Sugar substitute

Some things taste sweet like sugar.

These are called sugar substitutes. They can come in small packets or powders. Some come from plants. Others are made in a lab.

Many of these are very strong. They can be much sweeter than sugar. This means you only need a tiny bit.

People use them in diet drinks. They use them in gum and treats too. They help people eat less energy. This can help people manage their weight.

Do you like sweet things?

Some things taste sweet like sugar. We call these sugar substitutes. They help people enjoy sweetness with less energy. This can help with weight and blood sugar.

Many substitutes are very strong. Some are much sweeter than regular sugar. This means you only need a tiny bit. Some are made from plants. Others are made in a lab.

One kind is called aspartame. A man named James Schlatter found it by accident in 1965. It is a white powder. It is about 200 times sweeter than sugar. It is used in gum and drinks. But it breaks down when you cook it.

Another kind is sucralose. This is the most common sweetener in the world. It is about 600 times sweeter than sugar. It stays strong even when heated. This makes it good for baking.

Some people use stevia. This comes from a plant in South America. Other people use monk fruit. This is an extract from a fruit.

Some sweeteners have a bitter taste. People often mix them together. This makes them taste more like real sugar.

Sugar substitutes are special food additives used to provide sweetness. They taste like sugar but have much less food energy. This makes them zero-calorie or low-calorie options for many people. Some are made from plant extracts found in nature. Others are made through chemical synthesis in a lab.

These sweeteners help people manage their weight and blood glucose. They are also a main ingredient in many diet drinks. Many substitutes are high-intensity sweeteners. This means they are much sweeter than common table sugar. Because they are so strong, you only need a tiny amount. Sometimes they are mixed together to create the best sweet taste.

Making these sweeteners involves different scientific methods. Some, like sucralose, are made from sugar molecules. Scientists replace three oxygen-hydrogen groups with three chlorine atoms. This process makes the sweetener very stable even when heated. Other substitutes, like stevia, come from the Stevia rebaudiana plant. Allulose is another interesting type found in figs and maple syrup. It is about 70% as sweet as regular sugar. It does not act like sugar in the body. This is why the FDA does not require it to be listed with sugars on labels.

Many famous sweeteners were discovered by accident. In 1879, Remsen and Fahlberg discovered saccharin during an experiment. It was the first artificial sweetener ever made. In 1965, James M. Schlatter was working on a different medicine. He accidentally spilled aspartame on his hand and tasted it. He realized it was very sweet! Torunn Atteraas Garin then helped develop it for people to use. Aspartame is a white powder made from two amino acids. It is about 180 to 200 times sweeter than sugar.

Different places around the world use different sweeteners. In North America, people often use aspartame, monk fruit, saccharin, sucralose, and stevia. Some sweeteners have different rules in different countries. For example, cyclamate is banned in the United States. However, it is still allowed in Canada, Russia, and the European Union. In 1987, the FDA once banned stevia because it was not yet approved. By December 2008, the FDA said stevia extracts were safe to use. Sucralose was approved for use by the FDA in 1998. It is now the most common artificial sweetener in the world.

Sweeteners are used in many things you might see every day. You can find them in small pills, powders, or colorful packets. Some people use them in frozen desserts and chewing gum. Others use them in protein shakes or liquid medicines. Acesulfame potassium, or Ace-K, is often used in carbonated drinks. It is 200 times sweeter than sugar and stays strong under heat. Because it can taste a little bitter, it is often blended with others. This helps the blend taste more like real sugar. Using these mixtures helps make food more palatable for everyone.

Sugar substitutes, also known as artificial sweeteners, are food additives designed to provide sweetness. They offer a taste similar to sugar but contain significantly less food energy. This characteristic makes them zero-calorie or low-calorie options. They are used to help people manage their weight and blood glucose levels. Many people use them in diet drinks to avoid adding extra calories. These substances can be derived from plant extracts or created through chemical synthesis.

Scientists categorize these substances into different functional types. High-intensity sweeteners are compounds that are many times sweeter than sucrose, which is common table sugar. Because they are so potent, only a tiny amount is needed for sweetness. This results in a negligible energy contribution to the food. Sometimes these compounds create a different sensation of sweetness than sucrose. To fix this, manufacturers often use complex mixtures to achieve a more intense, sucrose-like sensation.

Another major group includes sugar alcohols, also known as polyols. Examples of these include erythritol, xylitol, and sorbitol. These are derived from sugars but are generally less sweet than sucrose. However, they possess similar bulk properties to sugar, which is useful in food production. Sometimes, their sweetness profile is fine-tuned by mixing them with high-intensity sweeteners. There is also allulose, a sweetener in the sugar family found in figs and maple syrup. It is about 70% as sweet as sugar but does not metabolize like sugar in the body.

Acesulfame potassium, or Ace-K, is a specific type of high-intensity sweetener. It is 200 times sweeter than sucrose and roughly as sweet as aspartame. Like saccharin, it can have a slightly bitter aftertaste at high concentrations. To solve this, Kraft Foods patented the use of sodium ferulate to mask the taste. Ace-K is often blended with aspartame or sucralose to create a synergistic effect. This means the blend becomes even sweeter than its individual parts. Unlike aspartame, Ace-K is stable under heat and acidic conditions, making it ideal for baking.

Many famous sweeteners were discovered through accidental scientific moments. In 1879, Remsen and Fahlberg discovered saccharin during an experiment with toluene derivatives. It was the first artificial sweetener ever synthesized. In 1965, James M. Schlatter discovered aspartame while working on an anti-ulcer drug. He accidentally spilled the substance on his hand and noticed a sweet taste when he licked his finger. Torunn Atteraas Garin then oversaw the development of aspartame for commercial use. Aspartame is a white crystalline powder made from the amino acids aspartic acid and phenylalanine.

Different sweeteners are subject to different international regulations and safety studies. In the United States, cyclamate is prohibited because of lab tests involving rats. However, cyclamate is still allowed in Canada, Russia, and the European Union. Saccharin faced similar scrutiny after a 1960 study suggested a link to bladder cancer in rats. Scientists later found this mechanism is not relevant to humans due to differences in urine composition. In 2001, the United States repealed the warning label requirement for saccharin. Most other countries permit its use but may restrict the allowed levels.

Sucralose is currently the most commonly used artificial sweetener in the world. It was discovered in 1976 and received FDA approval in 1998. It is a chlorinated sugar produced by replacing three hydroxyl groups in sucrose with three chlorine atoms. This chemical change makes it about 600 times sweeter than sugar. A major advantage of sucralose is its stability when heated. This allows it to be used in baked goods and fried foods. It is found in many products, including beverages, frozen desserts, and chewing gum.

Sweeteners play a vital role in modern food science and pharmaceutical industries. Beyond tabletop packets, they are used in protein shakes and liquid medications. In medicine, they make active ingredients more palatable for patients. Stevia is another important example, derived from the Stevia rebaudiana plant. While it was once banned by the FDA in 1987, it gained "generally recognized as safe" status in 2008. Today, these diverse substances allow for a wide range of sweet experiences across many different cultures and food systems.