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Food additives data book - wordpres

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Sweeteners 960<br />

3:1 cyclamate :saccharin combination provided sugar-like sweetness in beverages until cyclamates were banned in the US in 1969.<br />

Cyclamate combination replaced with a calcium chloride combined with cornstarch hydrolysate, lactose, sucrose, tartrates and fructose with gluconate salts.<br />

High stability, even under extreme processing conditions. Only approved sweetener able to withstand heating, baking and high-acid media.<br />

Has been used in soft drinks, candies, preserves, salad dressings, low-calorie gelatin desserts. Also combined with bulk sweeteners in baking for sugarreduced<br />

products; used alone as table-top sweetener in tablet and liquid form, or in chewing gum.<br />

In combination with other sweeteners, used as table-top sweetener; combined with sorbitol or aspartame, used in chewing gum; also popular for use in oral<br />

hygiene products.<br />

Relative sweetness in soft drinks in range of 300 to 700 units; sodium saccharin sweetneess in soft drinks is 360 to 500 units.<br />

Some people are more sensitive than others to the bitter/metallic aftertaste of saccharin; aftertaste can be masked using fructose, gluconates, tartrates,<br />

ribonucleotides, sugars, sugar alcohols (polyols) and other intense sweeteners.<br />

1/20th price of sugar in terms of sweetness equivalency.<br />

Stable in pH range 2 to 7; heat stable – unchanged after 1 hour at 150°C in pH 3.3 to 8.0; no browning reaction. In dry form, is stable for several years<br />

when stored appropriately. Stable under normal soft-drink processing conditions.<br />

Lower cost versus sucrose.<br />

When used alone in soft drinks did not provide sweetness taste quality of the saccharin :cyclamate blend.<br />

Does not interact with other ingredients encountered during soft-drink manufacture. Concentrated soft-drink solutions can be stored. Detected in beverages<br />

using HPLC or spectrophotometric techniques.<br />

Excellent heat and pH stability. Often blended with aspartame to reduce bitter aftertaste; has bitter, astringent or metallic off-taste particularly objectionable<br />

in delicately fruit-flavoured products; off-notes may be partially concealed in foods containing sucrose or corn sweeteners; off-notes less obvious in cola<br />

beverages, hot cocoa and other chocolate products, coffee, etc.<br />

Stable under normal storage and preparation conditions; stable in acidic environments and under extended heat treatment.<br />

Commercially successful in fruit drinks as:<br />

– Sucrose/saccharin – 25–35% of sweetness from sacccharin with total cost 5% below that of using sucrose alone, dominated UK fruit drink market in<br />

1960s and 1970s. Some consumers preferred this product to that with sucrose alone. Also marketed in a 500 :1 ratio for “light” drinks in the US with<br />

50% calorie reduction and good sweetness and fruitiness.<br />

– Aspartame :saccharin – in ratio of 2 :1 or 50% :50% sweetness gives good sweetness and saccharin stabilises total sweetness to extend shelf-life.<br />

–Fructose/saccharin – strong sweetness intensity synergism and good fruitiness enhancement.<br />

– Cyclamate/saccharin – at 10 :1 ratio or 50% :50% sweetness gives clean, sugar-like sweetness at low cost with good storage stability.<br />

Good stability in fruit juice beverages; readily soluble in fruit beverages as either sodium or calcium salt; compatible with other fruit beverage ingredients.

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