More attention needed for potential impact of drug waste on drinking water quality Drug waste contains substances that are harmful to the quality of drinking water. Because this waste is dumped illegally, these substances can end up in sources of drinking water.
New WHO Collaborating Centre hosted by RIVM combines laboratory preparedness and biorisk RIVM has been designated WHO Collaborating Centre for Laboratory Preparedness and Response for High Threat Pathogens and Biorisk by the World Health Organization (WHO).
Launch of the European project RISK-HUNT3R The new Horizon 2020 project RISK-HUNT3R: RISK assessment of chemicals integrating HUman centric Next generation Testing strategies promoting the 3Rs was launched on 1 June.
Slightly fewer adult smokers In 2018, 22.4 per cent of the Dutch adult population indicated they were occasional smokers.
Animal-free innovations in safety assessment of chemicals How can the process of validation, acceptance and use of animal-free innovative approaches to assess the safety of chemicals be facilitated?
Alertness about the Zika virus still needed for pregnant women Since May 2015, there has been a Zika virus outbreak in South and Central America, including the Caribbean. The Zika virus can cause birth defects, including microcephaly (small head size).
Guus Velders in Nature's "Ten people that mattered this year" Researcher Dr Guus Velders of RIVM has made the Nature top-10 list of 2016. This means that, according to Nature, he was one of the 10 most influential scientists in 2016.
RIVM research basis for historic climate agreement on HFCs Scientific research by RIVM’s Guus Velders stood partly at the basis of the HFC global climate agreement.
Integrated approach reduces harmful effects of medicines in surface waters Residues of medicinal products, such as painkillers, hormones and antidepressants, are increasingly detected in surface water and drinking water.
Without measures emissions of HFC greenhouse gases will increase rapidly Without global agreement on the use of HFCs, their contribution to the greenhouse effect may increase sharply to 10 percent of that of CO2 by 2050. The current contribution is less than 1 percent.