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Application of the precautionary principle should include reducing the gaps in scientific knowledge, and therefore undertaking further actions in research and development such as the following: 4.2.5 Research funding bodies should devote an appropriate part of N&N research to understanding the potential risks, notably to the environment and human health, induced by nano-objects, encompassing their whole life-cycle, from their creation up to their end of life, including recycling. 4.2.6 N&N research organisations and researchers should launch and coordinate specific N&N research activities in order to gain a better understanding of fundamental biological processes involved in the toxicology and ecotoxicology of nano-objects man-made or naturally occurring. They should widely publicise, when duly validated, data and findings on their biological effects, be they positive, negative or null. 4.2.7 N&N research funding bodies should launch and coordinate specific research activities in order to gain a better understanding of ethical, legal and societal impacts of the new fields opened by N&N. Information and communication technologies and biotechnology should receive particular attention as well as the convergence between these fields and cognitive sciences and N&N. 4.3 Wide dissemination and monitoring of the Code of Conduct 4.3.1 Member States should support the wide dissemination of this Code of Conduct, notably through national and regional public research funding bodies. 4.3.2 In addition to the existence of this Code of Conduct, N&N research funding bodies should make sure that N&N researchers are aware of all relevant legislation, as well as ethical and social frameworks. 4.3.3 As the application of the Code of Conduct should be monitored across the Community, Member States should cooperate with the Commission in order to devise adequate measures to carry out such monitoring at national level and guarantee synergies with other Member States. EN 10 EN 98
The Responsible Nano Code Hilary Sutcliffe Secretariat Responsible Nano Code The initiative aims to: Establish what is good practice for companies and other organisations involved in nanotechnologies Develop a code which is: International in scope For adoption by companies and other organisations, large and small… …involved in developing, manufacturing, retailing, disposal and recycling of products using nanotechnologies 99 How it all started… 2004 Royal Society/Royal Academy of Engineering joint report on ‘Nanoscience and <strong>Nanotech</strong>nologies: Opportunities and Uncertainties’ 2006 Royal Society felt there was a gap – business was not engaged Insight Investment had identified potential investment issues and risks They approached the <strong>Nanotech</strong>nologies Industries Association which also saw the need to engage more widely A Business Workshop was held to explore uncertainties and solutions 2007 The Responsible Nano Code Initiative set up 2008 The Responsible Nano Code launch planned The Code is not intended to: x …supplant or delay effective or appropriate regulation x …be an auditable set of standards x …offer detailed guidance on performance expectations x …provide any new definitions, characterisation or measurement of nanotechnologies
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Report ________________________ Thi
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TABLE OF CONTENTS 1. FOREWORD......
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The final aim of this dialogue is t
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• Enabling means, debating the pr
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17:10 Debate: How to achieve a mean
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Since the first International Dialo
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First International Dialogue on Res
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The role of the International Dialo
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SPECIAL LECTURE The new Russian pro
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Russian Research Centre Kurchatov I
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Nanotechnology Russian Research Cen
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EXAMPLES OF THE FINAL PRODUCTS OF N
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30 2. Moving of the monomolecular l
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32 4. Moving of the next layers
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ASTRID MAX S.-Petersburg Gatchina D
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AN UNIQUE EXPERIMENTAL BASE AND COM
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PLENARY SESSION 1 NANOTECHNOLOGY GO
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~ 2000 Perceived Higher Risks Areas
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African colleagues, elaborated on a
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I do believe that the International
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…have encouraged public R&D inves
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The WPN WPN established by the CSTP
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There are over 560 ISO standards an
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International Organization for Stan
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ISO/IEC Guides ISO/IEC Guide 7, Gu
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Other internationally relevant stan
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TC 229 Current work programme - WG3
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PD 6699-2 Why standards for nanotec
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Y01N Label in European Classificati
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Y01N Label Y01N2 Y01N4 Y01N6 Y01N8
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Years 2000 2005 Miniaturisation 10n
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Thank you for your attention! nano@
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GERMANY: the more you know, the les
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Organizations for Nanotechnology Go
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(14) (16) (12) (17) DNA (1
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Market expectations & unfolding Nan
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science, and far less the issue of
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one looks at ‘nano-enabled’ pro
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scientists are not there to ‘cond
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Governmental Nanotechnology Policy
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Working with International Communit
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Existing Governmental Regulations i
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Involvements of International Stand
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Sub conferences: nanoscale materia
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Information - transparency - opinio
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3 Risk Governance Model (White Pape
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EXCHANGING WITH THIS PUBLIC In add
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TITANIUM DIOXIDE NANOPIGMENT AS DEL
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The UK Nanotechnology Engagement Gr
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NEG … one year on Planned action
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In 2006 NANOMAT was one of the part
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European Commission DG Environment
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