Hazards at home

July 15th, 2008

3 Ways to Build Green

http://bulletin.aarp.org/yourworld/yourhome/articles/hazards_at_home_-.html
Protecting yourself from environmental hazards can start with the home itself. The “building green” movement, best known for embracing sustainable materials and designs promoting high energy efficiency, also focuses on creating healthy dwellings, a concept used increasingly in the construction of senior housing.

“Providers are finding that young seniors are increasingly asking them how ‘green’ their projects are,” says Mark Hanson, director of sustainable services for Hoffman LLC, a planning, design and construction firm in Appleton, Wis.
Principles behind green construction include:

Materials: A variety of materials that avoid potentially hazardous chemicals are now available. Experienced green builders can help you choose what makes sense for your construction or remodeling project.

Better air circulation:  Proper venting, filtering and air circulation prevent stale air from building up in a home. In remodeling, says Hanson, fans that move air completely out of kitchens and bathrooms are important.

Maximizing natural light:  This is a plus both for energy efficiency—well-placed, properly insulated windows provide passive solar heating—and for health reasons. Getting enough natural light can help your body set its circadian rhythms.  —RK

 

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4 Air Fresheners
Indoor plants: Place at least two tropical houseplants per 12-by-12-foot area to absorb airborne toxicants, including formaldehyde. Air-purifying plants such as areca and lady palms, bamboo, ferns and spider plants ideally should be placed close to your bed, favorite chair or other “breathing zone.”

Air purifiers: Whole-house air-cleaning systems with good filtration do a better job than stand-alone, portable room purifiers, says John Spengler, an environmental health researcher at Harvard. For even cleaner air, he recommends locating the newer air-to-air heat exchangers—either built in or as window units—in the bedroom, living room or wherever people spend most of their time.

Open windows: Opening windows and doors for about 10 minutes each day—with the heat or air conditioning turned off—will help circulate away indoor pollutants, says Catherine Zandonella, who writes about environmental health for the Green Guide. It’s best to open all doors and windows at once for maximum cross-ventilation.

Air out new purchases: “Televisions, computers and laminate or particleboard furniture give off hundreds of chemicals, and the newer they are, the more out-gassing you get,” says Bill Wolverton, president of Wolverton Environmental Services in Picayune, Miss. “Before you bring these items inside your house, remove all wrappings and let them sit outdoors or in your garage for a few days to reduce your exposure to these vapors.” —Sid Kirchheimer
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5 Natural Pest Repellents
Here are safer alternatives to commercial pesticides:

Ants: Sprinkle cinnamon, bay leaves, cayenne pepper or baby powder in problem areas and along baseboards and windowsills.

Cockroaches: Sprinkle equal parts of baking soda and confectioners’ sugar in problem areas.

Mice: Place cotton dipped in peppermint oil near problem areas. Used kitty litter is another repellent.

Mosquitoes: Mix 2 teaspoons of apple cider vinegar in a glass of water placed on your deck or balcony or dab lavender oil on your wrists and elbows.

Flies: Small sachets of crushed mint placed around the home will discourage flies. So will a potted sweet basil plant. —Sid Kirchheimer

Strict guidelines urged for nanomaterials

July 15th, 2008

Canary Cosmetics does not use nanoparticles in our products.

http://www.theglobeandmail.com/servlet/story/RTGAM.20080521.wnano21/BNStory/National/

Tiny substances should be banned in foods, clearly labelled in personal-care products, environmental law group says

MARTIN MITTELSTAEDT

From Wednesday’s Globe and Mail

May 21, 2008 at 4:53 AM EDT

Nanomaterials should be banned in foods and some packaging, and there should be mandatory labelling for these novel compounds in cosmetics, personal-care products and cleaning agents, says the Canadian Institute for Environmental Law and Policy.

The institute says the food ban should be in place by November of 2009 and the labelling requirement by May of 2010. It contends that the “extremely rapid commercialization” of consumer products containing nanomaterials “requires an unprecedented sense of urgency by government in the creation of policy for this area.”

Nanomaterials are extremely small, engineered substances that many environmentalists worry could be the next frontier for hazardous chemicals in consumer goods. They’re currently being added to many products, including wrinkle- and stain-resistant fabrics, sunscreens and sports equipment, such as tennis racquets, among other items.

CIELAP, a Toronto-based environmental policy think tank, is issuing the timelines and recommendations in a report being released today.

Although the health or environmental threats, if any, posed by nanomaterials are not known, Susan Holtz, a senior policy analyst at the institute, said “this is an emerging issue” driven by the fast growth in commercial applications for the new technology.
The regulatory framework for ensuring the safety of these novel materials isn’t well developed in Canada or elsewhere around the world, Ms. Holtz said. She said the labelling requirement would give consumers more information with which to decide whether to buy a product.

The report, written by Ms. Holtz, also recommends that the federal government create a Canadian inventory of products containing these compounds, a record of research activities on them, and a worker safety program for those involved in their manufacture.

More than 500 consumer items incorporate nanomaterials, according to a non-governmental tally maintained by the Washington-based Woodrow Wilson International Center for Scholars, with three of them made by Canadian firms. One industry estimate projected that about $1-trillion worth of products incorporating nanotechnology will be on the world market by 2015.

Nanomaterials are very minute - ranging in size from one to 100 nanometres. One nanometre equals a billionth of a metre, and it would take about 100,000 particles the size of one nanometre to equal the diameter of a human hair.

Scientists make nanomaterials by arranging metals and other compounds at the level of the atom in unique ways, often into shapes resembling rods or spheres, creating new substances with more strength, conductivity or durability than the original materials from which they are constructed.

Because of their small size, there are fears that when products using nanomaterials break down, some of the tiny particles will be able to cross into cell membranes or become embedded in tissues in a way that is similar to such carcinogens as asbestos or such health hazards as the small particulates, or soot, contained in air pollution.

Ms. Holtz said nanomaterials are also being used in medical applications. She is worried that nanomaterials containing silver as an anti-bacteriological agent in wound dressing, for instance, could get into the environment and harm wildlife. She said there is “beginning to be an accumulation of evidence that things like this have ecological impacts.” Environment Canada and Health Canada issued a proposed regulatory framework for nanomaterials last year in September.

The government wants to regulate nanomaterials in the same way as new chemicals, if they have a unique structure or molecular arrangement. The requirement would expose nanomaterials to additional safety testing, but Ms. Holtz said the scientific protocols for evaluating these substances have not yet been determined.

 

Grow green: Try an environmentally-friendly approach to a lush lawn

July 15th, 2008

http://www.enterprisenews.com/archive/x489859442/Grow-green-Try-an-environmentally-friendly-approach-to-a-lush-lawn

By Pam Adams
GateHouse News Service
Posted May 19, 2008 @ 09:55 PM
PEORIA, Ill. —
When it comes to synthetic fertilizers and pesticides, just say no.

Think of synthetics as your lawn on drugs, says Clark Abraham.

“The more you use, the more you need.”

Once out of rehab, however, the drug-free lawn gets by on less of everything — less fertilizer, less watering, less mowing. More importantly, the clean-and-sober lawn is safer for people and their environment, he says. Not to mention, “drug” prices, in this instance, are rising right along with the price of gas.

Abraham is one of the undoubtedly few area residents who has signed on to the SafeLawns Challenge, a national campaign to promote environmentally-friendly lawn care. But an eco-green lawn is a natural for him. He owns and operates Abraham’s Eco-Lawn Organics in Normal. He hasn’t used man-made chemicals on his own yard in 11 years.

The question is, how many others will join him, particularly in central Illinois?

That’s the challenging part for the SafeLawns Challenge, which aims to convince Americans — including homeowners, businesses, schools and other institutions — to convert one million acres of grass to organic lawn care by 2010.

“Organic lawn care is taking off on the East Coast and the West Coast,” says Paul Rosenbohm, owner of LAF Compost Inc. in rural Peoria. “They jump on the bandwagon first, we wait and let them work out the mistakes.”

Franz Hoerdemann, of Hoerdemann’s Landscaping in West Peoria, agrees. Though he tries to use as little synthetic fertilizer as possible, he suspects farmers are using more organic products than landscapers to fertilize or to control weeds and insects.

“I’m looking at it because it’s something we’re going to have to get used to,” Hoerdemann says. “But right now it’s not cost effective, even though fertilizer has gone up 40 to 60 percent because of oil prices.”

However slowly, even the traditional lawn-care industry is moving away from petrochemicals to organic products made of manure or bone meal.

The SafeLawns Challenge is sponsored by the SafeLawns Foundation, a not-for-profit based in Maine geographically and online at safelawns.org. Both are the brainchild/marketing tool for Paul Tukey’s mission. He’s a reporter-turned-landscaper who turned organic lawncare advocate after he was diagnosed with acute chemical sensitivity, brought on by an overexposure to chemicals.

Tukey, founder of a “People, Places and Plants” magazine and former host of a cable television show of the same name, is author of “The Organic Lawn Care Manual.” SafeLawns Foundation came about as a result of discussions with the publisher about how to promote the book. The foundation got off the ground just as Land O’ Lakes Purina Feed launched Bradfield Organics, a fertilizer billed as safe for people, pets and the environment.

The two have been linked ever since. For instance, Bradford Organics sponsors how-to videos on the SafeLawns Web site, and SafeLawns selected Bradford products to use on its National Mall demonstration project.

But Tukey sees the SafeLawns Challenge and other activities as a public education campaign. He’s trying to change minds and myths, lawns and laws.

Traditional lawn-maintenance programs typically involve a four-step program — pre-emergent weed control, weed killer, a summer fertilizer, and a fall weed and seed. Tukey likes to say organic lawncare is a 12-step program, beginning with mental detoxification.

The perfect lawn is a marketing myth, he says, and the idea that organically-maintained lawns are ugly is a misconception. Using eco-friendly techniques on four acres of the National Mall, for instance, is designed to dispel the misconception that going organic is going ugly.

“Changing the tolerance level for what we call weeds is part of this,” Tukey says. For instance, people loved clover in the yard until the 1960s. “Now they’ve been convinced that, somehow, it’s un-American.”

Tukey also points out that traditional lawn-care practices also contribute to pollution, from chemical run-off into water systems to noisy lawn mowers.

“With organic lawn care, the soil needs to be every bit as alive as you and me,” he says. “If you’ve been using a chemical fertilizer program for any length of time, the soil is dead. The only way you can grow plants in dead soil is to use more and more synthetic fertilizer.”

Thus, Tukey’s lawn-care intervention.

Going organic is more costly and labor-intensive initially, he explains, because it’s a process of bringing soil back to life. Composting, leaving grass clippings down, and not cutting grass too low are part of the drug-free lawn rehabilitation program.

Organic lawn care practices are more cost effective in the long run. Eventually, lawns require less fertilizer, far less watering and maintain better in drought conditions.

The SafeLawns Foundation is also among the growing number of local and national organizations pushing for laws banning or limiting the use of synthetic fertilizers and pesticides.

Between the legislative push and the price of fossil fuel, the country is hitting bottom, Tukey says. “Frankly, people are going to have to change, whether they like it or not.”

Study: Healing Clays ‘Exterminate’ Superbugs

May 23rd, 2008

Note: Canary Cosmetics Body Powder contains bentonite and kaolin clay

by Adam Miller(NaturalNews) Arizona State University researchers presented evidence at the most recent annual meeting of the American Chemical Society that several types of clay exhibit powerful action against disease-causing bacteria. 

After two years of research, the ASU team found that of 30 types of clay tested, three displayed a surprisingly strong effect against such deadly bacteria as E. coli, Salmonella, and even the anti-biotic resistant superbug MRSA. The clay killed all or most of these strains and others in vitro. Special emphasis was put on the volcanic soil known as bentonite clay.

The team, which is made up of geochemist Lynda Williams and microbiologist Shelly Haydel, is still unsure of the mode of action. “We know they kill bacteria, but we don’t know why,” said Williams.

Clay has a long history as a healing substance, and is commonly used as a detoxifier both topically and via ingestion. Certain forms of clay have the unique ability to absorb and/or adsorb toxins in the internal environment and through the skin. For this reason, it has long been used as anything from a makeshift bandages to an agent of internal detoxification.

In addition to detoxification, clay has the unique quality of containing seemingly endless numbers of unique compounds. “Clays are little chemical drug-stores in a packet. They contain literally hundreds of elements. Some of these compounds are beneficial but others aren’t. Our goal is to find out what nature is doing and see if we can find a better way to kill harmful bacteria,” said Williams.

Formal studies on the antiseptic and antibiotic qualities of clay have been few if any, but abundant anecdotal evidence proved ample enough to justify a $440,000 research grant from the National Institutes of Health with more funding likely in the pipeline.

Since conclusion of their research, the pair has received numerous product samples from various vendors looking for product validation. They have encountered everything from outright fraud and ineffective products to clay samples containing toxic levels of arsenic. “Nobody’s ever shown that the majority of what’s said out there is scientifically accurate,” Haydel said.

Unlike antibiotics, which need to be administered by injection or in pill form, clay works to stop an infection through topical application. Although Haydel admits to successfully using clay to treat wounds, the team does not currently recommend the use of clay as a medical treatment due to potential toxicity concerns and lack of understanding as to why it works. Still, this study goes a long way in validating some of the many claims currently being made about the medicinal potential of the rare clay types known as ‘healing clays.’

by Adam Miller(NaturalNews) Arizona State University researchers presented evidence at the most recent annual meeting of the American Chemical Society that several types of clay exhibit powerful action against disease-causing bacteria.After two years of research, the ASU team found that of 30 types of clay tested, three displayed a surprisingly strong effect against such deadly bacteria as E. coli, Salmonella, and even the anti-biotic resistant superbug MRSA. The clay killed all or most of these strains and others . Special emphasis was put on the volcanic soil known as bentonite .The team, which is made up of geochemist Lynda Williams and microbiologist Shelly Haydel, is still unsure of the mode of action. “We know they kill , but we don’t know why,” said Williams.Clay has a long history as a healing substance, and is commonly used as a detoxifier both topically and via ingestion. Certain forms of clay have the unique ability to absorb and/or adsorb toxins in the internal environment and through the skin. For this reason, it has long been used as anything from a makeshift bandages to an agent of internal .In addition to detoxification, clay has the unique quality of containing seemingly endless numbers of unique compounds. “Clays are little chemical drug-stores in a packet. They contain literally hundreds of elements. Some of these compounds are beneficial but others aren’t. Our goal is to find out what nature is doing and see if we can find a better way to kill harmful bacteria,” said Williams.Formal studies on the antiseptic and qualities of clay have been few if any, but abundant anecdotal evidence proved ample enough to justify a $440,000 research grant from the National Institutes of Health with more funding likely in the pipeline.Since conclusion of their research, the pair has received numerous product samples from various vendors looking for product validation. They have encountered everything from outright fraud and ineffective products to clay samples containing toxic levels of arsenic. “Nobody’s ever shown that the majority of what’s said out there is scientifically accurate,” Haydel said.Unlike antibiotics, which need to be administered by injection or in pill form, clay works to stop an infection through topical application. Although Haydel admits to successfully using clay to treat wounds, the team does not currently recommend the use of clay as a medical treatment due to potential toxicity concerns and lack of understanding as to why it works. Still, this study goes a long way in validating some of the many claims currently being made about the medicinal potential of the rare clay types known as ‘healing clays.’

Know what’s in cosmetics you’re buying

May 23rd, 2008

From the Campaign for Safe Cosmetics:

 

 

Mom is ageless, but should she wish to pamper her skin, we want her lotions and potions to be safe.

Avon’s Mother’s Day gift bag contains two creams, ANEW Alternative Intensive Age Treatment SPF 25 and ANEW Alternative Intensive Eye Cream. If Mom were to use both of these creams, she would be exposed to:

 

  • diazolidinyl urea (which may be derived from urine and contaminated with formaldehyde, a cancer-causing chemical);
  • propylene glycol (an ingredient with strong contamination concerns);
  • oxybenzone (dangers associated with enhanced skin penetration; linked to cancer, hormone disruption);
  • undisclosed ingredients in “fragrance” (may include phthalates, linked to birth defects and cancer);
  • four different parabens (which have been found in breast tumors and linked to endocrine disruption); and
  • dozens of other ingredients with health concerns or that have never been tested for safety.

These aren’t the only Avon products that we hope mom will avoid. The Skin Deep database contains 356 Avon products, 84 of which score in the highest hazard range (between 7 and 10 on a scale of 1 to 10) due to ingredients linked to cancer, endocrine disruption, developmental or reproductive toxicity, allergies and contamination concerns (impurities linked to cancer, for example).

Why is the “company for women,” the company behind the famous Avon Walk for Breast Cancer, putting unsafe and untested ingredients in products moms use daily? If Avon really wants to support women, it should support their long-term health.

Here’s the heartening news: On May 1, a full 25 percent of Avon shareholders voted in favor of a resolution that requested the company report on policies regarding potentially dangerous, unlabeled nanomaterials in products. The vote shows that Avon shareholders are open to improvement - so let’s push them to make more commitments to women’s health!

Insecticides in pet shampoo may trigger autism

May 16th, 2008

Could insecticides in pet shampoos trigger autism spectrum disorders? That’s the suggestion of one of the first large-scale population-based studies to look how environmental factors and their interactions with genes contribute to the condition.

Mothers of children with an autism spectrum disorder (ASD) were twice as likely to have reported using pet shampoos containing a class of insecticide called pyrethrins as those of healthy children, according to survey results presented Thursday at the International Meeting for Autism Research in London. The risk was greatest if the shampoo was used during the second trimester of pregnancy.

Meanwhile, another study suggests that exposure to organophosphate insecticides double the risk of developmental disorders, including autism. Organophosphates have previously been linked to Gulf War syndrome.

While many chemicals have previously been blamed for triggering autism, there have been very few rigorous studies designed to investigate the link.

More at New Scientist.

Democrats want chemical in plastic investigated

May 16th, 2008
Federal agencies are accused of ignoring the dangers of bisphenol A, which some experts think may harm the development of children’s brains.
By James Hohmann, Los Angeles Times Staff Writer
May 15, 2008
WASHINGTON — Congress on Wednesday waded into an escalating scientific dispute over a controversial ingredient in plastic products that some think may harm the development of children’s brains and interfere with human reproduction. 

Members of a Senate consumer affairs subcommittee faulted federal agencies for reacting too slowly to concerns that children are exposed to bisphenol A, or BPA, through leaching from such items as water bottles, baby bottles and the linings of food and baby formula cans.

Senate Democrats demanded more independent research into the possible hazards of the estrogen-like compound and better labeling of products that include it.

More at LATimes.com

Toxic Socks

April 30th, 2008

From: Chemical & Engineering News, Apr. 7, 2008

Comment: Canary Cosmetics products do not contain nanoparticles.

By Rachel Petkewich

Arizona State University researchers have found that socks impregnated with odor-fighting silver nanoparticles release the nanoparticles when washed. This study, the first to examine how nanoparticles are released from commercially available clothing raises concerns about silver particles leaching into wastewater and the environment. Troy M. Benn, a graduate student at ASU, presented these results in the Division of Environmental Chemistry at this week’s ACS national meeting in New Orleans.

Details of the work, which Benn carried out with ASU professor of civil and environmental engineering Paul Westerhoff, will soon appear in Environmental Science & Technology. Various nanoparticles are increasingly used to make clothing free of wrinkles and resistant to stains, but little is known about what happens to nanoparticles in the laundry. The study is significant because it examines whether such products release nanoparticles during use, Mark R. Wiesner, an environmental engineer at Duke University, said. Benn and Westerhoff reasoned that the sock manufacturing process may control how much silver is released during washing because the amounts varied widely among the socks they tested.

Juan P. Hinestroza, assistant professor of fiber science at Cornell University, agrees. He said the varying amounts and morphologies of the silver released are indeed functions of different processes used to deposit the silver onto the textile material and the properties of the textile substrate. He hopes this study will motivate scientists to develop synthetic routes that take advantage of the properties of silver nanoparticles in textiles while preventing leaching into wastewater streams. The ASU researchers shook six brands of socks each in one-half liter of distilled water with no detergent for one hour and then analyzed the effluent with electron microscopy. The socks contained up to 1,360 micrograms of silver per gram of socks, and released as much as 650 micrograms of silver as both ionic and colloidal forms.

"In the environment, both ionic and nanosilver exhibit adverse effects to aquatic organisms, although through what appears to be different biological mechanisms," Westerhoff said. The ASU researchers’ model indicated that both kinds of silver would be trapped in biosolids in wastewater treatment facilities. They said increased use of nanoproducts could produce increased amounts of silver in these biosolids, which could limit the use of such biosolids as agricultural fertilizer. Benn added that the Environmental Protection Agency doesn’t currently regulate silver levels in biosolids from wastewater treatment but does, for example, list maximum concentrations for drinking water. And in 2006, EPA officials announced that the agency would begin regulating as a pesticide the silver ions released in a washing machine that are intended to kill bacteria (C&EN, Dec. 4, 2006, page 14).

Copyright 2008 American Chemical Society

Too much perfume? Could be a zinc deficiency

April 30th, 2008

http://blog.nutritiondata.com/ndblog/2007/10/too-much-perfum.html

Pepe Do you know someone who wears too much perfume or cologne? Although it’s extremely unpleasant for their co-workers and those sitting close to them at the movie theater or on the commuter train, these folks usually have no idea that their scent is over-powering to those around them. And in fact, it may be the result a nutritional deficiency.

At the recent annual conference of the American College of Nutrition, researchers presented results of an intriguing study that found that those who over-apply scents have dramatically lower zinc levels than normal. In addition to affecting your sense of taste and smell, zinc is critical for a healthy immune response and neurological function.

It can be touchy to approach someone about what seems like a personal grooming matter. But if anyone has ever hinted to you that your cologne might be a little over-the-top, consider the possibility that low zinc levels are rendering your sniffer unreliable.

Good food sources of zinc include meat, dairy products, shell-fish, nuts, and beans. (Here’s a more complete list of foods rich in zinc, generated with ND’s Nutrient Search Tool. The Recommended Daily Allowance is around 10mg per day.

The FDA Still Ingores the Lethal Risks of Talcum Powder

April 30th, 2008
CHICAGO, IL, MARCH 24, 2008 –/WORLD-WIRE/– Up to 20 percent of U.S.
pre-menopausal women regularly dust their genital area, sanitary pads
or contraceptive diaphragms with cosmetic grade talcum powder.

Manufactured by Johnson & Johnson, and widely distributed by Osco and
Walgreens, besides other drug stores, women have been persuaded by
advertisements to dust themselves to mask alleged genital odors. Not
surprisingly, talcum powder has become a symbol of freshness and
cleanliness for over five decades.

On November 17, 1994, the Chicago-based Cancer Prevention Coalition
and the New York Center for Constitutional Rights submitted a Citizen
Petition to the FDA, "Seeking Carcinogenic Labeling on all Cosmetic
Talc Products." The Petition was endorsed by Dr. Quentin Young,
Chairman of The Health and Medicine Policy Research Group, by the
Ovarian Cancer Early Detection and Prevention Foundation, and
subsequently by Senator Edward Kennedy. In a 1997 statement to the
Senate, he requested the FDA to place a cancer warning on the label of
talc products, besides other products containing known carcinogens.
However, over a decade later this warning remains ignored.

Based on 15 publications in leading scientific journals dating back to
the 1960’s, the Petition explicitly warned of "increased rates of
ovarian cancer resulting from frequent exposure to cosmetic grade
talc." After over a year’s delay, the Petition was rejected by Dr.
John Bailey, FDA’s past Director of the Office of Cosmetics and
Colors, and currently Director of the industry’s The Personal Care
Products Council. Since then, the strong relation between the genital
use of talc powder and ovarian cancer has been endorsed by over 40
further scientific publications. These have reported increased risks
ranging from 35% to 90%.

Of particular interest is a 1971 report on the identification of talc
particles in ovarian cancers, a finding contested by Dr. G.Y. Hildick
Smith, Johnson & Johnson’s medical Director. However, a subsequent
publication in the prestigious The Lancet warned that "The potentially
harmful effects of talc . . . in the ovary . . . should not be
ignored." This warning was further supported by a 2004 report on the
major risk of ovarian cancer in talc users. However, there was no such
risk in women whose fallopian tubes had been tied, blocking the access
of talc dust to the ovaries.

Not surprisingly, the mortality of ovarian cancer for women over the
age of 65, a relatively rare cancer at any age, has escalated
dramatically over the last three decades, by 12% for white, and 32%
for black women. It should further be noted that there are about
15,300 deaths from ovarian cancer each year. This makes it the fourth
most common fatal cancer in women, after breast, colon and lung.

Nevertheless, the industry and, worse still the FDA, remain recklessly
unresponsive to these dangers. The FDA has neither banned the genital
use of talcum powder, nor required industry to label it with explicit
warnings. This is all the more inexcusable since cosmetic grade starch
powder is a readily available safe alternative.

Samuel S. Epstein, M.D.
Chairman, Cancer Prevention Coalition
Professor emeritus Environmental & Occupational Medicine
University of Illinois at Chicago School of Public Health
Chicago, Illinois
epstein@uic.edu

Quentin Young, M.D., MACP
Chairman, Health and Medicine Policy Research Group
Chicago, Illinois info@hmprg.org 24, 2008