Medical Forum / General / Alternative / March 2004
Blood tests for mercury etc..
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Drew - 23 Mar 2004 01:11 GMT Hello, I live in Melbourne, Australia and was wondering if anyone could suggest the best place to go for blood test's to determine mercury and other heavy metal's levels.(considering amalgam removal to reduce syptoms of lethargy, poor concentration, gastric discomfort, weakness, to name a few!)
Tia
Peter Moran - 23 Mar 2004 06:26 GMT > Hello, I live in Melbourne, Australia and was wondering if anyone > could suggest the best place to go for blood test's to determine [quoted text clipped - 3 lines] > > Tia Why bother with testing, Tia? Even those with fifty or sixty amalgam fillings have mercury levels well below that which has ever been shown to cause illness in workers exposed to mercury.
Those promoting the idea of mercury poisoning from amalgams are working with the concept that any level of exposure to mercury has to be very bad and to have the potential to cause overt illness, even ones not ever seen in mercury workers.. The laboratories many such persons patronise often use spurious tests such as hair analysis and live blood cell analysis to diagnose heavy metal poisoning and you can be certain will find some mercury and other "nasties" in you.
If you buy all this, and are desperate enough, then you might as well run the various risks of amalgam removal and hope for the best.
If you have other sources of mercury exposure such as eating a lot of fish, and just want some reassurance, explain it all to your doctor. He/she should be able to find out where to get the proper testing done. You may have to pay for the tests if there is no Commonwealth Government rebate for them. but there probably is.
Peter Moran
Jan - 23 Mar 2004 07:20 GMT >Subject: Re: Blood tests for mercury etc.. >From: "Peter Moran" moringa@gil.com.au [quoted text clipped - 9 lines] >> >> Tia I just cant imagine who Drew johhny@hotmal might be. Oh the mystery.
>Why bother with testing, Tia? Even those with fifty or sixty amalgam >fillings have mercury levels well below that which has ever been shown to >cause illness in workers exposed to mercury. Now there's a repeated lie.
But that's the norm for organized member Peter Moran.
Summary Brief Abstract Citation MEDLINE ASN.1 XML/SGML LinkOut Related
>Articles >> Protein Links Nucleotide Links Popset Links Structure Links GenomeLinks OMIM [quoted text clipped - 6 lines] >> Seventy-five subjects aged 20 to 57 with 1 to 15 fillings of silver amalgam >> were examined. The level of mercury vapors in the oral cavity was assessedusing
>> an AGP-01 device and the method developed by the authors. Emission of mercury
>> vapors in the oral cavity increased with the number of fillings. The >> concentration of mercury in the oral cavity depends largely on the number >> ofsilver amalgam fillings and less so on these fillings' length of service.Adv
>> Dent Res 1992 Sep;6:110-3 >> [quoted text clipped - 6 lines] >> special attention to autopsy studies. Until recently, there have been few >> published studies examining the relationship between dental amalgams and tissue
>> mercury levels. Improved and highly sensitive tissue analysis techniques have
>> made it possible to measure elements in the concentration range of parts per >> billion. The fact that mercury can be absorbed and reach toxic levels in >> humantissues makes any and all exposure to that element of scientific interest.
>> Dental amalgams have long been believed to be of little significance as >> contributors to the overall body burden of mercury, because the elemental form
>> of mercury is rapidly consumed in the setting reaction of the >> restoration.Studies showing measurable elemental mercury vapor release from >> dental amalgams have raised renewed concern about amalgam safety. >> >> Mercury vapor absorption occurs through the lungs, with about 80% of the >> inhaled vapor being absorbed by the lungs and rapidly entering the bloodstream.
>> Following distribution by blood circulation, mercury can enter and remain in >> certain tissues for longer periods of time, since the half-life of excretion is
>> prolonged. Two of the primary arget organs of concern are the central nervous
>> system and kidneys. >> >> Publication Types: Review Review, Tutorial PMID: 1292449 [PubMed - indexed for
>> MEDLINE] 1: FASEB J 1990 Nov;4(14):3256-60 Related Articles, Books, LinkOut >> >> Comment in: FASEB J. 1991 Feb;5(2):236. >> >> Whole-body imaging of the distribution of mercury released from dental fillings
>> into monkey tissues.Hahn LJ, Kloiber R, Leininger RW, Vimy MJ, Lorscheider >> FL.Department of Radiology, University of Calgary, Faculty of Medicine, >> Alberta,Canada. >> >> The fate of mercury (Hg) released from dental "silver" amalgam tooth fillings
>> into human mouth air is uncertain. A previous report about sheep revealed >> uptake routes and distribution of amalgam Hg among body tissues. The present [quoted text clipped - 3 lines] >> >> When amalgam fillings, which normally contain 50% Hg, are made with a tracer of
>> radioactive 203Hg and then placed into monkey teeth, the isotope appears in >> high concentration in various organs and tissues within 4wk. Whole-body images
>> of the monkey revealed that the highest levels of Hg werel ocated in the >> kidney, gastrointestinal tract, and jaw. [quoted text clipped - 8 lines] >> Mercury toxicity and dental amalgam.Wolff M, Osborne JW, Hanson AL.There is >> adequate evidence that dental amalgam restorations, during and after placement,
>> results in the release of Hg into the patient's body. Whether the Hg released
>> from amalgam is due to placement procedures, surface abrasion, orl ater >> corrosion breakdown, there is evidence that a low level Hg release continues [quoted text clipped - 6 lines] >> tissue and blood, additional studies are necessary to relate blood-Hg levels >> with dental amalgam restorations. Studies must relate existing restorations as
>> well as the placement of new restorations to body-Hg levels. >> >> It is possible that we have accepted a potentially dangerous material as being
>> safe. >> >> Publication Types: Historical Article PMID: 6361623 >> >> [PubMed - indexed for MEDLINE] http://www.chem-tox.com/pregnancy/mercury.htm
Low Level Mercury Causes Behavior Problems During Pregnancy
Subtle behavior problems were observed in mice offspring exposed to a single low level mercury dose.
In summarizing the results of their study, the researchers stated,
"This hypothesis generating study showed highly significant correlations between mood scores and most measures of low level Hg (mercury) exposure. The specific mood measures most associated with Hg exposure were tension, fatigue, and confusion. The strength of these associations suggests that mood should be included for investigation in future hypothesis-testing studies..... Among the cognitive and motor function tests, only the digit span and simple reaction time (nondominant hand) scores were associated with any measure of exposure...... Overall, and despite the small size of the study population, this investigation found some evidence of adverse preclinical effects at mercury doses averaging 36 ugs/l in urine. The mood and symptom results of this study agree with prior evaluations of both high and low urinary mercury doses. These preliminary survey findings support a critical evaluation of the adequacy of the 50 ug/g creatinine biologic threshold for mercury proposed by the World Health Organization This is the first U.S. dental study to detect potential behavioral deficits at such a low level of exposure. A larger and more comprehensive study is required to accurately determine a biologic threshold of adverse central and peripheral nervous system effects for elemental mercury."
Drs. Diana Echeverria, Nicholas J. Heyer, Michael D. Martin, Conrad A Naleway Depart. of Environ. Health, Univ. of Washington, School of Dentistry, Univ. of Washington Neurotoxicology and Teratology, Vol. 17(2):161-168, 1995
Dopamine Uptake in Brain Cells Changed By Methylmercury
Attention Deficit Disorder children were reported in other headings in this book as having altered dopamine levels. Several compounds, including alcohol, have been shown to alter dopamine levels in test animals. Now, researchers at Duke University Medical School have shown that even very low levels of methylmercury result in dopamine and norepinephrine brain neurotransmitter changes.
http://www.icnr.securesites.com/hhnewsl.html
US Government Document Admits That Mercury Vapors From Silver Fillings Exceeds The Minimum Risk Levels Established By The US Department of Health & Human Services!
http://www.ephca.com/ci&cme.htm
The biology of mercury toxicity has usually been studied after acute short exposure (hours, days) not chronic (years) low long term exposure. Exposure from amalgam fillings occurs without interruption for many years and if 3-17 micrograms are lost per day in vapor alone that is 1095 micrograms to 6200 micrograms per year which can amount to as much as 120 mg over 20 years from the fillings alone---that's a huge amount!!!
http://www.mercola.com/2001/jun/9/amalgam_safety.htm
Boyd E. Haley Professor and Chair behaley@pop.uky.edu Department of Chemistry University of Kentucky http://www.uky.edu/
<snip>
These deaths were identified as being due to a low level toxicity delivered by caterpillars eating poison plants and later, on migration, depositing their waste products on grass being eaten by the mares.
The point being, it is the infant in utero that suffered most on exposure to low level, toxins, not the mother. Combined mercury toxicities can be devastating, as I reference below and in the many references available on the http://www.testfoundation.com website
<snip>
However, the fact is that it is quite easy to detect mercury emitting from one amalgam using these analyzers. Therefore, the "estimate" by this ADA spokesman is way too low. ============================== 9. The half-time for the elimination of a single dose of mercury is extremely long, certainly at least 30 days for the whole body, and perhaps as long as 10,000 days for the brain. Multiple small doses will therefore result in body accumulation.
17. The earliest symptoms of long term, low level mercury poisoning are subclinical and neurological. Consequently, due to their subtlety, these symptoms are easily misdiagnosed.
S. Soderstrom, A Fredriksson, L. Dencker, T. Ebendal, "The effect of mercury vapour on cholinergic neurons in the fetal brain: studies on the expression of nerve growth factor and its low- and high-affinity receptors," Developmental Brain Research 85, 96-108 (1995)
These findings suggest that low levels of prenatal mercury vapour exposure can alter the levels of the NGF and its receptors, indicating neuronal damage and disturbed trophic regulations during development.
What are the Health Impacts?
Mercury is an element that occurs naturally in the earth?s crust. Most people and wildlife can generally tolerate the extremely low levels of this naturally occuring substance. When mercury enters the body it becomes concentrated in tissue, an effect known as bioaccumulation. Since this element is toxic at very low concentrations, even slight increases in the minute concentrations naturally present in the environment can have serious effects on humans and wildlife.
Mercury is a neurotoxin in low doses, affecting the functioning and development of the nervous system. Depending on the level of exposure, this toxin can have varied health effects ranging from mental retardation to death.
Mercury definitely has the ability to cross the placental membranes and so
>> cause health disorders in the unborn child. In studies done by Marsh et al in
>> 1981 and 1987, they showed that mothers with hair mercury levels of 70-640 m >> g/gm of hair during pregnancy have 30% increased risk of psychomotor and other
>> neurological disorders in their infants. Even as low as 10-20 m g/gm can >> increase risk to 5% (WHO 1990). Haley and other scientists, including Vimy and Lorscheider, found in experiments on rat brains that chronic inhalation of low-level mercury ? at levels that simulate exposure to amalagam fillings ? can inhibit brain chemistry, producing lesions similar to those in Alzheimer¹s diseased brains. Mercury inhibits the efficiency of tubulin, a protein vital to brain cells, they explain.
To Tell the Tooth
by Steven F. Hinchey, D.M.D.
While that is true, the cumulative release of low doses of mercury may be the same or more than recognized forms of mercury poisoning. Is it worse to have a mega exposure to mercury vapor at one time, or is it worse to have a continued low dose exposure over time? The theories of dental caries (tooth decay) now point to frequency of exposure to sugar as a strategy to reducing tooth decay. In other words, frequent small doses of sugar are more harmful to the teeth than one mega dose of sugar. The same theory probably holds true for mercury. Allergy desensitization techniques use the theory of very low dose exposures over a long period of time to cure.
1. Correlation of plasma Hg with no.of amalgam fillings. http://tinyurl.com/cdb0 2003
2. Correlation of salivary Hg with no.of amalgam fillings. http://tinyurl.com/cgs0 2000
3. Correlation of Hg with no.of amalgam fillings or total amalgam surface. Evidence of pro-oxidant role of amalgam Hg. http://tinyurl.com/cgrv 2002
4. Amount of Hg in saliva [I-Hg + H(0)] significantly higher in subjects with amalgam fillings. http://tinyurl.com/cgs1 2001
5. I-Hg levels in placenta increased with an increasing number of maternal dental amalgam fillings .... a substantial fraction of maternal blood I-Hg, probably as Hg(0), reached the fetus. http://tinyurl.com/cgrz 2002
6. Mercury vapour release increases with chewing, with absorption and uptake by the brain and kidneys. (Ref in lit report) "...it has not been possible to set a level for mercury in blood or urine below which mercury related symptoms will not occur." http://tinyurl.com/cczd 2002
7. None of the materials tested consistently prevented microleakage. http://tinyurl.com/cfcg 2002
8. In neither of the nonamalgam groups was the wastewater limit exceeded, but 20.5% in the amalgam group exceeded the limit. http://tinyurl.com/ccyu 2002
9. Amalgam caused nerve cell toxicity in culture. http://tinyurl.com/ccyo 2003
10. Amalgam induced chromosome aberrations in vitro. Effects of low level Hg on humans are not clear. http://tinyurl.com/cgrx 2001
11. Amalgam increased production of antinuclear antibodies (a risk factor in autoimmune disease). http://tinyurl.com/cf81 2003
Peter Bowditch - 23 Mar 2004 07:39 GMT >I just cant imagine who Drew johhny@hotmal might be. Oh the mystery. Perhaps it's John Drew who says that he lives in Victoria, Australia and who posts to Usenet from an IP address allocated to an ISP with a street address in that state.
-- Peter Bowditch The Millenium Project http://www.ratbags.com/rsoles The Green Light http://www.ratbags.com/greenlight and The New Improved Quintessence of the Loon with added Vitamins and C-Q10 http://www.ratbags.com/loon To email me use my first name only at ratbags.com
Mark Probert-March 22, 2004 - 23 Mar 2004 15:35 GMT > >Subject: Re: Blood tests for mercury etc.. > >From: "Peter Moran" moringa@gil.com.au [quoted text clipped - 12 lines] > > I just cant imagine who Drew johhny@hotmal might be. Oh the mystery. Whoever he is, he is from Australia. Whom do you "think" it is?
> >Why bother with testing, Tia? Even those with fifty or sixty amalgam > >fillings have mercury levels well below that which has ever been shown to > >cause illness in workers exposed to mercury. > > Now there's a repeated lie. Peter posted proof of his claim. Thus, it cannot be a lie. You calling him a liar is a lie, and is the most common lie on all of usenet.
> But that's the norm for organized member Peter Moran. You would not know what a norm is, if it were inserted into your brain by a proctoscope.
Snip of Jan's usual diatribe.
Aloha - 24 Mar 2004 20:55 GMT There is no mystery, I dont post my true identity and contact details on usenet when asking a simple question. My hotmail account is merely a spam trap for emails i havent added to my contacts list (I do double check these for replies to usenet, and if the the person appears rational and genuine I will add them to my contact list. Since I have no qualifications and am not offering advice to any others I feel this is an acceptable practice., for those that dont share my opinion please do not read or respond to my posts.
>>Subject: Re: Blood tests for mercury etc.. >>From: "Peter Moran" moringa@gil.com.au [quoted text clipped - 318 lines] >(a risk factor in autoimmune disease). >http://tinyurl.com/cf81 2003 Happy Oyster - 24 Mar 2004 04:24 GMT >Why bother with testing, Tia? Even those with fifty or sixty amalgam >fillings have mercury levels well below that which has ever been shown to >cause illness in workers exposed to mercury. Sorry, Sir, but this is not correct. There is a big difference between acute poisoning and poisoning with low doses over a long time.
Regards,
Aribert Deckers
 Signature Reklame mit wahrheitswidrigen Behauptungen
http://www.ariplex.com/ama/ama_wies.htm
Peter Moran - 24 Mar 2004 08:04 GMT > >Why bother with testing, Tia? Even those with fifty or sixty amalgam > >fillings have mercury levels well below that which has ever been shown to > >cause illness in workers exposed to mercury. > > Sorry, Sir, but this is not correct. There is a big difference between > acute poisoning and poisoning with low doses over a long time. Sorry, mate, it is to such chronic exposure that I refer. There is a vast experience of chronic occupational mercury poisoning to draw upon.
In addition, a lot of studies have looked at the health of those with and without amalgams and have been unable to establish any health impairment from them . One study only, which has never been replicated, purports to find a statistical correlation of minor neuropsychiatric abnormalities on sophisticated testing with mercury levels that can theoretically be approached by mercury release from a lot of amalgams. The same authors have never been able to show overt (symptomatic) illness from them.
I don't care enormously if those with vague illnesses want to go through the expense and hazards of amalgam removal. Best of British luck to them. At least most of them will regret it, for such illnesses are extremely prevalent in people without amalgams.
My main interest in this field derived from the ignorant cruelty of those advising amalgam removal for cancer . There is no rhyme or reason to that.
Peter Moran
Jan - 24 Mar 2004 08:45 GMT >From: "Peter Moran" moringa@gil.com.au >Date: 3/23/2004 11:04 PM Pacific Standard Time >Message-id: ><406132f5$0$26964$61c65585@uq-127creek-reader-02.brisbane.pipenetworks.com.au>
>My main interest in this field derived from the ignorant cruelty of those >advising amalgam removal for cancer . There is no rhyme or reason to >that. > >Peter Moran http://www.testfoundation.org/cancerwarnings.htm
Dentists to post cancer warnings Advisory will warn patients of exposure to mercury, other chemicals
-------------------------------------------------------------------------- ------ By Suzanne Bohan, STAFF WRITER
Tri-Valley Herald
Saturday, December 14, 2002
http://www.trivalleyherald.com/Stories/0,1413,86%257E10669%257E1052642,00.html
A new warning sign will show up in dentists' offices statewide in early 2003, letting patients know their visit may entail exposure to mercury and cancer-causing chemicals.
Health advocates say the move puts California in the lead of a small but growing nationwide trend of warning patients about the mercury contained in amalgam fillings. Both New Hampshire and Maine now have laws requiring consumer notification and education about the mercury in dental amalgams, and similar legislation was recently introduced in Massachusetts, according to Michael Bender, director of the Mercury Project.
The California Dental Association agreed to require its members to post the warning to settle a lawsuit brought against the association by As You Sow, a San Francisco environmental group. On Monday, representatives from the two groups and the state Attorney General's office will meet in San Francisco Superior Court for what all parties expect will be final approval of the settlement.
An estimated 12,000 dentists in the state don't belong to the dental association, and thus won't be required to post the sign, but many are also expected to join the settlement. Those joining the settlement are protected from patient lawsuits over any of the substances listed in the agreement, said Jim Dufour, the attorney representing the dental association.
The environmental group filed suit in 2001 under California's Proposition 65, an initiative approved by voters in 1986 that requires businesses and employers to post warnings if their activities may expose customers or employees to chemicals -- or in the case of mercury, a metal -- that are known to harm health. Cur- rently, Prop. 65 warning signs for a range of toxic substances are found in venues as diverse as bars, gas stations and factories.
The settlement between the dental association and As You Sow calls for the 18,000 dentists belonging to the association, as well as dental schools, to mount a sign that notifies patients that dental amalgam contains mercury. Part of the message will state that mercury is known "to cause birth defects or other reproductive harm," according to Shawn Khorrami, the Van Nuys attorney representing As You Sow. It also will warn that chemicals known to cause cancer -- specifically chloroform and methylene chloride -- are in sealants used in root canal, fillings, bridges and crown treatments.
While Dufour said the lawsuit "was quite amicably resolved," both sides remain deeply divided over the meaning of the warning.
As the dental association sees it, the warning simply provides consumers with information about a potential risk, since Prop. 65 requires a warning when people will be exposed to one-one-thousandth of the exposure known to cause harm.
"The state law requires a warning to customers at a very, very low level of exposure to make informed decisions," Dufour said. "Prop 65 is not about a health risk. It's a consumers' rights law."
Even though the association agreed to post the warning, the group still believes dental amalgams are safe, said Lori Reed, a spokeswoman for the group.
"Even though the amalgams contains mercury, there is no scientific evidence that mercury (in them) causes serious illness," she said, adding that her group relies on guidance from federal health agencies regarding the safety of amalgams. The Food and Drug Administration, which regulates dental amalgams, states that the mercury in the compound poses no health risk.
But Ed Weil, the deputy state attorney general handling the case, views the purpose of the notice differently. "We regard the warnings as health warnings. I know the dental people don't regard it that way.
"It's a health warning, but there are degrees of all of this," he added. "The purpose of Prop 65 is to give people information and let them make their own choices. The idea is instead of (the state) deciding what you should and shouldn't know, we're going to give you the information and let you decide."
Khorrami, on the other hand, is unequivocal that the mercury contained in dental amalgams -- which also contain silver, tin and copper -- poses a significant risk. Amalgam filling emits mercury vapors, particularly when exposed to hot foods or liquid, pressure like chewing, or abrasion from toothbrushes, according to Boyd Haley, the chair of the chemistry department at the University of Kentucky, and one of the nation's leading scientists opposed to the use of mercury in dental practice.
"It's constantly emitted, so there's chronic exposure," said Khorrami.
Haley said that the mercury vapors can cause neurological harm, as the heavy metal interferes with the function of proteins. "In the case of neurons, it disrupts the nerve action," he said.
While the new ruling will only apply to dentists who belong to the association and who have 10 or more employees, many members of the group with fewer than 10 employees are also expected to post the signs as they become available over the two to three months.
Contact Suzanne Bohan at sbohan@angnewspapers.com
http://www.chem-tox.com/immunesystem/immune-sys-index.htm
Information Provided by CHEM-TOX.COM
It's a fact that the human immune system is under stress from our modern day chemical lifestyles. How severe this problem is depends on whether you talk to people who make money from the use of chemicals or if you talk to people who research how chemicals impact the immune system (the science of immuno-toxicology). Currently, chemical companies such as DOW, DUPONT, UNION CARBIDE, MONSANTO and others are not required by the EPA to test their chemical products for subtle or gradual harmful effects upon the immune system. However, independent research has found this immune system problem can occur from exposure to home and lawn/garden pesticides, disinfectants, cosmetic product chemicals, plastics, vinyl compounds, alcohol, car exhaust, electro-magnetic radiation (EMR), mercury (as in mercury/silver amalgam fillings and other sources. What is very worrisome is the fact that when an individual receives exposure to many of these sources simultaneously, the harmful effects upon the immune system are sometimes far greater ( 1 + 1 = 3).
Health effects resulting from a weakened immune system have now been found to include - increased frequency and duration of colds and flu, allergies, asthma, autoimmune disorders such as diabetes, arthritis, lupus and others. Of particular concern is new research showing how children with low function in parts of their immune system are contracting cancer (and dying of cancer) at much higher rates than children with higher functioning immune systems. This fact provides some of the strongest logic to date on the importance of identifying and removing all environmental sources with a potential for suppressing a child's immune system.
This web page will provide an increasing number of links to research demonstrating how modern chemicals and consumer products are being found to weaken the immune system. Check back soon
LEARN ABOUT IMMUNE SYSTEM FUNCTION
NATURAL KILLER CELL INFORMATION -Natural Killer Cells are the back-bone of the human immune system. They are one of the first immune system cells to attack virus infected cells and essential in removing cancer cells.. Some people are being found with low levels of natural killer cells making them more prone toward infections and cancer. This link explains details on natural killer cell function.
IMMUNE SYSTEM DAMAGING CHEMICAL RESEARCH BELOW - CLICK LINK
CHILD CANCER WEBSITE -Information on suspected environmental causes of cancers - neuroblastoma, brain cancer and leukemia and information on how the immune system protects a child from cancer.
AIDS PATIENTS - Many AIDS patients found to have been using drugss which weaken the immune system
ALCOHOL - Many aspects of immune function are weakened by drinking alcohol.
CHEMOTHERAPY - These drugs used to kill cancer cells can also weaken the immune systems ability to remove cancer cells from the body.
DENTAL FILLINGS - Typical Silver/Mercury Amalgam Fillings shown to weaken immune system
PESTICIDES - Weakening of the immune system occurs from even low level pesticide exposure from common pesticide exposure in homes, food and raises concern for people living near agriculture areas.
PLASTICS & PAINTS - These products contain chemicals which can seriously weaken immune function
RADIATION - Electromagnetic Radiation from Microwave Towers & Power Lines Suspected
RIVER POLLUTION - Chemical river pollution weakens fish immune systems
VEHICLE EXHAUST - Car exhaust contains many different immuno-suppressing chemicals
DRINKING WATER - Chemicals in drinking water found to weaken immune function
VISIT CHEM-TOX.COM - our home/index page providing information on other harmful effects of modern chemicals.
http://www.lef.org/magazine/mag2001/may2001_report_mercury_1.html
http://www.thorne.com/townsend/oct/mercury.html
http://www.mercury-free.com/
http://www.aznetnews.com/story.php?storyid=375
What the rest of the world knows that you don’t Dr. Larry Clapp
What Americans don’t know about cancer can hurt them.Did you know that mercury fillings (silver amalgam fillings) can cause cancer? If you were Swedish, you’d know that. Your insurance plan would pay whatever it cost to remove the fillings. If you refused, you’d be denied any health insurance because your cancer and disease risk would be considered too high.Did you know that cancer cannot live in a pH-balanced environment? If you lived in Germany, you might know that. In 1931, a German professor won the Nobel Prize for proving this. Tests for determining your pH balance will help show you which areas of your body that are most at risk. These testing methods, available in Europe, are becoming obtainable in the United States.Did you know that mercury fillings cause toxic deposits in your neck, under your arms and in your groin, increasing your risk of cancer in these areas? If you were German, you might know that too. The research was conducted there years ago, and the use of mercury fillings has been strongly discouraged there ever since. Germans also know about hidden infections in the mouth that cause weakening of the immune system, bones and tissue without external signs. The U.S. medical world has done little research into the side effects of amalgam fillings. (See www.amalgam.org for more information.)Did you know that 200,000 American men are diagnosed with prostate cancer each year? If you were Asian or African, you might not even know there was such a thing as prostate cancer. It’s seldom seen in less technological countries. Unfortunately, when Africans move to the United States, one in three develop prostate cancer by age 50. The increased exposure to fats and sugars, pollution and stress will kill many of them. In the United States, 40,000 men have prostate surgery each year, resulting in impotence and incontinence and, in over half the cases, the cancer returns.Did you know that fasting improves circulation which, in turn, reduces cancer risk and greatly increases sexual performance? If you were living in Asia or many areas of the Middle East, you would probably be fasting on a regular basis for religious and cultural reasons. You would probably expect to enjoy health and sexual vigor far into your senior years.Fasting also assists in managing parasites. The presence of parasites in the body is an accepted fact outside of the United States, and everyone has them. Parasites create toxins in the body and also are linked to cancer. This is just one more thing that Americans don’t know.What emerges is a picture of an America that went down the wrong road a long time ago when it decided to treat cancer as something to be attacked with medical weapons and not as a symptom of an unhealthy lifestyle. Americans invest in high-tech solutions rather than look for simpler, saner answers. To someone with prostate cancer, it could make a world of difference.10 steps to a healthy prostate• Avoid sugar, tobacco, processed foods, sodas, spicy foods, caffeine and alcohol. All are harmful to the prostate.• Eat fresh, organic fruits and vegetables as much as possible, adding reasonable amounts of soy products to your diet.• Avoid saturated fats, meats, dairy and limit calories from fat to 20 percent of total daily calories.• Have a happy love and sex life.• Have a checkup by a biological dentist. Problems in the mouth such as amalgam fillings, infections and root canals cause prostate problems.• Utilize the Biological Terrain Assessment (BTA) to reverse acidity and pH balance your body so that cancer cannot survive.• Exercise regularly, as well as using breathing and meditation to handle stress, a major factor in prostate problems.• Have Prostate-specific Antigent (PSA) and Expressed Prostate Secretion (EPS) tests to determine prostate health in your 40s, then annually after 50. Avoid taking antibiotics that have been shown to exacerbate prostatitis. Prostatitis can be cured before it becomes cancer using the herbal product Peenuts.• Take supplements such as neoProstate, saw palmetto, zinc, nettles and avena setiva as indicated by the BTA and/or as recommended by your health professional. ABOUT THE AUTHOR Larry Clapp, Ph.D., J.D., was diagnosed with prostate cancer in 1990 and has done extensive research into self-healing alternatives. He has developed a treatment that he successfully used to cure himself and is the author of Prostate Health in 90 Days. www.prostate90.com. 1-800-654-5126.
http://www.epa.gov/ttn/atw/hlthef/mercury.html
Mercury Compounds
Hazard Summary
Mercury exists in three forms: elemental mercury, inorganic mercury compounds (primarily mercuric chloride), and organic mercury compounds (primarily methyl mercury). All forms of mercury are quite toxic, and each form exhibits different health effects. Acute (short-term) exposure to high levels of elemental mercury in humans results in central nervous system (CNS) effects such as tremors, mood changes, and slowed sensory and motor nerve function. Chronic (long-term) exposure to elemental mercury in humans also affects the CNS, with effects such as erethism (increased excitability), irritability, excessive shyness, and tremors. Human studies are inconclusive regarding elemental mercury and cancer. Acute exposure to inorganic mercury by the oral route may result in effects such as nausea, vomiting, and severe abdominal pain. The major effect from chronic exposure to inorganic mercury is kidney damage. Animal studies have reported effects such as alterations in testicular tissue, increased resorption rates, and abnormalities of development. Mercuric chloride (an inorganic mercury compound) exposure has been shown to result in forestomach, thyroid, and renal tumors in experimental animals. Acute exposure of humans to very high levels of methyl mercury results in CNS effects such as blindness, deafness, and impaired level of consciousness. Chronic exposure to methyl mercury in humans also affects the CNS with symptoms such as paresthesia (a sensation of pricking on the skin), blurred vision, malaise, speech difficulties, and constriction of the visual field. Methyl mercury exposure, via the oral route, has led to significant developmental effects. Infants born to women who ingested high levels of methyl mercury exhibited mental retardation, ataxia, constriction of the visual field, blindness, and cerebral palsy. Please Note: The main sources of information for this fact sheet are EPA's Integrated Risk Information System (IRIS), which contains information on inhalation chronic toxicity and the RfC for elemental mercury, oral chronic toxicity and the RfD for inorganic and methyl mercury, EPA's Mercury Study Report to Congress, and the Agency for Toxic Substances and Disease Registry's (ATSDR's) Toxicological Profile for Mercury. Other secondary sources include the World Health Organization's Environmental Health Criteria Documents on Methyl Mercury and Inorganic Mercury.
Happy Oyster - 24 Mar 2004 16:11 GMT >Dentists to post cancer warnings >Advisory will warn patients of exposure to mercury, other chemicals Jan Drew copies wildly any stuff he can get, and mixes up facts with fiction. Why so? Because Jan Drew is an advertizing agency for the naturopath mafia and that way disguises his advertizing.
Jan Drew by no means is a person who can be believed. Jan Drew abuses honorable scientists like Mr. Vimy, Mr. Lorscheider, etc for his insane advertizing for insane junk.
More about Jan Drew, the shame of the human race :
http://www.geocities.com/naturopathicmafia/Quackery.html
Regards,
Aribert Deckers
 Signature Reklame mit wahrheitswidrigen Behauptungen
http://www.ariplex.com/ama/ama_wies.htm
Jan - 24 Mar 2004 16:31 GMT >http://www.testfoundation.org/cancerwarnings.htm > [quoted text clipped - 339 lines] >the World Health Organization's Environmental Health Criteria Documents on >Methyl Mercury and Inorganic Mercury. Happy Oyster - 24 Mar 2004 16:08 GMT >Sorry, mate, it is to such chronic exposure that I refer. There is a vast >experience of chronic occupational mercury poisoning to draw upon. Sorry, Sir, but there you are mistaken. The laws and rules for environmental poisoning AT WORK are quite different from those in NORMAL life, like at home.
>In addition, a lot of studies have looked at the health of those with and >without amalgams and have been unable to establish any health impairment >from them . There is a key error in all those studies : They do not have enough material for comparison. If more than 90 percent of the population are affected, you do not have enough probands for long-term studies.
Do you remember the coffee-study in scandinavia, which lasted about 20 years ? The key error there was that they studied the effect of coffee, and did not consider that coffee is drunk at a high temperature, which will vaporize mercury from amalgam fillings. The result of the study is, that the more coffee is drunk, the more problems with joints occur (if I remember this point correctly).
We now could claim, that this result was caused NOT by the ingredients of the coffee, but by dental amalgam being vaporized by hot coffee. The studies done by Tekran support this.
BUT, this still is no proof, as we need a study, lasting about 20 years with persons who never had and in these 20 years never will have dental amalgam. And we need another group which drinks another HOT drinks, but no coffee. How many millions people to you need to start with, to get this study done... ? Too many.. So it will never be done...
>One study only, which has never been replicated, purports to >find a statistical correlation of minor neuropsychiatric abnormalities on >sophisticated testing with mercury levels that can theoretically be >approached by mercury release from a lot of amalgams. The same authors >have never been able to show overt (symptomatic) illness from them. As for some years now I deal with other topics : which study do you mean ?
>I don't care enormously if those with vague illnesses want to go through the >expense and hazards of amalgam removal. Best of British luck to them. At [quoted text clipped - 4 lines] >advising amalgam removal for cancer . There is no rhyme or reason to >that. Yes, the old problem : no valid diagnoses - because of god-damned-stupid "healers" and "medical doctors"... People are ill and seek the cause for their illnesses and - as being laymen - are ripped off by the whole health scene...
The key here is that the good medical doctors do not fight fiercely enough for scientific medicine, but instead help to cover up the criminals, MDs and "healers" the like...
We need a fortified medicine !
Regards,
Aribert Deckers
 Signature Reklame mit wahrheitswidrigen Behauptungen
http://www.ariplex.com/ama/ama_wies.htm
Peter Moran - 24 Mar 2004 21:55 GMT > >Sorry, mate, it is to such chronic exposure that I refer. There is a vast > >experience of chronic occupational mercury poisoning to draw upon. > > Sorry, Sir, but there you are mistaken. The laws and rules for > environmental poisoning AT WORK are quite different from those in > NORMAL life, like at home. Yes, those who work in the mercury industry have much higher mercury loads and much higher mercury excretion than those who don't but only have amalgams. And amongst th workers it is only those with the highest urinary mercury excretions who show deleterious effects.
> >In addition, a lot of studies have looked at the health of those with and > >without amalgams and have been unable to establish any health impairment [quoted text clipped - 3 lines] > material for comparison. If more than 90 percent of the population are > affected, you do not have enough probands for long-term studies. No problem. You determine whether there is a correlation between symptoms and number of amalgam surfaces, or daily mercury excretion. This has been done and there is none. Here is an example of such a study ---
Environ Health Perspect 2003 May;111(5):719-23
Mercury derived from dental amalgams and neuropsychologic function.
Factor-Litvak P, Hasselgren G, Jacobs D, Begg M, Kline J, Geier J, Mervish
N, Schoenholtz S, Graziano J.
Department of Epidemiology and Department of Environmental Health Sciences,
Mailman School of Public Health, Columbia University, New York, New York,
USA.
There is widespread concern regarding the safety of silver-mercury amalgam
dental restorations, yet little evidence to support their harm or safety. We
examined whether mercury dental amalgams are adversely associated with
cognitive functioning in a cross-sectional sample of healthy working adults.
We studied 550 adults, 30-49 years of age, who were not occupationally
exposed to mercury. Participants were representative of employees at a major
urban medical center. Each participant underwent a neuropsychologic test
battery, a structured questionnaire, a modified dental examination, and
collection of blood and urine samples. Mercury exposure was assessed using
a) urinary mercury concentration (UHg); b) the total number of amalgam
surfaces; and c) the number of occlusal amalgam surfaces. Linear regression
analysis was used to estimate associations between each marker of mercury
exposure and each neuropsychologic test, adjusting for potential confounding
variables. Exposure levels were relatively low. The mean UHg was 1.7 micro
g/g creatinine (range, 0.09-17.8); the mean total number of amalgam surfaces
was 10.6 (range, 0-46) and the mean number of occlusal amalgam surfaces was
6.1 (range, 0-19). No measure of exposure was significantly associated with
the scores on any neuropsychologic test in analyses that adjusted for the
sampling design and other covariates. In a sample of healthy working adults,
mercury exposure derived from dental amalgam restorations was not associated
with any detectable deficits in cognitive or fine motor functioning.
PMID: 12727600 [PubMed - in process]
> Do you remember the coffee-study in scandinavia, which lasted about 20 > years ? The key error there was that they studied the effect of [quoted text clipped - 13 lines] > with, to get this study done... ? Too many.. So it will never be > done... Or you you can just try and show if the presence of amalgams has any correlation with poor health, coffee or no.
Here is the closest we have to a prospective study looking at a wide variety of symptoms, mortality and blood tests. --- Acta Odontol Scand 1999 Jun;57(3):168-74
Serum mercury concentration in relation to survival, symptoms, and diseases: results from the prospective population study of women in Gothenburg, Sweden.
Ahlqwist M, Bengtsson C, Lapidus L, Gergdahl IA, Schutz A
Department of Oral Diagnostic Radiology, Goteborg University, Gothenburg, Sweden.
[Medline record in process]
A prospective population study of women in Gothenburg, Sweden was started in 1968-69 and comprised 1462 women aged 38, 46, 50, 54, or 60 years at baseline. Follow-up studies were carried out in 1974-75, 1980-B11, and 1992-93. The baseline study included an extensive medical and dental examination. Serum mercury concentration (beta-HG) was determined in deep-frozen samples from all participants in 1968-69 and in a random subsample of sera from participants in 1980-81, about 20 years after the baseline examination. S-Hg was statistically significantly correlated with number of amalgam fillings at both examinations. Of 30 defined symptoms and 4 different clusters of symptoms, no one was independently correlated with S-Hg measured in the samples from 1968-69, while there was a negative statistically significant correlation with over-exertion and poor appetite in 1980-81. Blood hemoglobin and serum B-12 concentrations in 1968-69 were statistically significantly and positively correlated with S-Hg, while erythrocyte sedimentation rate and the serum concentrations of potassium and triglycerides were significantly and negatively correlated with S-Hg, also after including potential confounders. Blood hematocrit examined in 1980-81 was negatively correlated with S-Hg. When including potential confounders, serum IgA was also statistically significantly correlated with S-Hg, but not in univariate analysis. No statistically significant correlation was observed between S-Hg, on the one hand, and the incidence of diabetes, myocardial infarction, stroke, or cancer on the other, while a statistically significant negative correlation was observed with overall mortality when age and education were included as background variables. There were some correlations between biological variables and S-Hg, probably of no negative clinical significance, and we conclude that there is no association between disease and S-Hg on a population basis in middle-aged and older women.
PMID: 10480284, UI: 99408161
> >One study only, which has never been replicated, purports to > >find a statistical correlation of minor neuropsychiatric abnormalities on [quoted text clipped - 4 lines] > As for some years now I deal with other topics : which study do you > mean ? Lucchini R, Cortesi I, Facco P, Benedetti L, Camerino D, Carta P, Urbano ML, Zaccheo A, Alessio L.
Cattedra di Medicina del Lavoro, Universita di Brescia, P.le Spedali Civili 1, 25125 Brescia.
OBJECTIVES: To assess early effects on the Central Nervous System due to occupational exposure to low levels of inorganic mercury (Hg) in a multicenter nationwide cross-sectional study, including workers from chloro-alkali plants, chemical industry, thermometer and fluorescent lamp manufacturing. The contribution of non-occupational exposure to inorganic Hg from dental amalgams and to organic Hg from fish consumption was also considered. METHODS: Neuropsychological and neuroendocrine functions were examined in a population of 122 workers occupationally exposed to Hg, and 196 control subjects, not occupationally exposed to Hg. Neuropsychological functions were assessed with neurobehavioral testing including vigilance, motor and cognitive function, tremor measurements, and with symptoms concerning neuropsychological and mood assessment. Neuroendocrine functions were examined with the measurement of prolactin secretion. The target population was also characterized by the surface of dental amalgams and sea fish consumption. RESULTS: In the exposed workers the mean urinary Hg (HgU) was 10.4 +/- 6.9 (median 8.3, geometric mean 8.3, range 0.2-35.2) micrograms/g creatinine, whereas in the control group the mean HgU was 1.9 +/- 2.8 (median 1.2, geometric mean 1.2, range 0.1-33.2) micrograms/g creatinine. The results indicated homogeneous distribution of most neurobehavioral parameters among exposed and controls. On the contrary, finger tapping (p < 0.01) and the BAMT (Branches Alternate Movement Task) coordination test (p = 0.05) were associated with occupational exposure, indicating an impairment in the exposed subjects. Prolactin levels resulted significantly decreased among the exposed workers, and inversely related to HgU on an individual basis (p < 0.05). An inverse association was also observed between most neuropsychological symptoms and sea fish consumption, indicating a "beneficial effect" from eating sea fish. On the contrary, no effects were observed as a function of dental amalgams. CONCLUSIONS: In conclusion, this study supports the finding of early alterations of motor function and neuroendocrine secretion at very low exposure levels of inorganic Hg, below the current ACGIH BEI and below the most recent exposure levels reported in the literature.
There is another, that I cannot turn up for now, but which will be in the archives of this group.
Peter Moran
> >I don't care enormously if those with vague illnesses want to go through the > >expense and hazards of amalgam removal. Best of British luck to them. At [quoted text clipped - 13 lines] > enough for scientific medicine, but instead help to cover up the > criminals, MDs and "healers" the like...
> We need a fortified medicine ! > > Regards, > > Aribert Deckers Jan - 25 Mar 2004 00:22 GMT >Subject: Re: Blood tests for mercury etc.. >From: "Peter Moran" moringa@gil.com.au >Date: 3/24/2004 12:55 PM Pacific Standard Time >Message-id: ><4061f5ac$0$32758$61c65585@uq-127creek-reader-01.brisbane.pipenetworks.com.au>
>No problem. You determine whether there is a correlation between symptoms >and number of amalgam surfaces, or daily mercury excretion. This has been >done and there is none. These are invisible to members of organized medicine and dentistry.
http://tinyurl.com/cdb0
: Sci Total Environ. 2003 Jan 1;301(1-3):43-50. Related Articles, Links Influence of amalgam fillings on Hg levels and total antioxidant activity in plasma of healthy donors.
Pizzichini M, Fonzi M, Giannerini F, Mencarelli M, Gasparoni A, Rocchi G, Kaitsas V, Fonzi L.
Department of Biomedical Sciences, University of Siena, Via A Moro 8, 53100 Siena, Italy. pizzichini@unisi.it
In order to evaluate the influence of specific factors on mercury (P-Hg) levels and antioxidant power (P-FRAP) in human plasma, 26 healthy donors were examined by a dentist, their plasma analyzed for Hg by atomic absorption spectrometry and for total antioxidant activity by FRAP method. Hg plasma concentration was found to be correlated with the number of amalgam fillings, suggesting that Hg released from fillings is a source of Hg in non-occupational exposed subjects. P-FRAP correlated negatively with P-Hg suggesting a pro-oxidant role of the Hg released from amalgam fillings. Though age by itself was not significantly correlated with P-FRAP, when considered together with P-Hg in multivariate analysis, it was found to be a major related cofactor. Multivariate analysis showed no influence of fish consumption or cigarette smoking on P-FRAP. Copyright 2002 Elsevier Science B.V.
PMID: 12493183 [PubMed - indexed for MEDLINE]
http://tinyurl.com/cgs0
: Bull Group Int Rech Sci Stomatol Odontol. 2000 May-Dec;42(2-3):88-93. Related Articles, Links
Salivary mercury levels in healthy donors with and without amalgam fillings.
Pizzichini M, Fonzi M, Gasparoni A, Fonzi L.
Department of Biomedical Science, University of Siena, Siena, Italy.
Dental amalgam (AMG) is the most diffused dental filling material. Since it is constituted for at least 40-45% of Hg, many questions have raised about its safe use. Hg particles from dental amalgam dissolve in saliva and, being ingested, they reach the blood stream through the intestinal mucosa. It has been demonstrated that amalgam fillings continuously release Hg vapour and that there is detectable Hg in expired and inspired air of amalgam owners. It is not yet fully accepted that AMG fillings represent the principal source of Hg for man and the aim of this study was to evaluate if the mercury level in saliva: 1) was higher within people bearing dental amalgam restorations than in people with no restorations; 2) was different between males or females; 3) increased in relation to the surface of amalgam restorations. The results showed a correlation between number of fillings and salivary Hg, between amalgam surface and salivary Hg. The Authors could finally assert that AMG fillings represented the principal source of salivary Hg in the subjects studied.
PMID: 11799732 [PubMed - indexed for MEDLINE]
http://tinyurl.com/cgrv
Sci Total Environ. 2002 Feb 4;284(1-3):19-25. Related Articles, Links
Release of mercury from dental amalgam and its influence on salivary antioxidant activity.
Pizzichini M, Fonzi M, Sugherini L, Fonzi L, Gasparoni A, Comporti M, Pompella A.
Department of Biomedical Sciences, University of Siena, Italy.
Dental amalgam fillings are known to release significant amounts of mercury (Hg) in saliva which could represent a continuous source of oxidative damage to mouth tissues. The present investigation was aimed at verifying this hypothesis by determining a possible correlation between salivary Hg levels and salivary total antioxidant activity (TAA), which is used as an index of oxidative stress. Samples of saliva from 34 healthy donors were analyzed for Hg content, by vapor atomic absorption spectrometry, and for TAA, by determining the ferric reducing ability ('FRAP' method). A significant correlation between Hg and the number of amalgam restorations or total amalgam surface was evident in both the male and female subjects. A significant negative correlation between TAA and Hg levels or number of amalgam restorations or amalgam surface was evident in females, indicating that small increases in salivary Hg were sufficient to produce a decrease in salivary TAA. On the other hand, no significant correlation was found in the males. The present study provides, for the first time, evidence of a pro-oxidant role of the amalgam Hg chronically released in saliva.
PMID: 11846163 [PubMed - indexed for MEDLINE]
http://tinyurl.com/cgs1
: Caries Res. 2001 May-Jun;35(3):163-6. Related Articles, Links Dental amalgam fillings and the amount of organic mercury in human saliva.
Leistevuo J, Leistevuo T, Helenius H, Pyy L, Osterblad M, Huovinen P, Tenovuo J.
The National Public Health Institute, Antimicrobial Research Laboratory, Turku University, Turku, Finland.
We studied differences in the amounts of organic and inorganic mercury in saliva samples between amalgam and nonamalgam human study groups. The amount of organic and inorganic mercury in whole saliva was measured in 187 adult study subjects. The mercury contents were determined by cold-vapor atomic absorption spectrometry. The amount of organic and inorganic mercury in paraffin-stimulated saliva was significantly higher (p<0.001) in subjects with dental amalgam fillings (n = 88) compared to the nonamalgam study groups (n = 43 and n = 56): log(e) (organic mercury) was linearly related to log(e) (inorganic mercury, r(2) = 0.52). Spearman correlation coefficients of inorganic and organic mercury concentrations with the number of amalgam-filled tooth surfaces were 0.46 and 0.27, respectively. Our results are compatible with the hypothesis that amalgam fillings may be a continuous source of organic mercury, which is more toxic than inorganic mercury, and almost completely absorbed by the human intestine.
PMID: 11385194 [PubMed - indexed for MEDLINE]
http://tinyurl.com/cgrz
1: Environ Health Perspect. 2002 May;110(5):523-6. Related Articles, Links Inorganic mercury and methylmercury in placentas of Swedish women.
Ask K, Akesson A, Berglund M, Vahter M.
Division of Metals and Health, Institute of Environmental Medicine, Karolinska Institutet, Stockholm, Sweden.
We determined levels of inorganic mercury (I-Hg) and methylmercury in placentas from 119 Swedish women, not selected with respect to high exposure of mercury. Our objective was to relate placental Hg species with maternal and fetal blood concentrations and to evaluate possible associations with selenium. We performed the analyses using automated alkaline solubilization/reduction and cold-vapor atomic fluorescence spectrophotometry. I-Hg levels in placenta increased with an increasing number of maternal dental amalgam fillings (p < 0.001). Despite placental accumulation (median, 1.3 microg/kg; range, 0.18-6.7 microg/kg wet weight), a substantial fraction of maternal blood I-Hg, probably as Hg(0), reached the fetus. Although MeHg transferred easily to the fetus, it also accumulated in the placenta. On average, 60% of placental Hg was in the form of MeHg. The median concentration was 1.8 microg/kg (range, 0-6.2 microg/kg wet weight), more than twice the maternal blood concentration. We found significant associations between MeHg and selenium in both maternal and umbilical cord blood but not in the placenta. The associations were particularly obvious in freshwater fish consumers, probably reflecting that fish is a source of both MeHg and selenium. We found no correlations between I-Hg and selenium. This study increases the understanding of Hg, in its different forms, in human placenta and how they are related to maternal and fetal exposure.
PMID: 12003757 [PubMed - indexed for MEDLINE]
http://tinyurl.com/cczd
1: Med Lav. 2002 May-Jun;93(3):139-47. Related Articles, Links
Mercury exposure and early effects: an overview.
Kazantzis G.
Environmental Geochemistry Research Group, Department of Environmental Science and Technology, Imperial College of Science, Technology & Medicine, Prince Consort Road, London SW7 2BP, UK.
OBJECTIVES: This paper was given as a keynote address at the conference on The Assessment of the Effects Due to Low Doses of Inorganic Mercury following Environmental and Occupational Exposures: Human and in vitro Studies on the Specific Mechanisms of Toxicity in Gargnano, Italy, in September 2001. METHODS: The most relevant literature over the past 40 years has been reviewed, and in particular, the proceedings of the World Health Organisation conferences on the health effects of inorganic and organic mercury exposure have been considered. RESULTS: In an uncontaminated environment the general population is exposed to mercury vapour from the atmosphere and from dental amalgam, while the diet, mainly from fish, is the principal source for methyl mercury absorption. Mercury vapour release from amalgam fillings increases with chewing, with absorption and uptake by the brain and kidneys. Infants exposed to phenyl mercury from treated diapers and young children ingesting mercurous chloride in teething powders have developed acrodynia (pink disease), and Kawasaki disease and the use of mercurial skin lightening creams has been followed by the development of the nephrotic syndrome. Both mercury compounds and mercury vapour have given rise to contact dermatitis in the general population. Epidemics of mercury poisoning have followed release of mercury into the environment from industrial activity, with uptake of methyl mercury from fish eating in Minamata Bay and uptake of both inorganic and methyl mercury following release of mercury vapour and deposition into waterways from gold recovery procedures in the Amazon basin. The ingestion of wheat and barley seed treated with an alkyl mercury fungicide for sowing, by a largely illiterate population in Iraq, led to a major outbreak of poisoning with a high fatality rate. Following exposure to mercury vapour, the earliest clinically observed adverse effects at urine mercury levels of the order of 30-100 mg/g creatinine, are objectively detectable tremor, psychological disorder and impaired nerve conduction velocity in sensitive subjects, with subjective symptoms of irritability, fatigue and anorexia. At these and at lower levels, proteinuria has also been observed. Both glomerular and tubular damage may occur at exposure levels lower than those giving rise to central nervous system effects. An immunological effect has also been observed in studies on clinically asymptomatic workers with low level exposure. CONCLUSIONS: As mercury can give rise to allergic and immunotoxic reactions which may be genetically regulated, in the absence of adequate dose-response studies for immunologically sensitive individuals, it has not been possible to set a level for mercury in blood or urine below which mercury related symptoms will not occur.
Publication Types: Lectures PMID: 12197264 [PubMed - indexed for MEDLINE]
http://tinyurl.com/cf81 1: Neuroendocrinol Lett. 2003 Feb-Apr;24(1-2):65-7. Related Articles, Links
Dental amalgam as one of the risk factors in autoimmune diseases.
Bartova J, Prochazkova J, Kratka Z, Benetkova K, Venclikova Z, Sterzl I.
Institute of Dental Research, lst Medical Faculty, Charles University and General Faculty Hospital Prague, Vinohradska 48, 120 60 Prague 2, Czech Republic. jirina.bartova@post.cz
BACKGROUND: Experimental and clinical data published recently show that dental amalgam can give rise to undesirable immunological responses in susceptible individuals. In genetically susceptible strains of experimental animals, mercury and silver can induce autoimmune responses. Sera of patients sensitive to mercury were found to have a higher incidence of autoantibodies relative to controls. OBJECTIVE: The aim of this study was to determine possible presence of antinuclear SSB/La autoantibodies after the in vitro stimulation of peripheral blood lymphocytes with HgCl2. METHODS: Lymphocytes were obtained from patients with autoimmune thyroiditis and increased response to mercury in vitro. Mononuclear cells were cultivated for 6 days with 100 microl HgCl2 solution or with pure medium and the levels of antinuclear autoantibodies SSB/La were assayed by a commercial SSB/La ELISA kit. RESULTS: Increased production of SSB/La autoantibodies in the media following stimulation of peripheral blood lymphocytes with HgCl2 was found in all cases. Using the Student's paired test, the results were significant on the p=0.05 significance level. CONCLUSION: Results imply that, in some patients with thyroiditis, mercury from dental amalgam can stimulate the production of antinuclear antibodies. Dental amalgam may be a risk factor in some patients with autoimmune disease.
PMID: 12743535 [PubMed - indexed for MEDLINE]
Neurotoxicol Teratol. 1995 Mar-Apr;17(2):161-8. Related Articles, Links
Behavioral effects of low-level exposure to elemental Hg among dentists.
Echeverria D, Heyer NJ, Martin MD, Naleway CA, Woods JS, Bittner AC Jr.
Battelle Center for Public Health Research and Evaluation (CPHRE), Seattle, WA 98105, USA.
Exposure thresholds for health effects associated with elemental mercury (Hg degree) exposure were examined by comparing behavioral test scores of 19 exposed (mean urinary Hg = 36 micrograms/l) with those of 20 unexposed dentists. Thirty-six micrograms Hg/l is 7 times greater than the 5 micrograms Hg/l mean level measured in a national sample of dentists. To improve the distinction between recent and cumulative effects, the study also evaluated porphyrin concentrations in urine, which are correlated with renal Hg content (a measure of cumulative body burden). Subjects provided an on-site spot urine sample, were administered a 1-h assessment consisting of a consent form, the Profile of Mood Scales, a symptom and medical questionnaire, and 6 behavioral tests: digit-span, symbol-digit substitution, simple reaction time, the ability to switch between tasks, vocabulary, and the One Hole Test. Multivariate regression techniques were used to evaluate dose-effects controlling for the effects of age, race, gender and alcohol consumption. A dose-effect was considered statistically significant below a p value of 0.05. Significant urinary Hg dose-effects were found for poor mental concentration, emotional lability, somatosensory irritation, and mood scores. Individual tests evaluating cognitive and motor function changed in the expected directions but were not significantly associated with urinary Hg. However, the pooled sum of rank scores for combinations of tests within domains were significantly associated with urinary Hg, providing evidence of subtle preclinical changes in behavior associated with Hg exposure. Coproporphyrin, one of three urinary porphyrins altered by mercury exposure, was significantly associated with deficits in digit span and simple reaction time.(ABSTRACT TRUNCATED AT 250 WORDS)
Publication Types: Clinical Trial Randomized Controlled Trial
PMID: 7760775 [PubMed - indexed for MEDLINE]
http://tinyurl.com/2q4ak euroendocrinol Lett. 2002 Oct-Dec;23(5-6):459-82. Related Articles, Links
Removal of dental amalgam and other metal alloys supported by antioxidant therapy alleviates symptoms and improves quality of life in patients with amalgam-associated ill health.
Lindh U, Hudecek R, Danersund A, Eriksson S, Lindvall A.
Department of Oncology, Radiology and Clinical Immunology, Rudbeck Laboratory, SE-751 85 Uppsala, Sweden. Ulf.Lindh@bms.uu.se
OBJECTIVES: The purpose of this study was to evaluate treatment of patients suffering from chronic ill health with a multitude of symptoms associated with metal exposure from dental amalgam and other metal alloys. SETTING AND DESIGN: We included 796 patients in a retrospective study using a questionnaire about symptom changes, changes in quality of life as a consequence of treatment and assessment of care taking. METHODS: Treatment of the patients by removal of offending dental metals and concomitant antioxidant therapy was implemented according to the Uppsala model based on a close co-operation between physicians and dentists. RESULTS: More than 70% of the responders, remaining after exclusion of those who had not begun or completed removal, reported substantial recovery and increased quality of life. Comparison with similar studies showed accordance of the main results. Plasma concentrations of mercury before and after treatment supported the metal exposure to be causative for the ill health. MAIN FINDINGS: Treatment according to the Uppsala model proved to be adequate for more than 70% of the patients. Patients with a high probability to respond successfully to current therapy might be detected by symptom profiles before treatment. CONCLUSIONS: The hypothesis that metal exposure from dental amalgam can cause ill health in a susceptible part of the exposed population was supported. Further research is warranted to develop laboratory tests to support identification of the group of patients responding to current therapy as well as to find out causes of problems in the group with no or negative results.
PMID: 12500173 [PubMed - indexed for MEDLINE]
http://tinyurl.com/yqwle
1: Aust Dent J. 2000 Dec;45(4):224-34. Related Articles, Links
Comment in: Aust Dent J. 2001 Mar;46(1):60-1. Dental amalgam and mercury in dentistry.
Spencer AJ.
Dental School, University of Adelaide.
Mercury in dentistry has re-emerged as a contentious issue in public health, predominantly because so many people are inadvertently exposed to mercury in order to obtain the benefits of dental amalgam fillings, and the risks remain difficult to interpret. This commentary aims to examine the issues involved in public policy assessment of the continued use of dental amalgam in dentistry. More than 30 per cent of Australian adults are concerned about mercury from dental amalgam fillings but only a small percentage report having their amalgam fillings removed. The placement of dental fillings nearly halved between 1983 and 1997, but many millions of dental amalgam fillings exist in the Australian community. These fillings release mercury (mercury vapour or inorganic ions) at a low level (about 2-5 micrograms/day in an adult). Evidence on the health effect of dental amalgams comes from studies of the association between their presence and signs or symptoms of adverse effects or health changes after removal of dental amalgam fillings. More formal risk assessment studies focus on occupational exposure to mercury and health effects. Numerous methodological issues make their interpretation difficult but new research will continue to challenge policymakers. Policy will also reflect prudent and cautious approaches, encouraging minimization of exposure to mercury in potentially more sensitive population groups. Wider environmental concerns and decreasing tolerance of exposure to other mercury compounds (for example, methylmercury in seafoods) will ensure the use of mercury in dentistry remains an issue, necessitating dentists keep their patients informed of health risks and respect their choices.
Publication Types: Review Review, Tutorial PMID: 11225523 [PubMed - indexed for MEDLINE]
http://tinyurl.com/3f48x 1: FASEB J. 1998 Aug;12(11):971-80. Related Articles, Links Neurobehavioral effects from exposure to dental amalgam Hg(o): new distinctions between recent exposure and Hg body burden.
Echeverria D, Aposhian HV, Woods JS, Heyer NJ, Aposhian MM, Bittner AC Jr, Mahurin RK, Cianciola M.
Battelle Centers for Public Health Research and Evaluation, Seattle, Washington 98105, USA.
Potential toxicity from exposure to mercury vapor (Hg(o)) from dental amalgam fillings is the subject of current public health debate in many countries. We evaluated potential central nervous system (CNS) toxicity associated with handling Hg-containing amalgam materials among dental personnel with very low levels of Hg(o) exposure (i.e., urinary Hg <4 microg/l), applying a neurobehavioral test battery to evaluate CNS functions in relation to both recent exposure and Hg body burden. New distinctions between subtle preclinical effects on symptoms, mood, motor function, and cognition were found associated with Hg body burden as compared with those associated with recent exposure. The pattern of results, comparable to findings previously reported among subjects with urinary Hg >50 microg/l, presents convincing new evidence of adverse behavioral effects associated with low Hg(o) exposures within the range of that received by the general population.
PMID: 9707169 [PubMed - indexed for MEDLINE]
Rich.@. - 25 Mar 2004 00:35 GMT >>Subject: Re: Blood tests for mercury etc.. >>From: "Peter Moran" moringa@gil.com.au [quoted text clipped - 15 lines] >Influence of amalgam fillings on Hg levels and total antioxidant activity in >plasma of healthy donors. <Snip>
This study does NOT indicate that amalgams cause increase morbidity.
>: Bull Group Int Rech Sci Stomatol Odontol. 2000 May-Dec;42(2-3):88-93. >Related Articles, Links > >Salivary mercury levels in healthy donors with and without amalgam fillings. <Snip>
Ditto for this study.
>Release of mercury from dental amalgam and its influence on salivary >antioxidant activity. Ditto again.
> >Dental amalgam fillings and the amount of organic mercury in human saliva. <snip>
Ditto. <yawn>
> >Inorganic mercury and methylmercury in placentas of Swedish women. Ditto.
>Mercury exposure and early effects: an overview. <snip>
Ditto.
>Dental amalgam as one of the risk factors in autoimmune diseases. This study only suggests a possible link with mercury amalgams. Hardly conclusive.
> >Behavioral effects of low-level exposure to elemental Hg among dentists. <snip>
This study suggests only subtle changes.
>Removal of dental amalgam and other metal alloys supported by antioxidant >therapy alleviates symptoms and improves quality of life in patients with >amalgam-associated ill health. <snip>
Terrible study with no controls.
<snip> As usual Jan posts studies that do NOT indicate that mercury amalgams cause increase morbidity. And her own case study belies the assertion that amalgams cause disease.
Aloha,
Rich ------------------------------------------------- -------------------------------------------------
The best defense to logic is ignorance
Happy Oyster - 25 Mar 2004 01:10 GMT >> There is a key error in all those studies : They do not have enough >> material for comparison. If more than 90 percent of the population are [quoted text clipped - 3 lines] >and number of amalgam surfaces, or daily mercury excretion. This has been >done and there is none. This is not enough. The symptoms are only measurable via statistics. The reason : One cannot make a DEFINITIVE correlation between cause and consequence FOR A SINGLE PERSON. The coffee study shows some shift to more problem with joins as consequence of "more coffee". But for a single person ??? No chance.
If you want to make a study with 20.000 probands, you need 200.000 probands FIRST, out of which you take those with no amalgam fillings.
Then you must be sure that the 20.000 will in the next 20 years will not have amalgam fillings. How can one do that ? How large must the number be to still have 20.000 left at the end of the study, who still have no amalgam fillings ?
>Here is an example of such a study --- >Environ Health Perspect 2003 May;111(5):719-23 [...]
550 is not enough probands. The measurements made do NOT reflect the REAL amount of mercury in each proband. Only tissues analyses can give such figures. Chelation tests are rather worthless.
Next, if one is well, how can THIS FACT be correlated with the dental amalgam ? Many symptoms can have thousands of other causes as well. And here lies the problem for a person who really is poisoned : How can this very person PROVE the amalgam fillings being the caus ? Fact is : one cannot...
[coffee-study in scandinavia]
>> BUT, this still is no proof, as we need a study, lasting about 20 >> years with persons who never had and in these 20 years never will have [quoted text clipped - 5 lines] >Or you you can just try and show if the presence of amalgams has any >correlation with poor health, coffee or no. That will not work. We have many symptoms, like dramatically rising allergy rate (about 1/3 of our population is allergic) or dramatic rise in opthalmological problems (like shortsightedness) or pain (like headache).
If we want to make a test with coffee and have 2 choices - with amalgam - without amalgam,
then we need about 20.000 persons without amalgam... Again we are at very large numbers...
>Here is the closest we have to a prospective study looking at a wide variety >of symptoms, mortality and blood tests. --- >Acta Odontol Scand 1999 Jun;57(3):168-74 [...]
>...and we conclude that there is no association between >disease and S-Hg on a population basis in middle-aged and older women. >PMID: 10480284, UI: 99408161 As far as I can see, there was no comparison with a group of people who NEVER had ANY amalgam fillings.
>Lucchini R, Cortesi I, Facco P, Benedetti L, Camerino D, Carta P, Urbano ML, >Zaccheo A, Alessio L. >Cattedra di Medicina del Lavoro, Universita di Brescia, P.le Spedali Civili >1, 25125 Brescia. [...]
>CONCLUSIONS: In >conclusion, this study supports the finding of early alterations of motor >function and neuroendocrine secretion at very low exposure levels of >inorganic Hg, below the current ACGIH BEI and below the most recent exposure >levels reported in the literature. Here, again, we have lots of measurements, but these figures do not describe a "state of health".
In the meantime the situations worsens as there are so many chemical in their air, in beverages and in food, that it is hard to find all the correllations between a poison, groups of poisons and the consequences. What if one poison is relatively harmless, but only if another poison is absent ?
In one study fish was mentioned. Fish is a good food with many valuable ingredients. But what if that fish is contaminated ? One of the big problems with fish (as an example) is the statistics the recommendations base upon. In my article about fish I wrote about that. This article contains some data about fish, etc :
http://www.ariplex.com/ama/ama_fish.htm
Here is a study about dentists office personnell :
http://www.ariplex.com/ama/amaneuro.htm
Regards,
Aribert Deckers
 Signature Reklame mit wahrheitswidrigen Behauptungen
http://www.ariplex.com/ama/ama_wies.htm
Jan - 25 Mar 2004 03:19 GMT >Subject: Re: Blood tests for mercury etc.. >From: Happy Oyster happy.oyster@ariplex.com [quoted text clipped - 108 lines] > >Aribert Deckers AMAZING,,,,,,,,,,,,,,,,,,,,,,,
I already posted it!!!!!
Jan
Brook - 23 Mar 2004 16:05 GMT > Hello, I live in Melbourne, Australia and was wondering if anyone > could suggest the best place to go for blood test's to determine [quoted text clipped - 3 lines] > > Tia Here is a trick:
close off the back of your mouth like you would when gargling. Don't let any air that has been in your mouth enter your lungs. See if after keeping this up for a couple of days (do it while you're asleep too) whether you feel any different. It should stop the vapours going directly to your brain.
You need to be very careful about selecting a dentist to perform removal, and the type of filling material to replace it with. If a dentist does not perform the procedure correctly, it will dump a huge amount of mercury directly into your system.
Move your computer monitor and box farther away from you if they're close. Electromagnetic fields increase the quantity of mercury vapour release from fillings.
You should also investigate that mercury isn't your only problem. Allergies to milk and gluten (mainly wheat) tend to be related conditions.
Nutritional deficiencies are likely. Especially with zinc and selenium. Look into this too. Vitamin C with bioflavonoids would be good to take. Beware of the many dud retail vitamin C supplements available for sale which contain potentially carcinogenic artificial-sweateners and no bioflavonoids.
I don't know whether you'll have much luck with a blood test. Finding a doctor who won't laugh at you would be the first problem. The quantity of mercury in the blood doesn't automatically represent the quantity in tissues either. A competent natropath with extensive knowledge in the field may be the best place to start.
Hawki63 - 23 Mar 2004 18:47 GMT >Subject: Re: Blood tests for mercury etc.. >From: Brook no@s.pam >Date: 3/23/2004 7:05 AM Pacific Standard Time >Message-id: <40605242.FD822926@s.pam>
>Here is a trick: > >close off the back of your mouth like you would when gargling. Don't let >any air that has been in your mouth
>enter your lungs. See if after keeping >this up for a couple of days (do it while you're asleep too) whether you >feel any different. It should stop the vapours going directly to your >brain. hoping this is a joke...
the OP would also be quite dead from respiratory arrest...oh well...better than inhaling mercury vapors I suppose..
"do it while you're asleep?"
yikes
hawki.....
Happy Oyster - 24 Mar 2004 16:10 GMT >A competent natropath with extensive knowledge in the >field may be the best place to start. That is nonsense. The naturopaths have no knowledge about these matters. To really make a valid diagnose, SOLID mediclal knowledge is essential. Naturopaths do not have this knowledge, and so cannot make diagnoses.
Treatment without valid diagnoses must be considered as attempted murder.
Regards,
Aribert Deckers
 Signature Reklame mit wahrheitswidrigen Behauptungen
http://www.ariplex.com/ama/ama_wies.htm
Jan - 24 Mar 2004 17:36 GMT >From: Happy Oyster
>Treatment without valid diagnoses must be considered as attempted >murder. http://www.wrongdiagnosis.com/
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Happy Oyster - 26 Mar 2004 23:09 GMT >>From: Happy Oyster > >>Treatment without valid diagnoses must be considered as attempted >>murder.
>Misdiagnosis Home And advertizing for Hulda Clark (like Jan Drew does) also must be considered attempted murder.
Regards,
Aribert Deckers
 Signature Reklame mit wahrheitswidrigen Behauptungen
http://www.ariplex.com/ama/ama_wies.htm
Jan - 27 Mar 2004 06:19 GMT >Subject: Re: Blood tests for mercury etc.. >From: Happy Oyster happy.oyster@ariplex.com [quoted text clipped - 7 lines] > >>Misdiagnosis Home Happy snipped the URL.
>And advertizing for Hulda Clark (like Jan Drew does) also must be >considered attempted murder. I advertise for no one, period.
There is no such thing as a nathuropathymafia.
You are obsessed and wacked out.
Get help.
Jan
Happy Oyster - 28 Mar 2004 20:13 GMT >>And advertizing for Hulda Clark (like Jan Drew does) also must be >>considered attempted murder. > >I advertise for no one, period. That again is a typical lie by Jan Drew.
Jan Drew dumps thousands of postings into the net. Jan Drew claims : "It helps" and "It works". All that is typical advertizing.
Jan Drew is no dentist. Jan Drew is an advertizing agency for the naturopath mafia and by no means a person who can be believed. Jan Drew abuses honorable scientists like Mr. Vimy, Mr. Lorscheider, etc for his insane advertizing for insane junk.
More about Jan Drew, the shame of the human race :
http://www.geocities.com/naturopathicmafia/Quackery.html
Regards,
Aribert Deckers
 Signature *** DER NEUE VEREIN *** http://www.ariplex.com/ama/ama_p0.htm
Jan - 28 Mar 2004 21:10 GMT >Subject: Re: Blood tests for mercury etc.. >From: Happy Oyster happy.oyster@ariplex.com [quoted text clipped - 7 lines] > >That again is a typical lie by Jan Drew. No, in fact it is the truth.
>Jan Drew dumps thousands of postings into the net. Umm, that would be a guess.
Jan Drew claims :
>"It helps" and "It works". All that is typical advertizing. Umm, no it is not, it is called sharing.
If it worked for me, I'll share it.
>Jan Drew is no dentist That is correct, and never claimed to be.
>naturopath mafia There is no such thing.
<snip repeating of the repeated.>
Jan
Happy Oyster - 29 Mar 2004 00:43 GMT > Jan Drew claims : >>"It helps" and "It works". All that is typical advertizing. >> >Umm, no it is not, it is called sharing. > >If it worked for me, I'll share it. That is a key lie of Jan Drew.
Claims, nothing but claims by Jan Drew. ALL of Jan Drew's "proofs" are Jan Drews own claims and Jan Drew's own lies. Jan Drew is an insane notorious liar and forger.
Jan Drew is a danger for unknowing persons and should be put into jail. As soon as possible. And as long as possible.
The FAQ about Jan Drew :
http://www.geocities.com/naturopathicmafia/Quackery.html
Regards,
Aribert Deckers
 Signature *** DER NEUE VEREIN *** http://www.ariplex.com/ama/ama_p0.htm
Jan - 29 Mar 2004 01:14 GMT >Subject: Re: Blood tests for mercury etc.. >From: Happy Oyster happy.oyster@ariplex.com [quoted text clipped - 3 lines] >> Jan Drew claims : >>>"It helps" and "It works". All that is typical advertizing. Umm, no it is not, it is called sharing.
If it worked for me, I'll share it.
I have helped others and will continue.
Jan
Happy Oyster - 30 Mar 2004 16:46 GMT >>Subject: Re: Blood tests for mercury etc.. >>From: Happy Oyster happy.oyster@ariplex.com [quoted text clipped - 5 lines] >>>> >Umm, no it is not, it is called sharing. That is an insane lie. Jan Drew advertizes in large scale for quackery and charlatanism.
>If it worked for me, I'll share it. That is one of the key lies by Jan Drew.
>I have helped others and will continue. > >Jan That's is one of the the key lies by Jan Drew.
Jan Drew is a danger for unknowing persons and should be put into jail. As soon as possible. And as long as possible.
The FAQ about Jan Drew :
http://www.geocities.com/naturopathicmafia/Quackery.html
Regards,
Aribert Deckers
 Signature *** DER NEUE VEREIN *** http://www.ariplex.com/ama/ama_p0.htm
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