Why Is Allulose Banned In Europe? Why It Happens

Allulose is not banned in Europe. It is an approved sweetener in the United States, but in Europe it has not yet received authorization for use as a food ingredient. This means you will not find it in mainstream European products, but the substance itself is not prohibited by law. The delay comes down to a slow regulatory review process, not evidence that allulose is dangerous.

Why Is Allulose Banned In Europe

Allulose is a rare sugar found naturally in small amounts in figs, raisins, and wheat. It tastes about 70% as sweet as table sugar but contains almost no calories. Because it does not raise blood sugar or insulin levels significantly, it has become popular in the United States as a sugar substitute.

In Europe, allulose is considered a “novel food.” Under European Union rules, any food that was not widely consumed in Europe before May 1997 must be evaluated for safety before it can be sold. Allulose falls into this category. The European Food Safety Authority (EFSA) must review the safety data before the European Commission can approve it.

That review has been slow. EFSA has raised questions about how allulose is metabolized and what happens when people eat it in large amounts. The approval process has been underway for years, but no final decision has been made. This is a regulatory delay, not a ban.

What Is Allulose And How Is It Different From Sugar

Allulose is a monosaccharide, meaning it is a single sugar molecule. Its chemical structure is similar to fructose, but the body does not metabolize it the same way. When you eat allulose, most of it is absorbed into the bloodstream but then excreted unchanged in urine. Only a small amount is converted to energy.

Table sugar, by contrast, is a disaccharide made of glucose and fructose. Your body breaks it down quickly, and it provides about 4 calories per gram. Allulose provides about 0.2 to 0.4 calories per gram, which is why it is often described as nearly calorie-free.

Another key difference is how it affects blood sugar. Sugar causes a rapid rise in blood glucose. Allulose does not. Some research suggests allulose may actually blunt the blood sugar response to other carbohydrates, but this effect is modest and the evidence is still developing.

The Regulatory Process In The European Union

The European Union has a strict system for approving new foods. If a substance was not commonly eaten in Europe before 1997, it must go through a novel food authorization. This process requires a detailed safety dossier submitted by the company that wants to sell the product.

EFSA evaluates the dossier and issues a scientific opinion. The European Commission then decides whether to authorize the food based on that opinion. This process can take several years.

For allulose, the process has been complicated by questions about how to classify it. Some companies have argued that allulose should be treated as a sugar or a carbohydrate rather than a novel food. Others have submitted novel food applications. The back-and-forth over classification has added to the delay.

Why The Approval Has Taken So Long

EFSA has not raised red flags about allulose being toxic or unsafe. The main concerns are about digestive tolerance and the lack of long-term data.

When people eat large amounts of allulose, they can experience gastrointestinal symptoms. Bloating, gas, and diarrhea are the most common complaints. This is similar to what happens with other poorly absorbed sweeteners like sugar alcohols. EFSA wants to understand the threshold at which these symptoms appear and whether any other effects occur at high doses.

There is also the question of how allulose affects people with diabetes. Some research suggests it may be beneficial because it does not spike blood sugar. But EFSA has asked for more data on this population before making a decision.

The companies seeking approval have had to conduct additional studies and resubmit their applications. Each round of questions from EFSA adds months or years to the timeline.

Is Allulose Safe To Eat

In the United States, the Food and Drug Administration (FDA) has determined that allulose is generally recognized as safe (GRAS). This means the FDA considers it safe for its intended use based on available scientific evidence. The FDA does not require pre-market approval for GRAS substances, so allulose has been sold in the US for years.

Other countries have also approved allulose. Japan, Mexico, Singapore, and several other nations allow it as a food ingredient. The World Health Organization has not issued a specific safety warning about allulose.

Clinical trials in humans have generally found allulose to be well tolerated at moderate doses. Most people can eat 10 to 15 grams without significant symptoms. Higher doses are more likely to cause digestive discomfort. The evidence does not suggest any serious long-term health risks, but the long-term data is limited because allulose has not been widely consumed for decades.

What This Means For Consumers

If you live in Europe, you cannot buy allulose as a standalone sweetener or find it in packaged foods. If you live in the United States or another country where it is approved, you can purchase it online or in stores.

Some European companies have found a workaround. They import products containing allulose that were legally manufactured in other countries. This creates a gray area that regulators have not consistently enforced.

There is also the possibility that allulose could be approved in Europe soon. The European Commission has signaled interest in updating the novel food regulations to speed up approvals for substances with a strong safety record. But no specific timeline has been announced.

For people looking for low-calorie sweeteners in Europe, the available options remain stevia, erythritol, monk fruit, and aspartame. Each of these has its own taste profile and digestive considerations.

How Allulose Compares To Other Sweeteners

Allulose is often compared to erythritol because both are low-calorie sweeteners with a sugar-like taste. Erythritol is a sugar alcohol that has been approved in Europe and is widely used in keto-friendly products.

Erythritol has a similar digestive profile to allulose. Both can cause bloating and diarrhea at high doses. Some recent research has raised questions about erythritol and cardiovascular risk, but the studies are observational and do not prove causation.

Allulose has one advantage over erythritol: it browns and caramelizes like real sugar. Erythritol does not. This makes allulose more useful for baking and making sauces or candies.

What To Watch For In The Coming Years

The allulose situation in Europe could change at any time. If EFSA completes its review and issues a favorable opinion, the European Commission could authorize allulose within months. If EFSA asks for more data, the process could stretch on for several more years.

Consumers who want allulose should check the ingredient labels of imported products. Some specialty stores and online retailers sell allulose-based sweeteners that were produced in countries where it is legal.

For now, the honest answer is that allulose is not banned in Europe, but it is also not available. The distinction matters. A ban implies a safety concern. The reality is a slow regulatory process that has not yet concluded.