Body lotions/creams

Uses cationic emulsifier in cosmetics, such as body lotions, creams, shampoos, hair rinse preparations, etc. 

Coumarin has also found use in toothpastes, antiperspirant deodorants, bath products, body lotions, face creams, fragrance creams, hair sprays, shampoos, shower gels and toilet soaps (Cohen, 1979 Lake, 1999). It has been used in detergents as a brightener or bleaching agent (Perone, 1972). 

For some of the effects the concentration in the products is most important, for example, the local tolerance on the skin and eye. For some of the other effects it is necessary to estimate the presumed use by a normal or perhaps an eager user and the total amounts are more adequate. Guidance to relevant exposure estimation can be found in part 6 of SCCNFP. Safety evaluation of finished products in the notes of guidance.3 The European cosmetics industry has, for example, estimated the exposure levels to be 0.8 g/day of face cream, 1-2 g/day of general cream and 8-16 g/day of body lotion for a female user.10 It is also important to predict the use of the special product and the expectations from the single user. Groups of users with especially sensitive skin are important to take into account. 

Examples of case 3 are the adaptation of an alcoholic fragrance for use in body lotions, skin creams, or room fragrances. In all three cases both top and base note should be deemphasized in favor of the heart note. In an extended use room fragrance, in particular, the range of volatility of the components should be reduced as much as possible in order to achieve constancy of odor character. 

The substances that are used to transport the essential oils into the body are called carriers. Carriers include a range of substances such as the air when inhaling, water in a bath and all the lotions, creams, shampoos and other products that are used to apply preparations containing essential oils to the skin. 

This is the place to start, since most often, analytical chemists are trying to help solve someone else s problem. We need to define the solute and its matrix as well as the nature of the analytical problem. For example, in the world of pharmaceuticals, there are raw material identification and purity determinations, in-process testing, dosage-form determinations, content uniformity, dissolution testing, stability studies, bioavailability, pharmacokinetics, and drug metabolism, to name a few. Each of these analytical problems has its own specific requirements. The matrix can be a raw material, granulation, tablet, capsule, solution, lotion, cream, syrup, dissolution medium, blood serum, urine, or various body tissues and fluids. Similar definitions can be described for virtually any industrial area and problem set. These definitions will help select sample preparation, separation, and detection techniques. 

Cosmetic applications require specific effect pigments that are approved for use according to cosmetic regulations. The applications of these pigments include color cosmetics (lipsticks, eyeshadows, blushers, eye pencils, make-up, mascaras, nail lacquers), personal care products (shampoos, body washes, lotions, creams, oral care products, hair gels), and special effect items (theatrical and costume make-up, temporary hair color sprays) [5.164]. 

HCHs are readily absorbed through the gastrointestinal tract. Inhaling air contaminated with isomers of HCH can also lead to systemic absorption. HCHs can also be absorbed through the skin when used as a lotion, cream, or shampoo for the treatment or control of ectoparasites. In general, HCH isomers and their metabolites can be temporarily stored in body fat. Absorbed HCHs are mainly excreted via the urine. Lesser amounts are excreted in feces. In rats, the highest concentrations have been found in liver, kidneys, body fat, brain and muscles, with substantial deposition occurring in fatty tissue. 

Sagging skin Dimethylaminoethanol (DMEA) ActUift face cream or ActUift body lotion (Figure 3.14) Morning and evening... 

ActiEft cream with pure DMAE. There is a face cream and body lotion. 

Cosmetics that are intended to treat or prevent disease or alter a body function are considered drug products. Examples include toothpastes with fluoride (prevent cavities), srmtanning lotions/creams (prevent exposme to UV light), antiperspirants that are also deodorants (prevent perspiration), and antidandruff shampoos (prevent or treat dandruff). The key in determining whether a product is a cosmetic or a drug-cosmetic product is the product s claim Does the label claim that the product will treat or prevent disease ... 

Traces of cosmetics such as lipstick smears, face creams, and body lotions can provide valuable evidence to link an offender to a victim at the scene of a aime. 

Uses Emollient for antiperspirant sticks, body lotion, eye and face creams, facial scrubs, moisture creams and lotions Trade Name Synonyms Hest IS-2-0 [Global-Seven http //www.global-seven.com] lsosteareth-2 phosphate CAS 159776-84-8... 

Definition Extract of the dried leaves of the mulberry, Morus bombysis Uses Botanical, anti-inflammatory in cosmetics ointments, lotions, creams, salves, shampoos, body oils skin whitening agent Mulberry (Morus bombycis) root extract Synonyms Morus bombycis, Morus bombycis root extract Mulberry root extract Definition Extract of the roots of the mulberry, Morus bombycis... 

Definition Natural fat obtained from fruit of the Karite tree, Butyrospermum parkii Properties Gray-wh. solid dens. 0.9175 iodine no. 53-65 sapon. no. 178-190 Uses Emollient, consistency agent, lubricant, moisturizer, vehicle, carrier, vise, modifier, skin protectant, fatting agent for lotions, pharmaceutical dermatologicals, suppositories, o/w and w/o creams and emulsions skin conditioner, occlusive agent, solvent for suntan preps., body lotions, soaps, shampoos... 

PEG-2 distearate PEG-20 lanolin PPG-2-ceteareth-9 Wheatgermamidopropyl ethyidimonium ethosulfate bodying agent, creams/lotions Dimethiconol panthenol Myristyl stearate Potassium alginate... 

Behenyl aminoethyl imidazoline Cl3-15 amine N-Coco dipropylene triamine Cocoyl aminoethyl imidazoline Isotridecyloxypropylamine Oleic amidoethylimidazoline Oleyl aminoethyl imidazoline PEG cocamine PEG-2 oleamine PEG stearamine PEG tallowamine PEG tallow aminopropylamine Tallow aminoethyl imidazoline Tallowaminopropylamine N-Tallow-1,3-diaminopropane dioleate Tallow dipropylene triamine Tallow polypropylene polyamine TEA-stearate emulsifier, bitumen emulsions PEG-3 tallow aminopropylamine emulsifier, bitumen car underseals N-Oleyl-1,3-propanediamine emulsifier, bldg, board PEG-20 stearamine PEG-30 stearamine emulsifier, bleaching Potassium castor oil sulfate emulsifier, body lotions Sodium beeswax emulsifier, bottle washing Sodium capryloamphopropionate emulsifier, brick/tile cleaners Disodium stearyl sulfosuccinamate emulsifier, brushless shaving creams Ammonium stearate... 

SD alcohol 3-B SD alcohol 23-A SD alcohol 23-H SD alcohol 27-A SD alcohol 27-B SD alcohol 37 SD alcohol 38-B SD alcohol 39-B SD alcohol 40 SD alcohol 40-A SD alcohol 40-B SD alcohol 40-C solvent, bitumen Cyclohexyl acetate solvent, body creams/lotions SD alcohol 23-A SD alcohol 23-H SD alcohol 31-A SD alcohol 37 SD alcohol 38-B SD alcohol 39 SD alcohol 39-B SD alcohol 39-C SD alcohol 40 SD alcohol 40-A SD alcohol 40-B SD alcohol 40-C solvent, body deodorants SD alcohol 38-B SD alcohol 39-B SD alcohol 39-C SD alcohol 40 SD alcohol 40-A SD alcohol 40-B SD alcohol 40-C solvent, body lotions Shea butter (Butyrospermum parkii) solvent, boron chemistry Diethylene glycol dibutyl ether Ethylene glycol dimethyl ether PEG-4 dimethyl ether solvent, brake fluids... 

The first observations to suggest that some quaternary ammonium compounds, such as benzalkonium chloride, stearalkonium chloride, and cetylpyridine chloride, have antimicrobial activity were made in as early as 1916, but their full potential was first realized in the 1930s [1, 2 J. Since then their uses have steadily increased and include many industrial purposes, water treatment, and antifungal treatment in horticulture, as well as inclusion in pharmaceutical and everyday consumer products. For example, benzalkonium chloride, the most commonly used, is found in products such as eye drops, artificial tears, decongestion nose drops, facial moistures, facial cleansers, acne treatments, sun protection creams and lotions, body lotions, moisturizers, pain relievers, and hand sanitizers [3 ]. Very often good reasons for their use are lacking and claims are limited to assertions that they are bug-killers . 

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