Glycerol sugars

Polyalcohols, such as glycerol, sugar, sorbitol, and propylene glycol may prevent denaturation (28). Also substrates or substrate analogues often stabilize by conferring an increased rigidity to the enzyme stmcture. 

The exothermic oxidation of ethanol, ethylene glycol, glycerol, sugar or acetic acid may lead to fire or explosion. 

Wines consist of several hundred compounds in different concentrations the dominant derivatives are ethanol, glycerol, sugars, and organic acids, while amino acids and flavonoids are present to a much lesser extent. 

Slightly soluble in water soluble in glycerol, sugar, or ammonium chloride solutions soluble in acid with evolution of much heat.1... 

Fibrous Materials. Contact with moist cloth, paper, or wood often causes ignition.4 Hydrogen Sulfide. Gas ignites immediately on contact with solid peroxide.7 Hydroxy Compounds. Mixture with ethanol, glycerol, sugar, or acetic acid usually results in fire or explosion.8... 

Di-, tri- and polyhydroxy compounds, such as glycerol, sugars and sorbitol have been assumed to work by the same principle as above, but this will be discussed later. 

Iron(m) has its greatest affinity for ligands that coordinate by oxygen, viz., phosphate ions, polyphosphates, and polyols such as glycerol, sugars,... 

Hydroxyl group —OH, the characteristic group in glycerol, sugars and other biological alcohols. 

Apart form wine and juices the method has been successfully applied to issues such as the authentication of sugars of various origins, origin of glycerol (sugar fermentation versus edible oil transesterification),... 

Acid. Conversion to fatty acid and alcohol takes place, i.e. polyoxyethylene glycol, sorbitan, glycol or glycerol, sugar. 

The hydration of CAC does not result in the formation of Ca(OH)2. This contributes to enhanced resistance in the presence of phenols, glycerols, sugars, etc. The formation of aluminum hydroxide gel during hydration provides resistance to dilute acids and sulfates. CAC has many industrial applications. It is used in flues, sewers, effluent-tanks, coal hoppers, ash sluices flues, and in industrial plants, e.g., oil refineries, breweries, dairies, and tanneries. 

Other examples of nonionics commonly used in syndets are glycols, glycerols, sugar esters, and alkanolamides. Polyethylene glycol esters of fatty acids are produced by reaction with ethylene oxide or by esterification of the fatty acid with polyethylene glycols. The reaction with ethylene oxide is described as ... 

Edible oils and fats, flavor oils (orange, cinnamon, lemon, etc.) Edible emulsifiers (HLB = 13-16) Ethylene glycol, propylene glycol, glycerol, sugar alcohols, etc. 29... 

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