Health effects due to titanium nanoparticles in food and toothpaste cannot be excluded Health effects due to exposure to titanium dioxide nanoparticles via food, food supplements and toothpaste cannot be excluded.
Moderate flu season Last winter season, the duration and severity of the influenza epidemic was moderate compared to previous years.
Support for improving health in all policies The Health in All Policies (HiAP) approach involves multiple policy sectors collaborating for promoting and protecting population’s health and addressing health inequalities.
Assessment of health effects of alternative tobacco products To assess the effects on the health of users of alternative tobacco products, more knowledge is required about the composition of the product, the smoker’s behaviour (such as the amount of cigarett
Nanotechnology increasingly used in medical devices The application of nanotechnology to design and produce medical devices is increasing. RIVM provides an overview of nanotechnology enabled medical devices.
Greater influx of migrants not expected to lead to an increase in cases of tuberculosis According to the RIVM report ‘Tuberculosis in the Netherlands 2014’, a total of 823 people were diagnosed with TB last year. That is 21 fewer patients than in 2013.
Replacement possible for products with carcinogenic formaldehyde There seem to be sufficient alternatives available for the majority of disinfectants and preservatives containing the carcinogenic substance formaldehyde.
WHO’s first ever global estimates of foodborne diseases: children under five account for almost one third of deaths Almost one third (30%) of all deaths from foodborne diseases are in children under the age of five years, despite the fact that they make up only 9% of the global population.
Standards for three drugs in Dutch surface water RIVM proposes water quality standards for three drugs in surface water: carbamazepine (epilepsy), metoprolol (heart disease) and metformin (diabetes).
Safety of the nanomaterial SAS (silica) in food still uncertain Uncertainty still remains over the safety of the nanomaterial SAS in food. Food additive E551 consists of ‘synthetic amorphous silica’ (SAS) and is applied as an anti-caking agent.