Guest guest Posted April 21, 2005 Report Share Posted April 21, 2005 4 EXCELLENT ARTICLES/INFO BELOW. I threw away my liquid hand soap in both bathrooms with this Triclosan ingredient. En-JOY..... ============================================== [ AN ISSUE ONLY YOU CAN DETERME FOR YOURSELVES. READ BOTH SIDES OF THE ISSUE. DO YOUR OWN RESEARCH: GOOGLE: " TRICLOSAN " ] _http://www.thisislondon.co.uk/ news/articles/17956139?source=Evening%20Standard & ct=5_ (http://www.thisislondon.co.uk/news/articles/17956139?source=Evening%20Standard & \ ct=5) Toothpaste cancer alert By Mark Prigg Science Correspondent And Rebecca Lawrence, Evening Standard 15 April 2005 Dozens of toothpastes sold at supermarkets are at the centre of a cancer alert today. Anti-bacterial cleaning products, including dishwashing liquid and handwash, are also affected. Researchers have discovered that triclosan, a chemical in the products, can react with water to produce chloroform gas. If inhaled in large enough quantities, chloroform can cause depression, liver problems and, in some cases, cancer. An Evening Standard investigation found dozens of products on supermarket shelves containing the chemical, from brand names including Colgate, Aquafresh, Dentyl and Sensodyne. Marks & Spencer confirmed today it was removing products containing triclosan from all its stores and has been working with Greenpeace to develop alternative products. Asda said it was investigating the problem and would be urgently talking to its suppliers. Giles Watson, a toxicology expert at wildlife charity WWF, warned that the long-term effects of exposure to chloroform were still unknown and advised consumers to check the bottles before buying products. " These products produce low levels of chloroform, but that adds up over time. The amount of gas formed is very low but I think the key thing is that we just don't know what the effects are. However, manufacturers do have to list triclosan on their ingredients, so if consumers are worried the best advice is to avoid products with the chemical. " A Tesco spokesman said: " We do not use triclosan in any of our own-brand products, apart from one anti-bacterial handwash, which is being reformulated, and our toothpaste. We believe that triclosan is a very effective ingredient in toothpaste as it helps fight gum disease and improve overall oral care. " The Department of Trade and Industry said use of triclosan was tightly controlled under EU laws brought in last year, but that they were under constant review. Researchers in the US found that the chlorine added to water in Britain reacted with triclosan to produce chloroform-gas. They found that it was possible for the chloroform produced when soap containing the chemical mixes with chlorinated water to be absorbed through the skin or inhaled. Professor Peter Vikesland, of Virginia Tech University, who carried out the research, said: " This is the first work that we know of that suggests that consumer products, such as antimicrobial soap, can produce significant quantities of chloroform. " He has called for governments around the world to regulate the chemical more closely. Products affected Triclosan is in: Dentyl mouthwash Colgate Total fresh stripe Colgate Total Sensodyne Total Care Tesco own brand toothpaste Mentadent P; Aquafresh ========================================================= _http://news.scotsman.com/latest.cfm?id=4406785_ (http://news.scotsman.com/latest.cfm?id=4406785) Household Soap Agent Linked to Chloroform By Karen Attwood, PA, The Scotsmam - UK, 04/15/05 A conservation charity today raised concerns over a common anti-bacterial agent used in soap, toothpaste, mouthwash and cosmetics which research suggests could be harmful to health. Triclosan is widely used in a range of consumer products because it offers effective, long-lasting protection against bacteria, mould and yeast. It has been on the market for about 30 years and it is estimated that between 60 and 90 tonnes of the agent goes into consumer and household products in the UK each year. Researchers in America have found triclosan reacts with chlorinated water to produce significant quantities of chloroform. The results are worrying as the formation of chloroform from triclosan is classed as a probable human carcinogen, by experts. The presence of chloroform in drinking water has been linked with human bladder cancers, depression, liver problems and miscarriages. The effects of long-term exposure are unknown. The research carried out by Professor Peter Vikesland of the Virginia Polytechnic Institute and State University was published on the Environment Science and Technology website last week. Dr Giles Watson, toxics policy officer for WWF, is advising consumers to check the bottles before buying products. He said: “The new study looking at the unwanted by-products of triclosan when it meets chlorinated water or sunlight adds weight to our long-held belief that this is not the benign substance we are told it is by its manufacturers. “Research has shown that triclosan builds up in the environment, has been found to have contaminated human breast milk and is toxic to aquatic life. “It is time that we moved away from using chemicals with these sorts of properties.†============================================================== _http://www.physorg.com/news3705.html_ (http://www.physorg.com/news3705.html) Being too clean could be hazardous to your health and the environment Physics Research News, 04/13/05 _http://www.physorg.com/_ (http://www.physorg.com/) Researchers at Virginia Tech have discovered that the use of antimicrobial soaps and other products may unnecessarily be directly exposing consumers to significant quantities of chloroform. Peter Vikesland, assistant professor in civil and environmental engineering, has shown in his research that when the chemical triclosan, present in many antimicrobial soaps, reacts with chlorine in tap water, chloroform is produced. Chloroform is classified by the Environmental Protection Agency (EPA) as a probable human carcinogen. Triclosan is a synthetic antimicrobial agent, which is classified as a Class III drug by the Food and Drug Administration (FDA). As the result of its broad-spectrum bacteria-fighting ability, it has found increasingly popular use in personal care products, cosmetics, antimicrobial creams, acne treatments, lotions, hand soaps, and dish soaps. It is also used as an additive to plastics, polymers, textile, and implantable medical devices. Triclosan is most often used to kill bacteria on the skin and other surfaces and is sometimes used to preserve a product, including food. The American Medical Association (AMA) has been urging the FDA to closely _monitor_ (http://www.physorg.com/news3705.html#) and possibly regulate the home use of antimicrobials such as triclosan. The increasing popularity of antimicrobial products has preceded the study of the possible harmful affects of the use of such products. Past research has shown that chloroform is produced when free chlorine reacts with organic material. " This is the first work that we know of that suggests that consumer products, such as antimicrobial soap, can produce significant quantities of chloroform, " said Vikesland. The implications of these reactions to consumers are not known. " There are numerous potential exposure pathways that can be envisioned, such as inhalation and skin exposure, when using antimicrobial soaps to wash dishes or when taking a shower. There is also risk of exposure when using triclosan laden moisturizers as they may also react with chlorine in the water, " said Vikesland. Vikesland and his associates have conducted research closely mimicking conditions found when washing dishes in the home. The results show that it is possible that the chloroform produced when the antimicrobial soap containing triclosan mixes with chlorinated water could be absorbed through your skin or inhaled. Vikesland's research is funded by the American Water Works Association Research Foundation (AWWARF) and by a National Science Foundation (_NSF_ (http://www.physorg.com/news3705.html#) ) graduate research fellowship to Krista Rule, the lead student on the project. Most of the consumer products that contain triclosan eventually end up being discharged down residential drains. It has previously been shown by researchers from the University of Minnesota that the photochemical reactions of triclosan could be producing dioxins in the presence of sunlight. Dioxins do not degrade over time and they can accumulate in body tissues to cause a greater effect. Even low levels of dioxin are a problem because of their tendency to accumulate along the food chain. Vikesland's work was reported in last week's on-line edition of Environmental Science & _Technology's_ (http://www.physorg.com/news3705.html#) science news section (_http://pubs.acs.org//journals/esthag-w/2005/apr/science/kb_chlorine.h\ tml_ (http://pubs.acs.org//journals/esthag-w/2005/apr/science/kb_chlorine.ht\ ml) ). Source: Virginia Tech =============================================================== _http://www.prnewswire.com/cgi-bin/stories.pl?ACCT=109 & STORY=/www/story/04-15- 2005/0003396630 & EDATE_ (http://www.prnewswire.com/cgi-bin/stories.pl?ACCT=109 & STORY=/www/story/04-15-20\ 05/0003396630 & EDATE) = Antibacterial Research Should Be Focused on Facts, Not Fear The Soap and Detergent Association, Public Relations News Wire Triclosan-Containing Cleaning Products Have 30+ Year Track Record of Safety, Effectiveness, Says SDA WASHINGTON, April 15 /PRNewswire/ -- The latest attacks on effective germ- killing products are more about hype and headlines than real-world science, according to The Soap and Detergent Association (SDA). SDA, the trade association for the U.S. cleaning products industry, expressed disappointment at Virginia Tech publicity materials promoting recent antibacterial-related laboratory research, with headlines like, " Being Too Clean Could Be Hazardous to Your Health and the Environment. " " Headlines such as these are way over the top and denigrate efforts to rationally discuss scientific research in the public arena, " said SDA in a statement. The research in question suggests consumers' usage of antibacterial cleaning and hygiene products leads to exposure to quantities of chloroform. The researcher alleges that chloroform is created when the antibacterial ingredient triclosan comes into contact with chlorine in tap water. SDA points out that: * Under usual conditions of municipal drinking water conditioning and chlorination, no triclosan would be present and, consequently, reaction products cannot be formed at the point of chlorination. The researchers themselves exclude any risks associated with the drinking water supply. * Chlorine concentration in domestic water supplies is generally far below water-treatment scenarios described in the laboratory experiments. Maximum chlorine concentrations, as well as the chloroform concentrations, are regulated to low levels at the tap, eliminating any potential problem in the household. * This research does not raise new concerns for producers or users of antimicrobial household products. However, it is strongly advised that chlorine cleaners and disinfectants must not be used in combination with other cleaners to avoid degradation -- as indicated on the product labels. * Triclosan has been used safely and effectively in hygiene products for more than three decades and is comprehensively regulated by authorities nationally and around the globe. Consumers can continue to use these products with confidence. * Cleanliness is especially important in view of the latest research in the New England Journal of Medicine(1) (Fridkin, et. al.) indicating staph infections that once targeted hospital patients or those in poor health are starting to hit the community at-large -- people out and about, not in the hospital, and who are otherwise healthy. -- Dr. Philip Tierno, an infectious disease expert at New York University Medical Center, expressed his concern in news reports(2) by stating that these cases " are so serious, that almost a quarter of the infections, of which most are skin infections, require hospitalization. " -- " This is the time to use antibacterial soaps if there were ever a time, " Dr. Tierno was quoted as saying. In conclusion, SDA expressed its hope that " researchers and their publicity departments would practice some discretion in how they market their research. Stoking groundless fears detracts from rational scientific discussion that is too often lacking in today's 24/7 media culture. " Additional weblinks: SDA Antibacterial Information page: _http://www.cleaning101.com/antibacterial_ (http://www.cleaning101.com/antibacterial) The Soap and Detergent Association (_http://www.cleaning101.com_ (http://www.cleaning101.com/) ), the U.S. Home of the Cleaning Products Industry(SM), is the non-profit trade association representing manufacturers of household, industrial, and institutional cleaning products; their ingredients and finished packaging; and oleochemical producers. SDA members produce more than 90 percent of the cleaning products marketed in the U.S. The SDA is located at 1500 K Street, NW, Suite 300, Washington, DC 20005. (1) Fridkin et al., (2005) Methicillin-Resistant Staphylococcus aureus Disease in Three Communities, New England Journal of Medicine, 352:1436-1444. (2) Dr. Mike Rosen, " Resistant staph spread, " April 7, 2005, WTNH-TV (New Haven, CT) website, _http://www.wtnh.com/Global/story.asp?S=3181005 & nav=0RdXYPDa_ (http://www.wtnh.com/Global/story.asp?S=3181005 & nav=0RdXYPDa) SOURCE The Soap and Detergent Association Web Site: _http://www.cleaning101.com_ (http://www.cleaning101.com/) _http://www.wtnh.com/Global/story.asp?S=3181005 & nav=0RdXYPDa_ (http://www.wtnh.com/Global/story.asp?S=3181005 & nav=0RdXYPDa) ------------------------ THERE HAS NEVER BEEN A TIME ON THIS PLANET WHERE SO FEW WILL DO SO MUCH FOR SO MANY " The practice of discernment is part of higher consciousness. Discernment is not just a step up from judgment. In life's curriculum, it is the opposite of judgment. Through judgment a man reveals what he needs to confront and learn. Through discernment, one reveals what he has mastered. " Quote from: Love Without End, by Glenda Green --------------- --------------- .. .. 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