These are results of the contribution of food (sub)groups to the intake of macronutrients (protein, fat, carbohydrates and fibre). Results are also subdivided into age, age by gender, educational level or BMI category.

These are results of the contribution of food (sub)groups to the intake of micronutrients (vitamins and minerals). Results are also subdivided into age, age by gender, educational level or BMI category.

Additives are substances intentionally added to tobacco products by tobacco industry in order to render toxic tobacco products palatable and acceptable to consumers. On this webpage, you will find general information on tobacco additives and links to fact sheets on 14 selected additives.

Storybuilder 2.3 has two separate modes: Lite and Expert. The Storybuilder software can be downloaded together with two databases.

Nanotechnology enables the creation, modification or use of materials with very small dimensions. As technology advances, the complexity of these materials increases. This results in advanced materials. These materials often consist of combinations of different substances that are relatively new and complex. Not all nanomaterials are advanced. For example, some consist of a single substance only. And not all advanced materials are as small as nanomaterials.

The unique physical and chemical properties of advanced (nano)materials can help improve human and environmental health. At the same time, it is difficult to predict the potential risks. For example, some particles are poorly soluble and may remain present in the body or the environment for a long time. Through scientific research and advice, RIVM contributes to the adequate evaluation of the safety and sustainability of advanced (nano)materials.

RIVM closely monitors developments in the field of advanced (nano)materials. We investigate whether the health risks posed to humans and the environment can be assessed appropriately, and whether advanced materials can be developed sustainably. RIVM participates in several national and international research projects that address policy and regulatory questions, while also anticipating future issues. The research is funded by the Dutch ministries or research programmes of the European Commission.

Due to the unique properties of advanced (nano)materials, risk assessment methods sometimes need to be adapted. This also extends to the laws and regulations that set requirements for such assessments. RIVM assists the European Commission and Dutch ministries in identifying and implementing these adjustments.

The production and use of advanced (nano)materials have been rapidly increasing for decades. Workers may be exposed to these materials during their production, processing or handling, or while working with products that contain them. RIVM advises the Ministry of Social Affairs and Employment (SZW) on policymaking. These policies aim to ensure that people can work safely with these materials.