Guest guest Posted May 20, 2009 Report Share Posted May 20, 2009 Hi Doc ~ For me, I had a massive silicone rupture, and now have old salines in me, also have had many many diagnoses given to me in the last about 18 years, Personally I think they are all symptoms of 1 root cause...... " Manufactured Silicone Multiple Toxicity Syndrome " here is the list : Migranes Seizures Irritable bowel Gerds Large hiatle hernia osteoporosis osteoarthritis ( both knees ) sjogrens syndrome arthralgia myalgia ( deep muscle arthritis ) Rheumatoid Arthritis Fibromyalgia bursitis degenerative disc disease with 3 bulging discs.... Raynauds Levito reticularis collagen vascular disease Lupus chronic kidney disease Chronic obstructive pulmonary disease bulla, and multiple nodules in both lungs and ..... Thyroid ( hypo) Congestive heart failure NY stage 3 Idiopathic dilated cardiomyopathy lattice degeneras ( eyes) keratokonas ( misspelled, cone shaped cornias) not enough vitreous fluid in my eyeballs diverticulosis, moderate to severe severe vitamin deficiency Had early cervical cancer, and a hyst in 95.... Now the brain problems I get are strange...... some days my word recall is almost non-existant Some days my thought process is numb, and just doesnt work......I might know in my head but cant process and put on paper, or say it....... Some days my head feels really swollen and like my fore head is heavy and falling over my eyes, on those days I also lean to the left. I can get up to walk somewhere and get off balance like my head is leaning to the left. Like I cant walk a streight line. I lean to the left cuz my head is heavy and taking me there... Very strange......A good bit of the time I am a bump on a log....I cannot motivate at all, but that may have to do with periods of my very low blood pressure, today it went down to 73/50..........but the other night it woke me and it was 124/114 with 101 pulse. So.....it is just a broken heart.........thank heavens it is a happy one....... days, weeks, months pass by and I didnt do anything at all....and it is just gone....... Here is a partial list of chemicals they use in the silicone for implants,On some of these, I put some parts of the info I read in the article, for the full article, click on the link, I also never got done looking them up........... The purple comments are mine, they are questions..... pink is just so those comments stand out so people dont miss them 1)Methyl Ethyl Ketone http://www.evol.nw.ru/~spirov/hazard/methyl_ethyl_ketone.html Methyl Ethyl Ketone 2)Cyclobexanone 3)Isopropyl Alcohol 4)Denatured Alcohol 5)Acetone 6)Urethane 7)Poly vinyl Chloride 8)Lacquer Thinner 9)Ethyl Acetate 10)Epoxy Resin 11)Epoxy Hardener 12)Amine is actually ~ Dichlorophenoxyacetic 2,4 Common trade names:4-D Amine Alkali or amine salts or esters of 2,4-D are used as herbicide sagainst broad-leaf weeds in cereal crops, as well as on pastures and lawns, at rates of about 0.2-2.0 kg active ingredient (acidequivalent)/ha. Esters are also used at rates of up to 6 kg (acidequivalent)/ha to suppress weeds, brush, and some trees. Granular formulations are used as aquatic herbicides at rates of 1-122 kg/ha.At very low foliar application rates (20-40 mg 2,4-D/litre spraywater), 2,4-D can be used as a growth regulator. The results of studies on whether occupational exposure to 2,4-D may result in chromosome abnormalities are conflicting. The results of some epidemiological studies have suggested an association between exposure to phenoxy herbicides, including 2,4-D, and increased incidences of malignant tumours and tumour mortality. It is not clear,at present, whether this represents a true association, and if so,whether it is specifically related to 2,4-D. Human beings who work regularly with 2,4-D should undergo periodic medical examination with emphasis on the neurological status, muscular and cardiovascular system, liver and kidney functioning, and effectson skin and eyes. Supervisors and workers should be alert to symptoms of toxic exposure and know how to give first aid. Dichlorophenoxyacetic 2,4- (HSG 5, 1987) http://www.inchem.org/documents/hsg/hsg/hsg005.htm 13)Printing Ink 14)Toluene 15)Freon 16)Silica 17)Flux 18)Solder ]19)Chlorplatinic Acid 20)Metal Cleaning Acid 21)Formaldehyde Formaldehyde is used as a preservative in cosmetics and in nail-hardening agents. Traces can also be found in cosmetics resulting from the disinfection of apparatus used in their manufacture. Products containing formaldehyde are used for other purposes, e.g.,antiperspirants, skin-hardening agents, dry-skin lotion, shampoos, andbubble bath oil. There is some natural formaldehyde in raw food, levels ranging from1 to 90 mg/kg. Accidental contamination of food may occur during fumigation. Formaldehyde is sometimes used as a preservative, or it maybe produced during cooking. In in vitro studies, formaldehyde interfered with DNA repair in humancells, but there are no data relating to mutagenic outcomes. Major sources of formaldehyde are automobile and aircraft exhaustemissions, tobacco smoke, natural gas, fossil fuels, waste incineration,and oil refineries. Formaldehyde is positive in a wide range of mutagenicity test systems invitro; results of in vivo test systems are conflicting. It has been shown to form DNA-protein cross-links in vitro and in vivo in rat nasal mucosa. In vivo, this occurred at an exposure concentration of1.1 mg/m3. Formaldehyde interferes with DNA repair in human cells in vitro.Following inhalation exposure at levels causing cell damage, asignificant incidence of squamous cell carcinomas of the nasal cavity was induced in two strains of rat. A limited number of forestomach papillomas were reported in rats following the administration of formaldehyde in the drinking-water.In human beings, though an increased risk for a number of cancers has been reported, the causal role of formaldehyde is considered likely only for nasal and nasopharyngeal cancer. Human exposure to formaldehyde should be controlled. Cosmetics (creams) containing formaldehyde should be suitably labelled,giving the concentration. Levels in oral health products should bestrictly limited. Lots of formaldehyde exposure from many resources, add an implant with constant exposure, and ....... Formaldehyde (HSG 57, 1991) http://www.inchem.org/documents/hsg/hsg/hsg057.htm 22)Talcum Powder 23)Color Pigmentation (Printers Ink) 24)Oakite 25)Cyanoacyrylates 26)Ethylene Oxide Its major use is as an intermediate in the production of variouschemicals including: the antifreeze, ethylene glycol; polyethyleneterephthalate polyester for fibres, films, and bottles; non-ionicsurface active agents; glycol ethers; ethanolamines; and choline. Asmall fraction of the total consumption (less than 1%) is used for thefumigation and sterilization of foodstuffs and medical equipment. Respiratory tract irritation increases with inhaled vapour concentration and may result in severe life-threatening pulmonary disease after a latency period of severalhours. Cardiovascular collapse and renal failure have been attributedto residues of ethylene oxide in medical equipment.a Case reportsand the results of animal studies indicate that sensorimotor neuropathies may follow repeated exposure to concentrations ofethylene oxide recognizable by its odour (approximately 900 mg/m3 ormore). Anaphylactic reactions have been reported during haemodialysis,when using equipment sterilized with ethylene oxide.Dermatological effects in man following skin contact with aqueousethylene oxide include erythema, oedema, and vesiculation, in that order. The severity of the skin injury is related to concentration (a50% solution (500 g/litre) being most hazardous) and duration of contact. When liquid ethylene oxide vapourizes, it can result in afreeze burn. On repeated exposure, ethylene oxide may cause allergic contact dermatitis. Aqueous solutions of ethylene oxide and its conversion products are irritating to the eyes and can produce corneal injury. Ethylene oxide vapour or residues in medical equipment have also been observed to produce irritant effects on the eyes and the respiratory tract. The irritant effects on the eyes and skin are often delayed. Cataracts have occurred following repeated exposure to concentrations of the vapour recognizable by its odour (approximately900 mg/m3). In man, ethylene oxide may induce chromosomal aberrations and sisterchromatid exchanges in lymphocytes and micronuclei in erythroytes atair concentrations that can be found in the work place. Tissuedistribution studies have provided evidence that ethylene oxidereaches the gonads, supporting the findings of heritable mutations ininsects and rodents. Therefore, ethylene oxide may be considered apotential human mutagen for both somatic and germ cells. Taking into account available data concerning the alkylating nature of ethylene oxide, the demonstration of DNA adducts, the overwhelming positive in vivo responses in mutagenic and clastogenic assays, the reproducible positive carcinogenic findings in animals, and the epidemiological findings suggesting an increase in the incidence of human cancer, ethylene oxide should be considered as a probable human carcinogen, and its levels in the environment should be kept as low as feasible. Taking into account all the available data, ethylene oxide should beconsidered as a mutagen and a probable human carcinogen. It may posea reproductive hazard. Its levels in the environment should be kept as low as possible. So, if it is to be kept low as possible, then implanting it into a human is out of the question ? ? Ethylene oxide (HSG 16, 1988) http://www.inchem.org/documents/hsg/hsg/hsg016.htm 27)Carob Black 28)Xylene 29)Hexone 30)Benzene 31)Hexanone 2 32)Thixon-OSN-2 33)Rubber 34)Acid Stearic 35)Zinc Oxide 36)Naptha WikiAnswers - What is naptha Naptha is a common name for the industrial solvent Petroleum Ether. Other names include benzine, X-4, or Lingroin. Chemically, naptha is a mixture of straight chained hydrocarbon-ethers, straight chained alkanes, as well as some aromatic hydrocarbons. The actual composition of the naptha will depend on its boiling point (indicative of the distillation temperature). Naphtha is a product of crude oil distillation in an atmospheric distillation unit. The refineries often produce a light naphta blend and a heavier naphtha which is can be used as a gasoline additive. Naptha is also extremely effective at solvating non-polar compounds and is used frequently in organic chemistry. 37)Phenol Phenol is mainly used for the manufacture of phenolic resins, bisphenol A, and caprolactam. Other products are alkylphenols, xylenol, cresol, and adipic acid. Minor uses include the production of germicidal paints, pharmaceutical products, dyes, and indicators, and the use of phenols as a laboratory reagent, a slimicide, and a general disinfectant. Phenol is readily absorbed from any media; it is rapidly distributed to all tissues. The liver, the lung, and the gastrointestinal mucosa are the most important sites of phenol metabolism. In vivo and in vitro studies have demonstrated covalent binding to tissue and plasma proteins. Urinary excretion is the major route of phenol disposal in animals and humans. A minor part is eliminated in the faeces and expired air. Gastrointestinal irritation was reported following ingestion of phenol. Painless blanching, or effects ranging from erythema to corrosion and deep necrosis, occurred following dermal exposure. Main systemic effects included cardiac dysrhythmias, respiratory distress, metabolic acidosis, renal failure, dark urine, methaemoglobinaemia, neurological effects, cardiovascular shock, coma, and death. The lowest reported fatal dose was 4.8 g by ingestion; death occurred within 19 min. Exposure of the general population to phenol mainly occurs by inhalation. Minor oral exposure may arise through the consumption of smoked food or drinking-water. So, the dailey exposure we get added to the implant that has a constant flow of toxins, sounds lethal ! Individuals, potentially exposed to phenol, should undergo periodic medical examination with emphasis on effects on the skin, respiratory tract, central nervous system, liver, and kidneys. Phenol (HSG 88, 1994) http://www.inchem.org/documents/hsg/hsg/hsg88_e.htm 38)Methylene Chloride Methylene chloride is widely used as a solvent and paint remover. It is also used as a blowing agent for polyurethane, as a propellant in aerosols such as insecticides, hair sprays, shampoos, and paints, as acomponent in fire-extinguishing products, as an insecticidal fumigant for grains, and as a coolant or refrigerant. Absorption of liquid methylene chloride via the skin is slow.Methylene chloride is rapidly absorbed via the gastrointestinal tract and crosses the placenta and blood-brain barrier. Methylene chloride is mutagenic in bacteria, fungi, and in the fruitfly. However, the results of most tests on mammalian somatic cells,including human cells, have been negative. So, what about one with a systemic fungal or bacterial infection ? ? is it mutagenic then ? ? Methylene chloride can react with iron, so does this mean it also reacts with human blood ? ? Just a thought Impairment of psychomotor performance occurs after a 4-h exposure to2610 mg/m3. Narcosis occurred following exposure to 69000 mg/m3 for30 min.Individuals with heart disease may be especially at risk when exposed to methylene chloride, because of the deficiency of oxygen induced by carbon monoxide, bound to haemoglobin. The main chronic effects in human beings are nervous system depression and an elevated carboxyhaemoglobin concentration in the blood. methylenechloride should be regarded as a potential human carcinogen. Methylene chloride (HSG 6, 1987) http://www.inchem.org/documents/hsg/hsg/hsg006.htm 39)Platinum Salt Ya know, its no wonder we all are so ill.....Those are some toxic chemicals........then to top it off all the bacteria and fungus that grows inside the implants........very gross ! ! Hugs Dede **************Recession-proof vacation ideas. 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