the
microchips while on. The test indicated harmful microwaves were
present. The cellular phone was left on for 2 hours and was emitting
low frequencies, which is a moderate load. At the end of the 2 hours
data was collected. The CPD phone chip was then applied to the
cellular phone per the manufacturer’s instructions. The cellular
phone was then in operation for an additional 2 hours and data was
obtained.
RESULTS:
The
charts below indicate the results of testing the CPD Phone Chip on a
cell phone.
Testing
Chart for Toxic Low Frequencies – German Studies (TABLE
I)

Reaction from low frequencies unprotected and
protected results.
Repeated
data indicates that using Germany Frequencies on the CPD phone chip
reduces harmful electromagnetic microwaves due from repeated usage
of the cell phone by an average of 99.993% after the microchips were
installed with continued protection to the cell phone
user.
Testing
Chart for Toxic High Frequencies – American Studies (TABLE
II)

Reaction from high frequencies unprotected and
protected results
Repeated
data indicated that using American natural oscillating frequencies
detected high levels of toxic frequencies. After 2 hours of testing
with the cell phone chip, the test results show an average of 99.95%
reduction of high frequencies.
Testing
Chart for Immune System Energetic Response – (TABLE
III)

Reduction of harmful frequencies causing
blockage to the limbic core.
The specific frequencies programmed into the
cell phone chip were measured and results found an average 99.933%
decrease in harmful frequencies. The test also indicated with
continued use of the cell phone chip the user can expect increased
protection from environmental
toxins.
Discomfort from
use
No measurable discomfort was indicated. The
decrease in harmful electromagnetic frequencies should improve the
body’s energetic and cope with external environmental
influences.
Conclusion
Emissions from the cellular phone were measured
and show a significant amount of low and high harmful EMR’s. The
cell phone chip has shown to reduce these harmful EMR’s including
external environmental influences by 99.95% with the cell phone chip
attached to the cellular phone, as shown on table I and
II.
The claimed effect of reduction of external
influences on the immune system appears to be correct with test
results on table III that show a 99.933% overall average reduction.
Information of the brand name of the cellular phone and the
manufacturer is withheld due to the test
results.
SOME
HEALTH EFFECTS LINKED WITH EMF’S

Similar
Products
Radio
Frequency (RF) Systems are the most widely used systems in the United States
today and RF tags and labels are getting smaller all the time. The
product shown below contains a miniature, disposable
electronic
circuit and antenna,
similar
to AlphaBio Centrix’s technology. The product responds to a specific
set of frequency emitted by a transmitter antenna (usually one
pedestal of theentry/exit gate).
The response from the product is then picked up by an
adjacent receiver antenna (the other
pedestal). This processes the label response signal and
will trigger an alarm when it matches specific criteria. The
distance between the two gates, or pedestals, can be up to 80 inches
wide. Operating frequencies for RF systems generally range from 2 to
10 MHz (millions of cycles per second); this has become standard in
many countries.
The RF circuit inside looks like
this:

The Electromagnetic
(EM) system, which is dominant in Europe, is used by many retail
chain
stores, supermarkets and libraries around the world. In
this technology, a magnetic, iron-containing strip with an adhesive
layer is attached to the merchandise. This strip is not removed at
checkout --it's simply deactivated by a scanner that uses a specific
highly intense magnetic field. One of the advantages of the EM strip
is that it can be reactivated and used at a low cost. What most
people refer to as an electromagnetic tag is actually a metal wire
or ribbon that has high permeability, making it easy for magnetic signals to flow through
it. A magnetized piece of semi-hard magnetic material (basically, a
weak magnet) is put up next to the active material to deactivate it.
When you magnetize the semi-hard material, it saturates the tag and
puts it in its inactive saturated
state.
The EM system works by applying intensive low frequency
magnetic fields generated by the
transmitter antenna. When the strip passes through the
gate, it will transmit a unique frequency pattern. This pattern is,
in turn, being picked up by an adjacent receiver antenna. The small
signal is processed and will trigger the alarm when the specific
pattern is recognized. Because of the weak response of the strip,
the low frequency (typically between 70 Hz and 1 kHz) and intensive
field required by the EM system, EM antennas are larger than those
used by most other EAS systems.
The maximum distance between entry pedestals is 40
inches. Also, because of the
low frequency here, the strips can be directly attached
to metal surfaces. That's why
EM
systems are popular with hardware, book and record
stores.