Monk Fruit vs Allulose: The One Europe Cannot Buy

Sweetness, calories and blood sugar

Allulose tastes about seventy per cent as sweet as sucrose. That one number explains everything good about it. Because the sweetness is mild, you use it by the spoonful, roughly six grams where a recipe called for four of sugar, so it fills the recipe the way sugar filled it. High-intensity sweeteners like ours cannot do that at any dose.

On calories the gap with sugar is wide and real. American labelling allows a factor of 0.4 kilocalories per gram against sugar's 4. The FDA landed on that figure because most of an allulose dose never gets metabolised at all. Around seventy per cent leaves the body intact in urine and faeces within forty-eight hours, and plasma clears it inside a day.

Blood glucose and insulin barely register it. A double-blind randomised trial in twenty-four adults with type 2 diabetes added five or ten grams of allulose to a 75 gram glucose drink, and the ten gram dose lowered the glucose rise by about eight per cent. That is one small acute feeding study. The authors asked for long-term trials before anyone treats it as a benefit, and we agree with them.

Six drops of our liquid sweeten a mug of tea for about 1 kilocalorie. Per unit of sweetness we use less of almost everything. Per unit of usefulness in a saucepan, allulose is ahead, and the next two sections deal with both facts honestly.

The law that keeps it off European shelves

European food law does not begin by asking whether an ingredient is safe. It begins by asking whether anyone in Europe was eating it before 15 May 1997. Anything without that history counts as a novel food under Regulation (EU) 2015/2283, and it stays off the market until the Commission authorises it and adds it to the Union list. Safety comes second, in the sense that you only get to argue it after the calendar has ruled.

Allulose has no European history. Traces in figs and maple syrup do not count, because nobody ate figs for their allulose. So it went into the novel food queue, and the queue is where it still sits.

Two ingredients, one rule, opposite outcomes. Neither result came from a laboratory comparing them. It came from what people in Europe happened to be eating three decades ago.

What allulose does better than we do

This is the section we would leave out if the only job here were selling bottles.

Allulose bakes. It browns from around 100 to 110 degrees Celsius, lower than sucrose, because it is a reducing sugar that walks straight into the Maillard reaction without having to split first. It caramelises. It holds moisture, softens a crumb, keeps ice cream scoopable and gives a batter the bulk it needs. Our drops do none of that, and our powder, at about three times the sweetness of sugar on a bed of soluble tapioca fibre, only partly does. If you want a chewy cookie that spreads and colours properly, allulose is the better tool and we are not going to pretend otherwise. What our powder can and cannot do is set out in the monk fruit baking conversion guide.

The second concession is about the law, and it matters more. EFSA's June 2025 conclusion was not a finding of harm. The panel never said allulose is dangerous. It said the file was incomplete and the company had gone quiet, so the assessment could not be finished. Those are different things, and plenty of articles conflate them. Japan has treated allulose as an ordinary food ingredient since the 2010s. China approved it in July 2025 with a guide of no more than twenty grams a day. American regulators have accepted it as generally recognised as safe since 2012, and since 2020 the FDA has let labels leave it out of total and added sugars.

So if someone tells you Europe banned allulose because it turned out to be bad for you, they have read a headline and not the opinion. The honest summary is that a good ingredient is stuck in an administrative process, and a European kitchen has to work around that rather than argue with it.

The one real limit on the dose

Allulose is gentler on digestion than the sugar alcohols. It still has a ceiling. The seventy per cent that gets absorbed leaves in your urine. The rest carries on to your colon, where the usual fermentation happens.

A controlled trial in about thirty healthy adults aged twenty-one to thirty put the maximum comfortable single dose at 0.4 g per kg of body weight. At 0.5 g per kg, thirteen of twenty-nine people reported diarrhoea and four described it as severe. For regular daily intake the same study landed on 0.9 g per kg. For a seventy kilogram adult that single-dose figure works out at about 28 grams, which is roughly seven teaspoons of sugar replaced in one sitting.

Compare that with maltitol, where symptoms show up near 45 grams and the EU makes the label warn you above ten per cent added polyols. Allulose is clearly better behaved. Erythritol is the other polyol that mostly avoids the colon, and we went through its own open questions in monk fruit versus erythritol. Our liquid contains no polyols, no inulin and no fermentable fibre, so there is nothing in it for gut bacteria to work on. That is a statement about the ingredient list, not a health claim.

One caveat we always print: monk fruit belongs to the gourd family, so anyone allergic to melon or cucumber should be careful with it.

How to handle all this in a kitchen

Five practical notes, including the jobs where allulose would win if you could get it.

1. Sweeten drinks with drops and stop there

   Tea, coffee, milk, yogurt and shakes need sweetness and nothing else. Six drops match a teaspoon of sugar for about 1 kilocalorie, and no browning, bulk or texture is required. This is the job where a high-intensity sweetener simply wins.

2. Split the jobs when you bake

   A cake needs volume, moisture and colour as well as sweetness. Use a bulk ingredient for structure, then our powder or drops for the sweet. Ground almonds, oat flour, a little butter or yogurt will carry the crumb. Expect a paler bake, because nothing here browns.

3. Keep a little real sugar for caramel

   Caramel, hard sweets, toffee and anything that must set need a sugar that melts and colours. Two teaspoons of real sugar in a whole batch is a smaller compromise than a failed recipe. Our drops cannot do this job and neither can stevia.

4. Check what an imported bag really is

   Products sold into Europe as allulose are usually something else. Read the ingredient list and you will often find erythritol, a blend, or a high-intensity sweetener carried on soluble fibre. If the label names allulose and the seller ships from outside the EU, you are buying an unauthorised novel food.

5. Outside the EU, buy it and use it sensibly

   If you shop in the United States, Japan or China, allulose is a good choice and we will say so. Keep a single sitting near 0.4 g per kg of body weight, which is about 28 grams for a seventy kilogram adult, and build up rather than starting at the top.

One honest tip: watch the queue rather than the recipe blogs. If a European authorisation ever lands, allulose becomes the obvious choice for baking and ours stays the obvious choice for everything you drink. The two would sit in the same cupboard quite happily.

Frequently asked questions

Final thoughts

Allulose deserves its reputation. It sweetens gently, it cooks like sugar, it costs almost nothing in calories and it leaves blood glucose alone. If we were selling in Ohio we would have a harder article to write, and we would still be writing it.

In Europe the argument is settled by paperwork rather than chemistry. A rule written to keep untested foods off the market has caught an ingredient that most of the world already eats, while the same rule waved our decoction straight through on the strength of what people were drinking here in the 1990s. Both outcomes came from one sentence in one regulation. Until that changes, the practical answer is to sweeten with what you can buy and stop reading American recipe blogs for shopping advice.