With regards to the negotiations concerning the departure of the UK from the EU, CEFS asks for the following:[1] 1. No disruption of trade After Brexit, the UK will be the EU-27’s most important export market for sugar. It is essential that sugar producers in the EU-27 retain access to the UK market, both as [...]
EU sugar and renewable ethanol producers, sugar beet farmers, and workers call for no concessions on sugar and ethanol in the context of the EU-Mercosur trade negotiations. Brazil is the world’s largest producer and exporter of sugar, accounting for a massive 52 per cent of world net sugar exports in 2015. Brazil is also the [...]
The EU sugar sector faces its biggest change in decades. On 1 October 2017 EU sugar production quotas will end. At this sensitive and uncertain time, the European Commission has proposed to vote in the Management Committee of 27 April 2017 on the introduction of ‘temporary’ measures (tenders for imports at reduced duties) to increase [...]
On 15 November 2016 the European Commission presented to the Agriculture and Fisheries Council the results of an economic study carried out by the Joint Research Centre on the “cumulative effects of concessions made in the context of free trade agreements on the EU agricultural sector.” The study covers the impact of 12 future trade [...]
CEFS and EFFAT have joined together to publish the following Joint Declaration on President Juncker’s Industrial Policy Strategy.
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Scientific studies to date have confirmed no causal relationship between sugar consumption and attention deficit/hyperactivity disorder. In general, it was found that sugar does not affect the behaviour or cognitive performance of children. In terms of risk factors/causes, the U.S. Centers for Disease Control and Prevention indicates that current research shows that genetics plays an important role.
Dietary advice for people with diabetes has changed over the last few decades. The latest scientific advice from the European Association for the Study of Diabetes guidelines for diabetes support a moderate intake of ‘free sugars’ as part of a healthy balanced diet by stating that if desired and if blood glucose levels are satisfactory, moderate intakes of free sugars (up to 50 g/day) may be incorporated within the diet of individuals with Type-1 and Type-2 diabetesT1.. Achieving and maintaining a healthy body weight through diet and physical activity is most important for people with diabetes. For individual dietary advice, people should consult their healthcare professional.
Sugar has not been established as a cause of diabetes. Obesity and lack of physical activity are reported to be the major risk factors of Type-2 diabetes.
Type-2 diabetes is characterized either by an inadequate production of the hormone insulin or an inability of the body to utilize the insulin that is available. The body needs insulin to keep blood glucose levels within a narrow range. In most people, when food is consumed, blood glucose levels rise and the body produces insulin to bring them back down. In people with diabetes, this insulin response is defective and, if not treated, blood glucose levels can become dangerously high.
Frequent consumption of foods containing fermentable carbohydrates (such as sugars or starch) may increase the risk of tooth decay, especially in those who do not brush their teeth twice a day with fluoride toothpaste. Fermentable carbohydrates are, for instance, part of bread, cereals, biscuits, sweets or fruits.
CEFS supports the Eurodiet recommendation to limit the number of sugary eating or drinking occasions to 4 per day.
The best way to prevent tooth decay is to follow the advice from the World Dental Federation to brush teeth twice a day with fluoride toothpaste.
Replacing sugars in food does not necessarily lead to an energy reduction. As previously mentioned, sugar has many properties in addition to sweetness; it contributes to the colour, texture and flavour in foods. If sugar is reduced or replaced in carbohydrate based products (e.g., breakfast cereals or biscuits) starch typically substitutes for sugar but does not deliver any reduction in calories. In other products, where sugar is replaced with other ingredients, this may result in little or no calorie reduction in the reformulated product. Moreover, a recent consumers’ survey shows that consumers usually expect foods with a ‘reduced sugars’ claim to be also reduced in energy.
The question of whether there is a difference between the way the body processes calories from liquid products and those in solid foods is an evolving area of research. The U.S. report on Dietary Guidelines (2010) reported “limited body of evidence shows conflicting results about whether liquid and solid foods differ in their effects on energy intake and body weight”. The most important is the balance of energy intake and energy expenditure.
Examples of energy content of some beverages:[1]
| Total sugars (range – g/100 ml) | Fat (average value – g/100 ml) | Energy (average value – kcal/100 ml) | |
| 100% orange juice | 8.4-11.4 | Trace | 42.4 |
| 100% grape juice | 15-16.5 | Trace | 67.5 |
| Sugar-sweetened soda | 9.1-11.2 | Trace | 44.1 |
| 100% apple juice | 9.8-11.5 | Trace | 46.8 |
| Whole milk | 4.6 | 3.6 | 65.1 |
| Semi-skimmed milk | 4.6 | 1.6 | 48.1 |
[1] Agence nationale de sécurité sanitaire de l’alimentation, de l’environnement et du travail (Anses). Tables de composition nutritionnelle Ciqual 2008.
Obesity is caused by an imbalance between energy expenditure and energy consumed from all types of food and drinks. Thus, as with all foods, it just depends on the quantity eaten. Whatever their source – protein, carbohydrate, including sugar, or fat – once eaten, the body stores any surplus calories.
A number of factors are associated with an increased risk of developing coronary heart disease (CHD) – the main ones are smoking, high blood pressure, high blood cholesterol, and obesity. Current scientific evidence does not support a link between sugar consumption and cardiovascular diseases. The key dietary component in prevention of CHD is dietary fat, particularly saturated fat intake.
Scientific studies in humans do not support the hypothesis that sugar may be physically addictive or that addiction to sugar plays a role in eating disorders. Recently, NeuroFAST, an EU-funded project aiming at investigating the common neurobiology involved in eating behaviour, addiction and stress indicated that the current evidence does not allow concluding that a single food substance can account for the fact that people overeat and develop obesity. In humans, there is no evidence that a specific food, food ingredient or food additive causes a substance-based type of addiction.
For healthy people, fluctuations in blood sugar levels are not an issue. Eating sugar causes a smaller rise in blood glucose level than eating starchy foods like white bread, white rice or mashed potatoes. Sugar is therefore rated as medium glycaemic index (GI). When sugar is added to some foods, such as breakfast cereals, it can actually lower the GI of the final product.
The ‘glycaemic index’ (GI) has been introduced to rank carbohydrates according to their ability to raise blood glucose levels. Glucose is the typical standard against which the GI of other foods is measured and has a GI of 100 (reference glucose). Fructose, on the other hand, has a low GI (≈15) and sucrose an intermediate GI (≈65), i.e. lower than for instance white bread (≈75).
Sugar is a nutrient and provides 4 kcal / 17 kJ of energy per gram. However, sugar is rarely eaten on its own. As in addition to its sweet taste, sugar contributes to the colour, flavour and texture of food, adding sugar to foods can improve their taste and palatability, thereby increasing the range of foods that people can eat.
Research does not suggest that a higher consumption of sugars necessarily leads to a lower intake of micronutrients (vitamins and minerals). Total energy intake as well as the overall balance of the diet is the main predictor of micronutrient intake.
No. The term ‘brown’ sugar covers a broad range of products including raw (i.e. partially refined) and white sugar blended with caramelised or other brown-coloured food ingredients (e.g. molasses). They deliver colour and flavour to products and contain the same amount of calories. Brown sugars add variety and choice in ingredients.
No. Both have the same energy content and are treated the same way by the body. In fact, all crystallised sugar has been refined to some degree. So-called ‘unrefined’ sugar has only been partially refined to retain colour and flavour.
A healthy balanced diet is one that has a variety of foods in moderation. The EU’s independent scientific advisory body (EFSA) recommends that 45-60% of our daily energy intake come from carbohydrates (including starches and sugars). Carbohydrates are the most important fuel for our brains and provide our bodies with the energy our organs need to function.
Our daily energy intake should be made up of:
There is a common misperception that sugar consumption has risen over the years. However, the sugar supply in the EU has remained stable for over 40 years and has, on average, amounted to about 33 kg per capita per year between 1970 and 2011, as demonstrated by the agricultural statistics provided by the FAO. These figures account for the sugar supply meaning the apparent consumption, and therefore, the actual amounts consumed are lower.
Sugar is first and foremost used because of its sweetening properties. It has a clean sweet taste with no aftertaste and is the reference against which other sweeteners are compared. Beyond its sweetening properties, sugar provides structure and texture to many traditional foods, such as bakery products and jam. Sugar helps to create crispness and texture in biscuits, and is central to the browning process that gives bread and pastries their traditional golden colour and characteristic flavour.
In some products, sugar can act as a natural preservative. Reducing sugar concentration in a food product may shorten its shelf life and impact on quality. For example, a jam with reduced sugars content will need to be stored in the fridge.
No single ingredient can replace sugar in all foods and replicate its many functions at the same time. Thus, replacing sugar often results in the use of several additional ingredients and additives, which may result in higher calorie content.
There are many different types of sugars. They all provide 4 kcal/17 kJ per gram. The sugars most commonly present in foods include: sucrose, glucose, fructose, maltose and lactose. All of these sugars occur naturally.
Examples of sources of sugars in various fruits, vegetable and honey:[1]
Just like other carbohydrates, such as starch, sugar provides 4 kilocalories (kcal) or 17 kilojoule (kJ) of energy per gram. This is the same as proteins, but it is lower than fat and alcohol:
Sugar is a carbohydrate. Carbohydrates are the most important fuel for our brains and provide our bodies with the energy our organs need to function.
Sugars are present in nature; plants make sugars through photosynthesis. The sugar (sucrose) you find in your sugar bowl is simply water-extracted from beet or cane by sugar producers. Sucrose found in a fruit and sucrose used to bake a cake are identical. All have the same calorific values (4 kcal/ 17 kJ of energy per gram). The body does not distinguish between sugars used in manufactured food and drinks or in the home, and those found naturally in foods.
To function correctly, our body needs:
CEFS is an international non-profit organisation, representing sugar manufacturers from the EU and Switzerland.
