Cocamidopropyl betaine cancer

Wednesday, November 29, by Rita Winters. Cocamidopropyl betaine CAPB is an amphoteric surfactanta part of a class of ingredients called amidopropyl betaines. It is derived from coconuts by mixing raw coconut oil and 3-dimethylaminopropylamine, the product which is used to produce more foam. Cocamidopropyl betaine is largely used as a surfactant and a viscosity increasing agent in cosmetic and personal care products. This compound behaves like most cleansing agents by mixing with oil, water and dirt to be rinsed off.

Other names and synonyms of cocamidopropyl betaine include: Amphoteric L; lauroylamide propylbetaine; ; Softazoline LPB; Obazoline CAB; lauroylaminopropyldimethylaminoacetate; 1-propanaminium, N- carboxymethyl -N,N-dimethyl 1-oxododecyl amino - inner salt; N,N-Dimethyl-N-dodecanoylaminopropylbetaine; 2-[3- dodecanoylamino propyl-dimethylazaniumyl]acetate; and lauroylamide propylbetaine. Products that have cocamidopropyl betaine use chemical warning labels such as harmful irritant, skin sensitizer, corrosive, and hazardous to the environment.

It is associated with irritation and allergic skin reactions due to cocamidopropyl betaine itself or the impurities present in it, such as 3-dimethylaminopropylamine. CAPB replaced cocamide diethanolamine cocamide DEAa product of coconut oil mixed with diethanolamine, after California listed the latter as a known carcinogen in CAPB is not supposed to cause irritation to the mucus membraines or cause irritation, but records and studies show otherwise.

In certain conditions, these amines can produce carcinogenic nitrosamines, but further experimentation is required. Cocoamidopropyl betaine can cause skin and eye irritationitching, blistering and burning sensations. Affected areas are mostly on the head, neck, back and upper extremities.

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It may also cause serious eye and skin damages, and chronic allergic skin reactions. CAPB is very toxic to aquatic life, and residues may have long-lasting effects on aqueous organisms.

cocamidopropyl betaine cancer

CAPB greatly affects the skin and eyes. It is a possible carcinogen as cocamide DEA, another coconut derivation, was found to be. Examples are shampoos, soaps, hair conditioners, hair spray, toothpaste, baby bath, bubble bath mixtures, contact lens solutions, makeup removers, bath gels, gynecologic and anal hygiene products and other skin cleansing solutions.

Other items not used on the body may also contain this toxic chemical. These include household cleaning products, laundry detergents, hand dishwashing liquids, hard surface cleaners and antistatic agents.The subject who is truly loyal to the Chief Magistrate will neither advise nor submit to arbitrary measures.

This article was published more than 10 years ago. Some information in it may no longer be current. Without a trace of makeup, her blond hair usually cinched in a ponytail, the former organic farmer and health-food store clerk from Vancouver scrupulously avoids preservatives and pesticides in her food.

She was also tested last year by researchers collecting proof of toxic chemicals in the body. But what she discovered shocked her -- her clean-living body was distressingly polluted with heavy metals and PCBs. If the year-old is disciplined about what goes into her mouth, she is anything but when it comes to what she puts on her skin. Inspecting her herbal shampoo label for the first time, she finds cocamidopropyl hydroxysultaine and methyl cocoyl taurate, the stuff of chemistry labs.

Robertson says. Few have. While Canadians have become savvy about chemicals in their food -- scanning package labels and paying premium prices for organic produce -- little mention has been made of the chemicals that clean our hair and moisturize our skin day in and day out. Yet some of the 10, ingredients in beauty products are suspected or confirmed carcinogens, hormone-mimicking chemicals or substances linked to birth defects.

Under new federal rules that came into force late last year, cosmetics companies selling products in Canada are compelled to list ingredients on their packages -- a move that has brought this country closer into line with Europe and the United States, where, for some, checking the label on a lipstick is as routine as reading a cereal box. Some cosmetics ingredients will also go under the microscope when Ottawa begins a massive safety review of thousands of chemicals in widespread use that was announced last winter.

And later this month hearings will begin in Ontario on a private member's bill tabled by NDP environment critic Peter Tabuns that would slap warnings on all cosmetics and other products containing known and suspected carcinogens. Outside Canada, a law just passed in California placing the onus on cosmetics companies to disclose to health authorities the details of toxic ingredients linked to cancer or reproductive problems.

It's a very intimate part of our daily lives and we want that to be as safe as possible. But while even those in the Canadian cosmetics industry laud the move to list contents on packaging, many consumers are discovering that these labels are hardly founts of information.

Ingredients are listed by unfamiliar Latin names that obscure even benign substances -- shea butter becomes butyrospermum parkii. This is why the Canadian Cancer Society is tossing around the idea of a colour-coded logo that would flag possible carcinogens.

The Canadian Strategy for Cancer Control committee also has product labelling on their agenda.

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Aside from labelling, Health Canada does maintain a hot list of more than banned and restricted chemicals. Companies selling cosmetics here are also required to disclose the ingredients contained in their products to Ottawa.

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In the United States, ingredients have been listed on cosmetics for years. But there are loopholes that allow companies to conceal some suspect chemicals under the vague title of "fragrance" or refuse to name ingredients that are claimed to be trade secrets.Betaine is a naturally derived ingredient that is added to skin and hair care products due to its ability to provide benefits such as increased hydration, skin protection, improved hair strength and silkiness, and enhanced texture of formulations.

Betaine is a natural substance that was discovered in the 19th century in sugar beets Beta vulgaris. Since then, it has been found at high concentrations in several other organisms, including wheat bran, wheat germ, spinach, beets, microorganisms, and aquatic invertebrates.

The chemical structure of betaine resembles glycine with three extra methyl groups, which is why betaine is also called trimethylglycine. In addition to dietary intake, betaine can be synthesized from the combination of choline and the amino acid glycine in the body.

Betaine has several important biological functions. For example, as a methyl group donor, betaine participates in methylation, an essential biochemical process that aids in liver function, detoxification, and cellular functioning within the body. Betaine is also an essential osmoprotectant, primarily in the kidneys, liver, and brain.

Interestingly, large amounts of betaine can accumulate in cells without disrupting cell function.

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This role of betaine protects cells, proteins, and enzymes under osmotic stress. The function of betaine depends on how it is produced.

Synthetically produced betaine, such as cocamidopropyl betaine, functions as a surfactant.

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Natural betaine, which is obtained from the process of making sugar out of sugar beets by chromatography of the molasses, functions as an osmolyte. Osmolytes are compounds affecting osmosis, the process in which a solvent moves across a selectively permeable membrane separating two solutions of different concentrations. In the body, a state of hyperosmosis can cause water to flow out of the cells, leading to a reduction in cell volume.

These effects are detrimental to cell survival. As an osmolyte, the structure of betaine allows it to attract water and help to maintain cell water balance. This function of betaine is particularly important for skin cells that are dehydrated or exposed to UV radiation.

Furthermore, the ability of betaine to increase skin hydration has been shown to have an anti-wrinkle effect. Research has found that betaine can also improve tight junction integrity. Tight junctions are protein complexes that prevent leakage of solutes and water between the cells. Tight junctions have been suggested to contribute in the prevention of penetration of harmful substances, such as allergens, pollutants, etc. Additionally, tight junctions aid in preventing water loss through the skin.

Therefore, by improving tight junction integrity, betaine increases the hydration status of the skin and also protects the skin from harmful environmental substances. The high water retention capability of betaine makes it an ideal ingredient for hair care products.

Overall, the addition of betaine to hair care products gives the hair more strength and hydration, as well as makes the hair shiny and more elastic. Betaine also functions as a texture enhancer in cosmetics and personal care products. It is known to provide a silky feel to skin care preparations without causing tackiness.

Additionally, when betaine is added to formulations containing surfactants, it has been shown to increase foam volume and reduce irritation potential of surfactants. This property of betaine is ideal for shampoos, especially when used to formulate a delicate, easy-rinse baby shampoo that contains a low amount of surfactants. However, naturally derived betaine is considered to be a stable and nontoxic substance.

References: Front Immunol.In one sense the marketing gurus of Dove beauty and skin care products hit the nail on the head.

Dangers Of Cocamide DEA In Shampoo And Beauty Products Explained

Do young girls and women have self-esteem issues? Is the general message Dove sends a good one? But Dove is not being entirely honest. How can they be? If they were, no one would buy their products! In short, the often highly toxic and definitely dangerous chemicals found in Dove products made by Unilever stand contrary to the message Dove pedals to consumers.

While ultimately the decision to use such chemicals in the manufacturing process is an individual one, certainly, whether or not a company publically reveals or explains the possible dangers associated with their use is also an option. The EWG claims many of the chemicals listed in Dove products also often contain other contaminants that are much worse than the primary chemicals listed. They further list a high concern for skin, eye, or lung irritation, as well as other miscellaneous issues that put the consumer at high risk for a variety of health issues.

This is the foundation product that launched the Dove line in the s. Here are just some examples of what these chemicals and others found in Dove products actually do to your body.

Cocamidopropyl betaine is a synthetic surfactant sudsing agent associated with irritation and allergic contact dermatitis, reactions that can be due to the ingredient itself or to impurities in it, such as 3-dimethylaminopropylamine.

One such chemical is diethyl phthalate, which according to the Agency for Toxic Substances and Disease Registry ATSDRis a colorless synthetic liquid commonly used to make plastics more flexible. Diethyl phthalate is also used in cosmetics, insecticides, and aspirin.

Methylisothiazolinone is a widely-used preservative. According to numerous studies. It is highly acutely toxic when applied dermally or to the eye and is considered to be corrosive. Retinyl palmitate contains palmitic acid and retinol Vitamin A.

cocamidopropyl betaine cancer

It helps to stimulate collagen production, increase cellular rejuvenation, and decrease pore sizethereby creating softer, smoother skin.

Bottom line, Germany, and Canada currently ban or restrict the use of retinyl palmitate because of its proven toxicity.Tegobetaine L7 Cocoyl amide propyldimethyl glycine Coconut oil amidopropyl betaine N-cocamidoprpyl-N, N-dimethlglycine hydroxide inner salt. Has this product helped you or someone you know? Tell us about it: Note: Your email address will be kept private, and will NOT show with your statement.

Save my name, email, and website in this browser for the next time I comment. Shampoos and hand soaps. It is also in cosmetics as an emulsifying agent and thickener, and to reduce irritation purely ionic surfactants would cause. It also serves as an antistatic agent in hair conditioners, which most often does not irritate skin or mucous membranes. It also has antiseptic properties, making it suitable for personal sanitary products. Toothpaste Benefits Cocamidopropyl betaine is a surfactant that is a common ingredient in many liquid skin cleansers.

Surfactants allow water to wash away the oil and dirt from your skin by decreasing the surface tension of water and making it easier to wet your face. Surfactants are both lipophilic — oil loving — and hydrophilic — water loving — which enables them to remove dirt and oil from your skin.

Some surfactants are harsher on skin than others, but cocamidopropyl betaine typically does not cause irritation. In fact, it is often used in cleansers because of its thickening and foaming properties, which helps moisturize the skin.

Cocamidopropyl betaine is even found in many baby soaps and shampoos. Sometimes cocamidopropyl betaine is even linked to blistering skin, especially in products with a lot of impurities.

cocamidopropyl betaine cancer

This may cause significant eye irritation, according to the HERA Project, which assesses the risks of ingredients in common household products. Leave a Reply Cancel reply Has this product helped you or someone you know?Cocamidopropyl Hydroxysultaine is one of many newly emerging surfactants. A surfactant aka cleansing agent is an ingredient that creates lather and makes your shampoo or body wash foam. It is now commonly used in shampoos, bath washes, and detergents.

Today you will learn about the latest research into its safety so you can make an informed decision whether you want this ingredient in your personal care products. Cocamidopropyl Hydroxysultaine is rated 1 with limited data in the Skin Deep database powered by the Environmental Working Group.

While this is one of the most helpful tools to assess product or ingredient safety, it has some shortcomings.

For example, ingredients that have no data or limited data tend to have a rating of 1 out of 10 with 1 being the safest. And sometimes the Skin Deep database does not reflect the latest research or product ingredients. It is an industry-sponsored agency. So, while the reports are helpful and a good source of scientific studies, when you read them, keep in mind that the Panel is not independent of the industry. When I research a product or an ingredient, I look at a variety of sources, including rating databases, CIR reports, and the latest independent studies published in scientific journals.

I find it very helpful to go directly to the source. I am able to do that because this is what I do for a living, so you do not have to. I know nobody has time for this unless you become a full-time researcher. Please look around my website. You might find helpful services which you can take advantage of. Let me tell you the important points from the CIR report of The Panel concluded that the sensitization potential of this ingredient is very low.

Sometimes, knowing how an ingredient is made is as important as knowing what it is made of. Cocamidopropyl Hydroxysultaine is produced using a multi-step process where chemicals are added to produce intermediary chemicals. As a result, contaminants may be present in Cocamidopropyl Hydroxysultaine.

Specifically, 3,3-dimethylaminopropylamine DMAPA is a cause for concern even in very small amounts, because it is a sensitizer. Because the CIR report is very recent, it is not surprising that I have not found any scientific studies in addition to the ones described in the CIR reports. The reason that there are not many studies into this ingredient might be that it is new. After reading numerous shampoo ingredients, I noticed that it is often used instead of Cocamidopropyl Betaine.

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Notice that they both share the same first word in their names. Cocamidopropyl Betaine has been studied a lot better than Cocamidopropyl Hydroxysultaine. The latest report states that the Panel recognizes that Cocamidopropyl Betaine has the potential to induce skin sensitization, most likely due to the contaminants DMAPA and amidopryl dimethylamine amidoamine.

Hence, the Panel advised manufacturers to continue minimizing the concentration of the sensitizing impurities. In addition, dermatologists in the Netherlands recommend that hairdressers, when they use products containing Cocamidopropyl Betaine, should patch test for Cocamidopropyl Betaine allergy.

Due to high rates of cases involving allergic reactions, it was named the Allergen of the Year by the American Contact Dermatitis Society. However, dermatologists from Germany and Spain believe that an allergic reaction to Cocamidopropyl Betaine is rare. In conclusion, I believe that the concerns of sensitization toward Cocamidopropyl Betaine are related to Cocamidopropyl Hydroxysultaine.

We should not think the lack of data makes Cocamidopropyl Hydroxysultaine a safer alternative to Cocamidopropyl Betaine. In my Shampoo Rating ListI give it a rating of 3 out of 10 with 10 being the worst versus the rating of 1 in the Skin Deep database.

On the other hand, in the big scope of things, despite its potential for sensitization, it is not one of the worse surfactants in my opinion. Unfortunately, numerous other surfactants in shampoos have some concerns or lack sufficient data and some have no data at all.Can you trust that major personal hygiene product manufacturers make your health and safety their top priority?

One year later, however, 98 shampoo brands still included DEA according to the CEH study, which released its findings and immediately began a series of lawsuits against producers and distributors of the offending products. Here is everything you need to know about cocamide DEA and how it affects you:. The IARC assessment influenced the State of California to ban the chemical from use in shampoos and other personal hygiene and beauty products. All things coconut have become particularly popular as of late.

The once exotic fruit of the coconut palm is enjoying the spotlight as people rave about the health benefits of the oil, the water, the meat, and the milk. Cocamide DEA is made by reacting diethanalomine with a mixture of fatty acids from coconut oils to create a diethanalomide, which, in this case, is a viscous, clear liquid.

Coco-betaine vs. Cocamidopropyl Betaine

This liquid is then used by cosmetics and personal hygiene products manufacturers as a foaming agent and to create a creamy texture in soaps, shampoos, conditioners, and cosmetics. Heavy diethanalomine exposure has been shown to increase the risk of cancer. In small doses, DEA has been known to cause an allergic reaction in some people, producing a mild form of dermatitis.

Large doses, however, are thought to be potentially carcinogenic to humans—especially as it builds up in the system over time. This is why California banned its use. In addition, some shampoos and bubble baths labeled as organic or specifically targeted for children had high levels of DEA.

Be aware that manufacturers can replace an unpopular ingredient with one that could be just as harmful but on which no conclusive studies have been done. Since this list was published, manufacturers have hastened to replace cocamide DEA with other foaming agents that do not have the carcinogenic label.

No, it does not.

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Some products may have much higher DEA levels than others, but the specific levels of DEA in any particular product are not listed on the ingredients list.

Look below to find a list of ingredients that could contain DEA. The best way to decide if you can trust the purity of a product is to check out the ingredients list on the label. By law, manufacturers must list the ingredients they put into their shampoos, conditioners, soaps, and cosmetics. The ingredients are listed in order of quantity. If you do not recognize the ingredient or if it has a long chemical name, this is an indication that the product may not be as organic or as natural as it is advertised to be.

You can do an Internet search for ingredients you do not recognize or you can rely on products whose ingredients are things you easily recognize. Other products used in shampoos, conditioners, soaps, and cosmetics may contain DEA. If you are concerned about the potential risks of DEA, it is a good idea to be familiar with the names of other ingredients that may contain DEA.


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