SwePub - search: WFRF:(Nieuwenhuizen Maarten)

Enumeration	Reference	Cover	Find
1.	Plamboeck, Agneta H., et al. (author) Laboratory analysis of CBRN-substances : Stakeholder networks as clue to higher CBRN resilience in Europe 2016 In: TrAC. Trends in analytical chemistry. - : Elsevier BV. - 0165-9936 .- 1879-3142. ; 85:Part B, s. 2-9 Journal article (peer-reviewed)abstract The threat of terrorists using CBRN agents continues to pose a risk of mass casualties and severe disruption of societal functions in Europe. Standardisation of crisis management activities is one important step towards effective national and international interoperability and increased resilience. Understanding which CBRN agents are involved in an incident is vital for appropriate response measures. We applied a system's view on the process of CBRN sample analysis and see three discrete applications; Immediate incident response, Forensics, Post incident monitoring. Together with laboratory experts and policy makers from across Europe we identified needs for quality assurance measures in these three areas. Here, we suggest various harmonisation activities that can facilitate interoperability between all stakeholders concerned with CBRN sample analysis. Foremost, we recommend purpose-oriented laboratory networks, but also minimum performance requirements for First Responders' detection and sampling capabilities, best practices for sample transport and documentation.

Plamboeck, Agneta H., et al. (author)
Laboratory analysis of CBRN-substances : Stakeholder networks as clue to higher CBRN resilience in Europe
2016
In: TrAC. Trends in analytical chemistry. - : Elsevier BV. - 0165-9936 .- 1879-3142. ; 85:Part B, s. 2-9
Journal article (peer-reviewed)abstract
- The threat of terrorists using CBRN agents continues to pose a risk of mass casualties and severe disruption of societal functions in Europe. Standardisation of crisis management activities is one important step towards effective national and international interoperability and increased resilience. Understanding which CBRN agents are involved in an incident is vital for appropriate response measures. We applied a system's view on the process of CBRN sample analysis and see three discrete applications; Immediate incident response, Forensics, Post incident monitoring. Together with laboratory experts and policy makers from across Europe we identified needs for quality assurance measures in these three areas. Here, we suggest various harmonisation activities that can facilitate interoperability between all stakeholders concerned with CBRN sample analysis. Foremost, we recommend purpose-oriented laboratory networks, but also minimum performance requirements for First Responders' detection and sampling capabilities, best practices for sample transport and documentation.

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