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What’s in YOUR Cosmetics?

At present, the cosmetic industry selects from more than 5000 different ingredients. It’s no wonder consumers can be perplexed when they see the list. Here are some common cosmetic ingredients and their usual functions (active drug ingredients are not included).

Moisturizers function as a moisture barrier or to attract moisture from the environment:

  • cetyl alcohol (fatty alcohol) – keeps oil and water from separating; also a foam booster
  • dimethicone silicone – skin condition and anti-foam ingredient
  • isopropyl lanolate, myristate, and palmitate
  • lanolin and lanolin alcohols and oil – used in skin and hair conditioners
  • octyl dodecanol – skin conditioner
  • oleic acid (olive oil)
  • panthenol (vitamin B-complex derivative) – hair conditioner
  • stearic acid and stearyl alcohol

Preservatives and antioxidants (including vitamins) prevent product deterioration:

  • trisodium and tetrasodium edetate (EDTA)
  • tocopherol (vitamin E)

Antimicrobials fight bacteria:

  • butyl, propyl, ethyl, and methyl parabens
  • DMDM hydantoin
  • methylisothiazolinone
  • phenoxyethanol (also rose ether fragrance component)
  • quaternium-15

Thickeners and waxes used in stick products such as lipsticks and blushers:

  • candelilla, carnauba, and microcrystalline waxes
  • carbomer and polyethylene thickeners

Solvents used to dilute:

  • butylene glycol and propylene glycol
  • cyclomethicone (volatile silicone)
  • ethanol (alcohol)
  • glycerin

Emulsifiers break up and refine:

  • glyceryl monostearate (also pearlescent agent)
  • lauramide DEA (also foam booster)
  • polysorbates

Color additives:

Synthetic Organic colors derived from coal and petroleum sources (not permitted for use around the eye):

- D&C Red No. 7 Calcium Lake (lakes are dyes that do not dissolve in water)

Inorganic pigments – approved for general use in cosmetics, including for the area of the eye:

- iron oxides
- mica (iridescent)

Hair Dyes – phenol derivatives used in combination with other chemicals in permanent (two-step) hair dyes:

  • aminophenols

pH adjusters stabilize or adjust acids and bases:

  • ammonium hydroxide in skin peels and hair waving and straightening
  • citric acid – adjusts pH triethanolamine pH adjuster used mostly in transparent soap

Others:

  • magnesium aluminum silicate absorbent – anti-caking agent
  • silica (silicon dioxide) – absorbent, anti-caking, abrasive
  • sodium lauryl sulfate – detergent
  • stearic acid – cleansing, emulsifier
  • talc (powdered magnesium silicate) – absorbent anti-caking
  • zinc stearate – used in powder to improve texture, lubricates.

Source: FDA (www.fda.gov)

Detoxify using an Infrared Sauna

Why infrared saunas?

Unlike traditional Finnish saunas which use stem to heat the air, and thereby the user, infrared saunas do not use steam but infrared radiation to directly heat the user.

An infrared sauna is using a specific type of heater that creates far infrared waves that heat your body directly, instead of just the air. Radiant energy produced by heaters, is the same as the heat from the sun, only without the harmful ultraviolet rays.

In a warm environment, an infrared sauna could be open air and still heat your body in the same manner, because the heaters don’t rely on the air being hot. As a result, users are able to stay in the saunas for longer periods of time resulting in greater benefits.

An infrared sauna is typically a wooden box, or small wooden room, containing a number of infrared heaters.

Extensive testing has been done and it has been shown that infrared saunas are a safe way for anybody to enjoy.

Benefits of using an infrared sauna are twofold: one type of benefits is regarding your health and the other is about the ease of use.

There has been controversy over the health benefits of infrared saunas. The controversy is over the type of benefits that an infrared sauna can provide.

Scientific studies have found that half an hour session in an infrared sauna can result in the loss of toxins and stored fats in the body by up to 6 times the level a traditional sauna or exercise can achieve.

Because the skin is the largest body organ, frequently sweating in a far infrared sauna helps decrease the toxic load and contributes to better health and vitality. Infrared sauna use is beneficial for a wide range of ailments through the increase in circulation that it causes in the body.

A 30 minute session in an infrared sauna is equivalent to walking or jogging for 10 to 15 kilometers. An added health benefit is weight loss. Infrared heat penetrates deep into the tissues of the body to melt away cellulite and fats.

When it comes to the ease of use, keep in mind these facts:

Infrared saunas are inexpensive to operate. It takes only minutes to set up. You don’t need any sort of plumbing and many consider this to be one of the most important benefits, since it eliminates a lot of trouble with installation. There are also portable far infrared saunas. So you don’t have to leave it behind, ever.

In conclusion, infrared sauna is safe and effective detoxification therapy which is of value to everyone, regardless of age.

Reference: Article Biz

Women living in cities are at greater risk for breast cancer

Women who live in urban areas have denser breasts, making them more likely to develop breast cancer, according to a study presented at the annual meeting of the Radiological Society of North America (RSNA).

“Women living in cities need to pay more attention to having regular breast screening,” said Nicholas M. Perry, M.B.B.S., F.R.C.S., F.R.C.R., director of The London Breast Institute at The Princess Grace Hospital in London, U.K. “Currently, women who live in urban areas are known to have lower attendance for breast screening programs than women in outlying areas.”

Breast tissue in women may be fatty or glandular or a mixture of both. Women with more glandular breasts show denser tissue on a mammogram and are known to have nearly four times the risk of developing breast cancer than women with fatty breasts. Dr. Perry and colleagues set out to determine if there was a relationship between breast density and area of residence.

The researchers analyzed digital mammograms of 972 women from urban, suburban and rural areas. They discovered that women who lived in London had significantly denser breasts than those living outside the city. The risk of increased density was twice as great in the 45- to 54-year-old group. Age-specific analyses suggested that overall differences by area were more pronounced in women under age 50.

Dr. Perry cautioned that more research is needed to determine the precise reason for this phenomenon, taking into account lifestyle factors, stress, workplace and other possible contributors, but he advised that all women maintain a recommended breast screening regimen, and that women with dense breasts be screened with digital mammography, which is more effective at detecting cancer in dense breast tissue.

“Regular breast screening with mammography saves lives,” Dr. Perry said. “Access to breast screening for women living in cities must be prioritized.”

Co-authors are P.C. Allgood, Ph.D., S.W. Duffy, M.D., S.E. Milner, B.Sc., and K. Mokbel, M.D.

Another study presented at RSNA 2007 looked at the influence of the Western lifestyle on breast composition. Miriam Sklair-Levy, M.D., and colleagues from Hadassah Medical Center in Jerusalem compared breast densities of Israeli women and Ethiopian women who immigrated to Israel. The study found that Ethiopian-born women who have immigrated to Israel had significantly lower breast density than did Israeli-born women. In addition, past Ethiopian immigrants who had begun to adopt a Western lifestyle (decreased number of children, change in diet or increased hormone use) had significantly higher breast density than recent immigrants.

Reference: Marv

Dying for Beauty

There is a new report linking health risks and birth defects with a chemical used in popular cosmetics, gives a long overdue awakening to the FDA, consumers and the beauty industry.

Say if you’ve just got out of the shower this morning, blow-dried your hair and sprayed you hair with a bit of VO5 you’ve just poisoned yourself a little bit. If this is a regular routine in your life then it will eventually build up to immaculate amounts.

But it’s not just VO5 that could make you sick. Try Secret Sheer Dry deodorant, or the suitably named Poison, a perfume by Christian Dior. In fact, 52 popular cosmetics are now proven to have toxic components in varying concentrations — and they’re all over the place.

A report released jointly July 10 by Coming Clean, the Environmental Working Group and Health Care without Harm details the extent to which a toxic family of chemicals known as phthalates (THAY-lates) are used in everyday household products, especially beauty products like nail polish, lipstick and perfumes.

The report, titled “Not Too Pretty: Pthalates, Beauty Products and the FDA,” has its basis in a 1999 FDA study of toxins in the general population of the U.S. From a sample of 1,029 people, every one of them tested positive for phthalates in their blood or urine. Scientists at the Centers for Disease Control singled out a subgroup of 289 people with a particularly high incidence of phthalates: women of childbearing age. These women were found to have daily exposures of phthalates ranging from 2.5 to 22 times the normal for the rest of the general population, with 5 percent showing levels of 75 percent or higher of the acceptable daily amounts.

Judging from the 5 percent of women with dangerously high test results, it can be assumed that every day, as many as two million women of childbearing age are exposed to toxic levels of phthalates.

Phthalates have been shown to cause a wide array of health problems, from liver and kidney failure to heart, lung and blood pressure problems. The most worrisome aspect by far is the phthalates’ effect on the reproductive development of fetuses and infants, particularly the reproductive tracts of males.

Phthalates are metabolized in humans once ingested or absorbed through the skin. In pregnant women, phthalates pass through the placenta to be absorbed by the fetus. In nursing women, phthalates are found in breast milk, which means infants are ingesting these chemicals as they develop. In male fetuses — and infants especially — the phthalates have been shown to cause testicular atrophy and a reduced sperm count, among other serious health problems.

Dr. Stephen Safe of Texas A&M University notes that some in the medical community have expressed concerns about phthalate exposure and human health. “It’s hard to be specific until more medical data is available,” Dr. Safe says, “but if people have concerns, they should limit their use of these products.”

The HCWH report is the first to document and link the deleterious effects of phthalates to male reproductive development. Women of childbearing age were shown to be the most at-risk demographic, and it is reasonable to attribute this in large part to one fact: the beauty industry. According to Charlotte Brody, executive director of HCWH, “With all the variables involved, the only one that doesn’t apply on a large scale to both men and women is the use of cosmetics.”

Global Pollutants

Phthalates are plasticizers. In cosmetics, they are used to add texture and luster to the product. Ninety percent of the world’s plasticizers are used to soften PVC (vinyl) and make it pliable. The other 10 percent have been used in many kinds of manufacturing for 30 years, beginning with medical products like IV bags, gloves and blood bags, but also paints, lubricants, adhesives, toys, food containers, and, of course, cosmetics.

The use of phthalates in manufacturing is widespread, and has such a long history that phthalates have wormed their way into every corner of the globe. Traces are present in virtually every person on the planet. The phthalate DEHP has been found in Antarctica and in deep-sea jellyfish 3,000 feet below the ocean’s surface.

Different phthalates can be found in consumer products like shower curtains, umbrellas, adhesives, children’s toys, and countless other manufactured goods. PVC, being incredibly cheap to produce, is the preferred product for the world’s manufacturers. With phthalates, you can easily turn PVC into any number of products.

Turning the Tide

Since the FDA does not regulate the use of pthalates in cosmetics and beauty aids, manufacturers are not required to disclose them as ingredients.

Says the report: “Taken as a whole, the lab results indicate that a substantial fraction of cosmetics companies may be hiding phthalates on store shelves within the containers of their products, with no warning for pregnant women who might want to avoid purchasing products that contain chemicals linked to birth defects.”

DEHP, the primary phthalate found in medical supplies, has been found toxic in studies of patients who spend considerable amounts of time in hospitals, mainly newborns and the elderly. But other phthalates, including DEP, DBP, BBP, DCP, DOP and DINP, were last studied nearly 20 years ago.
 
According to FDA spokesperson Kimberly Rawlings, “Phthalates were shown to be safe for topical use in 1984, and there have been no further studies by the FDA on this subject since then.”
In a recent Dallas Morning News story on phthalates and the cosmetics industry, Rod Irvin, a spokesman for the American Chemistry Council’s Phthalate Esters Panel, said that “[p]hthalates are among the most-studied products out there. They have a long record of safe use, with no reports or evidence of harm to human health.” Additionally, the industry group has spent “millions” studying the compounds and has found no reason for concern.

In November 2000, the Environmental Working Group released a report that stated, “Phthalates are recognized as toxic substances under environmental law, but companies are free to use unlimited amounts in cosmetics.”

The FDA in the past has considered each of these phthalates separately when studying their toxicity. If you’re a dialysis patient, then you’re at risk for poisoning because you’re getting twice the amount of DEHP recommended with each visit. That’s bad. But if you’re a dialysis patient and you wear a lot of makeup and spend a lot of time playing with your grandchildren and their toys, your exposure could be deadly.

Not in the many-faceted eyes of the FDA, though. Its consideration of disparate exposure to phthalates is the main loophole manufacturers use to claim that phthalates are safe. Without recognizing that all members of the phthalate family accumulate to cause the same health problems, phthalate manufacturers are able to claim that each individual chemical is not harmful at the documented levels.

HCWH tested 72 of the following kinds of cosmetics: Nail polish, fragrances (perfumes, body oils, etc.), hairsprays, deodorants and lotions. Fifty-two of these contained phthalates as ingredients, though none were listed on the labels. Most of the pthalate-containing products are household names: Aqua Net Professional Hair Spray; Degree Original Solid Deodorant; Nivea Créme lotion; Elizabeth Arden’s Red Door fragrance; Calvin Klein’s Eternity perfume.

As Brody of HCWH points out, this is just the beginning: “It’s impossible to know without testing which products contain phthalates. Just because some of the lotions we tried tested negative doesn’t mean [all lotions are] clean.” Until the manufacturers are required to label phthalates, there’s no way to know for sure.

Early Warnings

This is only the latest in a long series of warnings about the dangers of phthalates, which have been used extensively since the early 1970s. The biggest commotion over phthalates came in 1998, when the Danish government issued a well-publicized ban on toys containing phthalates because of concern that children were being exposed to toxic chemicals when they put toys in their mouths. Lego, the Danish toymaker, quickly responded by reformulating its toy factories to phase out the use of phthalates in production of its toys.

Since then, there has been steadily growing awareness of the dangers of phthalates. Network news programs have discussed the dangers in toys, cosmetics and beauty products, and even in fish that live in polluted waters. Despite all this, the battle against phthalates has been a stalemate: The EU continues to extend its temporary ban on toys for children aged 3 and under, but European manufacturers are lobbying to institute a voluntary reporting system for all other products similar to what is in place in the U.S.

Stacy Malkan of HCWH is urging people to distribute the lists of phthalate-containing products far and wide, to discuss the topic of phthalates in cosmetics and medical supplies with their health care provider, and to contact the FDA to demand an industry-wide ban on phthalates in cosmetic products. In addition, the groups releasing the report are preparing to launch a national ad campaign.

As the report makes clear, non-toxic alternatives are readily available: “The limited testing done for Not Too Pretty reveals that the same big companies that produce phthalate-laced beauty products, also make similar products without phthalates … L’Oreal markets Jet Set nail polish without DBP but puts the phthalate in its Maybelline brand.”

Without the pressure of the public however, there will be no reason for the $20 billion-a-year cosmetics industry to phase out all phthalates. And women who continue to douse themselves in Christian Dior’s Poison may be helping the perfume live up to its name.

49 Most Harmful ingredients in Cosmetics

The EWG (Environmental Working Group) analysed 14,841 personal care products and compared ingredients found in these products against chemicals listed in 37 toxicity and regulatory databases. From this study the EWG has developed a list of top ingredients which are known and probable carcinogens; known and probable reproductive and developmental toxins; and ingredients that are illegal for use in cosmetics in the U.S. or E.U., or that have been found unsafe for use in cosmetics by authoritive bodies.

1. MERCURY

Unsafe for use in cosmetics according to FDA; Possible human reproductive or developmental toxin; Possible human carcinogen

2. THIMEROSAL

Unsafe for use in cosmetics according to FDA; Possible human reproductive or developmental toxin; Possible human carcinogen

3. LEAD ACETATE

Known human reproductive or developmental toxin; Prohibited for use in cosmetics in the European Union; Color not approved for use around eyes, in eye products

4. FORMALDEHYDE

Known human carcinogen; Not safe for use if aerosolized, in aerosolized product; Skin sensitizer

5. NICKEL

Known human carcinogen; Prohibited for use in cosmetics in the European Union; Skin sensitizer

6. TOLUENE

Unsafe according to International Fragrance Association; Possible human reproductive or developmental toxin; May contain harmful impurities or form toxic breakdown products

7. PETROLEUM DISTILLATES

Prohibited for use in cosmetics in the European Union; Possible human carcinogen; May contain harmful impurities or form toxic breakdown products

8. ACRYLONITRILE

Prohibited for use in cosmetics in the European Union; Possible human carcinogen; Skin sensitizer

9. ETHYLACRYLATE

Unsafe according to International Fragrance Association; Possible human carcinogen; Skin sensitizer

10. COAL TAR

Known human carcinogen; Prohibited for use in cosmetics in the European Union; May contain harmful impurities or form toxic breakdown products

11. DIBUTYL PHTHALATE

Prohibited for use in cosmetics in the European Union; Possible human reproductive or developmental toxin; Endocrine disruptor

12. POTASSIUM DICHROMATE

Possible human carcinogen; Possible human reproductive or developmental toxin; Skin sensitizer

13. METHYL CELLOSOLVE

Unsafe according to International Fragrance Association; Possible human reproductive or developmental toxin; Endocrine disruptor

14. FERROUS SULFATE

Color additive – banned or not approved for use in cosmetics; Color not approved for use around eyes, in eye products; Reproductive or developmental harm – limited evidence

15. SELENIUM SULFIDE

Possible human carcinogen; Restricted in EU cosmetics (manufacturing/structural limits); Reproductive or developmental harm – limited evidence

16. DIMETHYLAMINE

Prohibited for use in cosmetics in the European Union; Respiratory toxicity hazards; Skin or sense organ toxicity hazards

17. CHROMIUM

Known human carcinogen; Reproductive or developmental harm – limited evidence; Gastrointestinal or liver toxicity hazards

18. ZIRCONIUM SILICATE

Color additive – banned or not approved for use in cosmetics; Color not approved for use around eyes, in eye products; Restricted in EU cosmetics (manufacturing/structural limits)

19. ACRYLAMIDE

Possible human carcinogen; May contain harmful impurities or form toxic breakdown products; Restricted in EU cosmetics (impurity limit)

20. PHENYLPHENOL

Possible human carcinogen; Endocrine disruptor; Reproductive or developmental harm – limited evidence

21. D&C BLUE 6

Color additive – banned or not approved for use in cosmetics; Color not approved for use around eyes, in eye products; Color additive – banned or not approved for use in food

22. EXT D&C GREEN 1

Color additive – banned or not approved for use in cosmetics; Color not approved for use around eyes, in eye products; Color additive – banned or not approved for use in food

23. EXT D&C RED 1

Color additive – banned or not approved for use in cosmetics; Color not approved for use around eyes, in eye products; Color additive – banned or not approved for use in food

24. EXT D&C RED 3

Color additive – banned or not approved for use in cosmetics; Color not approved for use around eyes, in eye products; Color additive – banned or not approved for use in food

25. ACID VIOLET 43

Color additive – banned or not approved for use in cosmetics; May contain harmful impurities or form toxic breakdown products; Skin sensitizer

26. HEXACHLOROPHENE

Unsafe for use in cosmetics according to FDA; Lung sensitizer used in products that may be inhaled; Cancer – limited evidence of carcinogenicity

27. FD&C RED 3

Color additive – banned or not approved for use in cosmetics; Color not approved for use around eyes, in eye products; Not assessed for safety in cosmetics by industry panel

28. LIDOCAINE

Prohibited for use in cosmetics in the European Union; Neurotoxicity hazards; Respiratory toxicity hazards

29. HYDROXYANISOLE

Unsafe for use in cosmetics according to industry panel; Skin sensitizer; Neurotoxicity hazards

30. BHA

Possible human carcinogen; Endocrine disruptor; Skin sensitizer

31. LITHIUM CARBONATE

Possible human reproductive or developmental toxin; Endocrine disruptor; Gastrointestinal or liver toxicity hazards

32. DIMETHYL SULFOXIDE

Prohibited for use in cosmetics in the European Union; Reproductive or developmental harm – limited evidence; Cardiovascular or blood toxicity hazards

33. IODINE

Prohibited for use in cosmetics in the European Union; Endocrine disruptor; Gastrointestinal or liver toxicity hazards

34. PHENACETIN

Possible human carcinogen; Kidney toxicity hazards; Neurotoxicity hazards

35. PHENOLPHTHALEIN

Possible human carcinogen; Reproductive or developmental harm – limited evidence; Gastrointestinal or liver toxicity hazards

36. PROGESTERONE

Possible human carcinogen; Possible human reproductive or developmental toxin; Endocrine disruptor

37. ALUMINUM ZIRCONIUM TETRACHLOROHYDREX GLYCINE COMPLEX, ANHYDROUS

Unsafe for use in cosmetics according to FDA; Restricted in EU cosmetics (manufacturing/structural limits); Not assessed for safety in cosmetics by industry panel

38. DISPERSE BLUE 1

Possible human carcinogen; Kidney toxicity hazards; Industry-recommended limits on concentration/use

39. FERRIC AMMONIUM CITRATE

Color additive – banned or not approved for use in cosmetics; Persistent and bioaculative; Not assessed for safety in cosmetics by industry panel

40. BASIC VIOLET 14

Color additive – banned or not approved for use in cosmetics; Coal tar dye – cancer studies unavailable; Not assessed for safety in cosmetics by industry panel

41. ACID ORANGE 24

Color additive – banned or not approved for use in cosmetics; Coal tar dye – cancer studies unavailable; Not assessed for safety in cosmetics by industry panel

42. 2- AMINO- 4- NITROPHENOL

Prohibited for use in cosmetics in the European Union; Cancer – limited evidence of carcinogenicity; Not assessed for safety in cosmetics by industry panel

43. BRUCINE

Prohibited for use in cosmetics in the European Union; Highly toxic; Not assessed for safety in cosmetics by industry panel

44. ACID BLUE 3

Color additive – banned or not approved for use in cosmetics; Not assessed for safety in cosmetics by industry panel

45. ACID YELLOW 3

Color additive – banned or not approved for use in cosmetics; Not assessed for safety in cosmetics by industry panel

46. PIGMENT BLUE 15

Color additive – banned or not approved for use in cosmetics; Not assessed for safety in cosmetics by industry panel; In other consumer products besides personal care products

47. NAPHAZOLINE HYDROCHLORIDE

Prohibited for use in cosmetics in the European Union; Not assessed for safety in cosmetics by industry panel; Not assessed by industry panel

48. DIPHENHYDRAMINE HCL

Prohibited for use in cosmetics in the European Union; Not assessed for safety in cosmetics by industry panel; Not assessed by industry panel

49. TETRAHYDROZOLINE HYDROCHLORIDE

Prohibited for use in cosmetics in the European Union; Not assessed for safety in cosmetics by industry panel; Not assessed by industry panel