Pharmaceutical and industrial uses

RO is widely used for the desalination of sea or saline water, in obtaining pure water for clinical, pharmaceutical, and industrial uses, and also in the food-processing industries. 

Polyols are unique among simple carbohydrates in their low ability to be fermented. This characteristic enables them to impart sweetness to foods while exhibiting lower caloric values than other carbohydrates and reducing the formation of dental caries. Polyols are used in a variety of applications in foods, confections, pharmaceuticals and industrial uses. Rising demand for low- and reduced-calorie foods and confections that contribute to a reduction in dental caries has contributed to the growth of these starch-derived products. 

Ethosperse . [L a] Ethoxylated alcohols emulsifier, humectant, spreading agent, emollient for cosmetic, pharmaceutical, and industrial uses. 

Uses Emulsifier, gloss aid, bodying agent, lexiurizer, and humeclani for cosmetics (hair care prods., skin care prods., makeup), pharmaceuticals, and Industrial uses teckifier and humectant for hot-melt adhesives F roperties Pate straw d. liq. sol. In water, methanol, ethanol, acetone, toluol sp.gr. 1.12 (38 C) vise. 150 cps (38 C) HLB 18.0 add no. 0.5 max. hyd. no. 128-138 pH 6.0(5%) 100% cone. 

Uses Emulsifier, humectant for in cosmetics (hair and skin care prods., makeup), pharmaceuticals, and industrial uses tackifer and humectant in hot-melt adhesives... 

Uses Emulsifier for cosmetics, pharmaceuticals, and industrial use anticorrosion agent... 

Uses Emulsiflerfor in cosmetic, pharmaceutical and industrial uses Properties Pale straw liq. sol. in methanol, ethanol, acetone, toluol, disp. in water sp.gr. 0.98 vise. 80 cps HLB 11.0 100% act. 

Uses Emulsifier for food, cosmetic, pharmaceutical, and Industrial uses flavor solubilizer and dispersant... 

As with acid-base and complexation titrations, redox titrations are not frequently used in modern analytical laboratories. Nevertheless, several important applications continue to find favor in environmental, pharmaceutical, and industrial laboratories. In this section we review the general application of redox titrimetry. We begin, however, with a brief discussion of selecting and characterizing redox titrants, and methods for controlling the analyte s oxidation state. 

The greatest amount of surfactant consumption is in packaged soaps and detergents for household and industrial use. The remainder is used in processing textiles and leather, in ore flotation and oil-drilling operations, and in the manufacture of agricultural sprays, cosmetics, elastomers, food, lubricants, paint, pharmaceuticals, and a host of other products. 

The Gram-positive bacteria Bacillus subtilis, Bacillus megaterium and Bacillus brevis are also used for heterologous expression. Terpe [13] presented a table with some pharmaceutically and industrially relevant proteins expressed with this host. It is the most used prokaryotic host after... 

Used industrially as a chemical intermediate for pharmaceuticals and herbicides used in the manufacture of flame-resistant products used as a stabilizer for liquid sulfur trioxide. 

Uses Plasticizer for cellulose esters and ethers manufacture of plastics, cymene, incense, celluloid in lacquers, explosives, and embalming fluids pyrotechnics moth repellent preservative in pharmaceuticals and cosmetics odorant/flavorant in household, pharmaceutical, and industrial products tooth powders. 

These engineered biocatalysts will in turn provide new means to efficiently utilize natural biopol3nners to synthesize chemical intermediates, fuels, food products, pharmaceuticals and plastics. New synthetic biocatalysts will allow the creation of a host of new biopol3nners possessing new functions and properties for industrial, pharmaceutical and agricultural uses. 

The synthetic chemicals found in municipal wastewater originate from academic use, household use, and industrial use. Ordinary households in an industrialized society use substantial amounts of organic chemicals such as cleaning fluids, pharmaceuticals, cosmetics, and paints. Residual quantities of these substances may end in the sewage. Hospitals, universities, dry cleaning establishments, garages, and other small commercial shops may also contribute to that total load of chemicals in municipal wastewater. 

Interest in crown ethers has exploded since the initial discovery by Pedersen. With the addition of cryptands and other macropolycycles to the armory of coordination chemists there has been feverish activity to seek out new areas in which new and original uses can be devised. Now all branches of chemistry, polymer science, pharmaceutics and industrial processes have been touched by the crown ether revolution. 

Xanthan gum, dextran Xanthomonas campestris, Leuconostoc mesenteroides Food, pharmaceutical, textile industries, useful for thickening, stiffening and setting properties... 

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