"Aura Curing Device"(Lee Crock)
http://members.xoom.com/NCUTC/humanbody.htm
Device Description:
Cycles a positive or negative PURE DC voltage to eeman type screens applied
to the body. 15 minutes one polarity then 15 minutes the other for a
minimum of a 45 minute treatment session. A positive polarity cause the
cells in the treatment area to express its toxins to be filtered out of the
body naturally. The negative polarity cause the cells to absorb fresh
fluid. The process is like cleaning out a sponge and filling it with clean
water. This is to allow the bodies cells to work most efficently and to
promote self healing. The bodies reaction is an increased urine output with
a darker than normal color, showing the toxins being flushed out. The
screens are charged by 10 1.5v D cell (zinc based) batteries connected in
parallel, with a replacement rate of 1 year (shelf life of the batteries)
due to the fact that the batteries just supply charge not current. A
seperate power supply runs the polarity relay switching system being AC or
DC but must be seperate from the screen batteries. The screen pad
dimentions are: 10"x24", 15"x24" (Back and Stomach pads), 8"x12" (Spot
pad), 10"x24" (Arm pad), 15"x24" (Leg pad), 8"x8"x8" (Head pad)(4 sides of
a cube covered), metal window screen material using a rubber backing and
cloth cover, the hookup wire is 10 foot of 14 guage insulated wire. The
battery/relay box measures 8"x8"x4". Patent application 1998 # 09-109-397.
The treatments ranged from 1 hour (2 complete cycles) to 20 hours
cumulative over several days for the worst case Patients . (Jan. 18, 2000
USP# 6,016,450)
Electrogenic pump:
Ion pump that generates net charge flow as a result of its activity. The
sodium potassium exchange pump transports two potassium ions inward across
the cell membrane for each three sodiums transported outward. This produces
a net outward current that contributes to the internal negativity of the cell.
Electroporation:
Method for temporarily permeabilising cell membranes so as to facilitate
the entry of large or hydrophilic molecules as in transfection. A brief (ca
1 msec) electric pulse is given with potential gradients of about 700 V/cm.
The use of an electrical pulse to enable cells to take up DNA. As an
example, to a first approximation the applied electric field needed to
impress one volt accross a cell must be:
Paramecium 180 = B5m 55 v/cm=09
Mammalian Cell 50 = B5m 200 v/cm=09
Red Blood Cell 7 = B5m 1430 v/cm=09
Bacterial Cell 1 = B5m 10,000 v/cm=09
Tutorial on electroportation
http://www.cytopulse.com/portut.html
Cancer Treatment system...
http://www.genetronics.com/cancer/index.htm
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