Harmful substances in e-cigarettes assessed While e-cigarettes are less harmful to health than tobacco cigarettes, the vapour from an e-cigarette contains substances and chemical impurities in concentrations that could be detrimental to heal
Biobased alternatives to hormone disrupting substance in cash register receipts Chemicals made from vegetable or animal waste may be an alternative to the use of the substance Bisphenol A (BPA) in thermal paper. Thermal paper is widely used for cash register receipts.
RIVM presents four scenarios on future public health at European Health Forum Gastein On the first day of the 17th European Health Forum Gastein (EHFG), the Dutch National Institute for Public Health and the Environment (RIVM) organises a workshop on ‘Our health in 2040’.
RIVM provides overview of the possible risks of bisphenol A RIVM has created an overview of the possible risks of Bisphenol A (BPA) for humans and the environment. BPA is a component of many different products and affects the endocrine system.
RIVM investigates dangers of e-cigarette At the request of State Secretary Martin van Rijn (VWS), RIVM is carrying out an investigation into the safety of e-cigarettes.
RIVM film about nanomaterials RIVM contributes to the safe use of nanomaterials through research, alerts and policy consultations, and this work is demonstrated in a short informative film.
RIVM to research safe design for new nanoparticles RIVM will be working alongside a consortium of 23 international partners on a safe design for ‘new’ nanoparticles.
Nanotechnology in the fight against cancer Nanotechnology offers improved options for the diagnosis and treatment of cancer.
Further research into hazards posed by e-cigarettes Safety of nicotine-containing electronic cigarettes (e-cigarettes) cannot be confirmed because of the limited amount of published research in this area.
New bacterium in ticks Last year, a man was treated at the Amsterdam Academic Medical Centre (AMC) after being bitten by a tick and becoming infected with a strain of the Borrelia bacterium not previously encountered in