Now showing items 1-4 of 4

    • Environmental toxicology of blast exposures: Injury metrics, modelling, methods and standards 

      Leggieri, Michael J; Bieler, Dan; Bjarnason, Stephen; Cernak, Ibolja F; Franke, Axel F; Kirkman, Emrys; Martineau, L; Orru, Hans; Ouellet, S; Philippens, M; Risling, MG; Sarron, JC; Skriudalen, Stian; Teland, Jan Arild; Watts, Sarah A; Gupta, RK (2018)
    • Guidelines for conducting epidemiological studies of blast injury 

      Bieler, Dan; Cernak, Ibolja F; Martineau, L; Bjarnason, Stephen; Franke, Axel F; Kirkman, Emrys; Leggieri, Michael J; Orru, Hans; Ouellet, S; Philippens, M; Risling, MG; Sarron, JC; Skriudalen, Stian; Teland, Jan Arild; Watts, Sarah A; Gupta, Raj (2018)
      Blast injuries are often caused by more than one mechanism, do not occur in isolation, and typically elicit a secondary multi-system response. Research efforts often do not separate blast injuries caused by blast waves ...
    • Guidelines for reproducing blast exposures in the laboratory 

      Josey, Tyson; Ouellet, S; Bieler, Dan; Cernak, Ibolja F; Franke, Axel F; Gupta, Raj; Kirkman, Emrys; Leggieri, Michael J; Orru, Hans; Philippens, M; Risling, M.; Sarron, JC; Skriudalen, Stian; Teland, Jan Arild; Watts, Sarah A; Bjarnason, Stephen (2018)
    • Guidelines for using animal models in blast injury research 

      Watts, Sarah; Kirkman, Emrys; Bieler, Dan; Bjarnason, Stephen; Franke, Axel; Gupta, Raj Kumari; Leggieri, Michael J.; Orru, Hans; Ouellet, Simon; Philippens, Mat M. G. M.; Sarron, Jean-Claude; Skriudalen, Stian; Teland, Jan Arild; Risling, Mårten; Cernak, Ibolja (2018)
      Blast injury is a very complex phenomenon and frequently results in multiple injuries. One method to investigate the consequences of blast injuries is with the use of living systems (animal models). The use of animals ...