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| # '''ENERVATION -''' This is the first step in disease. Our fund of nerve energy becomes overdrawn to the point that the body is unable to eliminate the toxic by-products of metabolism. Enervation is a state in which the body is either not generating sufficient nerve energy for the tasks the body must perform, or the tasks the body must perform may be greater than the normal nerve energy supply can cope with. The body thus becomes impaired and generates less nerve energy. All the body’s functions become impaired and this includes the processes of elimination of both endogenous metabolic wastes and the exogenous poisons introduced into the body (such as in our chemicalized foods). This impairment results in further diminishing the body’s ability to restore depletion of nerve energy. This situation results in a condition called toxemia or toxicosis—the second stage of disease. | | # '''ENERVATION -''' This is the first step in disease. Our fund of nerve energy becomes overdrawn to the point that the body is unable to eliminate the toxic by-products of metabolism. Enervation is a state in which the body is either not generating sufficient nerve energy for the tasks the body must perform, or the tasks the body must perform may be greater than the normal nerve energy supply can cope with. The body thus becomes impaired and generates less nerve energy. All the body’s functions become impaired and this includes the processes of elimination of both endogenous metabolic wastes and the exogenous poisons introduced into the body (such as in our chemicalized foods). This impairment results in further diminishing the body’s ability to restore depletion of nerve energy. This situation results in a condition called toxemia or toxicosis—the second stage of disease. |
− | # '''TOXICOSIS -''' Thebloodandtissuesbecomeloadedwiththeuneliminatedtoxicmaterials from body metabolism and/or from toxins taken in from processed foods, drinks, drugs, etc. Intoxication occurs when we overload the body with toxic materials from the outside, or we fail to observe our capacities and overwork, get insufficient sleep, or are subjected to great stress, or when any number of other factors deplete the body of nerve energy or prevent its sufficient regeneration. For instance, stresses, emotional shocks, or traumatic experiences can drain our bodies of nerve energy very quickly. | + | # '''TOXICOSIS -''' The blood and tissues become loaded with the uneliminated toxic materials from body metabolism and/or from toxins taken in from processed foods, drinks, drugs, etc. Intoxication occurs when we overload the body with toxic materials from the outside, or we fail to observe our capacities and overwork, get insufficient sleep, or are subjected to great stress, or when any number of other factors deplete the body of nerve energy or prevent its sufficient regeneration. For instance, stresses, emotional shocks, or traumatic experiences can drain our bodies of nerve energy very quickly. |
| # '''IRRITATION -''' Thisisthethirdstageofdisease.Thebodyunloadsitstoxicityatvarious points in the body. Irritation takes the form of itchiness, edginess, uncomfortable feelings, etc. Any toxic material, be it salt, caffeine, or condiments will irritate or stimulate. This is a condition wherein the body sets in force its defensive mechanisms and accelerates its internal activities. A burst of activity will result in an effort to rid the body of these unwanted irritants. If the causes of enervation/intoxication/irritation remain, inflammation results. | | # '''IRRITATION -''' Thisisthethirdstageofdisease.Thebodyunloadsitstoxicityatvarious points in the body. Irritation takes the form of itchiness, edginess, uncomfortable feelings, etc. Any toxic material, be it salt, caffeine, or condiments will irritate or stimulate. This is a condition wherein the body sets in force its defensive mechanisms and accelerates its internal activities. A burst of activity will result in an effort to rid the body of these unwanted irritants. If the causes of enervation/intoxication/irritation remain, inflammation results. |
− | # '''INFLAMMATION -''' Thisisthestageofdiseasethatisusuallyfirstnoticedandisrecognized by physicians as pathology, for it involves pain. Energy that would normally be available for activity there is pre-empted and redirected to the massive effort to cope with a severe condition of intoxication. | + | # '''INFLAMMATION -''' This is the stage of disease that is usually first noticed and is recognized by physicians as pathology, for it involves pain. Energy that would normally be available for activity there is pre-empted and redirected to the massive effort to cope with a severe condition of intoxication. |
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| In inflammation, the toxicants have usually been concentrated in an organ or area for a massive expulsive effort. It is an evidence or symptom of increased and intense body activity directed at cleansing and repair. It is a healing activity. If this eliminative effort is suppressed by drugs, the toxicity increases until other organs become saturated—not only with this toxicity but with the drugs administered as well. This fourth stage of disease is the body’s most intense effort to cleanse and restore itself. The following degenerative stages of disease will result if the causes of general body intoxication are continued. | | In inflammation, the toxicants have usually been concentrated in an organ or area for a massive expulsive effort. It is an evidence or symptom of increased and intense body activity directed at cleansing and repair. It is a healing activity. If this eliminative effort is suppressed by drugs, the toxicity increases until other organs become saturated—not only with this toxicity but with the drugs administered as well. This fourth stage of disease is the body’s most intense effort to cleanse and restore itself. The following degenerative stages of disease will result if the causes of general body intoxication are continued. |
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| Uncontrolled growth, or geometric, not linear, reproduction occurs, the outstanding characteristic of cancer cells. The volume of the growing tissue continuously increases, and balance in number and volume is not maintained. In this first step toward cancer the transformed cells have escaped the controls and balances which govern normal cells. | | Uncontrolled growth, or geometric, not linear, reproduction occurs, the outstanding characteristic of cancer cells. The volume of the growing tissue continuously increases, and balance in number and volume is not maintained. In this first step toward cancer the transformed cells have escaped the controls and balances which govern normal cells. |
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− | Once a neoplastic cell has reached the stage of progression, the third, stage in carcinogenic growth, it is a cancer cell forever. But, before that stage, the neoplastic trans- formation may be reversible. The first step, initiation, or mutagenesis, does not neces- sarily lead to cancer; if the second stage (promotion) fails to take place, the third and definitive stage will not be attained. In other words, the initial change in the DNA of the cell may not be permanent or irreversible. In this case, if the cause of the cell irritation is removed, the cell will repair and resume normal function. | + | Once a neoplastic cell has reached the stage of progression, the third, stage in carcinogenic growth, it is a cancer cell forever. But, before that stage, the neoplastic transformation may be reversible. The first step, initiation, or mutagenesis, does not necessarily lead to cancer; if the second stage (promotion) fails to take place, the third and definitive stage will not be attained. In other words, the initial change in the DNA of the cell may not be permanent or irreversible. In this case, if the cause of the cell irritation is removed, the cell will repair and resume normal function. |
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− | If we think of the process of neoplastic transformation in terms of the interaction in the cell of DNA, RNA, and protein, we could say that the primary change, or initiation, occurs in the base sequences of DNA; the second step, promotion, and the third step, progression, would be expressed in the perpetuation of the change as DNA replicates it- self. | + | If we think of the process of neoplastic transformation in terms of the interaction in the cell of DNA, RNA, and protein, we could say that the primary change, or initiation, occurs in the base sequences of DNA; the second step, promotion, and the third step, progression, would be expressed in the perpetuation of the change as DNA replicates itself. |
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| === Chemical Carcinogenesis === | | === Chemical Carcinogenesis === |
− | It is probable that a high proportion of human cancer, perhaps 60 to 90% is due to environmental causes. Cigarette smoke, atmospheric pollution, and various other mate- rials in our environment contain certain hydrocarbons which can produce cancer. For centuries some meats have been conserved in salt and it has been found that the nitrates present in meat cured in this way can also be carcinogenic. | + | It is probable that a high proportion of human cancer, perhaps 60 to 90% is due to environmental causes. Cigarette smoke, atmospheric pollution, and various other materials in our environment contain certain hydrocarbons which can produce cancer. For centuries some meats have been conserved in salt and it has been found that the nitrates present in meat cured in this way can also be carcinogenic. |
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| Chemical carcinogenesis is generally a two-stage process as mentioned above consisting of, first, initial ion. and second, promotion. An example of this double process is to be found in the relationship of croton oil and polycyclic hydrocarbons to skin cancer. Croton oil alone rarely produces skin cancer but if a single dose of a polycyclic hydrocarbon is applied to the skin of an experimental animal and if this is then followed by an application of croton oil, skin cancer frequently occurs: the polycyclic hydrocarbon acts as an initiator and the croton oil as a promoter of the cancer process. Observations of this type are pertinent to human cancer since we know that our natural environment contains a number of chemical carcinogens. It is logical to assume that even a low level of these chemicals might serve as initiating agents, and that association with promoting agents could result in cancer. | | Chemical carcinogenesis is generally a two-stage process as mentioned above consisting of, first, initial ion. and second, promotion. An example of this double process is to be found in the relationship of croton oil and polycyclic hydrocarbons to skin cancer. Croton oil alone rarely produces skin cancer but if a single dose of a polycyclic hydrocarbon is applied to the skin of an experimental animal and if this is then followed by an application of croton oil, skin cancer frequently occurs: the polycyclic hydrocarbon acts as an initiator and the croton oil as a promoter of the cancer process. Observations of this type are pertinent to human cancer since we know that our natural environment contains a number of chemical carcinogens. It is logical to assume that even a low level of these chemicals might serve as initiating agents, and that association with promoting agents could result in cancer. |
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| ==== Water ==== | | ==== Water ==== |
− | Drinking water that comes into your home may be the greatest source of cancer causing agents to which you are exposed. There are thousands of organic chemicals potentially present in our water supplies due to industrial discharges and spills. The use of agricultural chemicals, industrial discharges and spills, and the runoff of rainwater from cities present a growing pollution problem. Groundwater—subsurface water supplied by springs, lakes, and rivers—can be polluted by surface waters, deep-well disposal, seep- age from mines, landfills, septic tanks, feedlots, and pesticides. Groundwater supplies 20% of the freshwater used in the United States. It constitutes the entire water supply of more than 95% of the rural population and 20% of the 100 largest cities in the country; the semiarid Southwest is almost completely dependent upon groundwater. It is estimat- ed that 10 million barrels of brine are injected into underground reservoirs by the gas and oil industry. While relatively little is known about the chemicals that pollute our water, it is known that many of them do cause cancer in test animals. | + | Drinking water that comes into your home may be the greatest source of cancer causing agents to which you are exposed. There are thousands of organic chemicals potentially present in our water supplies due to industrial discharges and spills. The use of agricultural chemicals, industrial discharges and spills, and the runoff of rainwater from cities present a growing pollution problem. Groundwater—subsurface water supplied by springs, lakes, and rivers—can be polluted by surface waters, deep-well disposal, seepage from mines, landfills, septic tanks, feedlots, and pesticides. Groundwater supplies 20% of the freshwater used in the United States. It constitutes the entire water supply of more than 95% of the rural population and 20% of the 100 largest cities in the country; the semiarid Southwest is almost completely dependent upon groundwater. It is estimated that 10 million barrels of brine are injected into underground reservoirs by the gas and oil industry. While relatively little is known about the chemicals that pollute our water, it is known that many of them do cause cancer in test animals. |
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− | The NAS committee noted that chlorination results in the formation of suspected car- cinogens for humans. Lead toxicity, the committee said, is a particular risk for inner-city children. Consequently, the interim drinking-water reputations for lead—established un- der the Safe Drinking Water Act in 1975—may provide an adequate margin of safety for adults but not for urban children. Similarly, they noted, present data support reex- amination of the margins of safety provided by interim drinking-water limits for nitrate, arsenic and selenium. | + | The NAS committee noted that chlorination results in the formation of suspected carcinogens for humans. Lead toxicity, the committee said, is a particular risk for inner-city children. Consequently, the interim drinking-water reputations for lead—established under the Safe Drinking Water Act in 1975—may provide an adequate margin of safety for adults but not for urban children. Similarly, they noted, present data support reexamination of the margins of safety provided by interim drinking-water limits for nitrate, arsenic and selenium. |
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| ==== Polycyclic Hydrocarbons ==== | | ==== Polycyclic Hydrocarbons ==== |
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| == Smoking And Cancer == | | == Smoking And Cancer == |
− | In the early part of the sixteenth century, explorers returning from the New World brought tobacco to Spain and England. The introduction of tobacco was in response to man’s search for contentment; indeed pipe smoking, tobacco chewing, and the use of snuff were reputed to have medicinal action. But, since the earliest times, smoking has also been condemned as a foul-smelling, loathsome custom, harmful to health. The centuries-long controversies became particularly intense after 1930, when the produc- tion and use of tobacco, especially of cigarettes, reached enormous proportions and in- creasing deaths from lung cancer were becoming evident. | + | In the early part of the sixteenth century, explorers returning from the New World brought tobacco to Spain and England. The introduction of tobacco was in response to man’s search for contentment; indeed pipe smoking, tobacco chewing, and the use of snuff were reputed to have medicinal action. But, since the earliest times, smoking has also been condemned as a foul-smelling, loathsome custom, harmful to health. The centuries-long controversies became particularly intense after 1930, when the production and use of tobacco, especially of cigarettes, reached enormous proportions and increasing deaths from lung cancer were becoming evident. |
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− | Based on evaluations of detailed epidemiologic, clinical, autopsy, and experimental data accumulated over the last 30 years, cigarette smoking has been clearly identified as a causative factor for lung cancer. The risk of developing lung cancer increases di- rectly with increasing cigarette smoke exposure as measured by the number of cigarettes smoked per day, the total lifetime number of cigarettes smoked, the number of years of smoking, the age at initiation of smoking, and the depth of inhalation. Lung cancer death rates for women are lower than for men but have increased dramatically over the last 15 years coincident with the increasing number of women smokers. This increase has occurred in spite of the fact that women smokers use fewer cigarettes per day, more fre- quently choose cigarettes with filter tips and low tar and nicotine delivery, and tend to inhale less than men. A person who stops smoking has a decreased risk of developing lung cancer compared to the continuing smoker, but the risk remains greater than the nonsmokers for as long as 10 to 15 years after the person stops smoking. | + | Based on evaluations of detailed epidemiologic, clinical, autopsy, and experimental data accumulated over the last 30 years, cigarette smoking has been clearly identified as a causative factor for lung cancer. The risk of developing lung cancer increases directly with increasing cigarette smoke exposure as measured by the number of cigarettes smoked per day, the total lifetime number of cigarettes smoked, the number of years of smoking, the age at initiation of smoking, and the depth of inhalation. Lung cancer death rates for women are lower than for men but have increased dramatically over the last 15 years coincident with the increasing number of women smokers. This increase has occurred in spite of the fact that women smokers use fewer cigarettes per day, more frequently choose cigarettes with filter tips and low tar and nicotine delivery, and tend to inhale less than men. A person who stops smoking has a decreased risk of developing lung cancer compared to the continuing smoker, but the risk remains greater than the nonsmokers for as long as 10 to 15 years after the person stops smoking. |
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− | Dr. Alton Ochsner, a nonsmoker and a renowned surgeon who has operated on many patients with lung cancers, has said (1954): “Cigarettes cause cancer ... Indeed in view of research by the American Cancer Society, the National Cancer Institute, the National Institutes of Health, and scores of independent scientists throughout the world, it is ap- palling that anyone could, doubt the shocking link between smoking and a dozen major health problems.” | + | Dr. Alton Ochsner, a nonsmoker and a renowned surgeon who has operated on many patients with lung cancers, has said (1954): “Cigarettes cause cancer ... Indeed in view of research by the American Cancer Society, the National Cancer Institute, the National Institutes of Health, and scores of independent scientists throughout the world, it is appalling that anyone could, doubt the shocking link between smoking and a dozen major health problems.” |
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− | Lung cancer is not the only cancer to be-associated with smoking. If women are rel- atively spared by lung cancer, they are not spared by cancer of the larynx. Warren H. Gardner (1966) says that 70% of the women included in his study of laryngectomized women had been smoking until the time of surgery, and that one woman, who had started smoking at age eleven, had been smoking four packs of cigarettes a day for 35 years. | + | Lung cancer is not the only cancer to be-associated with smoking. If women are relatively spared by lung cancer, they are not spared by cancer of the larynx. Warren H. Gardner (1966) says that 70% of the women included in his study of laryngectomized women had been smoking until the time of surgery, and that one woman, who had started smoking at age eleven, had been smoking four packs of cigarettes a day for 35 years. |
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− | Pipe and cigar smokers experience mortality rates from cancer of the oral cavity, lar- ynx, pharynx, and esophagus approximately equal to those of cigarette smokers. Their risk of developing cancer of the lung is lower than the risk of cigarette smokers, but it is significantly above that of nonsmokers. This is probably due to the fact that pipe, cigar, and cigarette smokers experience similar smoke exposure of the upper respiratory tract, while cigarette smokers (due to their greater tendency to inhale) have a greater exposure of their lungs to smoke than pipe or cigar smokers. | + | Pipe and cigar smokers experience mortality rates from cancer of the oral cavity, larynx, pharynx, and esophagus approximately equal to those of cigarette smokers. Their risk of developing cancer of the lung is lower than the risk of cigarette smokers, but it is significantly above that of nonsmokers. This is probably due to the fact that pipe, cigar, and cigarette smokers experience similar smoke exposure of the upper respiratory tract, while cigarette smokers (due to their greater tendency to inhale) have a greater exposure of their lungs to smoke than pipe or cigar smokers. |
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| The bronchial epithelium of smokers often shows pre-malignant changes such as squamous metaplasia, atypical squamous metaplasia, and carcinoma. The pathogenesis of these changes is related to the various carcinogenic and co-carcinogenic substances in cigarette smoke; the exact mechanism of these carcinogens remains under investigation. | | The bronchial epithelium of smokers often shows pre-malignant changes such as squamous metaplasia, atypical squamous metaplasia, and carcinoma. The pathogenesis of these changes is related to the various carcinogenic and co-carcinogenic substances in cigarette smoke; the exact mechanism of these carcinogens remains under investigation. |
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− | A recent study found that passive smoking from side-stream smoke increases a per- son’s risk of developing lung cancer. The report states that the probability of nonsmok- ing wives to develop lung cancer is linked statistically to the smoking habits of their hus- bands. The relative risk of developing lung cancer was even higher in certain subgroups of nonsmoking women with husbands who smoke—notably those in agricultural set- tings—further strengthening the evidence that the lung cancers of nonsmoking women were due to their husbands’ smoking, not to air pollution. | + | A recent study found that passive smoking from side-stream smoke increases a person’s risk of developing lung cancer. The report states that the probability of nonsmoking wives to develop lung cancer is linked statistically to the smoking habits of their husbands. The relative risk of developing lung cancer was even higher in certain subgroups of nonsmoking women with husbands who smoke—notably those in agricultural settings—further strengthening the evidence that the lung cancers of nonsmoking women were due to their husbands’ smoking, not to air pollution. |
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| == Other Carcinogens == | | == Other Carcinogens == |
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| Sorbic acid consists of a white free-flowing powder that is obtained from the berries of the mountain ash and is also made from chemicals in the factory. It is used in cosmet- | | Sorbic acid consists of a white free-flowing powder that is obtained from the berries of the mountain ash and is also made from chemicals in the factory. It is used in cosmet- |
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− | ics as a preservative and humectant. A mold and yeast inhibitor, it is also used in foods, especially cheese and beverages. It is also used as a replacement for glycerin in emul- sions, ointments, embalming fluids, mouthwashes, toothpastes and various cosmetics. A binder for toilet powders and creams, it produces a velvet-like feel when rubbed or, the skin. | + | ics as a preservative and humectant. A mold and yeast inhibitor, it is also used in foods, especially cheese and beverages. It is also used as a replacement for glycerin in emulsions, ointments, embalming fluids, mouthwashes, toothpastes and various cosmetics. A binder for toilet powders and creams, it produces a velvet-like feel when rubbed or, the skin. |
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| When injected subcutaneously in 2,600 milligrams doses per kilogram of body weight, it causes cancer. | | When injected subcutaneously in 2,600 milligrams doses per kilogram of body weight, it causes cancer. |
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| 75.21.2 Plastic Food Wrap and Packaging | | 75.21.2 Plastic Food Wrap and Packaging |
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− | Plastic food wrap is a petroleum product and is not biodegradable. Some wraps cre- ate toxic smoke when burned. In 1975 the FDA approved a plastic acrylonitrile Coke bottle. But in 1977 rats fed large doses of acrylonirile lost weight and developed abnor- malities, such as lesions of the central nervous system. Another study showed migration of the chemical into the contents after the Coke bottle was kept at a temperature of 120 degrees for six months. The FDA proposed a ban on the product. | + | Plastic food wrap is a petroleum product and is not biodegradable. Some wraps create toxic smoke when burned. In 1975 the FDA approved a plastic acrylonitrile Coke bottle. But in 1977 rats fed large doses of acrylonirile lost weight and developed abnormalities, such as lesions of the central nervous system. Another study showed migration of the chemical into the contents after the Coke bottle was kept at a temperature of 120 degrees for six months. The FDA proposed a ban on the product. |
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| An FDA official noted that acrylonitrile is not the only troublesome chemical. Some types of polyvinyl chloride (PVC) packages are also carcinogens. PVC liquor bottles were prohibited in 1973, although PVC is used in other packages. Other commonly-used plastics in the $15 billion a year food-packaging industry are also toxic. | | An FDA official noted that acrylonitrile is not the only troublesome chemical. Some types of polyvinyl chloride (PVC) packages are also carcinogens. PVC liquor bottles were prohibited in 1973, although PVC is used in other packages. Other commonly-used plastics in the $15 billion a year food-packaging industry are also toxic. |
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| More than 33 million Americans use hair coloring in an effort to cover gray or to change their appearance. Permanent hair-coloring products change the color of the hair. They cannot be shampooed away but remain until the hair grows out or is cut off. There are basically three types: natural organics, synthetics, and met allies. | | More than 33 million Americans use hair coloring in an effort to cover gray or to change their appearance. Permanent hair-coloring products change the color of the hair. They cannot be shampooed away but remain until the hair grows out or is cut off. There are basically three types: natural organics, synthetics, and met allies. |
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− | Researchers at NCI tested hair-dye chemicals for their ability to cause cancer by feeding them to rats and mice. Preliminary results showed that six hair-coloring ingre- dients are indeed carcinogenic in animals: 4-methoxy-m-henylenediamine, 4-MMPD (commonly used in permanent hair color); 2,4-toluene diamine (used in a few permanent hair colors); 4-amino-2-nitrophenol and 2-nitrophenylenediamine (used in many gold and reddish shade highlighters); direct black 38 and direct blue 6 (no longer manufac- tured). | + | Researchers at NCI tested hair-dye chemicals for their ability to cause cancer by feeding them to rats and mice. Preliminary results showed that six hair-coloring ingredients are indeed carcinogenic in animals: 4-methoxy-m-henylenediamine, 4-MMPD (commonly used in permanent hair color); 2,4-toluene diamine (used in a few permanent hair colors); 4-amino-2-nitrophenol and 2-nitrophenylenediamine (used in many gold and reddish shade highlighters); direct black 38 and direct blue 6 (no longer manufactured). |
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| Bruce Ames reported in 1977 that 150 of the semipermanent hair dyes he tested were mutagenic. An estimated 70 to 70% of the substances that are known carcinogens show up as mutagens in his test. In January 1978 NIOSH reported that a new study of beauticians and cosmetologists show they have a higher than expected incidence of six kinds of cancer. That study, along with NCI’s findings, led NIOSH to recommend that 2,4,diaminoanisole be treated as a human carcinogen. On April 6, 1978, the FDA issued an order that manufacturers place a warning on the label of some permanent hair dyes that reads: “Warning: contains an ingredient that can penetrate your skin and has been determined to cause cancer in laboratory animals.” | | Bruce Ames reported in 1977 that 150 of the semipermanent hair dyes he tested were mutagenic. An estimated 70 to 70% of the substances that are known carcinogens show up as mutagens in his test. In January 1978 NIOSH reported that a new study of beauticians and cosmetologists show they have a higher than expected incidence of six kinds of cancer. That study, along with NCI’s findings, led NIOSH to recommend that 2,4,diaminoanisole be treated as a human carcinogen. On April 6, 1978, the FDA issued an order that manufacturers place a warning on the label of some permanent hair dyes that reads: “Warning: contains an ingredient that can penetrate your skin and has been determined to cause cancer in laboratory animals.” |
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− | Do not use any kind of hair colorings. There is nothing more beautiful than your nat- ural color. | + | Do not use any kind of hair colorings. There is nothing more beautiful than your natural color. |
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| 75.21.4 Cosmetics | | 75.21.4 Cosmetics |
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− | In relation to cosmetics, we read that “in spite of the progress made, some carcino- gens are probably still present in toilet or cosmetic preparations.” Not all the dyes used in lipstick and other materials have been subjected to adequate biological tests. Chloro- form, which induces liver tumors in mice, still appears to be added to some toothpaste as a flavor. | + | In relation to cosmetics, we read that “in spite of the progress made, some carcinogens are probably still present in toilet or cosmetic preparations.” Not all the dyes used in lipstick and other materials have been subjected to adequate biological tests. Chloroform, which induces liver tumors in mice, still appears to be added to some toothpaste as a flavor. |
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− | Estrogens are used in some skin creams. The use of these preparations was approved provided that they were used only by women aged over 30 years, that they did not con- tain more than 350 international units of estrogenic hormone per gram, and that not more than 15 grams of preparation were used per week. However, the administration of even small amounts of (estrogen to post-menopausal women might facilitate the growth of hormone-dependent mammary cancer. Hormone creams should not be used by anyone. They can upset the endocrine system and result in a host of problems. | + | Estrogens are used in some skin creams. The use of these preparations was approved provided that they were used only by women aged over 30 years, that they did not contain more than 350 international units of estrogenic hormone per gram, and that not more than 15 grams of preparation were used per week. However, the administration of even small amounts of (estrogen to post-menopausal women might facilitate the growth of hormone-dependent mammary cancer. Hormone creams should not be used by anyone. They can upset the endocrine system and result in a host of problems. |
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| == Cancer Therapy == | | == Cancer Therapy == |
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| The concept of curing cancer by the administration of a drug is erroneous. It is the outgrowth of the development of drugs to “cure” infections based on the false concept of invasion by bacteria. | | The concept of curing cancer by the administration of a drug is erroneous. It is the outgrowth of the development of drugs to “cure” infections based on the false concept of invasion by bacteria. |
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− | The difference between a normal cell and cancer cell is not comparable to the differ- ence between a bacterium and the host, and the drugs that affect cancer cells also affect normal cells in the same host. It is therefore apparent that treatment of malignant dis- eases which are disseminated, such as metastatic cancer, leukemia, lymphomas, or any other widespread cancer, would, under the theory, require an agent capable of diffusing throughout the body in uniform concentrations. | + | The difference between a normal cell and cancer cell is not comparable to the difference between a bacterium and the host, and the drugs that affect cancer cells also affect normal cells in the same host. It is therefore apparent that treatment of malignant diseases which are disseminated, such as metastatic cancer, leukemia, lymphomas, or any other widespread cancer, would, under the theory, require an agent capable of diffusing throughout the body in uniform concentrations. |
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− | The treatment of cancer by drugs is called the chemotherapy of cancer. The outstand- ing shortcoming of such methods is the failure of the drugs to destroy the cancer cells specifically without simultaneously seriously damaging the host. | + | The treatment of cancer by drugs is called the chemotherapy of cancer. The outstanding shortcoming of such methods is the failure of the drugs to destroy the cancer cells specifically without simultaneously seriously damaging the host. |
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− | Cancer chemotherapy has been under intensive development during the past 25 years. Physicians claim that this drug therapy has resulted in “cures”—occurring in mostly uncommon tumors—but apply the theory in treating common ones in the hope of “curing” all types of cancer. The entire concept is false since the body can never be poisoned into health. Symptoms may be suppressed, and where the disease was in the sixth stage (induration) there may be some false signs of “cure.” But such illusionary re- coveries never result in a state of health. As with all diseases, suppression of one symp- tom results in a worsened condition that may reappear in the same location or elsewhere. Thus, drug therapy during the tumorous sixth stage could hasten cancer. | + | Cancer chemotherapy has been under intensive development during the past 25 years. Physicians claim that this drug therapy has resulted in “cures”—occurring in mostly uncommon tumors—but apply the theory in treating common ones in the hope of “curing” all types of cancer. The entire concept is false since the body can never be poisoned into health. Symptoms may be suppressed, and where the disease was in the sixth stage (induration) there may be some false signs of “cure.” But such illusionary recoveries never result in a state of health. As with all diseases, suppression of one symptom results in a worsened condition that may reappear in the same location or elsewhere. Thus, drug therapy during the tumorous sixth stage could hasten cancer. |
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| 75.22.1.1 Principles of Therapy | | 75.22.1.1 Principles of Therapy |
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| Cancer chemotherapy rests on the pretense that anti-tumor drugs are more efficient in killing tumor cells during DNA synthesis and active division; that is, they are more active against cycling than against noncycling cells. Some tumors are said to be “cured” by drugs because the majority of their cells, at any given moment, are making DNA and dividing (i.e., have a large growth fraction). When a drug reaches the tumor, the great majority of the cells in these phases of the cell cycle die. When the tumor is young, most of its cells are making DNA; as it ages, the growth fraction decreases, growth is slowed, and drug sensitivity is reduced. The “curable” tumors are said to be those that are in the early stages while their cells are in the growth fraction. | | Cancer chemotherapy rests on the pretense that anti-tumor drugs are more efficient in killing tumor cells during DNA synthesis and active division; that is, they are more active against cycling than against noncycling cells. Some tumors are said to be “cured” by drugs because the majority of their cells, at any given moment, are making DNA and dividing (i.e., have a large growth fraction). When a drug reaches the tumor, the great majority of the cells in these phases of the cell cycle die. When the tumor is young, most of its cells are making DNA; as it ages, the growth fraction decreases, growth is slowed, and drug sensitivity is reduced. The “curable” tumors are said to be those that are in the early stages while their cells are in the growth fraction. |
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− | Nonresponsive tumors are said to be those that are old and have low-growth frac- tions. They are then given combined systemic chemotherapy with surgery and radiation. These are said to be effective means of removing the old portions of the tumor. Under this theory, chemotherapy kills the two categories of tumor cells left behind following local removal—the microscopic nests of cells in the tissue planes adjacent to the primary tumor left outside the surgical margin, and clinically in apparent distant metastases. Both | + | Nonresponsive tumors are said to be those that are old and have low-growth fractions. They are then given combined systemic chemotherapy with surgery and radiation. These are said to be effective means of removing the old portions of the tumor. Under this theory, chemotherapy kills the two categories of tumor cells left behind following local removal—the microscopic nests of cells in the tissue planes adjacent to the primary tumor left outside the surgical margin, and clinically in apparent distant metastases. Both |
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− | categories of cells are in the infancy of their growth cycle and are highly susceptible to drugs given after surgery. However, old, large tumors are more likely to contain so- called “drug-resistant cells” because the large number of cells divisions is accompanied by the development of so-called drug-resistant mutants, especially if the cells have been exposed to chemotherapeutic agents. | + | categories of cells are in the infancy of their growth cycle and are highly susceptible to drugs given after surgery. However, old, large tumors are more likely to contain socalled “drug-resistant cells” because the large number of cells divisions is accompanied by the development of so-called drug-resistant mutants, especially if the cells have been exposed to chemotherapeutic agents. |
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| Normal tissues that have a high percentage of cells synthesizing DNA, such as the hair roots, hematopoietic tissues, and the various GI epithelia from mouth to rectum, are also destroyed by chemotherapy. | | Normal tissues that have a high percentage of cells synthesizing DNA, such as the hair roots, hematopoietic tissues, and the various GI epithelia from mouth to rectum, are also destroyed by chemotherapy. |
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− | The body creates 10,000,000 new blood cells per second. It has some 25 trillion blood cells, and their average life expectancy is about thirty days, so the body is con- stantly renewing itself with new cells. This means that at any given time, cells are in the state of division. Since chemotherapeutic drugs are systemic poisons, every cell and tis- sue of the entire body is affected. There is some damage and destruction done to trillions of healthy cells from this therapy. | + | The body creates 10,000,000 new blood cells per second. It has some 25 trillion blood cells, and their average life expectancy is about thirty days, so the body is constantly renewing itself with new cells. This means that at any given time, cells are in the state of division. Since chemotherapeutic drugs are systemic poisons, every cell and tissue of the entire body is affected. There is some damage and destruction done to trillions of healthy cells from this therapy. |
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| In addition to killing cells during DNA synthesis or during physical mitosis, most drugs have a variable secondary killing capacity for cells in other stages of the cell cycle. A combination of drugs are given to eradicate cells in these stages of the cell cycle and it is given more intensively and for relatively long durations. Thus, more normal healthy cells are killed along with cancer cells. | | In addition to killing cells during DNA synthesis or during physical mitosis, most drugs have a variable secondary killing capacity for cells in other stages of the cell cycle. A combination of drugs are given to eradicate cells in these stages of the cell cycle and it is given more intensively and for relatively long durations. Thus, more normal healthy cells are killed along with cancer cells. |
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| The large American cancer institutions don’t advertise such facts. Nor do they tell you that “surviving” beyond the magic five-year mark laid down as the finish line for a “cure” may mean having your hair fall out, your body mutilated, and being in pain and depression. | | The large American cancer institutions don’t advertise such facts. Nor do they tell you that “surviving” beyond the magic five-year mark laid down as the finish line for a “cure” may mean having your hair fall out, your body mutilated, and being in pain and depression. |
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− | The American cancer establishment is bound up tightly in the multinational indus- trial complex. For instance, some dozen of the overseers of the world’s largest private cancer center, Sloan-Kettering, are affiliated with companies like Exxon, American Cyanamid, Texaco, and Union Carbide, all major petro-chemical corporations responsi- ble for spewing billions of tons of carcinogenic chemicals into the air we breathe, the earth in which we plant our fruits and vegetables, and the water we drink. | + | The American cancer establishment is bound up tightly in the multinational industrial complex. For instance, some dozen of the overseers of the world’s largest private cancer center, Sloan-Kettering, are affiliated with companies like Exxon, American Cyanamid, Texaco, and Union Carbide, all major petro-chemical corporations responsible for spewing billions of tons of carcinogenic chemicals into the air we breathe, the earth in which we plant our fruits and vegetables, and the water we drink. |
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| 75.22.2 Chemotherapeutic Agents | | 75.22.2 Chemotherapeutic Agents |
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| 75.23.1 Alkylating Agents | | 75.23.1 Alkylating Agents |
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− | These drugs were developed from wartime research on mustard gases. They interfere with cellular DNA preventing mitosis. Most of these drugs are absorbed after oral ad- ministration, but a few are given intravenously. They distribute to all tissues and are tox- ic to the bone marrow and are in themselves carcinogenic and mutagenic. Some of the agents have additional adverse effects. | + | These drugs were developed from wartime research on mustard gases. They interfere with cellular DNA preventing mitosis. Most of these drugs are absorbed after oral administration, but a few are given intravenously. They distribute to all tissues and are toxic to the bone marrow and are in themselves carcinogenic and mutagenic. Some of the agents have additional adverse effects. |
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| Mustard gas is a highly toxic and deadly gas that causes conjunctivitis, blindness and death. Its vapor is extremely poisonous and can be absorbed through the skin. It causes cancer of the bronchi in workers exposed to it and cancer of the lung, larynx, trachea, and bronchi in cancer patients treated with it. | | Mustard gas is a highly toxic and deadly gas that causes conjunctivitis, blindness and death. Its vapor is extremely poisonous and can be absorbed through the skin. It causes cancer of the bronchi in workers exposed to it and cancer of the lung, larynx, trachea, and bronchi in cancer patients treated with it. |
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| 75.23.2 Antimetabolites | | 75.23.2 Antimetabolites |
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− | Antimetabolites inhibit a metabolic pathway essential for the viability or reproduc- tion of a cancer cell. No metabolic pathway is unique for cancer cells so all body cells are affected. | + | Antimetabolites inhibit a metabolic pathway essential for the viability or reproduction of a cancer cell. No metabolic pathway is unique for cancer cells so all body cells are affected. |
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− | Methrotrexate - This drug is toxic to the bone marrow. In addition, it is toxic to the orogastrointestinal epithelium, and two to seven days after administration one often sees oral reddening and ulceration, nausea, and vomiting. Diarrhea, dysphagia, and gastroin- testinal bleeding may result as more serious effects. Skin rashes and baldness occasion- ally are seen. With very large doses, hepatic damage or renal damage progressing to ure- mia may occur. Prolonged usage is associated with liver damage with a cirrhosis-like syndrome. Leukoencephalopathy (abnormal amount of white blood cells in the brain) may occur. | + | Methrotrexate This drug is toxic to the bone marrow. In addition, it is toxic to the orogastrointestinal epithelium, and two to seven days after administration one often sees oral reddening and ulceration, nausea, and vomiting. Diarrhea, dysphagia, and gastrointestinal bleeding may result as more serious effects. Skin rashes and baldness occasionally are seen. With very large doses, hepatic damage or renal damage progressing to uremia may occur. Prolonged usage is associated with liver damage with a cirrhosis-like syndrome. Leukoencephalopathy (abnormal amount of white blood cells in the brain) may occur. |
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− | 6-Mercaptopurine (6MP) and 6-thioguanine (6TG) -Toxicity consists of bone mar- row depression and orogastrointestinal damage similar to that seen with methotrexate. | + | 6-Mercaptopurine (6MP) and 6-thioguanine (6TG) -Toxicity consists of bone marrow depression and orogastrointestinal damage similar to that seen with methotrexate. |
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− | Cytarabine (ARA-C, arabinosylcytosine) - A marked bone marrow depressant; caus- es lesions of orogastrointestinal epithelia, and occasionally gives rise to hepatic and re- nal toxicity. | + | Cytarabine (ARA-C, arabinosylcytosine) - A marked bone marrow depressant; causes lesions of orogastrointestinal epithelia, and occasionally gives rise to hepatic and renal toxicity. |
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− | 5-Fluorouracel (5FU) - This drug can cause devastating bone marrow and gastroin- testinal toxicity. Baldness, skin rashes, or cerebellar dysfunction are also noted. | + | 5-Fluorouracel (5FU) - This drug can cause devastating bone marrow and gastrointestinal toxicity. Baldness, skin rashes, or cerebellar dysfunction are also noted. |
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| Dacarbazine (DTICJ) - Toxicity includes bone marrow depression, gastrointestinal erosions, marked vomiting, and occasionally an influenza-like syndrome. | | Dacarbazine (DTICJ) - Toxicity includes bone marrow depression, gastrointestinal erosions, marked vomiting, and occasionally an influenza-like syndrome. |
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| A number of antibiotics have antitumor effects. Some are complex alkylating agents; the remainder are rather large molecules that bind to DNA. | | A number of antibiotics have antitumor effects. Some are complex alkylating agents; the remainder are rather large molecules that bind to DNA. |
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− | Dactinomycin (actinomycin D) - Toxicity includes bone marrow depression, orogas- trointestinal ulceration, nausea and vomiting, and baldness. A specific effect is a severe skin reaction wherever there has been previous (or concomitant) radiation. | + | Dactinomycin (actinomycin D) - Toxicity includes bone marrow depression, or gastrointestinal ulceration, nausea and vomiting, and baldness. A specific effect is a severe skin reaction wherever there has been previous (or concomitant) radiation. |
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− | Doxorubicin (adriamycin) and Daunorubicin (daunocycin, rubidomycin) - Toxicity includes bone marrow depression, baldness, and orogastrointestinal reactions. They also can result in cardiac failure, often severe and irreversible. Apparently the drugs accu- mulate in cardiac muscle and result in severe cardiac damage if a certain total dosage is exceeded. | + | Doxorubicin (adriamycin) and Daunorubicin (daunocycin, rubidomycin) - Toxicity includes bone marrow depression, baldness, and orogastrointestinal reactions. They also can result in cardiac failure, often severe and irreversible. Apparently the drugs accumulate in cardiac muscle and result in severe cardiac damage if a certain total dosage is exceeded. |
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− | Bleomycin - Bleomycin results in erhythema, pain, and hypertrophic changes in the skin in areas where there is a lot of keratin, and ulceration in these areas and pigmenta- tion of the nails may occur. Pulmonary fibrosis, which is sometimes fatal, occurs in 5 to 15% of patients who receive more than 100 mg/m2. Patients are often given as much as 300 mg/m2. | + | Bleomycin - Bleomycin results in erhythema, pain, and hypertrophic changes in the skin in areas where there is a lot of keratin, and ulceration in these areas and pigmentation of the nails may occur. Pulmonary fibrosis, which is sometimes fatal, occurs in 5 to 15% of patients who receive more than 100 mg/m2. Patients are often given as much as 300 mg/m2. |
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− | Mithramycin - Bone marrow toxicity is marked. Mithramycin also results in bleeding by depressing the coagulation factors manufactured by the liver, and it inhibits the activ- ity of osteocytes, depressing serum levels of calcium. | + | Mithramycin - Bone marrow toxicity is marked. Mithramycin also results in bleeding by depressing the coagulation factors manufactured by the liver, and it inhibits the activity of osteocytes, depressing serum levels of calcium. |
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| 75.23.4 Alkaloids | | 75.23.4 Alkaloids |
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− | Vincristine and vinblastine - Both drugs result in baldness and bone marrow depres- sion. Both drugs have neuromuscular toxicity (which is more marked for vincristine) leading to severe constipation, paresthesia, loss of reflexes and weakness of extremities. | + | Vincristine and vinblastine - Both drugs result in baldness and bone marrow depression. Both drugs have neuromuscular toxicity (which is more marked for vincristine) leading to severe constipation, paresthesia, loss of reflexes and weakness of extremities. |
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| 75.23.5 Miscellaneous Compounds | | 75.23.5 Miscellaneous Compounds |
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| Cisplatin - In addition to severe nausea and vomiting and hematologic depression, its effects include renal damage and ototoxicity. | | Cisplatin - In addition to severe nausea and vomiting and hematologic depression, its effects include renal damage and ototoxicity. |
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− | As you can see, rather than “curing” anything, these drugs make it virtually impos- sible for the body to heal itself. The drugs are so toxic that the body must use its ener- gies to try to eliminate or detoxify these poisons. In its weakened condition, the body becomes overcome by the toxins and permanent damage often results. | + | As you can see, rather than “curing” anything, these drugs make it virtually impossible for the body to heal itself. The drugs are so toxic that the body must use its energies to try to eliminate or detoxify these poisons. In its weakened condition, the body becomes overcome by the toxins and permanent damage often results. |
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| == Radiation Carcinogenesis == | | == Radiation Carcinogenesis == |
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| Physical particles, such as X rays, gamma rays, fast electrons, alpha particles, and ultraviolet particles, carry high amounts of energy and when they strike a cell, a direct change occurs in the cell’s chemical organization and genetic structure. | | Physical particles, such as X rays, gamma rays, fast electrons, alpha particles, and ultraviolet particles, carry high amounts of energy and when they strike a cell, a direct change occurs in the cell’s chemical organization and genetic structure. |
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− | The nucleus of the cell is far more responsive to radiations than its cytoplasm and in the nucleus itself the RNA is the macromolecule affected. It is therefore logical that the function of the cell most sensitive to radiation is the reproductive one since it is engi- neered by the nuclear DNA. | + | The nucleus of the cell is far more responsive to radiations than its cytoplasm and in the nucleus itself the RNA is the macromolecule affected. It is therefore logical that the function of the cell most sensitive to radiation is the reproductive one since it is engineered by the nuclear DNA. |
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| === Indirect Induction of Cancer by Radiations === | | === Indirect Induction of Cancer by Radiations === |
− | Dr. Henry Kaplan and his associates at Stanford University (from 1950 to 1970) have done the most to elucidate the mechanism of irradiation induction of cancer in mice. He has essentially proven that the induction of cancer by irradiation is an indirect, not a di- rect, mutagenic effect. Lymphatic leukemia of the thymus in mice can be induced only if the thymus is irradiated following irradiation of the mouse’s entire body. | + | Dr. Henry Kaplan and his associates at Stanford University (from 1950 to 1970) have done the most to elucidate the mechanism of irradiation induction of cancer in mice. He has essentially proven that the induction of cancer by irradiation is an indirect, not a direct, mutagenic effect. Lymphatic leukemia of the thymus in mice can be induced only if the thymus is irradiated following irradiation of the mouse’s entire body. |
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| When the upper part of the body alone was irradiated, the spleen and bone marrow cells acted as protective agents against the induction of cancer. When the bone marrow and the spleen were also irradiated, their protective capacity was annihilated and the mice developed thymic tumors. | | When the upper part of the body alone was irradiated, the spleen and bone marrow cells acted as protective agents against the induction of cancer. When the bone marrow and the spleen were also irradiated, their protective capacity was annihilated and the mice developed thymic tumors. |
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| === Effects of Radiations === | | === Effects of Radiations === |
− | The indirect induction of cancer by radiations also has implications in man, particu- larly with respect to human leukemia. | + | The indirect induction of cancer by radiations also has implications in man, particularly with respect to human leukemia. |
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| The carcinogenic effects of irradiation have been shown for a variety of cancers in man. Sarcomas occur from ingestion of radioactive isotopes, such as those deposited in the long bones of radium dial painters; pulmonary carcinomas in underground mine workers result from exposure to alpha radiations in high concentration’, from radon in the air of underground mines. In addition it is possible that polonium, existing in low doses in tobacco, is a carcinogenic agent in cigarette smoke. | | The carcinogenic effects of irradiation have been shown for a variety of cancers in man. Sarcomas occur from ingestion of radioactive isotopes, such as those deposited in the long bones of radium dial painters; pulmonary carcinomas in underground mine workers result from exposure to alpha radiations in high concentration’, from radon in the air of underground mines. In addition it is possible that polonium, existing in low doses in tobacco, is a carcinogenic agent in cigarette smoke. |
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− | Patients treated by irradiation for ankylosing arthritis of the spine and the survivor; of the Hiroshima und Nagasaki atomic blasts show an increased or excessive incidence of leukemia. Breast cancer is more frequent in women undergoing multiple fluoroscopic examinations in the treatment of pulmonary tuberculosis. A single x-ray film of the ab- domen of a pregnant woman produces a significant increase in the incidence of cancer, including leukemia, in the child. | + | Patients treated by irradiation for ankylosing arthritis of the spine and the survivor; of the Hiroshima und Nagasaki atomic blasts show an increased or excessive incidence of leukemia. Breast cancer is more frequent in women undergoing multiple fluoroscopic examinations in the treatment of pulmonary tuberculosis. A single x-ray film of the abdomen of a pregnant woman produces a significant increase in the incidence of cancer, including leukemia, in the child. |
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| == Laetrile == | | == Laetrile == |
| Laetrile is a controversial drug used to treat cancer. Most physicians oppose the use of Laetrile but supporters of this drug claim that it has halted or even “cured” cancer in many patients. | | Laetrile is a controversial drug used to treat cancer. Most physicians oppose the use of Laetrile but supporters of this drug claim that it has halted or even “cured” cancer in many patients. |
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− | Laetrile is extracted from apricot pits. Certain enzymes in many foods break down Laetrile. During this process, a poisonous substance called cyanide is released. The sup- porters of Laetrile claim that the enzymes are also present in cancer cells. They believe that after Laetrile is injected in to the bloodstream of a patient, cyanide is released in the cancer cells and kills them. According to this theory, healthy body cells are not affected because they do not contain the enzymes that break down Laetrile. | + | Laetrile is extracted from apricot pits. Certain enzymes in many foods break down Laetrile. During this process, a poisonous substance called cyanide is released. The supporters of Laetrile claim that the enzymes are also present in cancer cells. They believe that after Laetrile is injected in to the bloodstream of a patient, cyanide is released in the cancer cells and kills them. According to this theory, healthy body cells are not affected because they do not contain the enzymes that break down Laetrile. |
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− | Laetrile is, usually administered by being injected into the bloodstream. However, some cancer sufferers take Laetrile pills, which are broken down in the stomach by cer- tain enzymes. Cyanide poisoning, which can be fatal, often results. | + | Laetrile is, usually administered by being injected into the bloodstream. However, some cancer sufferers take Laetrile pills, which are broken down in the stomach by certain enzymes. Cyanide poisoning, which can be fatal, often results. |
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− | Cancer patients who discontinue orthodox treatment and begin Laetrile treatment ex- perience improvement, for several reasons. One of the major reasons is the discontinu- ance of the harsh and very harmful and enervating treatments of drugs, X rays, radium, etc. Laetrile, although toxic, is less so than the chemotherapy and therefore, the body has less poisons to deal with and more energy can be directed toward healing. Also, most often, a much improved dietary regime is commenced at the same time along with other healthful practices. Another reason for rapid improvement, is the possibility that there was a misdiagnosis and the person did not actually have cancer but the disease was still in the sixth and reversible stage. If the person now makes a complete recovery and health is restored, the recovery is accredited to the Laetrile. This is a false assumption. Laetrile has no ability to heal, but the body did the healing when the burdens of the chemotherapy, etc., were lifted and a more healthy lifestyle was adhered to. Recovery would be more rapid and complete, however, under a Hygienic regime. | + | Cancer patients who discontinue orthodox treatment and begin Laetrile treatment experience improvement, for several reasons. One of the major reasons is the discontinuance of the harsh and very harmful and enervating treatments of drugs, X rays, radium, etc. Laetrile, although toxic, is less so than the chemotherapy and therefore, the body has less poisons to deal with and more energy can be directed toward healing. Also, most often, a much improved dietary regime is commenced at the same time along with other healthful practices. Another reason for rapid improvement, is the possibility that there was a misdiagnosis and the person did not actually have cancer but the disease was still in the sixth and reversible stage. If the person now makes a complete recovery and health is restored, the recovery is accredited to the Laetrile. This is a false assumption. Laetrile has no ability to heal, but the body did the healing when the burdens of the chemotherapy, etc., were lifted and a more healthy lifestyle was adhered to. Recovery would be more rapid and complete, however, under a Hygienic regime. |
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| == Questions & Answers == | | == Questions & Answers == |
| '''Can breast cancer be directly related to diet?''' | | '''Can breast cancer be directly related to diet?''' |
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− | Yes, Dr. John Minton of Ohio State University found that the primary causes of breast cancer in women are coffee, tea, chocolate, colas and other caffeine-dosed foods and drinks. Dr. Minton withdrew women with breast lumps from their usu- al diet and gave them a diet that consisted primarily of organically-grown natural foods. On this improved diet, pain, swelling and lumps disappeared within two to six months. This worked in 47 women who cooperated with Dr. Minton. | + | Yes, Dr. John Minton of Ohio State University found that the primary causes of breast cancer in women are coffee, tea, chocolate, colas and other caffeine-dosed foods and drinks. Dr. Minton withdrew women with breast lumps from their usual diet and gave them a diet that consisted primarily of organically-grown natural foods. On this improved diet, pain, swelling and lumps disappeared within two to six months. This worked in 47 women who cooperated with Dr. Minton. |
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| '''Has anyone found that a high fat diet is linked to cancer incidence?''' | | '''Has anyone found that a high fat diet is linked to cancer incidence?''' |
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− | Dr. David Kritchevsky of Philadelphia’s Wistar Institute of Anatomy and Bi- ology says that his institute’s tests link fats to cancer. It doesn’t matter if the fats are saturated or unsaturated. They cause cancer, especially of the colon and breast. Americans eat about 42% of their total calories in the form of fats. About 25% of 1592 Americans will have cancer and most of them will die of it. For years pro- moters of unsaturated vegetable oils have praised the value of their product. But it now has been proven that unsaturated vegetable oils will cause cancer just as much as animal fats. When these oils are heated, they become even more carcinogenous. When heated, they generated acrolein and acrolic acid—both deadly carcinogens. | + | Dr. David Kritchevsky of Philadelphia’s Wistar Institute of Anatomy and Biology says that his institute’s tests link fats to cancer. It doesn’t matter if the fats are saturated or unsaturated. They cause cancer, especially of the colon and breast. Americans eat about 42% of their total calories in the form of fats. About 25% of 1592 Americans will have cancer and most of them will die of it. For years promoters of unsaturated vegetable oils have praised the value of their product. But it now has been proven that unsaturated vegetable oils will cause cancer just as much as animal fats. When these oils are heated, they become even more carcinogenous. When heated, they generated acrolein and acrolic acid—both deadly carcinogens. |
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| Your total fat intake should be in your ingestion of such foods as nuts, seeds, avocados and what minute amounts may be found in fruits and vegetables. | | Your total fat intake should be in your ingestion of such foods as nuts, seeds, avocados and what minute amounts may be found in fruits and vegetables. |
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| '''I heard that cabbage is good “anti-cancer” food. Is this true?''' | | '''I heard that cabbage is good “anti-cancer” food. Is this true?''' |
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− | The concept that foods can “act” as healers is erroneous. It is true that people who eat cabbage along with an abundance of other fresh vegetables and fruits have a very low incidence of cancer. This is not because there is any “medicinal” prop- erty to these foods but simply because they are good foods. Their use will result in good health and therefore cancer will not develop. | + | The concept that foods can “act” as healers is erroneous. It is true that people who eat cabbage along with an abundance of other fresh vegetables and fruits have a very low incidence of cancer. This is not because there is any “medicinal” property to these foods but simply because they are good foods. Their use will result in good health and therefore cancer will not develop. |
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| '''Can condiments cause cancer?''' | | '''Can condiments cause cancer?''' |
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− | In 1979, a scientist, Jose M. Concon of the University of Kentucky, made public his findings about a wide variety of flavorings and condiments including cinamon, vanilla, anise, black pepper and a large number of other commonly-used condi- ments. Dr. Concon gave these condiments to mice and observed malignant tumors develop in them, often in several organs simultaneously, Control mice fed the same diet otherwise did not develop tumors. Our best advice to you is to eschew all condiments. | + | In 1979, a scientist, Jose M. Concon of the University of Kentucky, made public his findings about a wide variety of flavorings and condiments including cinamon, vanilla, anise, black pepper and a large number of other commonly-used condiments. Dr. Concon gave these condiments to mice and observed malignant tumors develop in them, often in several organs simultaneously, Control mice fed the same diet otherwise did not develop tumors. Our best advice to you is to eschew all condiments. |
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| I recently read that vitamin C can cure cancer. Is this correct? | | I recently read that vitamin C can cure cancer. Is this correct? |
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− | No, vitamin C has no property to “cure” anything. Dosing with vitamin C in excess of the body’s relatively low needs will not confer health. But this can in- terfere with normal body functions and result in disease. Dosing with vitamin C in response to colds, influenza and cancer does not furnish the body with a nutrient it needs—under an ailing condition it can utilize less nutrients and food than it did when it was unimpaired. What dosing amounts to is drugging. | + | No, vitamin C has no property to “cure” anything. Dosing with vitamin C in excess of the body’s relatively low needs will not confer health. But this can interfere with normal body functions and result in disease. Dosing with vitamin C in response to colds, influenza and cancer does not furnish the body with a nutrient it needs—under an ailing condition it can utilize less nutrients and food than it did when it was unimpaired. What dosing amounts to is drugging. |
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| == Article #1: Autolyzing Tumors by Dr. Herbert M. Shelton == | | == Article #1: Autolyzing Tumors by Dr. Herbert M. Shelton == |
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| Enzymes exist throughout nature. All organic processes are accomplished by their aid. Seeds sprout by the aid of enzymes. Every tissue has its own enzyme. | | Enzymes exist throughout nature. All organic processes are accomplished by their aid. Seeds sprout by the aid of enzymes. Every tissue has its own enzyme. |
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− | It is now common knowledge that the processes of digestion that take place in the mouth, stomach and intestine are made possible by active agents or ferments known as enzymes. For instance, starch is converted into sugar by digestive enzymes that are said to be starch splitting, or amylolytic; proteins are converted into amino acids by protein- splitting, or proteolytic, enzymes. The digestive enzymes digest only “dead” substances and therefore, do not digest the stomach and intestine. | + | It is now common knowledge that the processes of digestion that take place in the mouth, stomach and intestine are made possible by active agents or ferments known as enzymes. For instance, starch is converted into sugar by digestive enzymes that are said to be starch splitting, or amylolytic; proteins are converted into amino acids by protein splitting, or proteolytic, enzymes. The digestive enzymes digest only “dead” substances and therefore, do not digest the stomach and intestine. |
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− | Acids and alkalies do not accomplish the work of digestion. They only supply favor- able mediums for the work of the digestive enzymes. The enzyme, ptyalin, of the saliva acts only in an alkaline medium and is destroyed by a mild acid; the enzyme, pepsin, of the gastric juice works only in an acid medium and is prevented from working by an alkali. | + | Acids and alkalies do not accomplish the work of digestion. They only supply favorable mediums for the work of the digestive enzymes. The enzyme, ptyalin, of the saliva acts only in an alkaline medium and is destroyed by a mild acid; the enzyme, pepsin, of the gastric juice works only in an acid medium and is prevented from working by an alkali. |
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− | It should be equally well known that the chemical changes that take place in the cells and tissues are instigated by enzymes, of which there are a number in every living thing. Simple sugar (monosaccharide) is absorbed from the intestine and carried to the liver where it is converted, by an enzyme, into glycogen (animal starch) and stored until used. When the body needs sugar, the glycogen is reconverted into sugar, again by enzymic action. It is now general knowledge that insulin secreted by the pancreas is necessary to the metabolization (oxidation) of sugar and that when the pancreas fails to turn out suf- ficient insulin, unoxidized sugar is excreted in the urine. | + | It should be equally well known that the chemical changes that take place in the cells and tissues are instigated by enzymes, of which there are a number in every living thing. Simple sugar (monosaccharide) is absorbed from the intestine and carried to the liver where it is converted, by an enzyme, into glycogen (animal starch) and stored until used. When the body needs sugar, the glycogen is reconverted into sugar, again by enzymic action. It is now general knowledge that insulin secreted by the pancreas is necessary to the metabolization (oxidation) of sugar and that when the pancreas fails to turn out sufficient insulin, unoxidized sugar is excreted in the urine. |
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− | A number of autolytic enzymes are known and are included under the general terms, oxidases and peroxidases. Physiologists know that proteolytic (protein-digesting) en- zymes are formed within many, if not in all, living tissues. | + | A number of autolytic enzymes are known and are included under the general terms, oxidases and peroxidases. Physiologists know that proteolytic (protein-digesting) enzymes are formed within many, if not in all, living tissues. |
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| These various intracellular enzymes play a conspicious part in the metabolism of food substances; that is, in the normal or regular function of nutrition or metabolism. A few familiar examples of autolysis will prepare the reader for what is to follow about tumors. | | These various intracellular enzymes play a conspicious part in the metabolism of food substances; that is, in the normal or regular function of nutrition or metabolism. A few familiar examples of autolysis will prepare the reader for what is to follow about tumors. |
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− | When a bone is broken, a bone-ring support is built around the fractured section, ex- tending each way from the point of fracture. After the bone is reunited and knitting or healing is completed, and the circulatory channels are reestablished, the bone-ring sup- port is softened and absorbed, except about a quarter of an inch about the point of frac- ture. | + | When a bone is broken, a bone-ring support is built around the fractured section, extending each way from the point of fracture. After the bone is reunited and knitting or healing is completed, and the circulatory channels are reestablished, the bone-ring support is softened and absorbed, except about a quarter of an inch about the point of fracture. |
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− | If planaria, or flat worms, are cut into small pieces and placed where they can absorb nourishment, each piece will grow into a small worm. If they cannot get nourishment, they cannot grow. Each piece, therefore, completely rearranges its materials and be- comes a perfect, but very minute worm. The piece that contains the pharynx, finding this too large for its diminished size, will dissolve it and make a new one that fits its new size. | + | If planaria, or flat worms, are cut into small pieces and placed where they can absorb nourishment, each piece will grow into a small worm. If they cannot get nourishment, they cannot grow. Each piece, therefore, completely rearranges its materials and becomes a perfect, but very minute worm. The piece that contains the pharynx, finding this too large for its diminished size, will dissolve it and make a new one that fits its new size. |
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− | The manner in which an abscess “points” on the surface of the body and drains its septic contents on the outside is well known to everyone of my readers. What is not gen- erally known, is that this “pointing” on the surface is possible only because the flesh between the abscess and the surface is digested by enzymes; that is, it is autolyzed and removed. | + | The manner in which an abscess “points” on the surface of the body and drains its septic contents on the outside is well known to everyone of my readers. What is not generally known, is that this “pointing” on the surface is possible only because the flesh between the abscess and the surface is digested by enzymes; that is, it is autolyzed and removed. |
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− | Certain animals have specialized stores in which they store up a reserve of nutrition to feed them during periods of scarcity or during hibernation. These physiological store- houses are analogous to the “water tank” possessed by the camel. Examples of this are the big-tailed sheep of Persia, the gila monster of our Western plains and the Russian bear. Other animals, including man, possess only the generalized reserves found in the bone marrow, liver, blood, fatty tissue, etc., and the private reserve possessed by each cell in the body. | + | Certain animals have specialized stores in which they store up a reserve of nutrition to feed them during periods of scarcity or during hibernation. These physiological storehouses are analogous to the “water tank” possessed by the camel. Examples of this are the big-tailed sheep of Persia, the gila monster of our Western plains and the Russian bear. Other animals, including man, possess only the generalized reserves found in the bone marrow, liver, blood, fatty tissue, etc., and the private reserve possessed by each cell in the body. |
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− | Both types of animals may draw upon these reserves for supplies with which to nour- ish their vital tissues, if raw materials from without are not to be had; or, if, due to sick- ness, they cannot be digested. | + | Both types of animals may draw upon these reserves for supplies with which to nourish their vital tissues, if raw materials from without are not to be had; or, if, due to sickness, they cannot be digested. |
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− | These tissues (fatty tissue, bone marrow, etc.) and food substances (glycogen) are not fit to enter the bloodstream before they are acted upon by enzymes. Indeed human fat, or human muscle is no more fitted to enter the circulation without first being digest- ed, than is fat or muscle from the cow or sheep. | + | These tissues (fatty tissue, bone marrow, etc.) and food substances (glycogen) are not fit to enter the bloodstream before they are acted upon by enzymes. Indeed human fat, or human muscle is no more fitted to enter the circulation without first being digested, than is fat or muscle from the cow or sheep. |
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− | Glycogen (animal starch), stored in the liver, must be converted into a simple sugar before it can be released into the bloodstream. This conversion is accomplished by en- zymic action. | + | Glycogen (animal starch), stored in the liver, must be converted into a simple sugar before it can be released into the bloodstream. This conversion is accomplished by enzymic action. |
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| Many more examples of autolysis could be given, but enough have been presented to convince the reader that it is a common fact of everyday life. It remains now to show that the body possesses control over this process, just as it does over all the other processes of life: that the process is not a blind, undirected bull-in-a-china-shop affair. | | Many more examples of autolysis could be given, but enough have been presented to convince the reader that it is a common fact of everyday life. It remains now to show that the body possesses control over this process, just as it does over all the other processes of life: that the process is not a blind, undirected bull-in-a-china-shop affair. |
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− | A remarkable example of this control is afforded by the piece of diced plenarium that contains the pharynx. Here is manifest the ability to tear down a part and shift its constituent materials. The same thing is seen in the softening and absorption of the bone- ring support around a point of fracture. Only part of the bone-ring is digested, the re- mainder is allowed to remain to reinforce the weakened structure. | + | A remarkable example of this control is afforded by the piece of diced plenarium that contains the pharynx. Here is manifest the ability to tear down a part and shift its constituent materials. The same thing is seen in the softening and absorption of the bonering support around a point of fracture. Only part of the bone-ring is digested, the remainder is allowed to remain to reinforce the weakened structure. |
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| The phenomena of fasting supply many examples of the control the body exercises over its autolytic processes. For instance, tissues are lost in the inverse order of their usefulness—fat and morbid growths first, and then the other issues. In all animals, from worms to man, the various organs and tissues differ very greatly in their rates of loss while fasting. Usually the liver loses more in weight relative to the rest of the body than the other organs, especially in the earlier stages, due to the loss of glycogen and fat. The lungs lose almost nothing and the brain and nervous system still less. | | The phenomena of fasting supply many examples of the control the body exercises over its autolytic processes. For instance, tissues are lost in the inverse order of their usefulness—fat and morbid growths first, and then the other issues. In all animals, from worms to man, the various organs and tissues differ very greatly in their rates of loss while fasting. Usually the liver loses more in weight relative to the rest of the body than the other organs, especially in the earlier stages, due to the loss of glycogen and fat. The lungs lose almost nothing and the brain and nervous system still less. |
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− | The vital tissues are fed on the stored reserves and the less vital tissues, so that absti- nence from food can produce damage only after the body’s reserves have been exhaust- ed. | + | The vital tissues are fed on the stored reserves and the less vital tissues, so that abstinence from food can produce damage only after the body’s reserves have been exhausted. |
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− | The body possesses the ability to shift its chemicals and fasting furnishes many re- markable instances of this. The digestion and reorganization of parts seen in worms and other animals, when deprived of food, the digestion and redistribution of reserves and surpluses and nonvital tissues, as seen in all animals, when forced to go without food, constitute, for the writer, some of the most marvelous phenomena in the whole realm of biology. | + | The body possesses the ability to shift its chemicals and fasting furnishes many remarkable instances of this. The digestion and reorganization of parts seen in worms and other animals, when deprived of food, the digestion and redistribution of reserves and surpluses and nonvital tissues, as seen in all animals, when forced to go without food, constitute, for the writer, some of the most marvelous phenomena in the whole realm of biology. |
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− | The body is not only able to build tissue; it can also destroy tissue. It can not only distribute its nutritive supplies; it can also redistribute them. Autoloysis makes redistri- bution possible. | + | The body is not only able to build tissue; it can also destroy tissue. It can not only distribute its nutritive supplies; it can also redistribute them. Autoloysis makes redistribution possible. |
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− | I propose now to show the reader that this process of autolysis can be put to great practical use and be made to serve us in getting rid of tumors and other growths in the body. This fact is not exactly new for it has been known for a long time. Over a hun- dred years ago, Sylvester Graham wrote that when more food is used by the body than is daily supplied, “it is a general law of the vital economy” that “the decomposing absor- bents (the old term for the process of autolysis) always first lay hold of and remove those substances which are of least use to the economy; and hence, all morbid accumulations, such as wens, tumors, abscesses, etc., are rapidly diminished and often wholly removed under severe and protracted abstinence and fasting.” | + | I propose now to show the reader that this process of autolysis can be put to great practical use and be made to serve us in getting rid of tumors and other growths in the body. This fact is not exactly new for it has been known for a long time. Over a hundred years ago, Sylvester Graham wrote that when more food is used by the body than is daily supplied, “it is a general law of the vital economy” that “the decomposing absorbents (the old term for the process of autolysis) always first lay hold of and remove those substances which are of least use to the economy; and hence, all morbid accumulations, such as wens, tumors, abscesses, etc., are rapidly diminished and often wholly removed under severe and protracted abstinence and fasting.” |
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− | To fully understand this, it is necessary for the reader to know that tumors are made up of flesh and blood and bone. There are many names for the different kinds of tumors, but the names of all indicate the kind of tissue of which the tumor is composed. For in- stance, an osteoma is made up of bone tissue; a myoma is composed of muscular tissue; a neuroma is constituted of nerve tissue; a lipoma consists of fatty tissue; etc. | + | To fully understand this, it is necessary for the reader to know that tumors are made up of flesh and blood and bone. There are many names for the different kinds of tumors, but the names of all indicate the kind of tissue of which the tumor is composed. For instance, an osteoma is made up of bone tissue; a myoma is composed of muscular tissue; a neuroma is constituted of nerve tissue; a lipoma consists of fatty tissue; etc. |
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− | Tumors being composed of tissues, the same kinds of tissues as the other structures of the body, are susceptible of autolytic distintegration, the same as normal tissue, and do, as a matter of experience, undergo dissolution and absorption under a variety of cir- cumstances but especially during a fast. The reader who can understand how fasting re- duces the amount of fat on the body and how it reduces the size of the muscles, can also understand how it will reduce the size of a tumor, or cause it to disappear altogether. He needs, then only to realize that the process of distintegrating (autolyzing) the tumor takes place much more rapidly than it does in the normal tissues. | + | Tumors being composed of tissues, the same kinds of tissues as the other structures of the body, are susceptible of autolytic distintegration, the same as normal tissue, and do, as a matter of experience, undergo dissolution and absorption under a variety of circumstances but especially during a fast. The reader who can understand how fasting reduces the amount of fat on the body and how it reduces the size of the muscles, can also understand how it will reduce the size of a tumor, or cause it to disappear altogether. He needs, then only to realize that the process of distintegrating (autolyzing) the tumor takes place much more rapidly than it does in the normal tissues. |
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| In his Notes on Tumors, a work for students of pathology, Francis Carter Wood says: “In a very small proportion of human malignant tumors spontaneous disappearance for longer or shorter periods has been noted. The greatest number of such disappearances has followed incomplete surgical removal of the tumor; they have occurred next in order of frequency during some acute febrile process, and less frequently in connection with some profound alteration of the metabolic processes of the organism, such as extreme cachexia, artificial menopause or the puerperium. | | In his Notes on Tumors, a work for students of pathology, Francis Carter Wood says: “In a very small proportion of human malignant tumors spontaneous disappearance for longer or shorter periods has been noted. The greatest number of such disappearances has followed incomplete surgical removal of the tumor; they have occurred next in order of frequency during some acute febrile process, and less frequently in connection with some profound alteration of the metabolic processes of the organism, such as extreme cachexia, artificial menopause or the puerperium. |
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| No more profound change in metabolism is possible than that produced by fasting and the change is of a character best suited to bring about the autolysis of a tumor, malignant or otherwise. | | No more profound change in metabolism is possible than that produced by fasting and the change is of a character best suited to bring about the autolysis of a tumor, malignant or otherwise. |
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− | The conditions Dr. Wood mentions as causing spontaneous disappearance of tumors are, for the most part, “accidents” and are not within the range of voluntary control. Fast- ing, on the other hand, may be instituted and carried on under control and at any time de- sired. It is the rule that operations are followed by increased growth in the tumor. Spontaneous disappearance following incomplete removal is rare. The same may be said for extreme cachexia and artificial menopause. In fevers, we have rapid autolysis in many tissues of the body and much curative work going on, but we cannot develop a fever at will. Pregnancy and childbirth occasion many profound changes in the body, but they are certainly not to be recommended to sick women as cures for their tumors. Even if this were desirable, it would be a hit-or-miss remedy. The effects of fasting are certain. There is nothing hit-or-miss about the process. It works always in the same general direction. | + | The conditions Dr. Wood mentions as causing spontaneous disappearance of tumors are, for the most part, “accidents” and are not within the range of voluntary control. Fasting, on the other hand, may be instituted and carried on under control and at any time desired. It is the rule that operations are followed by increased growth in the tumor. Spontaneous disappearance following incomplete removal is rare. The same may be said for extreme cachexia and artificial menopause. In fevers, we have rapid autolysis in many tissues of the body and much curative work going on, but we cannot develop a fever at will. Pregnancy and childbirth occasion many profound changes in the body, but they are certainly not to be recommended to sick women as cures for their tumors. Even if this were desirable, it would be a hit-or-miss remedy. The effects of fasting are certain. There is nothing hit-or-miss about the process. It works always in the same general direction. |
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| Fever is a curative process and does help to remove the cause of the tumor. None of Dr. Wood’s other causes of spontaneous disappearance assist in removing the cause of tumors. Fasting does assist greatly in the removal of such cause. | | Fever is a curative process and does help to remove the cause of the tumor. None of Dr. Wood’s other causes of spontaneous disappearance assist in removing the cause of tumors. Fasting does assist greatly in the removal of such cause. |
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− | During the fast, the accumulations of superfluous tissues are overhauled and ana- lyzed; the available component parts are turned over to the department of nutrition to be utilized in nourishing the essential tissues; the refuse is thoroughly and permanently removed. | + | During the fast, the accumulations of superfluous tissues are overhauled and analyzed; the available component parts are turned over to the department of nutrition to be utilized in nourishing the essential tissues; the refuse is thoroughly and permanently removed. |
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− | I could quote numerous men of wide experience with fasting to corroborate what I am going to say about autolyzing tumors, but I do not desire to weary any reader with quotations. I will content myself with one quotation. Mr. Macfadden says: “My expe- rience of fasting has shown me beyond all possible doubt that a foreign growth of any kind can be absorbed into the circulation by simply compelling the body to use every unnecessary element contained within it for food. When a foreign growth has become hardened, sometimes one long fast will not accomplish the result, but where they are soft, the fast will usually cause them to be absorbed.” | + | I could quote numerous men of wide experience with fasting to corroborate what I am going to say about autolyzing tumors, but I do not desire to weary any reader with quotations. I will content myself with one quotation. Mr. Macfadden says: “My experience of fasting has shown me beyond all possible doubt that a foreign growth of any kind can be absorbed into the circulation by simply compelling the body to use every unnecessary element contained within it for food. When a foreign growth has become hardened, sometimes one long fast will not accomplish the result, but where they are soft, the fast will usually cause them to be absorbed.” |
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− | Due to a variety of circumstances, some known, others unknown, the rate of absorp- tion of tumors in fasting individuals varies. Let me cite two extreme cases to show the wide range of variation in this process. | + | Due to a variety of circumstances, some known, others unknown, the rate of absorption of tumors in fasting individuals varies. Let me cite two extreme cases to show the wide range of variation in this process. |
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| A woman, under forty, had a uterine fibroid about the size of an average grapefruit. It was completely absorbed in twenty-eight days of total abstinence from all food but water. This was an unusually rapid rate of absorption. | | A woman, under forty, had a uterine fibroid about the size of an average grapefruit. It was completely absorbed in twenty-eight days of total abstinence from all food but water. This was an unusually rapid rate of absorption. |
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| Another case is that of a similar tumor in a woman of about the same age. In this case, the growth was about the size of a goose egg. One fast of twenty-one days reduced the tumor to the size of an English walnut. The fast was broken due to the return of | | Another case is that of a similar tumor in a woman of about the same age. In this case, the growth was about the size of a goose egg. One fast of twenty-one days reduced the tumor to the size of an English walnut. The fast was broken due to the return of |
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− | hunger. Another fast a few weeks subsequent, of seventeen days, was required to com- plete the absorption of the tumor. This was an unusually slow rate of tumor absorption. | + | hunger. Another fast a few weeks subsequent, of seventeen days, was required to complete the absorption of the tumor. This was an unusually slow rate of tumor absorption. |
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| Tumor-like lumps in female breasts ranging from the size of a pea to that of a goose egg will disappear in from three days to as many weeks. Here is a remarkable case of this kind that will prove both interesting and instructive to the reader. | | Tumor-like lumps in female breasts ranging from the size of a pea to that of a goose egg will disappear in from three days to as many weeks. Here is a remarkable case of this kind that will prove both interesting and instructive to the reader. |
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− | A young lady, age 21, had a large hard lump—a little smaller than a billiard ball—in her right breast. For four months it had caused her considerable pain. Finally she con- sulted a physician who diagnosed the condition, cancer, and urged immediate removal. She went to another, end another and still another physician, and each made the same diagnosis (an unusual thing) and each urged immediate removal. | + | A young lady, age 21, had a large hard lump—a little smaller than a billiard ball—in her right breast. For four months it had caused her considerable pain. Finally she consulted a physician who diagnosed the condition, cancer, and urged immediate removal. She went to another, end another and still another physician, and each made the same diagnosis (an unusual thing) and each urged immediate removal. |
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| Instead of resorting to surgery, the young lady resorted to lasting and in exactly three days without food, the “cancer” and all its attendant pain were gone. | | Instead of resorting to surgery, the young lady resorted to lasting and in exactly three days without food, the “cancer” and all its attendant pain were gone. |
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− | There has been no recurrence in thirteen years and I feel that we are justified in con- sidering the condition “cured.” Hundreds of such occurrences under fasting have convinced us that many “tumors” and “cancers” are removed by surgeons that are not tumors or cancers. They cause us to be very skeptical of the statistics issued to show that early operation prevents or “cures” cancer. | + | There has been no recurrence in thirteen years and I feel that we are justified in considering the condition “cured.” Hundreds of such occurrences under fasting have convinced us that many “tumors” and “cancers” are removed by surgeons that are not tumors or cancers. They cause us to be very skeptical of the statistics issued to show that early operation prevents or “cures” cancer. |
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− | The removal of tumors by autolysis has several advantages over their surgical re- moval. Surgery is always dangerous; autolysis is a physiological process and carries no danger. Surgery always lowers vitality and thus adds to the metabolic perversion that is back of the tumor. Fasting, by which autolysis of tumors is accelerated, normalizes nutri- tion and permits the elimination of accumulated toxins, thus helping to remove the cause of the tumor. After surgical removal, tumors tend to recur. After their autolytic removal, there is little tendency to recurrence. Tumors often recur in malignant form after their operative removal. The tendency to malignancy is removed by fasting, in Europe and America literally thousands of tumors have been autolyzed during the past fifty years, and the effectiveness of the method is beyond doubt. The present writer can give no def- inite information about bone tumors and nerve tumors; but, since these are subject to the same laws of nutrition as all other tumors, he is disposed to think they may be autolyzed as effectually as other tumors. These things are certain—the process has its limitations and tumors that have been allowed to grow to enormous sizes will only be reduced in size; while, not all cysts will be thus absorbed. It is advisable, therefore, to undergo the needed fast or fasts while the tumor or cyst is comparatively small. | + | The removal of tumors by autolysis has several advantages over their surgical removal. Surgery is always dangerous; autolysis is a physiological process and carries no danger. Surgery always lowers vitality and thus adds to the metabolic perversion that is back of the tumor. Fasting, by which autolysis of tumors is accelerated, normalizes nutrition and permits the elimination of accumulated toxins, thus helping to remove the cause of the tumor. After surgical removal, tumors tend to recur. After their autolytic removal, there is little tendency to recurrence. Tumors often recur in malignant form after their operative removal. The tendency to malignancy is removed by fasting, in Europe and America literally thousands of tumors have been autolyzed during the past fifty years, and the effectiveness of the method is beyond doubt. The present writer can give no definite information about bone tumors and nerve tumors; but, since these are subject to the same laws of nutrition as all other tumors, he is disposed to think they may be autolyzed as effectually as other tumors. These things are certain—the process has its limitations and tumors that have been allowed to grow to enormous sizes will only be reduced in size; while, not all cysts will be thus absorbed. It is advisable, therefore, to undergo the needed fast or fasts while the tumor or cyst is comparatively small. |
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| One other limitation must be noted; namely, tumors that are so situated that they dam up the lymph stream will continue to grow (feeding upon the accumulated excess of lymph behind them) despite fasting. | | One other limitation must be noted; namely, tumors that are so situated that they dam up the lymph stream will continue to grow (feeding upon the accumulated excess of lymph behind them) despite fasting. |
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| A surgeon from Ohio State University, Dr. John F. Minton, has given his female patients a choice to either give up coffee drinking or undergo surgery to remove breast lumps. He gave 47 women the choice of abandoning coffee or going under the surgeon’s knife. The breast lumps disappeared after two months in one woman who decided to give up the caffeine habit. | | A surgeon from Ohio State University, Dr. John F. Minton, has given his female patients a choice to either give up coffee drinking or undergo surgery to remove breast lumps. He gave 47 women the choice of abandoning coffee or going under the surgeon’s knife. The breast lumps disappeared after two months in one woman who decided to give up the caffeine habit. |
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− | The cancer-causing culprits are known as methylated xanthines. These chemicals are found in conjunction with caffeine in coffee, tea, colas and cocoa. They cause the speedy growth of fibrous protective tissues, known as tumors. These chemicals also interfere with the functioning of certain tissue enzymes needed for tissue building and cell metab- olism. | + | The cancer-causing culprits are known as methylated xanthines. These chemicals are found in conjunction with caffeine in coffee, tea, colas and cocoa. They cause the speedy growth of fibrous protective tissues, known as tumors. These chemicals also interfere with the functioning of certain tissue enzymes needed for tissue building and cell metabolism. |
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− | These fibrous tissues sometimes grow into massive lumps. They are not usually can- cerous, but the women who develop them are four times more likely to develop malig- nant growths. It is also suspected that methylxanthines may cause prostate enlargement. | + | These fibrous tissues sometimes grow into massive lumps. They are not usually cancerous, but the women who develop them are four times more likely to develop malignant growths. It is also suspected that methylxanthines may cause prostate enlargement. |
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| The tissue of the prostate gland is similar to that of the breast, but fibrous growths on the prostate are much harder to detect. | | The tissue of the prostate gland is similar to that of the breast, but fibrous growths on the prostate are much harder to detect. |
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| These are some of the preliminary results of continuing research. It is clear that a word of caution has been sounded to all coffee, tea, cola, and cocoa drinkers. | | These are some of the preliminary results of continuing research. It is clear that a word of caution has been sounded to all coffee, tea, cola, and cocoa drinkers. |
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− | It appears that the elimination of these caffeine products may be “hard medicine to swallow,” as of the 47 women who had a choice of either giving up coffee or undergo- ing surgery, 27 preferred the operation. Those 27 have a surprise in store. By continuing the intake of caffeine-related carcinogens, they’ll merely cause cancer somewhere else in their bodies. | + | It appears that the elimination of these caffeine products may be “hard medicine to swallow,” as of the 47 women who had a choice of either giving up coffee or undergoing surgery, 27 preferred the operation. Those 27 have a surprise in store. By continuing the intake of caffeine-related carcinogens, they’ll merely cause cancer somewhere else in their bodies. |
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| '''''Reprinted from Health Crusader March 1980''''' | | '''''Reprinted from Health Crusader March 1980''''' |
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| Confirmation of Life Science’s teaching that anything taken into the body that is not a food is poisonous and harmful comes from the research laboratory of the University of Kentucky. | | Confirmation of Life Science’s teaching that anything taken into the body that is not a food is poisonous and harmful comes from the research laboratory of the University of Kentucky. |
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− | Life Science teaches not to use condiments on, in or with our foods—or by them- selves. In fact, we teach to eat only foods that are a gustatory delight in themselves. For good health we must eat only those foods that don’t call for the addition of seasonings or spices of any sort. Foods and so-called foods that have to be jazzed up with condiments are unhealthful. | + | Life Science teaches not to use condiments on, in or with our foods—or by themselves. In fact, we teach to eat only foods that are a gustatory delight in themselves. For good health we must eat only those foods that don’t call for the addition of seasonings or spices of any sort. Foods and so-called foods that have to be jazzed up with condiments are unhealthful. |
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| When black pepper was given to mice at the University of Kentucky, they developed problems aplenty, including cancer of the liver, lungs and skin. This is a prime example of how toxic condiments really are. Cayenne pepper, chili powder, salt, basil, cumin seed, caraway, vinegar, garlic and hundreds of other condiments (herbs, seasonings, spices) are likewise pathogenic and carcinogenic. | | When black pepper was given to mice at the University of Kentucky, they developed problems aplenty, including cancer of the liver, lungs and skin. This is a prime example of how toxic condiments really are. Cayenne pepper, chili powder, salt, basil, cumin seed, caraway, vinegar, garlic and hundreds of other condiments (herbs, seasonings, spices) are likewise pathogenic and carcinogenic. |
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| == Article #4: Ten Commandments of Cancer Prevention == | | == Article #4: Ten Commandments of Cancer Prevention == |
− | Dr. Michael B. Shinkin, formerly with the National Cancer Institute, has formulated the following ten commandments for cancer prevention. Our comments will follow but we do think that Dr. Shinkin’s commandments bear repetition for health-conscious individ- uals: | + | Dr. Michael B. Shinkin, formerly with the National Cancer Institute, has formulated the following ten commandments for cancer prevention. Our comments will follow but we do think that Dr. Shinkin’s commandments bear repetition for health-conscious individuals: |
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| # Donotsmoketobaccoorsubstitutes.(Cigarettesmokingmayberesponsibleforasmuch as 50% of the cancer in males, according to some experts, and a smaller, but significant percentage in women. Smoking marijuana may also cause cancer.) | | # Donotsmoketobaccoorsubstitutes.(Cigarettesmokingmayberesponsibleforasmuch as 50% of the cancer in males, according to some experts, and a smaller, but significant percentage in women. Smoking marijuana may also cause cancer.) |
| # Do not drink alcohol. (Alcohol in excess is believed to promote tumor formation.) | | # Do not drink alcohol. (Alcohol in excess is believed to promote tumor formation.) |
− | # Eatsparinglya“prudentdiet.”(Toogreatacalorieintakeandanexcessivefatconsump- tion have been associated with a higher incidence of some cancers.) | + | # Eatsparinglya“prudentdiet.”(Toogreatacalorieintakeandanexcessivefatconsumption have been associated with a higher incidence of some cancers.) |
| # Avoid unnecessary X rays. (Shinkin emphasized the word “unnecessary.”) | | # Avoid unnecessary X rays. (Shinkin emphasized the word “unnecessary.”) |
| # Avoidexcessivesunexposure.(Sunbathinghasbeenlinkedtoanincreasedrateofskin cancer.) | | # Avoidexcessivesunexposure.(Sunbathinghasbeenlinkedtoanincreasedrateofskin cancer.) |
− | # Avoid inappropriate drug intake. (Some medications are suspected of being carcino- genic.) | + | # Avoid inappropriate drug intake. (Some medications are suspected of being carcinogenic.) |
| # In the work place, avoid or minimize contact with irritants. | | # In the work place, avoid or minimize contact with irritants. |
| # At work, avoid or minimize swallowing foreign materials. | | # At work, avoid or minimize swallowing foreign materials. |
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| 10. Use appropriate protective measures and devices while working. | | 10. Use appropriate protective measures and devices while working. |
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− | These commandments appeared in conjunction with an article in the Los Angeles Times headlined “Cancer War Making Slow Progress.” The fact that it is not going to make any progress is highlighted by this quotation which says, in effect, medical people are completely baffled by it: “But although 44% of the National Cancer Institute bud- get goes toward basic research, a basic understanding of the cause of cancer is decades away, according to some scientists.” | + | These commandments appeared in conjunction with an article in the Los Angeles Times headlined “Cancer War Making Slow Progress.” The fact that it is not going to make any progress is highlighted by this quotation which says, in effect, medical people are completely baffled by it: “But although 44% of the National Cancer Institute budget goes toward basic research, a basic understanding of the cause of cancer is decades away, according to some scientists.” |
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| This quotation sums up the results of the medical approach: “So far, after 50 years of cold war and 10 years of highly-publicized warfare, no major inroads have been made into the overall death rate from cancer.” Both cancer deaths and the cancer death rate are now the highest in history and are getting even higher. | | This quotation sums up the results of the medical approach: “So far, after 50 years of cold war and 10 years of highly-publicized warfare, no major inroads have been made into the overall death rate from cancer.” Both cancer deaths and the cancer death rate are now the highest in history and are getting even higher. |
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| Do not drink alcohol. This should also apply to anything and everything except pure water and only the most wholesome of liquid foods (juices). Vinegar is a first cousin to alcohol and is carcinogenic. So are teas, coffees, and hot drinks of all descriptions. | | Do not drink alcohol. This should also apply to anything and everything except pure water and only the most wholesome of liquid foods (juices). Vinegar is a first cousin to alcohol and is carcinogenic. So are teas, coffees, and hot drinks of all descriptions. |
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− | Eat sparingly. Yes, overeating will cause cancer but of the foods Dr. Shinkin refers to, even a sparing diet is cancer causing. Animal fats, hydrogenated and/or heated veg- etable fats, fried foods and biologically-incorrect foods are all carcinogenic. | + | Eat sparingly. Yes, overeating will cause cancer but of the foods Dr. Shinkin refers to, even a sparing diet is cancer causing. Animal fats, hydrogenated and/or heated vegetable fats, fried foods and biologically-incorrect foods are all carcinogenic. |
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− | Avoid inappropriate drug intake. We must recognize that all drug intake is inappro- priate because all drugs are carcinogenic. | + | Avoid inappropriate drug intake. We must recognize that all drug intake is inappropriate because all drugs are carcinogenic. |
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− | The simplicity of cancer prevention is that it will not happen unless caused. We must either cause it ourselves or subject ourselves to causes. If we say let nothing into your body but those essential elements and influences for great health, we automatically ex- clude everything that is abnormal to the body. So we can be like little children in avoid- ing and resisting medicines, chemicals, foreign materials and so on. It’s our well-being and we’d do well to heed our inner wisdom in taking care of ourselves. | + | The simplicity of cancer prevention is that it will not happen unless caused. We must either cause it ourselves or subject ourselves to causes. If we say let nothing into your body but those essential elements and influences for great health, we automatically exclude everything that is abnormal to the body. So we can be like little children in avoiding and resisting medicines, chemicals, foreign materials and so on. It’s our well-being and we’d do well to heed our inner wisdom in taking care of ourselves. |
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| '''''Reprinted from Better Life Journal''''' | | '''''Reprinted from Better Life Journal''''' |