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Title: Alternative Sweeteners

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512 Mitchell et al.<br />

Frozen yogurt is a specially product within this category that has become<br />

very popular. Frozen yogurt is lower in fat than ice cream, and thus calorie reduction<br />

is achieved primarily from sugar replacement. Here again, polydextrose<br />

serves the same varied functions of bulk, texture, and freezing point depression.<br />

F. Gelatins, Puddings, and Fillings<br />

A 50% calorie reduction is readily achieved in an instant pudding-type product<br />

when polydextrose is used with a high-intensity sweetener (26). Using polydextrose<br />

results in a creamier texture with a more uniform dispersion of cocoa and<br />

starch. It also functions as a formulation aid and helps prevent lumping and nonuniformity.<br />

G. Hard Candy<br />

A major portion of the sugar in hard candy can be replaced with polydextrose<br />

(27). Clarity and good bite are still achievable with a reduced sugar level. A<br />

high-intensity sweetener is needed to supply the sweetness expected in hard<br />

candy products.<br />

Polydextrose is amorphous and does not crystallize at low temperatures or<br />

high concentrations so it can be used to control the crystallization of polyols and<br />

sugars and therefore the structure and texture of the final product. This is analogous<br />

to conventional sugar confectionery production in which glucose syrups are<br />

used to prevent or control sucrose crystallization.<br />

Litesse Ultra (III) is a particularly useful ingredient in the production of<br />

sugar-free and reduced-calorie hard candy and offers both product and processing<br />

improvements when used at low levels in polyol mixes.<br />

While acknowledging that some polyols work very well in this application,<br />

there are still some technical issues associated with their use in hard candy systems.<br />

From production scale trials using Litesse Ultra (III) in combination with<br />

polyols, the following general conclusions have been drawn.<br />

1. Increasing the proportion of Litesse Ultra (III) increases the molten<br />

mass viscosity, improving the handling characteristics of sugar-free<br />

candy. Cooling times are reduced and the products may be processed<br />

using conventional stamped and depositing technology.<br />

2. Low-level additions of Litesse Ultra (III) reduce the graining of isomalt<br />

candies.<br />

3. The stability of Litesse Ultra (III) combination may be equivalent or<br />

better than sugar/glucose candy.<br />

4. Clear, transparent products with excellent flavor release are possible.<br />

5. Calorie reductions greater than 50% are possible.

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