- part 6 formulating - formulating cosmetics and personal care products - 6.1 formulating wisdom category by category - 6.2 skin lightening, whitening, and brightening: an overview of approaches, key ingredients, and formulations for enhancing skin appearance and correcting/minimizing common skin pigmentation disorders - 6.3 sunscreens - 6.4 antiperspirants / deodorants - 6.5 acne, oily, ad aging skin product formulation (author mark lees) - 6.6 face and body - masks / scrubs - 6.7 shaving preparations: pre and post - 6.8 color cosmetics: an introduction to formulation and approaches for mascaras, foundations and lipsticks - hair care - 6.10 shampoos ingredients, formulation and efficacy evaluation - section ii: hair-cleansing mechanism - section iii: shampoo evaluation - section iv: future trends in shampoos - 6.11 hair styling - 6.15 hair colorants and protection - 6.16 reactive hair care products - 6.17 formula/product development from the formulator's viewpoint - part 6.18 oral care: formulating products and practices for health and beauty - part 7. sensory characterization - part 7.1 sensory signals the applied science of sensory perception and its value - part 8. delivery systems - part 8.1 delivery systems for cosmetics and personal care - part 9 nutracosmetics - part 9.1 the use of nutraceutical ingredients in the cosmetic industry - part 9.2 multi-functional botanicals for nutricosmetics applications - part 10 nanocosmetics - part 10.1 nanocosmetics: nanotechnology and anti-aging - part 11 testing - part 11.1 methods to assess skin barrier integrity: effects of cleansing products - part 11.2 imaging techniques and analysis for quantification of skin appearance - part 11.3 biophysical measurement and evaluation of skin elasticity and topography - part 11.4 a survey of test methodology used in evaluating the damage, protection and repair of hair - part 11.5 clinical testing of cosmetics and skin care products: methods and instrumentations - part 11.6 nanomaterials characterization - part 11.7 in vitro assays to measure epigenetic mechanisms involved with controlling gene expression - part 12 sustainability and eco-responsibility - part 12.0 a global approach for the cosmetic and personal care industry - part 12.2 a botanist's view of sustainability: use or abuse in the personal care industry? - part 12.3 the herboretum network for promoting local cultures and biodiversity - part 12.4 the advantages and potential contribution of local cultures for carbon footprint reduction - part 12.5 cosmetic ingredients from plant cell cultures: a new eco-sustainable approach - part 12.6 eco-responsibility applied to plant extraction - part 12.7 the industrial frame: concrete, green solutions for production and waste management - part 13 cosmetic manufacturing - part 13.1 cosmetic manufacturing processes - 13.1.2 unit operations - 13.1.3.1 wet systemssingle phase (miscible) systems - 13.1.3.2 wet systems - multiphase systems - 13.1.3.3 wet systems liquid solid systems - 13.1.4 filling - 13.1.5 scale-up - 13.1.6 dry systems - 13.1.7.1 wet continuous process - 13.1.7.2 dry continuous processing - part 13.2 cold-process emulsification producing sub-micron dispersions: formulation and aesthetic enhancement of cosmetic and otc products - 13.2.1 contemporary cosmetics - part 13.3 intelligent selection and manufacture of natural extracts - part 14 packaging - part 14.1 emerging strategies for sustainable packaging: balancing materials, design, and appearance - part 14.2 aerosol containment and delivery