Eyeliner has been used since ancient times for both fashion and protection from the sun's rays. Cleopatra popularized its use in Egypt in the 1st century BC, where kohl eyeliner made from lead, copper, and antimony was commonly worn by both men and women. While thought to protect eyes from disease, the lead in kohl eyeliner could cause health issues like lead poisoning. Modern eyeliner comes in many forms like gel, pencil, and liquid but still contains hazardous chemicals like titanium dioxide and mercury. Alternatives made from natural ingredients like fruits, vegetables, charcoal and oils provide color without health risks.
This document provides an overview of the key topics related to cosmetics that will be covered in the Pharmaceutics II course. It includes definitions of cosmetics, classifications of cosmetic products, important raw materials used in cosmetics, formulation of common cosmetic products like creams, lotions, shampoos, aspects of safety testing and regulations. The document also discusses special considerations for baby, elderly and hypoallergenic cosmetics, and manufacturing of products like fragrances, soaps and aerosol cosmetics. In summary, the document outlines the essential concepts and formulations pertaining to the development and testing of cosmetic products that will be taught as part of the Pharmaceutics II course.
This document provides information about lipstick formulation and manufacturing. It defines lipstick as a cosmetic product containing pigments, oils, waxes, and emollients that applies color and texture to the lips. It discusses the key components of lipstick including waxes, oils, bromo mixtures, colors, preservatives, and fragrances. It also covers common formulation and moulding related problems in lipstick production such as sweating, bleeding, and deformation. Evaluation methods for finished lipstick products like color control, melting point determination, and softening point are also outlined.
This document summarizes the structure and functions of skin and provides an overview of different types of skin cosmetics. It describes the two main layers of skin - the epidermis and dermis - and their roles in protection, sensation, and regulation. It then classifies and discusses various skin cosmetics including cleansing creams, cold creams, vanishing/foundation creams, hand/body creams, night/massage creams, all-purpose creams, powders, and their typical ingredients and properties. Evaluation methods for these cosmetics include in-vitro tests of skin properties and in-vivo assessments of effects on skin condition, irritation potential, and other factors.
This document discusses emulsions, which are dispersions of one liquid in another immiscible liquid. It defines oil-in-water and water-in-oil emulsions. Emulsions require an emulsifying agent to form stable droplets and prevent separation. They can vary in viscosity and be used orally, topically, or parenterally. Common emulsions include lotions, creams, and ointments. The document also covers emulsion preparation methods, factors that influence stability, and theories of emulsification.
Emulsification enables the pharmacist to prepare relatively stable and homogeneous mixtures of two immiscible liquids.
Emulsification enables the pharmacist to prepare relatively stable and homogeneous mixtures of two immiscible liquids.
This document provides an overview of nail lacquer remover. It discusses the ideal characteristics and raw materials used in nail polish remover formulations. Common types include acetone-based and non-acetone removers. Removers come in various forms like liquids, pre-soaked pads, stickers, and nail polish remover pens. The document also outlines laboratory preparation methods and evaluation parameters for nail polish remover.
This document provides an overview of gelatin, including its sources, manufacturing process, properties, and uses. Gelatin is a biopolymer obtained from the hydrolysis of collagen from animal skins and bones. It is commonly used as a gelling agent in food and pharmaceuticals. There are two basic types of gelatin - type A derived from acid-treated pork skin, and type B derived from alkali-treated animal bones. The manufacturing process involves extracting and purifying collagen from animal parts through treatments like acidulation and lime processing. Gelatin is soluble in hot water and forms reversible gels upon cooling. Its applications include use in candy, capsules, food processing, and photographic and lighting equipment.
This document provides an overview of the key topics related to cosmetics that will be covered in the Pharmaceutics II course. It includes definitions of cosmetics, classifications of cosmetic products, important raw materials used in cosmetics, formulation of common cosmetic products like creams, lotions, shampoos, aspects of safety testing and regulations. The document also discusses special considerations for baby, elderly and hypoallergenic cosmetics, and manufacturing of products like fragrances, soaps and aerosol cosmetics. In summary, the document outlines the essential concepts and formulations pertaining to the development and testing of cosmetic products that will be taught as part of the Pharmaceutics II course.
This document provides information about lipstick formulation and manufacturing. It defines lipstick as a cosmetic product containing pigments, oils, waxes, and emollients that applies color and texture to the lips. It discusses the key components of lipstick including waxes, oils, bromo mixtures, colors, preservatives, and fragrances. It also covers common formulation and moulding related problems in lipstick production such as sweating, bleeding, and deformation. Evaluation methods for finished lipstick products like color control, melting point determination, and softening point are also outlined.
This document summarizes the structure and functions of skin and provides an overview of different types of skin cosmetics. It describes the two main layers of skin - the epidermis and dermis - and their roles in protection, sensation, and regulation. It then classifies and discusses various skin cosmetics including cleansing creams, cold creams, vanishing/foundation creams, hand/body creams, night/massage creams, all-purpose creams, powders, and their typical ingredients and properties. Evaluation methods for these cosmetics include in-vitro tests of skin properties and in-vivo assessments of effects on skin condition, irritation potential, and other factors.
This document discusses emulsions, which are dispersions of one liquid in another immiscible liquid. It defines oil-in-water and water-in-oil emulsions. Emulsions require an emulsifying agent to form stable droplets and prevent separation. They can vary in viscosity and be used orally, topically, or parenterally. Common emulsions include lotions, creams, and ointments. The document also covers emulsion preparation methods, factors that influence stability, and theories of emulsification.
Emulsification enables the pharmacist to prepare relatively stable and homogeneous mixtures of two immiscible liquids.
Emulsification enables the pharmacist to prepare relatively stable and homogeneous mixtures of two immiscible liquids.
This document provides an overview of nail lacquer remover. It discusses the ideal characteristics and raw materials used in nail polish remover formulations. Common types include acetone-based and non-acetone removers. Removers come in various forms like liquids, pre-soaked pads, stickers, and nail polish remover pens. The document also outlines laboratory preparation methods and evaluation parameters for nail polish remover.
This document provides an overview of gelatin, including its sources, manufacturing process, properties, and uses. Gelatin is a biopolymer obtained from the hydrolysis of collagen from animal skins and bones. It is commonly used as a gelling agent in food and pharmaceuticals. There are two basic types of gelatin - type A derived from acid-treated pork skin, and type B derived from alkali-treated animal bones. The manufacturing process involves extracting and purifying collagen from animal parts through treatments like acidulation and lime processing. Gelatin is soluble in hot water and forms reversible gels upon cooling. Its applications include use in candy, capsules, food processing, and photographic and lighting equipment.
This document discusses shaving preparations, including properties, types of products, definitions, and formulations. It covers preparations used before shaving such as shaving soaps, creams, gels, and aerosols. It also discusses aftershave preparations and their types. Key details include the main ingredients in shaving soaps like stearic acid and coconut oil, properties preparations should have, and examples of marketed products.
This document discusses moisturizing lotion, including its definition, benefits, types of skin it can be used for, and formulations. Moisturizers work by reducing water evaporation from the skin to keep it hydrated. They can be homemade using ingredients like aloe vera gel, almond oil, and oatmeal. The texture and properties of a lotion are influenced by factors like the emulsifier, dispersed phase (oil type and size), continuous phase (thickness from hydrocolloids), and phase volume ratio. These parameters impact attributes like thickness, spreadability, and after-feel.
Formulation and Manufacturing of Lipsticks & ToothpasteAnurag Gupta
This document provides information on the formulation, manufacturing process, and evaluation of lipstick and toothpaste. It discusses the ideal properties of lipstick, such as being non-toxic, imparting uniform color, and making lips soft. The main components used in lipstick formulation are outlined. The manufacturing process of lipstick involves color grinding and dispersion, mixing, moulding, and packaging. Toothpaste purposes include cleaning, polishing, and reducing tooth decay. Its formulation contains abrasives, detergents, humectants, thickeners, and active ingredients. The toothpaste manufacturing process and methods of evaluation are also summarized.
This document provides definitions and terminology related to colorants used in cosmetics. It discusses colorants, pigments, dyes, lakes and other terms. It describes regulations for colorants from India, the US and EU. It provides guidelines for evaluating color quality and identifying causes of color variation. It also summarizes manufacturing processes and ingredients for common color cosmetics like lipsticks, mascara, nail polish, foundation and powders.
This document discusses various ophthalmic drug delivery systems including eye drops, ointments, gels, and inserts. It describes key considerations for ophthalmic formulations such as sterility, toxicity testing, and use of preservatives. Different types of ophthalmic preparations are covered like solutions, suspensions, and their inactive ingredients for pH adjustment, viscosity control, and preservation. Extended drug delivery methods like ocular inserts and iontophoresis are also summarized.
An emulsion is an unstable mixture of two immiscible liquids stabilized by an emulsifying agent. Emulsions have various pharmaceutical applications including oral and topical drug delivery. The type of emulsion (e.g. oil-in-water, water-in-oil) depends on the relative solubility of the emulsifying agent. Emulsions can be prepared using different methods such as the dry gum, wet gum, or bottle methods. Drugs can be incorporated into emulsions during or after emulsion formation.
The document discusses various cosmetic products and their analysis. It describes the composition, properties and estimation methods for face powder, lipstick, deodorants, and anti-perspirants. For face powder, it details the typical constituents like kaoline and gives methods to estimate calcium and magnesium. The lipstick section outlines fatty bases, dyes, and ash analysis techniques to identify borates, carbonates, and soluble salts. Deodorants and anti-perspirants are examined in terms of their constituents, properties, and procedures for estimating zinc and chloride content.
EYE COSMETICS AND ITS FORMULATION AND PROCEDUREvijayR104
This presentation gives a brief information about eye cosmetics
(i.e., eyeliners, mascara, eyelashes) and its formulation and its procedure and some information about its side effects
This document provides information on various shaving preparations, including definitions, properties, types of products, and formulations. It discusses preparations used before shaving such as shaving soaps, creams, gels, and aerosol products. It also covers after shave preparations and types including alcohol-based, lotion-based, and antiseptic aftershaves. Key ingredients and formulations for different product types are presented along with considerations for stability, skin feel, and other qualities. Marketed examples of various shaving products are also mentioned.
This document describes the precipitation method for determining the chloride ion concentration of a solution by titration with silver nitrate. Silver nitrate is added until all chloride ions are precipitated as silver chloride. Additional silver ions then react with potassium chromate indicator to form a red-brown silver chromate precipitate, signaling the endpoint. The method can be used to analyze water samples. It involves titrating aliquots of the sample with a standardized silver nitrate solution until concordant results are obtained.
This document discusses the formulation of various types of cosmetics. It begins by defining cosmetics and providing examples of common cosmetic products like creams, lotions, and oils. It then discusses the formulation of specific types of cosmetics including antiperspirants and deodorants, sunscreens, and anti-acne products. For each type of cosmetic, it describes the key active ingredients and provides examples of formulations. The document emphasizes the importance of developing cosmetics that treat skin conditions without irritation. It concludes by discussing formulations for pigmentation cream to regulate melanin production and alter skin complexion.
1) Creams are semisolid emulsions containing mixtures of oil and water. Vanishing creams (o/w emulsions) disappear when applied and rubbed onto the skin, providing emollient and protective action through a non-greasy residual film.
2) Ideal properties of vanishing cream include having a high melting point, being pure white in color, possessing a slight odor, and containing a low amount of iodine.
3) Vanishing creams are prepared by melting stearic acid and adding a solution of alkalis and glycerin. The mixture is stirred as it cools to 40°C, then perfume is added and the batch is left undisturbed before
Incompatibilities can occur when two or more substances are mixed that are antagonistic in nature. This can affect the safety, purpose, or appearance of the preparation. There are two main types of incompatibilities - pharmaceutical and therapeutic. Pharmaceutical incompatibilities occur during preparation, storage, or administration between drugs and other components. They can be physical, resulting in a visible change, or chemical through interactions between ingredients. Proper formulation can address many physical incompatibility issues through adjustments to mixing order, solvents, ingredient forms, volumes, or addition of agents like emulsifiers or suspending agents. Chemical incompatibilities result from immediate chemical interactions upon mixing.
Term of Biology.
Presentation about cosmetic.
If you would like to download these slides, send me via: nguyenpuyen91@gmail.com with your purpose of download.
This document provides information about syrups and elixirs. It defines syrups as concentrated aqueous preparations containing sugar or sugar substitutes with or without flavoring agents and medicinal substances. Elixirs are sweetened, flavored, hydro-alcoholic solutions for oral use. The document discusses the types, components, preparation, and examples of both syrups and elixirs. It also provides a brief comparison of the key differences between syrups and elixirs.
This document discusses the preparation and quality control of various cosmetics. It begins by defining cosmetics and providing examples of common cosmetic products. It then discusses the classification of cosmetics by use, function, and physical nature. Specific preparation methods and quality control tests are outlined for face powder and cold cream. The document concludes that preparing cosmetics properly and testing their quality ensures product safety, reliability and integrity.
The document discusses different types of cosmetic products, including their definitions, key ingredients, and ideal qualities. It covers toothpaste, shampoo, lipstick, cold cream, vanishing cream, shaving cream, and face care products. Toothpaste should clean teeth effectively while being economical and pleasant. Shampoo removes dirt from hair and scalp without affecting gloss. Lipstick provides attractive, long-lasting color to lips. Cold cream soothes skin, while vanishing cream leaves a thin, invisible layer. The document also mentions hair dyes and dressings as emerging cosmetic products.
Aromatic waters are aqueous solutions saturated with volatile aromatic oils or substances. They have been used for over 3,500 years, originating in ancient Egypt and spreading to other civilizations. Aromatic waters can be simple solutions with just water as a solvent or concentrated solutions using alcohol as a solvent. They are used to provide pleasant flavors for oral medications or to mask undesirable tastes. They are prepared through distillation or direct solution methods and should be stored in small, airtight containers away from light and heat to prevent deterioration over time.
Looking to work on your look? Especially your eyes? Well check out these wonderful tips by Rejuvalash on how to get your eyes to look the best. 25 tips that will help you get the most out of your look.
This document provides information and tips on basic makeup principles including:
- Descriptions of different eye shapes and recommendations for flattering makeup based on shape.
- A list and descriptions of common makeup tools.
- Overviews of different types of foundations, how to apply foundation, and how to choose the right one.
- Instructions and tips for applying concealer, powder, blush, mascara, eyeliner, eyeshadow, and lipstick.
- General guidelines for color selection and applying makeup for different occasions and face shapes.
This document discusses shaving preparations, including properties, types of products, definitions, and formulations. It covers preparations used before shaving such as shaving soaps, creams, gels, and aerosols. It also discusses aftershave preparations and their types. Key details include the main ingredients in shaving soaps like stearic acid and coconut oil, properties preparations should have, and examples of marketed products.
This document discusses moisturizing lotion, including its definition, benefits, types of skin it can be used for, and formulations. Moisturizers work by reducing water evaporation from the skin to keep it hydrated. They can be homemade using ingredients like aloe vera gel, almond oil, and oatmeal. The texture and properties of a lotion are influenced by factors like the emulsifier, dispersed phase (oil type and size), continuous phase (thickness from hydrocolloids), and phase volume ratio. These parameters impact attributes like thickness, spreadability, and after-feel.
Formulation and Manufacturing of Lipsticks & ToothpasteAnurag Gupta
This document provides information on the formulation, manufacturing process, and evaluation of lipstick and toothpaste. It discusses the ideal properties of lipstick, such as being non-toxic, imparting uniform color, and making lips soft. The main components used in lipstick formulation are outlined. The manufacturing process of lipstick involves color grinding and dispersion, mixing, moulding, and packaging. Toothpaste purposes include cleaning, polishing, and reducing tooth decay. Its formulation contains abrasives, detergents, humectants, thickeners, and active ingredients. The toothpaste manufacturing process and methods of evaluation are also summarized.
This document provides definitions and terminology related to colorants used in cosmetics. It discusses colorants, pigments, dyes, lakes and other terms. It describes regulations for colorants from India, the US and EU. It provides guidelines for evaluating color quality and identifying causes of color variation. It also summarizes manufacturing processes and ingredients for common color cosmetics like lipsticks, mascara, nail polish, foundation and powders.
This document discusses various ophthalmic drug delivery systems including eye drops, ointments, gels, and inserts. It describes key considerations for ophthalmic formulations such as sterility, toxicity testing, and use of preservatives. Different types of ophthalmic preparations are covered like solutions, suspensions, and their inactive ingredients for pH adjustment, viscosity control, and preservation. Extended drug delivery methods like ocular inserts and iontophoresis are also summarized.
An emulsion is an unstable mixture of two immiscible liquids stabilized by an emulsifying agent. Emulsions have various pharmaceutical applications including oral and topical drug delivery. The type of emulsion (e.g. oil-in-water, water-in-oil) depends on the relative solubility of the emulsifying agent. Emulsions can be prepared using different methods such as the dry gum, wet gum, or bottle methods. Drugs can be incorporated into emulsions during or after emulsion formation.
The document discusses various cosmetic products and their analysis. It describes the composition, properties and estimation methods for face powder, lipstick, deodorants, and anti-perspirants. For face powder, it details the typical constituents like kaoline and gives methods to estimate calcium and magnesium. The lipstick section outlines fatty bases, dyes, and ash analysis techniques to identify borates, carbonates, and soluble salts. Deodorants and anti-perspirants are examined in terms of their constituents, properties, and procedures for estimating zinc and chloride content.
EYE COSMETICS AND ITS FORMULATION AND PROCEDUREvijayR104
This presentation gives a brief information about eye cosmetics
(i.e., eyeliners, mascara, eyelashes) and its formulation and its procedure and some information about its side effects
This document provides information on various shaving preparations, including definitions, properties, types of products, and formulations. It discusses preparations used before shaving such as shaving soaps, creams, gels, and aerosol products. It also covers after shave preparations and types including alcohol-based, lotion-based, and antiseptic aftershaves. Key ingredients and formulations for different product types are presented along with considerations for stability, skin feel, and other qualities. Marketed examples of various shaving products are also mentioned.
This document describes the precipitation method for determining the chloride ion concentration of a solution by titration with silver nitrate. Silver nitrate is added until all chloride ions are precipitated as silver chloride. Additional silver ions then react with potassium chromate indicator to form a red-brown silver chromate precipitate, signaling the endpoint. The method can be used to analyze water samples. It involves titrating aliquots of the sample with a standardized silver nitrate solution until concordant results are obtained.
This document discusses the formulation of various types of cosmetics. It begins by defining cosmetics and providing examples of common cosmetic products like creams, lotions, and oils. It then discusses the formulation of specific types of cosmetics including antiperspirants and deodorants, sunscreens, and anti-acne products. For each type of cosmetic, it describes the key active ingredients and provides examples of formulations. The document emphasizes the importance of developing cosmetics that treat skin conditions without irritation. It concludes by discussing formulations for pigmentation cream to regulate melanin production and alter skin complexion.
1) Creams are semisolid emulsions containing mixtures of oil and water. Vanishing creams (o/w emulsions) disappear when applied and rubbed onto the skin, providing emollient and protective action through a non-greasy residual film.
2) Ideal properties of vanishing cream include having a high melting point, being pure white in color, possessing a slight odor, and containing a low amount of iodine.
3) Vanishing creams are prepared by melting stearic acid and adding a solution of alkalis and glycerin. The mixture is stirred as it cools to 40°C, then perfume is added and the batch is left undisturbed before
Incompatibilities can occur when two or more substances are mixed that are antagonistic in nature. This can affect the safety, purpose, or appearance of the preparation. There are two main types of incompatibilities - pharmaceutical and therapeutic. Pharmaceutical incompatibilities occur during preparation, storage, or administration between drugs and other components. They can be physical, resulting in a visible change, or chemical through interactions between ingredients. Proper formulation can address many physical incompatibility issues through adjustments to mixing order, solvents, ingredient forms, volumes, or addition of agents like emulsifiers or suspending agents. Chemical incompatibilities result from immediate chemical interactions upon mixing.
Term of Biology.
Presentation about cosmetic.
If you would like to download these slides, send me via: nguyenpuyen91@gmail.com with your purpose of download.
This document provides information about syrups and elixirs. It defines syrups as concentrated aqueous preparations containing sugar or sugar substitutes with or without flavoring agents and medicinal substances. Elixirs are sweetened, flavored, hydro-alcoholic solutions for oral use. The document discusses the types, components, preparation, and examples of both syrups and elixirs. It also provides a brief comparison of the key differences between syrups and elixirs.
This document discusses the preparation and quality control of various cosmetics. It begins by defining cosmetics and providing examples of common cosmetic products. It then discusses the classification of cosmetics by use, function, and physical nature. Specific preparation methods and quality control tests are outlined for face powder and cold cream. The document concludes that preparing cosmetics properly and testing their quality ensures product safety, reliability and integrity.
The document discusses different types of cosmetic products, including their definitions, key ingredients, and ideal qualities. It covers toothpaste, shampoo, lipstick, cold cream, vanishing cream, shaving cream, and face care products. Toothpaste should clean teeth effectively while being economical and pleasant. Shampoo removes dirt from hair and scalp without affecting gloss. Lipstick provides attractive, long-lasting color to lips. Cold cream soothes skin, while vanishing cream leaves a thin, invisible layer. The document also mentions hair dyes and dressings as emerging cosmetic products.
Aromatic waters are aqueous solutions saturated with volatile aromatic oils or substances. They have been used for over 3,500 years, originating in ancient Egypt and spreading to other civilizations. Aromatic waters can be simple solutions with just water as a solvent or concentrated solutions using alcohol as a solvent. They are used to provide pleasant flavors for oral medications or to mask undesirable tastes. They are prepared through distillation or direct solution methods and should be stored in small, airtight containers away from light and heat to prevent deterioration over time.
Looking to work on your look? Especially your eyes? Well check out these wonderful tips by Rejuvalash on how to get your eyes to look the best. 25 tips that will help you get the most out of your look.
This document provides information and tips on basic makeup principles including:
- Descriptions of different eye shapes and recommendations for flattering makeup based on shape.
- A list and descriptions of common makeup tools.
- Overviews of different types of foundations, how to apply foundation, and how to choose the right one.
- Instructions and tips for applying concealer, powder, blush, mascara, eyeliner, eyeshadow, and lipstick.
- General guidelines for color selection and applying makeup for different occasions and face shapes.
1. Stage makeup involves more than everyday makeup and requires creative skills to design and apply makeup for characters of different genders, skin tones, personalities, and even non-human roles.
2. Effective stage makeup design starts with understanding the character and coordinating with costumes, and may involve collecting inspiration photos and rendering makeup designs.
3. Stage makeup application techniques differ from everyday looks and often involve layering and blending different products like foundations, powders, prosthetics and special effects makeup to bring characters to life.
- Lipstick has been used since ancient Egypt and chemists have improved the formula over centuries
- Chemists must meet requirements for melting point, resistance to sweating, and longevity
- The main processes in lipstick production are foundation, coloring agents, and additives
- Castor oil is commonly used as the base due to its thickness, and carnauba wax is added to prevent melting
- Chemists use insoluble dyes combined with metal oxides or aluminum oxide to create colors that last without dissolving
- The final product is a suspension of insoluble lakes in castor oil that produces a long-lasting, vibrant color when applied.
This lesson plan outlines how to perform basic makeup application and corrective techniques. It begins with identifying different facial shapes and types of cosmetics. Students will learn makeup procedures and safety practices. Demonstration of basic makeup application is included, with the goal of students practicing techniques and understanding facial analysis and proportions. Special occasion makeup is also discussed.
The document provides a history of makeup, discussing its origins in ancient Egypt and its reemergence in Europe after the Crusades. It then summarizes trends in the early 20th century including the introduction of new styles each decade, as well as counterculture movements like the hippie, punk, and glam styles of the 1960s and 1970s that aimed to depart from traditional makeup norms. The document also defines different types and purposes of makeup and provides tips on identifying face shapes and how to apply makeup to best suit each shape.
Makeup can be used to alter a person's appearance in various ways for different reasons. It comes in many types like lipstick, foundation, blush, mascara, eye shadow, and eyeliner. Ingredients in makeup can potentially be toxic, so it is important to be aware of what is in the products. Traditional geisha makeup features a thick white base and accentuates the eyes and lips with black and red to alter appearance according to their cultural traditions.
L'Oreal is a global leader in the skin care industry, generating 11.4% of the industry's value. It has over 23 global brands across different product categories including hair care, skin care, hair color, makeup, and fragrances. L'Oreal has positioned itself as both a high-end luxury brand and affordable brand for mass consumers. It promotes its products through various advertising channels and celebrity endorsements to remain a top competitor in the skin care market.
Cosmetics may be hazardous to your health, do you know the top 20 with major concerns? What are the 12 ingredients to avoid in any product you use on your skin. For the answers to this get my FREE skin care report at www.verybestskincare.com
Then look at topical skin nutrition that feeds and nourishes your skin without harmful chemicals www.ljgethealthy.com
The keynote address discusses various cosmetic procedures and products. It notes that cosmetics have been used for ages to augment beauty, which plays an important role in attracting mates. While cosmetics cleanse and beautify the body, they do not change its structure or functions like drugs. Ingredients like fragrances and preservatives are common in cosmetics but can also cause allergic reactions. The document examines various cosmetic procedures, as well as concerns about ingredients like phthalates and their potential health effects. It also discusses regulations around cosmetics, tattoos, and permanent makeup.
Unlike any other skin care product on the market, this is topical skin nutrition that nourishes your skin. No dangerous hidden chemicals or toxins.
www.ljgethealthy.com
This document discusses the potential health risks of cosmetic products. It summarizes that while cosmetics are meant to make users feel healthy and beautiful, many contain toxic ingredients and hazardous chemicals. Carcinogens have been found in products like bubble baths, lipsticks, sunscreens, perfumes, and shampoos. Long-term exposure to low doses of these chemicals through daily cosmetic use can potentially increase health risks like various cancers. The document examines some of the specific hazardous chemicals found in cosmetics and their possible links to health issues.
This document discusses the chemicals found in conventional cosmetics and their potential health risks. It provides tables listing dangerous chemicals like lead, BHA, BHT, dibutyl phthalate, and triclosan found in various makeup products. The document recommends using organic and natural cosmetic alternatives to avoid these chemicals. It provides a table comparing organic ingredients to conventional ones. The conclusion is that people should be more aware of product ingredients and support more widespread availability of organic cosmetics for better health.
The document discusses how to identify potentially harmful ingredients in personal care products. It notes that the average person uses 12 care products daily, exposing their body to 126 chemical ingredients. Many ingredients have not been adequately tested for safety. Some common potentially toxic ingredients identified include parabens, phthalates, formaldehyde, and chemicals in fragrance. The document encourages readers to research ingredients to avoid and always read labels carefully in order to protect their health.
This document discusses various environmental hazards and toxic chemicals. It summarizes hazards from lead, cadmium, antimony, hazardous chemicals found in cosmetics, and food contamination. It also discusses how chemicals can cause infertility, developmental defects, and altered puberty. Biomonitoring of toxic substances in individuals is discussed. Potential health issues from computer games, television, and specific toxic ingredients in cosmetics are outlined.
In this issue of Wellbeing Insights, we cover important summer wellness topics including sun care, iron deficiency, skin cancer signs and sun burn care.
12 Ugly Truths Behind the Myth of Cosmetic Safety v2zq
12 Ugly Truths Behind the Myth of Cosmetic Safety - Resources for Healthy Children www.scribd.com/doc/254613619 - For more information, Please see Organic Edible Schoolyards & Gardening with Children www.scribd.com/doc/254613963 - Gardening with Volcanic Rock Dust www.scribd.com/doc/254613846 - Double Food Production from your School Garden with Organic Tech www.scribd.com/doc/254613765 - Free School Gardening Art Posters www.scribd.com/doc/254613694 - Increase Food Production with Companion Planting in your School Garden www.scribd.com/doc/254609890 - Healthy Foods Dramatically Improves Student Academic Success www.scribd.com/doc/254613619 - City Chickens for your Organic School Garden www.scribd.com/doc/254613553 - Huerto Ecológico, Tecnologías Sostenibles, Agricultura Organica www.scribd.com/doc/254613494 - Simple Square Foot Gardening for Schools - Teacher Guide www.scribd.com/doc/254613410 - Free Organic Gardening Publications www.scribd.com/doc/254609890 ~
Upgrade your personal care products, get tips for radiant, healthy skin, and clean out your bathroom of harmful products. Learn which toxic ingredients to avoid in your personal care products and why and find out about healthy alternatives. Shop Pangea using this link: www.pangeaorganics.com/namastacey
1. Bonnie Canavino is the president of Red Cherry Certified Organic Labs and has 30 years of experience in the beauty industry. She created the Red Cherry Group to produce organic and natural spa products using only sustainable, botanical ingredients without chemicals or toxins.
2. Organic certification seals can be misleading as some "organic" products still contain synthetic additives. True organic integrity comes from carefully examining ingredient lists.
3. When choosing personal care products, it's best to select those containing certified organic, natural, or wild crafted ingredients and to avoid products with chemicals like parabens, formaldehyde, coal tar, and others known to be toxic.
Cosmeceuticals are topically applied products with medicinal benefits for the skin. They fall between cosmetics and drugs. Some key points:
- Cosmeceuticals were coined in 1980 and contain ingredients that protect against skin damage.
- The FDA does not recognize cosmeceuticals as a separate category - a product is either a drug, cosmetic, or combination.
- Common cosmeceutical ingredients include antioxidants, peptides, retinoids, and exfoliants which treat signs of aging.
- Safety testing evaluates irritation potential, phototoxicity and other factors to ensure cosmeceuticals are safe for long-term use. Instrumental methods objectively measure skin
This document summarizes potential toxic effects from ingredients commonly found in decorative cosmetics such as fragrances, heavy metals, parabens, and other chemicals. Fragrances like linalool and limonene can cause allergic reactions when oxidized. Heavy metals like lead, cadmium, and mercury may be present as impurities in pigments. Parabens are widely used preservatives that are absorbed through the skin and linked to health issues. Many ingredients in eye makeup, lipstick, nail polish and other cosmetics can cause issues like dermatitis, dry eye, reproductive toxicity and some are known carcinogens. Alternatives include using natural cosmetics and removing makeup before sleeping.
This document summarizes information about chemical and mineral sunscreens. It begins by providing background on the history and development of sunscreens over the past century. It then discusses the differences between chemical and mineral (physical) sunscreens, noting that chemical sunscreens can disrupt hormones and potentially cause health issues, while mineral sunscreens sit on the skin's surface and physically block UV rays. The document recommends using micronized zinc oxide sunscreens for their protection and safety.
Toxic Shades - Chemicals in Cosmetics that Mattersv2zq
This document discusses toxic chemicals that are commonly found in cosmetics and their negative health effects. It outlines 12 toxic chemicals or groups of chemicals used in cosmetics like formaldehyde, sodium laureth sulfate, coal tar dyes, talc, nanoparticles, parabens, mineral oil, propylene glycol, lead, mercury, synthetic fragrances, and hydroquinone. Many of these chemicals have been linked to cancer, hormone disruption, skin and respiratory irritation, and neurological harm. The document concludes that more research is needed on long-term chemical exposure from cosmetics and that chemicals with suspected health risks should be prohibited unless proven safe.
This document summarizes 5 harmful ingredients found in many toothpastes:
1. Sodium fluoride, the main ingredient, is also used in rat poison and can be lethal to small children in large doses. It has also been used as a chemical agent.
2. Synthetic dyes derived from crude oil, like FD&C Blue dyes, may cause health issues and have been linked to cancer.
3. Sodium lauryl sulfate (SLS), a foaming agent, is a skin and eye irritant that is also used to clean engines and garage floors. It can impair development and cause health problems.
4. Triclosan is a pesticide registered as dangerous by the
This document provides an overview of potential health effects from ingredients commonly found in cosmetics. It discusses how phthalates, triclosan, parabens, sodium lauryl sulfate, and salicylic acid have been linked to issues like hormone disruption, skin irritation, and allergic reactions. While these ingredients are widely used in cosmetics and personal care products due to their functional properties, studies suggest they may build up in the body over time and impact health, especially for sensitive individuals. The document recommends consumers be aware of ingredient lists and choose products free of potential sensitizers when possible.
This document defines cosmeceuticals as ingredients with medicinal properties that provide topical benefits and protect against skin damage. Cosmeceuticals were coined in 1980 and are not officially recognized by the FDA, which classifies products as drugs or cosmetics. Common cosmeceutical ingredients include antioxidants, peptides, retinoids, and sunscreens which treat signs of aging and damage from UV rays. Their benefits and safety testing were also discussed.
The document summarizes several environmental hazards including mercury, lead, cadmium, antimony, and hazardous chemicals found in cosmetics, perfumes, and soaps. It notes that mercury exposure has been linked to symptoms like hair loss and fainting, and that lead has been phased out of gasoline and paint but remains in dust from older homes. Cadmium exposure can damage the kidneys and bones. The document also lists several toxic chemicals commonly found in personal care products and discusses potential health effects like dermatitis, respiratory issues, and hormonal disruption.
Pretty Scary - Could Halloween Face Paint Cause Lifelong Health Problems v2zq
Pretty Scary - Could Halloween Face Paint Cause Lifelong Health Problems - Resources for Healthy Children www.scribd.com/doc/254613619 - For more information, Please see Organic Edible Schoolyards & Gardening with Children www.scribd.com/doc/254613963 - Gardening with Volcanic Rock Dust www.scribd.com/doc/254613846 - Double Food Production from your School Garden with Organic Tech www.scribd.com/doc/254613765 - Free School Gardening Art Posters www.scribd.com/doc/254613694 - Increase Food Production with Companion Planting in your School Garden www.scribd.com/doc/254609890 - Healthy Foods Dramatically Improves Student Academic Success www.scribd.com/doc/254613619 - City Chickens for your Organic School Garden www.scribd.com/doc/254613553 - Huerto Ecológico, Tecnologías Sostenibles, Agricultura Organica www.scribd.com/doc/254613494 - Simple Square Foot Gardening for Schools - Teacher Guide www.scribd.com/doc/254613410 - Free Organic Gardening Publications www.scribd.com/doc/254609890 ~ safecosmetics.org
Pretty Scary - Could Halloween Face Paint Cause Lifelong Health Problems
chemistrybehindeyeliner
1.
2. Eyeliner used since the start of mankind through
religious ceremonies
Cleopatra was the first to use cosmetics (30-51 BC)
Kohl was the eyeliner they used
Eyeliner became popular by the Egyptians thanks to Cleopatra
Eyeliner wasn’t just worn for fashion, it was
believe eyeliner would protect them from
•Harsh sun rays
The evil eye
Eyeliner was wore by Men and Women
3. Thick Cat eyed
Kohl eyeliner
• Lead
• Copper ore
• antimony
Egyptians believe wearing eyeliner
could keep you healthy
Lead was used in their Kohl eyeliner
• Blood/Lead poising
• Brain Damage
• Miscarriages
• Life span shorten
4. Kohl Lead eyeliner stops eye diseases
Egyptians made two lead salts themselves
Egyptians eyeliner isn’t glossy like today eyeliner because…….
They used it to treat
• Eye conditions
• scars
• discoloration of the skin
Took weeks to make the two lead salts
Philippe Walters grew the same lead
salts added them to Keratinocytes
“human skin cells”
Lead stressed the cells and made
• Hydrogen Peroxide
• Nitric Oxide
Nitric Oxide
Nitric Oxide KillsEye Diseases and Bacteria
By breaking down DNA
5. 1920’s • Pencil eyeliner was created
• King Tut’s tomb was found; they started to copy
. Egyptians eye makeup
• Eyeliner speeded to the western world
Thin black eyeliner around the whole eye
• Eyeliner apply thick around whole
eye
6. TODAY
• Thick/Thin on top lid
• Around the hole eye
• Cat eyed
• Smokey
• Smudge
Eyeliner is worn all different ways now
Gothic and emo styles are expressed though eyeliner
Gel Eyeliner
Pencil Eyeliner
Kohl Eyeliner
Liquid Eyeliner
Twist up Eyeliner
Todays kinds of Eyeliner
Your Eyes POP, let EYELINER define your EYES
Gel Eyeliner
Kohl Eyeliner
Liquid Eyeliner
Liquid Pen
Twist up Eyeliner
7. Lead, Sulphur, Antimony, Carbon, Iron,
Chromium, Copper, Nickel, Zinc, Magnesium, Calcium, Sodium and
Potassium. Kohl was the first eyeliner ever made by the Egyptians
Kohl eyeliner
Treat eye disease
Blepharitis
Trachoma
Cataracts
Improves Vision
Strengthening
Helps keep eyes healthier
Kohl Protect against UVB Radiation from the Sun
Eyes are sensitive to radiation that the sun sends off, so the galena (lead mineral)
base in Kohl has, forms a small thin film on the surface of eye which stops the
harmful UV radiations from hurting the eyes and protect the eyes. The shiny
particles of galena reflect the glare of the sun, also dust and dirt. Galena is mineral
made out of lead sulfide.
NOT PROTECTED!!!! PROTECTED!!!!!
8. Titanium Dioxide is rated the highest hazard and is found in all eyeliners. Titanium Dioxide is
white, sold, inorganic dust/powder mineral and after processing it becomes liquid. This was
rated number 1-3 Red (Red means High Hazard) Cancer rating was high; it’s been proven that
Titanium Dioxide causes respiratory track cancer and it was listed to be toxic and very
harmful to humans and animals. It was stated that it shouldn’t be used in cosmetics and food.
Environment Canada stated it was high rated environment toxin. In 2006 Canada centre for
Occupational Health & Safety issued an alert warning to cosmetic companies that “Titanium
Dioxide dust must be eliminated or reduced to the minimum as possible”. It is now illegal to
not put Titanium Dioxide on a product label.
International Agency for research on cancer discovered that Titanium dioxide as a cancer
causing agent, sooner after being found The National Institute of Occupational Safety &
Health has also confirmed that it was a cancer causer for lung cancer. It was also rated that
there is no safe exposure levels. Titanium Dioxide particles are very fine; they are less than
one micron, this is why when inhaled it goes very deep into human/animals lungs. Titanium
Dioxide is found is all makeup cosmetics, creams, sunblock’s, toothpastes, and other non-
powdered products. It is been reported not to be used, but many cosmetic companies use it
anyways
9. Mercury is found in Mascara, Eyeliner and Skin-lightening creams. Mercury was rated the
highest toxin hazard chemical found in all my chemicals listed. It was rated a number 10 red (red
Means high hazard) by the Environment Canada. It was rated high Cancer causer, as was stated
very strong evidence to skin toxicant; it was also rated to be very toxicant to the human immune
system. It is also very toxin to nerve cells, the toxins disrupt human development, and
reproductive. Japans government has put a restrictions on Mercury and has been Banned and
found unsafe for use in cosmetics. United States and Canada have put a restriction % on it, but
they still use it; low quantity! European Union has banned the making, and using of Mercury in
all cosmetic products. More studies indicated renal toxicant, respiratory toxicant, sense organs
toxicant, cardiovascular or blood toxicant, hematologic toxicant, and gastrointestinal or liver
toxicity. It was also stated on skin deep website that it is Persistent, bioaccumulative to wildlife.
Studies show that it’s very toxin to wildlife and the environment, also known to be neurotoxic to
humans, Hazardous Air Pollutant. It is a cause of thyroid disorders, seizures, reduced fertility in
males and females and erectile dysfunction. It’s also a cause for menstrual disorders (abnormal
bleeding, short cycles, and long cycles, irregular cycles, and painful periods, low birth weight in
babies, stillbirths, miscarriages, and hormonal changes. It causes high blood pressure, hearing
loss, delayed growth, decrease in vision and behavioral problems.
Mercury is known to delayed brain development in children, and cause brain damage humans to
have had long-term or high rates of exposure to Mercury. Minnesota was the first state to ban
Mercury in cosmetic in 2007. They fined penalties up to $10,000 to retailers who are selling and
manufacturing products with Mercury after the ban was established.
10. Eyeliner is not the best thing for your eyes, the harsh chemicals after a
while will burn your skin, cause wrinkles, a buildup of chemicals that
blocks your pores; it causes many skin/eye infections as the bacteria
from the chemicals grow. Sleeping with eyeliner on is bad, you need
your skin to breath after harsh chemicals sitting on your eyes all day.
Your eyes become red and sore as your skin becomes irritated from the
chemicals
• Wearing eyeliner in the inter part of your eye
lid can be very dangerous, can flake off into
your eye and scratch the cornea which is the
clear front surface of an eye
also increases your rate for
bacterial infections and diseases
o Eyeliner will dry up or grow bacteria on it
over time
a) eyeliner pencil dry's out 2-3 years
b) Bacteria starts to go within 2-3
months of being open
I. Liquid eyeliner last 3-4 months
II. Dry's out fasterthenany other eyeliner
III. Grows Bacteria fast
11. JobsworkingwithEyeliner
is the most common
job; they work in
television,
film
photo shoots
in salons to improve,
enhance or alter the
look of a person.
Makeup Artist
They work in
film
television
theatre
videogames.
Special effects makeup artist
Their job is to make cuts,
bruises, wounds, death,
ageing, and fake body parts
look realistic
includes
creating eyeliner
create new chemicals for
eyeliner
the studies of eyeliner
Chemistry of eyeliner
12. Why is Eyeliner Used?
Fair toned people with pale skin and a white eye can wash people out. Light
eyeliner will add colour to the eyes, this makes the eye colour and eye shape
pop out from the pale skin
Dark eyeliners will make eyes colour
look big, bright and stand out
• When using eyeliner various colours, styles, and applying techniques can give
you the standing out, pop look of an eye; it works with any eye shape or colour
These kinds of eyeliners have no hazard chemicals, or
toxins in them, they are not animal tested
13. The website www.bewellstaywell.com states
“The first and only cosmetics colored from antioxidant rich fruit and vegetable
pigments. While other color cosmetics are colored with either synthetic dyes or
minerals, only 100% Pure color cosmetics are colored with fruit & vegetable
pigments! All the antioxidants and vitamins in fruits are in the actual color, so you will
be applying all the healthy nutrients of the fruits directly on your skin. 100% Natural,
100% Vegan, Gluten free, Free of Titanium Dioxide, Mercury and Iron Oxide”
Charcoal and olive oil mix together give you a natural
liquid eyeliner
There are many Organic companies out there with good
eyeliner
A company called 100% pury Sells eyeliner called
“100% Pure Fruit Pigmented Crème stick Pencil”
http://www.youtube.com/watch?v=Q0RqU_QUh34