Natural cosmetic, which does not contain harmful components of synthetic origin, is a particular rarity today. However, as a rule, you can be sure of the quality and naturalness of the ingredients only when the cosmetic product is prepared with your own hands. In addition, not everyone has the time and money to make creams and tonics at home for all occasions, because eco-friendly ingredients are not cheap.

Therefore, the majority of the population has to choose from an assortment of factory-produced products, reading the composition in order to choose the safest and highest quality product. Can often be found on the labels of various cosmetics component such as cocamidopropyl betaine. Whether it is harmful or not - you will find out the answer from this article. Having studied the substance in more detail, we will talk about how it is obtained and for what purpose this ingredient is used in the cosmetic industry.

Component properties

Cocamidopropyl betaine is a clear or slightly cloudy yellowish liquid with a characteristic odor, obtained in production in two stages. In the first stage, due to the chemical reaction of fatty acids contained in coconut oil (mainly lauric acid), with the formation of an amide, which in the second stage, in a reaction with chloroacetic acid, is converted into cocamidopropyl betaine. His Chemical properties allow us to call it an amphoteric substance.

This ingredient can react as either an acid or a base depending on conditions. Cocamidopropyl betaine concentrates on the surfaces of liquid media, thereby reducing their surface tension, allowing it to be used as a surfactant (SAR).

Due to its excellent interaction with other PVAs, cocamidopropyl betaine is often used as a base in cosmetic products. The main function of this component: cleansing. In shower and bath products, it is responsible for the cleanliness of hair and skin. Manufacturers of skin and hair care products also use cocamidopropyl betaine as a thickener and foaming agent. Therefore, shampoos and gels have a thick structure and foam well. Hair conditioners use the antistatic properties of cocamidopropyl betaine to make hair soft without causing difficulty in combing.

In fact, cocamidopropyl betaine is used in almost all shower and bath products, hair and hand washes. It is also a substance obtained from coconut oil, can be found in gels, powders and milks for washing or removing makeup. Used as an additive in detergents and detergents. Manufacturers add cocamidopropyl betaine in different proportions. When using 45-48% of this substance, it acts as the basis of the finished product, at 2% - as an additive to improve the effectiveness of other surfactants.

Harmful or beneficial

Currently, there are many opinions and disagreements regarding the negative and positive qualities of cocamidopropyl betaine and its effects on human health. A number of studies have stated that this substance may cause allergic reactions in individuals with hypersensitivity to this component. However, deeper observations have shown that, most likely, such cases are a manifestation of the irritant effect of the drug, and not a truly allergic one.

However, the American Contact Dermatitis Society recognized cocamidopropyl betaine as "Allergen of the Year" in 2004. This title was intended to draw attention to allergens that are widespread in everyday life, and their importance in the structure of morbidity is underestimated, and they require more attention. At the same time, official data on negative consequences Apart from individual intolerance, no cases have been reported from the use of cosmetics containing cocamidopropyl betaine.

Thus, the possibility of irritation of the eyelids or skin when using cosmetics with cocamidopropyl betaine cannot be excluded. You should avoid applying any care product (cream, soap, shower gel, etc.) if you notice the following symptoms after using it:

• itching or tingling;
• redness;
• swelling or swelling of the skin;
• the appearance of a rash;
• peeling of the skin.

If such complaints appear immediately after applying a cosmetic product, then it must be thoroughly rinsed off under a strong stream of water and not used again. Remember that these symptoms can be either a reaction specifically to cocamidopropyl betaine or associated with other components of cosmetics.

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Cocamidopropyl betaine, 45% - Mostly used in cosmetics. This element has also found application in medicine - as a thickener for ointments.

Appearance– liquid mass from yellow to milky white, odorless.

Cocamidopropyl betaine is a liquid mass obtained from coconut oil, more precisely, from its fatty acids (lauric, palmitic, myristic and others), and is a derivative of simpler substances - cocamide and glycine betaine.

Designed to gently cleanse hair and skin. Its molecules easily stick to exfoliating particles of the scalp and body, with fatty components and smallest fragments of dirt, and then are simply washed off with water. Together with anionic ingredients, the surfactant acts as a thickener and improves foaming. Foam with this component becomes thicker and lasts longer. For hair it is not only an excellent cleanser, but also a conditioner. It ensures ease of combing, prevents electrification, and when used with other additives in the surfactant category, reduces their irritating effect on the skin.

This ingredient is found in shampoos, body washes, foaming bath products, liquid hand soaps, baby skin cleansers, hair conditioners and conditioners, toothpastes, gels, powders, lotions, creams and cleansers.

Cocamidopropyl betaine belongs to the so-called. amphoteric tensides. In other words, it contains different functional groups, some of which are acidic and others are basic.

Cocamidopropyl betaine clearly demonstrates its amphoteric character at different pH values ​​of the final product.

It begins to acquire a negative charge (anionic properties) in an alkaline environment, at pH? 7 and positive (cationic properties) - in an acidic environment, respectively, at pH? 7

Compared to more aggressive anionic surfactants, amphoteric cocamidopropyl betaine itself has less skin irritation potential.

Therefore, it is readily used in children's cosmetics, toothpastes, dental elixirs and gels for intimate hygiene.

In addition, its addition as a secondary tenside to anionic surfactants can reduce their irritant potential, reduce the degreasing effect and improve the viscosity of the final product.

Application:

• Shower gels;
• Liquid soap;
• Gels for intimate hygiene;
• Shaving creams and gels;
• Cleansing gels;
• Toothpastes and dental elixirs;
• Shampoos (in combination with other tensides);
• Bath foams;
• Household detergents (dishwashing liquid, etc.)

Input rate:

Depends largely on the presence of other surfactants in the recipe.

If cocamidopropyl betaine is used as a secondary detergent, its input rate is about 1:2 -1:4 to the main detergent.

Toothpaste: up to 2%;

• Shampoo (in combination with anionic tensides, alkyl polyglycosides) 5-30%;
• Shower gels (in combination with other tensides) – 5-10%
• Bath foams – 5-10%

In order to reduce the irritating potential of surfactants, glycerin, sorbitol, lysolecithin, protein hydrolysates and other polyelectrolytes are added to the formulations.

Cocamidopropyl betaine(Cocamidopropyl Betaine) is a combined detergent substance.

Description

By appearance It is a clear or slightly cloudy liquid of light yellow color with a weak characteristic odor. The content of the main substance is 46-48%, sodium chloride 6-7%. Its pH is 4.5-5.5. Its combination with anionic surfactants leads to a significant improvement in the dermatological properties of the final product.

Application

It is used as an active additive in liquid, paste, detergent, washing and cleaning products.

It has good foaming and cleaning properties, increases viscosity.

Cocamidopropyl betaine is a very popular component of foam detergents. cosmetic products, a characteristic feature of which is the remarkable ability to cleanse the hair roots and scalp of oil.

Main Applications:

• cleansers for baby skin,
• cleansing creams and gels for the face,
• hair conditioners,
• hair conditioners,
• shower gels,
• bath foams,
• cleansing gels and facial foams,
• hand soap,
• cleaning products for children,
• additive to liquid and solid soaps. Improves their properties,
• Suitable for use in facial washes, cosmetics, foaming detergents,
• used as an active additive in liquid, paste, detergent, washing and cleaning products,
• has good foaming and cleaning properties, increases viscosity,
• can be used in formulations that do not contain additional surfactants.

Directions for use: To prepare the recipe, simply mix the surfactant with water and add the active ingredients. Bath foam: up to 20% Shampoos: 20-30% Conditioners: 10-15% Gels: 20-25%

Properties

soft co-surfactant, compatible with anionic/cationic/non-ionic surfactants. Auxiliary surfactants include amphoteric, nonionic and cationic substances. They are necessary in shampoo formulations to increase the compatibility of basic (anionic) surfactants with skin and hair, increase foaming properties, regulate viscosity, and reduce the degreasing effect.

• Reduces the irritating effect of other surfactants.
• In combination with anionic surfactants, it becomes a thickener, improves foaming ability and increases the safety of formulations.
• Has good cleaning and foaming properties.
• Has conditioning and antistatic properties for hair.
• Used in bio-cosmetics.
• Provides pleasant cleansing and foaming good care for hair and skin.
• Compatible with all types of surfactants (surfactants), can be used as the main surfactant.
• Foam stabilizer.
• Its combination with anionic surfactants leads to a significant improvement in the dermatological properties of the final product.
• Method of preparation: obtained from coconut oil (a derivative of cocamide and glycine betaine), recently babassu-amidopropyl betaine has also been produced - from a composition similar to coconut oil - babassu oil.
• Coc-amidopropyl betaine and babassu-amidopropyl betaine are interchangeable and almost identical in use.

Impact on humans

Claimed to cause an allergic reaction in some users, but controlled experimental studies have determined that these cases may represent irritant rather than true allergic reactions. Additionally, research results have shown that CAPB has low potential if impurities with amidoamine (AA) and dimethylaminopropylamine (DMAPA) remain low and controlled. Other studies have concluded that allergic reactions to CAPB are most obvious, most likely due to amidoamine. Cocamidopropyl betaine was voted in 2004 by the American Contact Dermatitis Society as a low-allergenic product.

Precautionary measures

• Not a hazardous product, normal handling as for industrial chemicals.
• After work, wash your hands with water.
• In case of contact with eyes, rinse thoroughly under running warm water. In case of contact with skin, rinse thoroughly with plenty of water.

Additionally

In the Laboratory of Experimental Dermatology of the University of Cadiz (Spain), experiments demonstrated that in order of increasing irritant effect on the skin, the most well-known surfactants are arranged as follows.

To reduce the negative effects of surfactants, polyelectrolytes are included in cosmetics: sorbitol, protein hydrolysates, glycerin, and so on.

What is harmful to the skin?

Like any chemical component, cocamidopropyl betaine can cause local irritation of the skin, manifested in peeling, rashes and redness. But such reactions are extremely rare, most often in those whose body does not perceive this component. Most people use cosmetics and hygiene products that contain this substance without any problems.

Cocamidopropyl betaine is irritating to the organ of vision. If it gets into the eyes, it is necessary to wash thoroughly with running, cold water until the tearing and burning of the eyes stops. All cosmetics must be used strictly for their intended purpose; when ingested orally, cocamidopropyl betaine is quite toxic.

Experts' opinions

At the moment, experts do not have a consensus regarding the safety of cocamidopropyl betaine. The substance may cause significant harm if taken orally. The lethal dosage for rats is 5 grams. per 1 kg of body weight. Some experts insist that surfactants negatively affect the thyroid gland and liver, but no special studies have been conducted.

The American FDA has recognized cocamidopropyl betaine as a safe substance, taking into account its use as cosmetics and hygiene products. However, creams that are applied over a long period of time and involve penetration into the subcutaneous tissue are not safe and may cause more harm than good. So you can use shampoos and shower gels with this component, but if you find it in face masks, don’t even think about using such a product.

Positive properties of Cocamidopropyl betaine

• Characterized by excellent foaming and cleaning properties.
• Absorbs the irritating effects of other surfactants.
• Has antistatic properties.
• Can be used as a main surfactant.
• Can be combined with all types of surfactants.
• Provides high-quality cleansing and foaming, which guarantees thorough care of the skin and hair.
• It is a foam stabilizer.
• When combined with anionic surfactants, it significantly improves the dermatological properties of cosmetics.

Application of Cocamidopropyl Betaine in Cosmetics

Cocamidopropyl betaine is one of the most gentle and safe surfactants; it is used in bio-cosmetics. It has an antistatic and conditioning effect on the hair, makes it easier to comb dry and damaged hair, and provides quality care for the skin, gives pleasant cleansing and foaming. It is also often used in the manufacture of makeup removers. The component is found in almost all hygiene products.

• Cream shower gels
• Foaming bath liquids
• Balms, conditioners, hair care sprays
• Baby hygiene products
• Powders, rinses, pastes and gels for oral care
• Tonics and lotions
• Makeup removers (foams, gels, milk)

Cocamidopropyl betaine is added to Herbal Essences shampoos, is also included in Siberika bio-cosmetics, and is used in Parodontax toothpaste.

In cosmetology, Cocamidopropyl betaine is used today by many manufacturers. In principle, this component is gentle compared to other chemical compounds, and its danger and harm to the body when used correctly is minimal. But it would still be better to add a harmless surfactant instead.

Natural Betaine

INCI: Betaine

Externalview: white crystals Solubility:soluble in water
Features of entering into the recipe: easily dissolves in warm water ( 20-30°C) while stirring. It is recommended to introduce into the recipe in the form of an aqueous solution into an already formed emulsion, at temperatures up to 40° C .
Recommended dosage: 2 - 10% (usually up to 4%)

Storage conditions:

store in a cool place in closed packaging. Due to its hygroscopicity, betaine should be stored in a dry place..

Description
Betaineor trimethyl glycine is a very simple, common molecule found in nature.It is found in plants and animals, especially crustaceans. Natural betaine- pure, purified raw materials obtained from sugar beet juice. It belongs to the class of amino acids.Due to its structure, betaine can easily form hydrogen bonds with water and other molecules, has multifunctional properties and in particular helps to solubilize several other molecules. It is non-toxic ( LD 50 is 11.2 g/kg) and is used as a food additive; soluble in water and chemically stable. Betaine has been studied to be secreted in marine microorganisms to counteract osmotic stress.
Betaine has a wide range of cosmetic properties, the main of which are active moisturizing (hygroscopic), conditioning and reducing the irritating effect of surfactants.

What is the difference between natural and synthetic betaines?

· Synthetic betaines are used as surfactants.

· Unlike synthetic betaines, natural betaine is osmolyte, a true water carrier that controls water balance and protects cells from osmotic stress.

· Therefore, the functions of natural and synthetic betaines are very different.

The benefits of natural betaine in personal care formulations were discovered 30 years ago and have
Betaine is widely used because of its unique properties and ease of use in recipes.

Properties

Betaine in skin care

· A true humectant, controls the water balance in the skin

· Strengthens the skin barrier

· Promotes skin firmness and elasticity

· Gives skin smoothness, evenness, softness, improves appearance

· Anti-aging effect

· Reduces chemical and mechanical irritation

· Anti-inflammatory effect

· Brightening effect

· Reduces stickiness

· Reduces the irritating effect of surfactants

A true humidifier– control of water balance

Natural betaine is an organic osmolyte that attracts moisture. Protects cellular macromolecules from external influences. Maintains the water balance of cells, cells can accumulate and release betaine.

Strengthens skin barrier - effects on the skin

The penetration of betaine through the stratum corneum is comparable to other osmolytes.
Betaine can be taken up by keratinocytes through specific transporters to restore water balance after dehydration or UV radiation. Betaine can improve the elasticity of the tight junction and thus prevent water loss from the skin and the penetration of harmful substances into the skin.

Betaine increases the elasticity of tight junctions in epidermal keratinocytes

Betaine improves the elasticity of tight junctions ( Tight junctions) and helps improve the condition inside - outside skin barrier and skin hydration status.
Tight junctions contribute to preventing the penetration of harmful substances such as allergens, pollutants, etc. into the skin, as well as preventing water loss.

Anti-inflammatory effect

Betaine reduces chemical and mechanical irritation.

· Mechanical irritation

Betaine has good anti-inflammatory effect . Evaluation of the anti-inflammatory effect of betaine in vivo, Dermscan 1996.
In studies conducted by the manufacturer, a 4% aqueous solution of betaine was compared to distilled water and untreated areas to prevent and reduce erythema caused by mechanical damage to the skin.
Results show a very significant reduction in erythema after 60 minutes of application. This proves that betaine has a good anti-inflammatory effect on superficial inflammatory lesions. Using this property, a remedy for the treatment of prickly heat was patented.

· Chemical irritation:

Betaine protects against chemical irritation.
The effect of Natural Betaine on the skin in combination with surfactants was tested by the RBC Test. Two mixtures of harsh and skin-irritating surfactants were tested according to the RBC test, with and without the addition of Natural Betaine. Natural betaine was added at a concentration of 3.5%.
Conclusions: Natural betaine significantly improved the softness of both formulations. The mildness rating of surfactants was changed from "irritant" to "moderately irritant".

Anti-aging effect

In a study conducted in vitro, est. the effect of betaine (1%) onfibroblast culture, the results showed an increase in the rate of proliferation by 56.4% and 41.5% compared to the control sample after 24 hours and 48 hours. At the same time, the level of hydroxyproline increased depending on time and was higher than in the control sample after three weeks ( 13.5 vs. 9.3 mg/dish ) and four weeks ( 16.9 vs. 12.3 mg/dish ). The exact mechanism of this action remains unclear; but this opens up new possibilities for using betaine in anti-wrinkle products.One of the possibilitiesThis action is that betaine is involved in protecting cells from oxidative stress through the so-called “osmolytic strategy”.
Another possibility is that betaine functions as a methyl group donor, increasing the ability of membrane lipids to transfer from phosphatidylethanolamine ( P.E. ) to phosphatidylcholine ( PC ) , the so-called “flip-flop” mechanism. PC releases its methyl groups inside the cell, then becoming P.E. returns to the outer cell wall to receive a supply of methyl from methyl donors. This flip-flop mechanism increases the fluidity of the cell membrane, facilitating the absorption of nutrients into the cell ( Kampf et al.)

Brightening effect

In a recent study conducted by the manufacturer, a lotion containing 4% betaine was evaluated for skin whitening activity. The test was conducted in Thailand with 22 dark-skinned participants. Skin color measurements were taken with Chromameter Minolta CR 321, as well as digital photographs. results showed significant skin lightening:

· Significant increase L * parameter in 64%, 82% and 73% of test participants, respectively, i.e. significant lightening effect of hyperpigmented spots;

· Significant increase ITA ° on day 28 (+ 51%), day 56 (+ 99%) and day 84 (+ 100%) in 73%, 86% and 77% of participants;

· Significant reduction in b * on day 84, 68% of participants, i.e. reduction of yellow pigment in skin color.

These results open up new possibilities for the use of betaine in combination with other ingredients in whitening products. Betaine brightens dark spots due to its anti-inflammatory effect, preventing the melanocyte stimulation pathway.

Home " Hair loss " Surfactants and surfactants - harm or benefit? Cocamidopropyl Betaine in cosmetology. What harm does it cause to health?

Everyone knows very well that shampoos are a product chemical industry, in which the share natural ingredients quite small. But has anyone thought about carcinogenic substances that are also present in shampoos and whose contact with the hair and scalp can harm the body?

The vast majority of people do not think about this problem at all, continuing to wash their hair with shampoo several times a week, which means regularly exposing more than 20 blood vessels, 650 sweat glands and 1000 nerve endings located on the scalp to harmful substances. But once they enter the body through the skin, these toxins penetrate completely unhindered into the blood and tissues.

If you've ever tried to read the label on your shampoo, you've surely seen that the ingredients are written in small print and in a foreign language. This was done specifically so that the buyer would not suspect that the ingredients in the shampoo are associated with neurological problems, asthma, cancer, skin diseases and other health problems!

The buyer does not even assume that the product sold in the supermarket may pose a serious health hazard. Deceptive advertising tries to convince us that shampoo is only beneficial, but in reality this is far from the case! To verify this, let's look at the 10 most dangerous carcinogenic components present in the most common shampoo.

10 harmful ingredients present in shampoo

Initially, we will say that substances harmful to the body can be part of the surfactant components of shampoo, viscosity regulators, preservatives, flavors, stabilizers and nutrients.

1. DEA (Diethanolamine)
This wetting agent is used in shampoos to create a rich lather. However, it is no secret that DEA is one of the main components in the production of herbicides. By reacting with other substances in shampoo, diethanolamine forms a carcinogenic substance that easily penetrates the skin and can cause serious diseases of the genitourinary system, esophagus, liver and stomach.

2. SLS (Sodium Lauryl Sulfate)
This component is a surfactant that quickly relieves surface tension, allowing the shampoo to quickly turn into detergent. However, as in the case of diethanolamine, SLS reacts with other cosmetic substances, resulting in the formation of harmful carcinogens - nitrosamines. Today it is known that these substances can be an etiological factor in malignant tumors of the pancreas, stomach and especially blood. By the way, to date, the toxicity of sodium lauryl sulfate has been confirmed by more than 40,000 studies!

3. SLES (Sodium laureth sulfate)
Another surfactant is considered less dangerous than SLS, but doctors warn that if it enters the body, this component can become a strong allergen and also worsen the condition of people suffering from skin dermatitis. In addition, when interacting with other substances, sodium luaret sulfate forms toxic compounds - nitrates and dioxins, which poison the body for a long time, since they are poorly excreted by the liver.

4. Propylene glycol (Propylene glycol)
In shampoos and other cosmetics, propylene glycol is used as a moisturizing component. The choice of this petroleum product by manufacturers is explained by its banal cheapness, however, in comparison with the same glycerin, propylene glycol tends to cause skin irritation and provoke allergic reactions in the body. Moreover, researchers have found that with regular use of cosmetics with this component, a person may experience irreversible changes in the liver and kidneys. In addition, in industry, propylene glycol is used as brake fluid and also as antifreeze in cooling systems, which hardly adds confidence to this chemical.

5. Benzalconium chloride
This is a well-known substance that is used in pharmacology as a disinfectant; in shampoos it plays the role of a preservative and surfactant. But few people know that recent studies indicate serious harm to this component for the body. According to researchers, benzalkonium chloride can cause severe allergic reactions and provoke skin and respiratory tract diseases. Moreover, scientists suspect that this substance has an extremely negative effect on the eyes, causing the occurrence of. That is why today serious debate is flaring up regarding the advisability of using benzalkonium chloride in eye drops.

6. Quaternium-15 (Kvaterinium-15)
This component is widely used in shampoos and creams as a preservative. But manufacturers are in no hurry to notify the population that at the moment when shampoo turns into detergent, quaterinium-15 begins to produce formaldehyde - a known carcinogen that leads to serious diseases, including those associated with the occurrence of cancerous tumors. By the way, in the European Union, quaterinium-15 is prohibited for use in cosmetics. Scientists have conducted a number of studies and assigned this component the status “cannot be safe in cosmetics.”

7. Cocamidopropyle Betaine
Manufacturers of shampoos and other cosmetics use cocamidopropyl betaine, obtained from fatty acids in coconut oil, as an antistatic agent and light conditioner. Moreover, this substance is present both in cosmetics for adults and in children's shampoos. But today there are serious concerns about the presence of cocamidopropyl betaine in shampoos, as information has emerged that this substance provokes allergic contact dermatitis. To be fair, let’s say that today there is no clear answer from scientists regarding the dangers of this substance, however, it is advisable to refrain from using it until specialists conclude.

8. Methylechloroisothiazolinone (Methylchloroisothiazolinone)
This substance can often be found in liquid soap and other cosmetics for the body and face, including shampoos. Being a preservative of natural origin, it has never raised concerns about its impact on the health of the body. However, today you can increasingly hear that this component provokes allergies. And research sources say there are concerns that methylchloroisothiazolinol may be a cause of cancer.

9. Methylisothiazolinone (Methylisothiazolinone)
Another common preservative that has a “reputation” as an allergenic substance. Moreover, laboratory studies on mammalian brain cells have suggested that the substance in question may be neurotoxic, i.e. affecting the brain and nervous system. In addition, this component of shampoo irritates the skin when left on it for a long time, and therefore it is used exclusively in wash-off cosmetics.

10. Any artificial flavors
Fragrances and fragrances present in modern shampoos can contain hundreds of different harmful compounds, including phthalates - dangerous chemicals that are associated with the development of asthma, thyroid disease and cancer, in particular breast cancer in women. In addition, artificial fragrances are considered the main cause of allergies to cosmetics.

How to choose safe products?

So, knowing about the harm that shampoo components can cause to the body, when going to the supermarket for a particular product, check its composition on the Internet and see whether your shampoo contains synthetic or organic components. Moreover, read the opinions of experts about this brand of shampoo and their advice on what products are offered instead.

Train yourself to read labels before purchasing. True, a problem may arise here, since many components are listed on the label in the form of a chemical name, which means that not everyone can recognize them. In this case, again, do not rush to make a choice, but first look at the Consumer Dictionary of Cosmetic Ingredients and study the composition and effect of components that you do not understand.

By the way, don’t be fooled by labels on shampoo jars such as “hypoallergenic,” “natural,” or “organic.” Even exclusively natural product Before entering the shampoo, it can be chemically treated and becomes a real poison for our body.

Moreover, the terms “natural” and “organic” are not the same thing! The term "natural" indicates that the product was obtained from a natural source, while an "organic" substance can be produced in an industrial setting without the use of chemicals and pesticides. Do you feel the difference? The use of organic compounds in the production of a product does not mean that it is completely organic.

According to the National Sanitation Foundation (NSF), only 70% of products containing organic ingredients can be labeled "Made with Organic Ingredients." The remaining 30% comes to market with chemically treated organic substances that are not entitled to bear such a label. As you can see, ordinary shampoo that we use in everyday life can cause serious ailments, allergic reactions and even diseases. Think about this the next time you choose a shampoo for yourself! Good health to you!