Pressure drainage can be a cost-effective technology to reduce CO2 emissions in peatland areas Pressure drainage can in some cases help to reduce CO2 emissions in peatland areas. This intervention is very expensive and only cost-effective when it sufficiently reduces CO2 emissions.
Menthol facilitates inhalation of tobacco smoke, even when you cannot taste it Even when menthol cannot be tasted, the substance makes it easier to inhale tobacco smoke. This way, menthol makes smoking more attractive for young and novice smokers who are not yet used to inhaling sharp, pungent tobacco smoke.
Call for global action plan to save our oceans Scientists involved in the Seas Oceans and Public Health In Europe (SOPHIE) Project have proposed the first steps towards a united global plan to save our oceans, for the sake of human health. Andrzej-kryszpiniuk
Antimicrobial resistance in the Netherlands is remaining reasonably stable Antimicrobial resistance is increasing on a global level. It is difficult to treat infections caused by resistant bacteria.
Graphit rain poses health risk An assessment of potential health risks shows that graphite rain contains heavy metals and PAHs.
Young people who use screens before sleeping have more sleep problems Young people (13-18 years) who use light-emitting screens daily in the hour before going to sleep have more sleep problems.
Teen vaccination against meningococcal disease starts From mid-September, young people born between 1 May and 31 December 2004 will receive an invitation for a vaccination against meningococcal disease.
Meningococcal type W most notable infectious disease in 2017 The report ‘State of Infectious Diseases in the Netherlands in 2017’ published by RIVM today, provides an overview of the most important developments in infectious diseases in the Netherlands and a
Meningococcal disease serious, but still rare Meningococcal disease is a disease caused by a bacterium, the meningococcus. There are several types of this bacterium. In most cases, it does not make you ill.
RIVM measures much higher levels of tar, nicotine and carbon monoxide in cigarettes Tar, nicotine and carbon monoxide (TNCO) levels measured in accordance with the Canadian Intense (CI) method are at least twice as high as the levels measured in accordance with the prescribed ISO