-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=EL2013-023
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=EL2015-008
Determining the intensity of the absorption flux of industrial toxic substances is necessary to define the risk related to exposure via the skin. Structure-activity relationships make it possible to estimate the absorption flux of numerous…
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=EL2017-001
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=EL2014-013
Every year, new chemical substances appear in the industrial field. It is becoming essential to identify such potentially sensitizing substances as early as possible. Developing tests for identifying the sensitising power of industrial products…
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=B.4%2F2.165
Outline of reasons and objectives
Measuring ex vivo percutaneous absorption of solid lipophilic toxic substances at ambient temperature, such as certain toxic substances already studied before (benzo[a]pyrene, pyrene, naphthalene, bisphenol…
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=EL2012-008
Outline of reasons and objectives
In its recommendations on protecting the hearing of employees exposed to noise of occupational origin, the Noise Directive 2003/10/EC does not take into account the nature of the noise, i.e. whether it is steady-state…
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=ET2016-005
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=B.4%2F1.087
Outline of reasons and objectives
Nanoparticles of synthetic amorphous silica (SAS) are produced in large quantities worldwide (1 million metric tons/year) and they have numerous industrial uses. SASs can be broken down into two main types depending…
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=EL2017-006
-
https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/study.html?refINRS=EL2017-012