Frequency Generator Protocols For Cancer:
Optional Placement of Electrodes
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Independent Cancer Research Foundation, Inc.
IMPORTANT NOTE:
Note: This article is supplemental data to the extensive article on using the GB-4000 for cancer. You should read the long article - the 'pdf' file - prior to reading this article. This article discusses an alternative way to place the four electrodes for three specific types of cancer:
The long article 'pdf' file and technical support for using the GB-4000 is provided by the Independent Cancer Research Foundation via the "cancertutor' email address at the bottom of this page:
GB-4000 - Optional Placement of ElectrodesUnder normal circumstances there are four electrodes which are part of the GB-4000 protocol (though the electrodes come from a different source than the GB-4000 itself). Two of the electrodes are cylinders. Each of these has a terry-cloth covering which must remain wet. It would be good to wet them every 30 to 60 minutes during treatment. Generally, the two long red wires are attached to these electrodes and they are plugged into two of the red receptacles (the female plugs) on the amplifier (they are NOT plugged into the GB-4000 itself, which is the unit with the dial). There are also two electrodes which are thin and flat and are shaped like a rectangle. The flat terry-cloth coverings cover these two electrodes. They should also be kept moist. The two long black wires are attached to these electrodes. For this electrode, the flat metal is placed inside the terry-cloth and one jaw of the alligator clamp clamps onto the bottom of the terry-cloth and the other jaw clamps onto the metal electrode. This holds the electrode inside of the terry-cloth. When doing this the alligator jaw is exposed outside of one side of the terry-cloth. This exposed section should be on the opposite side of the foot of the patient (i.e. the metal is touching the rubber or plastic mat) because the clamps can get hot. In other words, the side of the terry-cloth which is against the body does not have the exposed alligator clamp. I should mention that it is the side which is against the body which must remain damp at all times so that electrical current can flow from the foot to the flat metal plate and thus back to the GB-4000 amplifier via the black wire. The flat electrodes for the feet are placed on a rubber or plastic mat which should have ridges in it such that water between the two foot electrodes CANNOT bead or form a path between the two electrodes. In other words, there should be NO stream of water which connects the two foot electrodes. Also, the two hand-held electrodes should NEVER touch each other while the power is on. The hand-held electrodes should not be placed on a cloth such that a bead of water or dampness could create an electrical current between the two hand-held electrodes when the unit is on. Likewise, the hand-held electrodes should not be placed on a metal table in order to prevent an electrical current directly between the two cylinder electrodes.
The Shape of An Electrical Current Between Two ElectrodesIn what shape is the electrical current, between the two electrodes, while the unit is operating? The red wires (i.e. the wires plugged into the red receptacles on the amplifier) are the source of the electrical current. The black wires (i.e. the wires plugged into the black receptacles on the amplifier) are the ground wires where the electrical current completes its journey after passing through the body. There are four separate electrical currents created by the standard configuration of electrodes.
Path one is from the left hand to the left foot. If you could "see" these four electrical currents each would look like a football. In other words, the two endpoints of the "football" are the red and black electrodes. Obviously, due to the shape of the body, the actual electrical current will not look like a football because the shape of the current cannot go outside of the body (such as the legs). Thus, in the standard configuration there are four "footballs" of electrical current.
More Details About the Electrical CurrentIn reality, the electrical current of the GB-4000 goes everywhere in your body. This is because your entire body acts as an antennae and every part of your body (actually your skin) emits a small amount of electrical signals. The key issue is this: is the GB-4000 as effective at treating brain cancer (where the cancer cells are outside of the four footballs, but still has electrical current passing through it) versus liver cancer, where the cancer cells are inside the football of electrical currents? Current thinking, by those who use the GB-4000 on multiple cancer patients, is that the GB-4000 is just as effective at treating brain cancer as it is at treating liver cancer. I personally have no argument with this conclusion, however, I do have some concerns. My concern is that the cells in the body, which harbor the microbes which cause cancer, and which are inside of the four footballs, do get slightly more electrical current than the brain (which is outside of the four footballs, but does get significant electrical current). What this means is that for brain cancer (i.e. any cancer above the shoulders), and two other types of cancer to be discussed below (i.e. lung/bronchial cancer and breast cancer), it may be wise to alter the placement of the electrodes so that the actual football-shaped electrical currents can cover a higher percentage of the cancer cells. In other words, by placing the electrodes in different places the cancer cells may be exposed to a slightly higher level of electrical current. For these three categories of cancer, optional placement of the electrodes will now be discussed.
NOTEThe red wires should ALWAYS be plugged into a red receptacles on the GB-4000 amplifier and the black wires should ALWAYS be plugged into a black receptacles on the GB-4000!!
For Cancers Above the Shoulders (e.g. Brain, Throat etc. cancers)For brain cancer, throat cancer and other cancers which are primarily above the shoulders, here is my recommended placement of electrodes (the placement changes from day to day). The two flat foot electrodes should be placed above the ears, wrapped around the head and the long axis of the flat electrodes is parallel with the ground or the shoulders. The two electrodes, when placed above the ears, should be held to the head by an "Ace bandage." In other words, on every other day the electrode configuration should be the "standard configuration" (where the flat electrodes are below the feet) and every other day the electrode configuration should be in the "optional configuration" (where the two flat electrodes are placed above the ears and are held in place by an Ace bandage). Note: If, when using the optional configuration above the ears, the person experiences any rash or swelling in the face, discontinue the optional configuration and use the "standard configuration" at all times (i.e. ignore this article). However, because the protocol has a "Day 1" and a "Day 2" further explanation should be given. The first phase of the GB-4000 protocol is six days on and one day off. During the first week AFTER the "build-up" (the "build-up" is discussed in the pdf file and should use the standard configuration), here is the schedule:
Monday: Day 1 Protocol in standard configuration
However, on alternate weeks, the following schedule should be observed:
Monday: Day 1 protocol in above the ears configuration By repeating this two-week cycle the two configurations will have an equal time on the Day 1 Protocol and the Day 2 Protocol!!
For Breast CancerIn this scenario it is the colors of the wires which are modified, not the placement of the electrodes. In other words, the two cylinder electrodes will be held in the hand and the two flat electrodes will be below the feet, but the wire colors will change from the standard configuration. There are two different configurations, which I will call: "Left Side Configuration" and the "Right Side Configuration." The Left Side Configuration (LSC) has the two red wires on the left side of the body, meaning on the left hand cylinder and the left foot flat plate. Remember, the red wires are plugged into the red receptacles. On the right side of the body are the two black electrodes, one in the right hand cylinder and one on the right foot flat electrode. The Right Side Configuration (RSC) has the two red wires on the right side of the body, meaning on the right hand cylinder and the right foot flat plate. Remember, the red wires are plugged into the red receptacles. On the left side of the body are the two black electrodes, one in the left hand cylinder and one on the left foot flat electrode. However, because the protocol has a "Day 1" and a "Day 2" further explanation should be given. The first phase of the GB-4000 protocol is six days on and one day off. During the first week AFTER the "build-up" (the "build-up" is discussed in the pdf file and should use the standard configuration), here is the schedule:
Monday: Day 1 Protocol in the LSC configuration
However, on alternative weeks, the following schedule should be observed:
Monday: Day 1 Protocol in the RSC configuration By repeating this two-week cycle the two configurations will have an equal time on the Day 1 protocol and the Day 2 protocol!!
For Lung and Bronchial CancersThis configuration is the same as the Breast Cancer Configuration.
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