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Neural therapy uses localized injections of anesthetics, such as lidocaine or procaine, to remove interferences in the bodys electrical network and thus relieve chronic pain, reverse injury, and clear energy blockages. The anesthetics are injected into acupuncture points, scars, glands, the nerve bundles in the autonomic nervous system, and other tissues. By clearing the local site of blockage, neural therapy helps to regulate energy throughout the body.
Membrane potential refers to differing electrical charges, measured in millivolts (mV), inside and outside of a cell. This in turn influences how easily (or not) substances (nutrients or toxins) can pass into and out of a cell. Potassium ions are pumped out of the cell (at a resting potential of -80 mV), increasing the membrane potential (to +40 mV) then sodium ions are pumped in, restoring its normal value (-80 mV). The process, variously called ion pumping, ionic transport, or the ion channel, resembles the ebb and flow of tidal water, with nutrients washing in and toxins washing out with each pulse of the electrical current every 2-5 milliseconds.
Biological dentistry stresses the use of nontoxic restoration materials for dental work and focuses on the unrecognized impact that dental toxins and hidden dental infections can have on overall health. Typically, a biological dentist will emphasize the following: the safe removal of mercury amalgams; in many cases, either the avoidance or removal of root canals; the investigation of possible jawbone infections (cavitations) as a dental focus or source of bodywide illness centered in the teeth; and the health-injuring role of misalignment of teeth and jaw structures.
DMPS (2,3-dimercaptopropane-1-sulfonate) is the chelating (binding-up) agent of choice for the removal of elemental mercury from the human body. It can be given orally, intravenously, or intramuscularly, and is useful for people who have been exposed to mercury amalgam through their dental fillings, or for those who show evidence or suspicion of heavy metal toxicity from other sources.
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hyperthermia: is effective because unlike normal tissue, tumors have poor blood flow relative to their metabolic needs and cannot dissipate the heat, so they tend to get hotter than the surrounding area. Rapidly dividing cells (i.e., CANCER cells) are more vulnerable to the effects of heat. Normally, part of the damage caused by radiation is repaired by the CANCER cells, enabling some to survive; however, heat foils this self-repair ability. Taken together, these facts tend to make tumors more vulnerable to heat treatment than normal tissues.
membrane potential: refers to differing electrical charges, measured in millivolts, inside and outside of a cell. This, in turn, influences how easily (or not) substances (nutrients or toxins) can pass into and out of a cell. Potassium ions are pumped out of the cell (at a resting potential of -80 mV), increasing the membrane potential (to +40 mV), then sodium ions are pumped in, restoring its normal value (-80 mV). The process, variously called ion pumping, ionic transport, or the ion channel, resembles the ebb and flow of tidal water, with nutrients "washing" in, and toxins washing out with each pulse of the electrical current every 2 to 5 milliseconds.
antigen: is any biological substance (a toxin, bacterium, amoeba, or protein) that the body comes to regard as foreign and dangerous. As such, an antigen induces a state of cellular sensitivity or immune reaction that seeks to neutralize, remove, or destroy the antigen by dispatching antibodies against it.
pH: which means "potential hydrogen," represents a scale for the relative acidity or alkalinity of a solution. Acidity is measured as a pH of 0.1 to 6.9, alkalinity is 7.1 to 14, and neutral pH is 7.0. The numbers refer to how many hydrogen atoms are present compared to an ideal or standard solution. Normally, blood is slightly alkaline, at 7.35 to 7.45; urine pH can range from 4.8 to 7.5, although normal is closer to 7.0.
Membrane potential: refers to differing electrical charges, measured in millivolts, inside and outside of a cell. This, in turn, influences how easily (or not) substances (nutrients or toxins) can pass into and out of a cell. Potassium ions are pumped out of the cell (at a resting potential of -80 mV), increasing the membrane potential (to +40 mV), then sodium ions are pumped in, restoring its normal value (-80 mV). The process, variously called ion pumping, ionic transport, or the ion channel, resembles the ebb and flow of tidal water, with nutrients "washing" in, and toxins washing out with each pulse of the electrical current every 2 to 5 milliseconds.
Biological dentistry: stresses the use of nontoxic restoration materials for dental work and focuses on the unrecognized impact that dental toxins and hidden dental infections can have on overall health. Typically, a biological dentist will emphasize the following: the safe removal of mercury amalgams; avoidance or removal of root canals; the investigation of possible jawbone infections (cavitations) as a "dental focus" or source of bodywide illness centered in the teeth; and the health-injuring role of misalignment of teeth and jaw structures.
DMPS: (2,3-dimercaptopropane-1-sulfonate) is the chelating (binding-up) agent of choice for the removal of elemental mercury from the human body. It can be given orally, intravenously, or intramuscularly and is useful for people who have been exposed to mercury amalgam through their dental fillings or those who show evidence or suspicion of heavy metal toxicity from other sources.
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