Allulose vs. Sugar
Allulose Store
While an e-book could be written on this topic, we will highlight the three most important aspects and focus only on the essentials.
Let the graphs speak for themselves, because as we know, numbers don't lie!
Calorie Content
Our first graph shows the difference in energy content per gram (kcal/g) between the two types of sugar.
It can be seen that the calorie content of allulose is exactly one-tenth of that of sugar.
Glycemic Index
Our second graph compares the glycemic index (GI) of table sugar and allulose, which shows how quickly and sustainably a given carbohydrate raises blood sugar levels.
Key data from the graph
- Table sugar: GI = 65
This value falls into the high range.
After consumption, blood sugar levels quickly spike, leading to a strong insulin release.
- Allulose: GI = 0
This is the most important difference.
Allulose has a glycemic index of zero, which means it does not raise blood sugar levels at all and does not trigger an insulin response in the body.
Why is allulose beneficial?
Allulose is a so-called "rare sugar" found naturally in figs or raisins, for example.
Although its taste and structure are 70% identical to traditional sugar, the body cannot utilize it for energy.
- Diet and keto-friendly
With almost zero calorie content and no effect on insulin levels, it is ideal for ketogenic diets or weight loss programs.
- For diabetics
A safe alternative, as it does not cause blood sugar fluctuations.
- Baking and cooking
Unlike most sweeteners (such as stevia or erythritol), whose sweetness and flavor profiles change at high temperatures, allulose is heat-stable.
Its structure and taste do not change with heat, and it even caramelizes, making it excellent for baked goods.
Blood Sugar Levels
One of the most important properties of allulose is that it has no clinical effect on blood sugar levels.
While blood sugar levels rise sharply after consuming traditional sugar (sucrose), they also fall sharply due to the intense insulin response.
Due to insulin overcompensation, approximately 1.5 hours later, blood sugar levels drop below normal, causing hunger and sugar cravings.
However, the allulose blood sugar curve is a straight line. (GI=0)
Why is this straight line beneficial?
- No insulin spike
Since blood sugar levels do not rise, the body does not need to produce insulin to process it.
This is crucial for those struggling with insulin resistance and overweight.
- No "sugar crash"
The sudden drop in blood sugar after sugar consumption often causes hunger, fatigue, difficulty concentrating, and leads to overeating.
With allulose, this phenomenon is unknown.
- Active blood sugar reduction
Allulose helps to mitigate the blood sugar-raising effect of other carbohydrates when consumed together (it inhibits the action of certain digestive enzymes in the intestine).
It's hard to believe, but it's a fact that allulose reduces the rise in blood sugar.
For example, this scientific publication also supports this statement:
We hope we have managed to demonstrate why someone leading a health-conscious lifestyle should immediately replace sugar – and other sweeteners – with allulose.
...if they haven't done so yet.
