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Artificial Sweeteners - Are They Safe
Alternatives To Sugar
Sugar substitutes are compounds that offer the sweetness of sugar
without adding calories or elevating blood sugar. These non-nutritive (no-calorie)
sweeteners are highly concentrated. Their sweetness ranges from 200 to 13,000
times sweeter than regular table sugar. Many people use them to cut down on the
number of calories they consume and to control diabetes. The purpose of
Artificial sweeteners is to mimic the sweetness of table sugar, or sucrose. Everyone
has different sensitivities, but scientists estimate that the general population
can detect a solution of about 0.5 percent sucrose, which is one teaspoon of table
sugar dissolved into several cups of water. By comparison, one-six-hundredth of
a teaspoon of sucralose, the sweetener in Splenda, would make the same impression
on your taste buds. Despite differences in sweetness, it is easy for most
people to spot the taste of Aspartame (Equal), Sucralose (Splenda), and Saccharin
(Sweet'N Low). That is because our taste buds pick up more than just how sweet
something is. We also can detect how the timing of the sweet taste and what the
product feels like in our mouths. We experience the sweetness at its maximum level
about four seconds after it hits our tongues and then the sweetness diminishes
over the course of about a minute. For example, Saccharin, the compound in Sweet'N
Low, hits the taste buds slightly faster than table sugar, but when the sweetness
subsides, it can leave behind a bitter aftertaste. These compounds do have
calories in them, but they are more concentrated than table sugar, so we use less.
When less product is used, less calories are consumed. The Food and Drug
Administration (FDA) has approved five artificial sweeteners that are reportedly
safe to consume on a daily basis over a lifetime. The FDA tests the sweetener
for safety. Although numerous studies have been conducted on artificial sweeteners
and their relation to cancer, research has found no evidence to support these
claims in human beings. The five artificial sweeteners approved by the
FDA are in the following table. Type | kcal/g | Regulatory
status, source | Other names | Description | | Saccharin | 0 | Approved
as a sweetener for beverages and as a tabletop sweetener in foods with specific
maximum amounts allowed, found in tabletop sweetener or as an ingredient in chewing
gums, breakfast cereals, and soft drinks. | Sweet and Low, Sweet Twin, Sweet
'N Low Brown, Necta Sweet, Sugar Twin | 200-700 times sweeter than sucrose;
noncariogenic and produces no glycemic response; sweetening power is not reduced
with heating | | Aspartame | 4a | Approved as a general-purpose
sweetener, found in chewing gums, soft drinks, baked goods, and jams. | Nutrasweet,
Equal | 160-220 times sweeter than sucrose; noncariogenic and produces limited
glycemic response | | Acesulfame-K | 0 | Approved as
a general-purpose sweetener, found in baked goods, frozen desserts, candies,
beverages, cough drops, and breath mints
| Sunett, Sweet & Safe,
Sweet One | 200 times sweeter than sucrose; noncariogenic and produces no
glycemic response; sweetening power is not reduced with heating. | | Sucralose | 0 | Approved
as a general-purpose sweetener, found in baked goods, soft drinks, chewing gums,
frostings, frozen desserts, jams, jellies, gelatins, puddings, processed fruits
and fruit juices, toppings, and syrups. | Splenda | 600 times sweeter
than sucrose; noncariogenic and produces no glycemic response; sweetening power
is not reduced with heating | | Neotame | 0 | Approved
as general-purpose sweetener, mixed in baked goods, soft drinks, chewing gums,
frostings, frozen desserts, jams, jellies, gelatins, puddings, processed fruits
and fruit juices, toppings, and syrups. | | 8,000 times sweeter
than sucrose; noncariogenic and produces no glycemic response; sweetening power
is not reduced with heating
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By
Amy Lowy

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