Titlebook: Managing Risk in Nanotechnology; Topics in Governance Finbarr Murphy,Eamonn M. McAlea,Martin Mullins Book 2016 Springer International Publi

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Nanoeducation for Industry and Societysmatch between the existing offers at European universities and the real needs of the labour market. In particular, industry expects to hire employees with skills in nanosafety, regulation and environmental impact assessment within 5 years. However, universities appear to have difficulties incorpora

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Applying Safety by Molecular Design Concepts to Nanomaterials Risk Managementnotechnologies in clinical as well as in other relevant industrial application must avoid any adverse effect on the health of humans and environments exposed to nanomaterials, justifying close attention to safety issues. In particular, the concrete possibility to act on material design to mitigate a

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Organisational Risk Management of Nanomaterials Using SUNDS: The Contribution of CENARIOS®ncerned with nanomaterials. The rapidly evolving field of nanotechnology is characterised by a high level of uncertainty in environmental health and safety research, economic and social impacts, as well as the risk perception of the technology. Companies dealing with nanotechnology can better addres

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Nanomaterial and Nanotechnology Firms: A Typologyure, and source of funding. The majority of firms were found to have less than 50 employees and were privately held, many of which were funded by venture capital. This too has implications for industry stakeholders as their actions could potentially have an adverse impact on what is evidently still

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Governance of Nanotechnology: Context, Principles and Challengesionships. As such, understanding and managing the EHS and ELSI implications of this emerging technology is considered to represent a global and trans-boundary task and may require a novel multidimensional approach to risk assessment and risk management within a governance framework.