European Group on Ethics in Science and New Technologieschange has been remarkable once again, in...
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European Group on Ethics in Science and
New Technologies
2011-2016
Research and Innovation
General Activity Report
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European Group on Ethics in Science and New Technologies General Activity Report 2011-2016
European CommissionDirectorate-General for Research and InnovationUnit RTD.DDG1.02 — Scientific Advice Mechanism
Contact Jim Dratwa, Head of the EGE OfficeE-mail [email protected] [email protected]
European CommissionB-1049 Brussels
Printed by OP in Luxembourg.
Manuscript completed in July 2018.
Neither the European Commission nor any person acting on behalf of the Commission is responsible for the use which might be made of the following information.
The contents of this report are the sole responsibility of the European Group on Ethics in Science and New Technologies (EGE). Although staff of the Commission services participated in the preparation of the statement, the views expressed in this statement reflect the collective opinion of the EGE, and may not in any circumstances be regarded as stating an official position of the European Commission.
More information on the European Union is available on the internet (http://europa.eu).
Luxembourg: Publications Office of the European Union, 2018
Print ISBN 978-92-79-85476-7 doi:10.2777/27440 KI-01-18-444-EN-C
PDF ISBN 978-92-79-85477-4 doi:10.2777/849792 KI-01-18-444-EN-N
© European Union, 2018Reuse is authorised provided the source is acknowledged. The reuse policy of European Commission documents is regulated by Decision 2011/833/EU (OJ L 330, 14.12.2011, p. 39).
For any use or reproduction of photos or other material that is not under the EU copyright, permission must be sought directly from the copyright holders.Images: Cover: © peshkova, #159040768; P21: © TSUNG-LIN WU, #91047832; P27: © Thaut Images, #22318747; P29: © buchachon, #44543883; P31: © Gernot Krautberger, #2527443; P33: © Vittaya_25, #180476803; 2018. Source: Fotolia.com
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EUROPEAN COMMISSION
Directorate-General for Research and Innovation2018
GENERAL ACTIVITY REPORT 2011 – 2016
European Group on Ethics in Science and New Technologies
Brussels, 9 July 2018
On the activities of the
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European Group on Ethics in Science and New Technologies 3
Table of Contents
Foreword by Commissioner Moedas ............................................................ 4
Introduction by the Chair ........................................................................... 6
Chapter 1: The evolving role of ethics in the european union ................... 13
1.1. The EU Post-Lisbon as an emerging union of values ............................ 14
1.2. Challenges in the application of ethics: A European landscape in transformation .............................................................................. 15
Chapter 2: The work of the EGE, 2011 - 2016 ........................................... 19
2.1. EGE Opinions and statements ........................................................... 19
2.2. Engaging stakeholders .................................................................... 34
2.3. Building global partnerships ............................................................. 37
2.4. Impacting EU policy ........................................................................ 39
Chapter 3: A forward look at ethics in the EU ........................................... 43
3.1. Emerging issues and future challenges: reflections by members of the EGE ........................................................................................ 44
3.2. The 10 Priorities of President Juncker ................................................ 76
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4 European Group on Ethics in Science and New Technologies
Foreword by Carlos Moedas,
Commissioner for Research, Science and Innovation
The European Union is first and foremost a project for peace, solidarity and
justice. We can take pride in the fact that Europe is, and always has been, a
community of values. These principles are inscribed in our laws and our
treaties. Yet, we can never take our common values for granted and in
today's world, we need to be increasingly vigilant to protect those ideals
and principles we hold dear. Europe has been through a period of multiple
crises – economic, environmental, geopolitical and humanitarian. At the
same time, science and technology are fundamentally altering our lives:
from the way we work, travel and engage with one another, to the very
way our economies and societies are organised. Some developments are
not without controversy, and spark intense debates. Others concern
technologies that have been with us for decades but which are now moving
into new forms and functionalities, the consequences of which we are only
just beginning to understand.
Such advances bring profound questions about the kind of future we are
creating for ourselves and our children. They can also generate
uncertainties in a period where fear and insecurity is provoking populist
backlashes against deeply held values and against notions of science and
progress. If these trends tell us anything, it is that science cannot operate
in a vacuum, and innovation cannot proceed if isolated from the wider
cultural, ethical, and societal context.
That is why the European Group on Ethics (EGE) has such an important role
to play for the European Commission. The Group provides a unique forum
for deliberation and reflection, to carefully and thoughtfully weigh the
consequences and ethical dimensions of the choices we as policymakers
make, by action or inaction. Its advice transcends disciplinary boundaries; it
focuses on emerging urgencies as well as long term trajectories; and it
considers not only the national and European contexts of the ethical
questions placed before it, but also the global nature of contemporary
ethical dilemmas. It promotes the enormous potential of science and
technology to develop solutions to current challenges, and addresses the
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European Group on Ethics in Science and New Technologies 5
ever closer intermeshing between technological advancement and broad societal and political developments.
Consequently, the EGE between 2011 and 2016 engaged with the headline issues that have affected Europe during the last years: energy and climate change, questions of national security and the role of state surveillance, the transition to a digital world and how we adjust to the transformative impact that information and communication technologies are having on our lives, to name but a few. Its advice has not only been of great benefit within the European Commission, but has influenced ethical, scientific and policy considerations far beyond Europe's borders. Indeed, the international dimension of the EGE's work is a key pillar of the EU's broader efforts to be a standard setter of ethical norms and values globally.
I would like to sincerely thank the Chair and the former members of the EGE for their valuable efforts over the past five years. Their work has reflected not only their steadfast dedication to the role and goals of ethics but also their commitment to the European Union as a project of peace, solidarity and justice.
The EGE has cemented its reputation as an important focus for ethical debate at EU level. Its Opinions have become a widely recognised source of independent insight and the Group's approach, rooted in inter-disciplinarity and external engagement, has allowed the EGE to successfully draw upon dialogue and collaboration, bringing together multiple perspectives. I urge the new Group to continue the excellent work in casting a critical and illuminating gaze on the major societal questions of our time and look forward to working with its members for the years to come.
Carlos Moedas
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6 European Group on Ethics in Science and New Technologies
Introduction by the Chair
Introduction
In the report of the previous mandate (2005 – 2010) of the Group its chair,
Prof. Göran Hermerén, wrote that significant advances had taken place in
science and new technologies in the preceding four years. The pace of
change has been remarkable once again, in all areas of science and
medicine.
The ability to handle enormous quantities of data easily and in real time and
to correlate and analyse multiple date sets is new, and challenges our
concepts of personal data and privacy. The development of algorithms that
enable such analysis places new ethical challenges in the hands of those not
used to having to address these sorts of issues. Much of what we have
thought about concerns the protection of personal data and the manner in
which concepts of privacy may have changed. The need to think about
changes in society and its organisation and therefore justice and solidarity
in new ways has surprised us.
Advances in biotechnologies provide precision in modifying cells and genetic
information in situ, and enable rapid and affordable analysis of genetic data
previously unattainable. The pace of change seems to be accelerating, and
concepts which had been almost taken for granted in the late 20th century
are once again challenged as science and technology provide new and
exciting changes to the way we live our lives. Advances in medicine bring
new possibilities of precision medicine and therefore new ethical challenges.
It is said that less than half of medical therapies currently in use are
experimentally verified, yet there is an increase in science based medicine
and practitioners are using tests that were unforeseeable only a short time
ago. The implications of such changes are not yet fully appreciated;
assumptions about clinical trials, for example, may need a fundamental
rethink as the variation in response to clinical treatment impacts on the
interpretation of such data.
Advances in genetic science mean that data about individuals is not
restricted to that individual; anonymisation of data has become
problematic. The ubiquity of portable or wearable electronics has changed
the concept of privacy for individuals in ways unthinkable only a few years
ago, to the extent that many believe that ‘privacy is dead’, and the
globalisation of data about each of us has ethical dimensions which are
basic to our understanding of identity and identification.
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European Group on Ethics in Science and New Technologies 7
What also surprised the new Group that began its work five years ago, was
the change in that which we were being asked to look at. At the beginning
of the mandate, we asked the Commission Directorates General to provide
us with suggestions for topics which we might examine. To our surprise, we
were being asked to examine the ethical issues in a vast range of areas,
way beyond that which had formed the basis for the previous work of the
EGE. Ideas included the impact of new information technologies on
freedom of expression, security and surveillance, particularly in relation to
research projects, responsible research and innovation, human
enhancement, the ethical issues involved in information and communication
technologies, geoengineering, children in research – whether medical or
social research, research integrity, including deceit in research, and dual
use.
It was only in the latter half of the 20th Century that bioethics became an
important tool for assuring the well-being of individuals in society. In 2011,
the US Presidential Commission for the Study of Bioethical issues produced
a report on STD experiments in Guatemala which showed how far our
appreciation of ethical issues had come. The Chair of that Commission
stated that 'In addition, we must look to and learn from the past so that we
can assure the public that scientific and medical research today is
conducted in an ethical manner. Research with human subjects is a sacred
trust. Without public confidence, participation will decline, and critical
research will be stopped. It is imperative that we get this right.' During the
mandate of the EGE, the World Medical Association celebrated 60 years of
the Declaration of Helsinki, first adopted in 1964. The need for clinicians to
adopt and apply ethically acceptable practices has never been as clear as it
is today, or as difficult.
The range of topics that the Group was thought to have the expertise and
willingness to examine, therefore, was exciting, challenging and daunting.
Expertise
The Group has expertise in science (primarily the medical and biological
sciences), law, ethics, theology and philosophy, and had to think about the
implications of looking in depth at topics for which little experience was
available.
We come from a variety of backgrounds, not only disciplinary, and have had
to respond to each other and interact as we learn about new technologies.
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8 European Group on Ethics in Science and New Technologies
As noted by Prof. Hermerén, dialogue between the members of the Group is
critical, and does provide new insights. The wide variety of topics, most of
which in this mandate were outside the initial expertise of the Group
required a broad range of information and data to be provided. We needed,
and received information from experts within and without the European
Commission. The requirement to hold open meetings – Round Tables –
enabled us to identify problems that we had not necessarily met before.
Independence and Integrity
We have had the opportunity to spend a significant amount of time
discussing controversial issues, new to us often. We have a responsibility to
the Commission to be completely independent, not allied to any particular
faction within the European Union, even those responsible for policy
determination.
The independence of the Group required that we devised our own working
methods and that we finalised our Opinions before they could be seen by
the European Commission. The Group normally responds to requests to
provide Opinions from the President of the Commission, but has the right
(and responsibility) to decide what is included in its Opinions including
identifying a scope which may be broader or narrower than that asked for,
and even deciding on producing Opinions or statements on its own
initiative.
We are aware that on occasion we may provide advice on issues which are
already policy or law within the Union or in Member States; but it remains
important that we consider carefully the manner in which an ethical
overview might result in policy or legal considerations. If the law already
exists, that is a good thing. If policy mirrors that which we ask for, our
approach reinforces that which has been decided. If, on the other hand, the
changes to law and policy that we recommend are contrary to current policy
or law, it enables a careful examination of the measures in place.
During this mandate, the President of the Commission specifically asked us
to look at ethics in relation to a number of topics, interpreted by the Group
to be:
Ethics of information and communication technologies;
An ethical framework for assessing research, production and use of
energy;
Ethics of security and surveillance technologies; and
The ethical implications of new health technologies and citizen
participation
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European Group on Ethics in Science and New Technologies 9
From whence we started
The bases for the work of the EGE have been the treaties on the European
Union, including the Charter of Fundamental Rights (noting the derogation
for Poland and the United Kingdom). It is in Article 2 of the consolidated
treaty that much of our work is founded:
'The Union is founded on the values of respect for human dignity, freedom,
democracy, equality, the rule of law and respect for human rights, including
the rights of persons belonging to minorities. These values are common to
the Member States in a society in which pluralism, non-discrimination,
tolerance, justice, solidarity and equality between women and men prevail.'
In addition, Article 6 is fundamental to our approach to ethical issues when
examining the topics which the President of the Commission has chosen to
ask us to examine;
Article 6(1): The Union recognises the rights, freedoms and principles set
out in the Charter of Fundamental Rights of the European Union of 7
December 2000, as adapted at Strasbourg, on 12 December 2007, which
shall have the same legal value as the Treaties.
Article 6(3): Fundamental rights, as guaranteed by the European
Convention for the Protection of Human Rights and Fundamental Freedoms
and as they result from the constitutional traditions common to the Member
States, shall constitute general principles of the Union's law.
The future
Science is not going to stand still and technology will provide new avenues
for the utilisation of science for good, or otherwise. The EU has the
responsibility, set out so clearly in its Treaties, to consider the impact of
policies on pluralism, non-discrimination, tolerance, justice, solidarity and
equality. The EGE must continue, and challenge those responsible for
devising policy at Commission and Member States level where the policy
decisions fail to address these fundamental issues. It is for the European
Court of Justice to interpret the treaties, but we can, and should think
forward, as new technologies emerge, about the implications for the
ordinary person in our pluralistic society.
There are many issues that need clear policy that can be influenced by the
careful examination by a Group with the mandate we have had. The
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10 European Group on Ethics in Science and New Technologies
independence of our Group enables the Council, Parliament and
Commission to choose not to implement our suggestions, but forces an
examination of the principles on which policy making is based.
When thinking about new science and new applications, it has become
obvious that scientific integrity is a crucial element in assuring the reliability
of the scientific knowledge upon which law and policy should be based. The
speed of change of scientific advances can never be matched by change in
policy and law. Law, therefore, will always lag behind the technology as it is
introduced. It is known that forward planning is difficult – prediction of the
changes has been shown often to be wrong. We can only base our
recommendations to the European Union on the basis of the principles
which we have enunciated as the basis of our society. As this article is
being written, it has been reported that Russia has banned all uses of foods
and food ingredients that have been genetically modified. Most of the
scientific evidence would suggest that this is wrong – EFSA has reviewed
the science for almost all that which is on the market, and concluded that
modified food is safe both for the environment and for human health on a
scientific basis. An ethical consideration of the implications of humans
modifying that which is around them is not necessarily the same as that
scientific consensus.
It is now possible to sequence the genome of an individual rapidly and
precisely. Interpreting the vast range of information is less advanced, but
this will rapidly increase and change much of the way in which the
biosciences and medicine are likely to operate. The increase in precision
when editing genes has profound ethical implications for modifying the
genes of all animals, including humans.
There are many who believe that the current intellectual property (IP)
regime in the area of biotechnology is fraught and faces many challenges.
The courts and patent offices are being careful in identifying that which is
patentable, questioning originality, prior art, utility and even the breadth of
patents in biotechnology. There have been court challenges in relation to
disclosure of information allowing those skilled in the art to reproduce the
claimed ‘effects’ (e.g. The Canadian Supreme Court looking at Teva Canada
Limited v. Pfizer Canada Inc., et al). The US Supreme court recently ruled
on the non-patentability of a process for personalised medicine ‘patented’
by Prometheus laboratories (Mayo Collaborative Services, DBA Mayo
Medical Laboratories, et al. V. Prometheus Laboratories, Inc.). The patents
for BRCA1 and BRCA2 held by Myriad laboratories has been challenged in
the U.S. Supreme Court. The CJEU has considered patents arising from the
use of human embryonic stem cells. Indeed, there is an expert group
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European Group on Ethics in Science and New Technologies 11
deciding on whether the Biotechnology Patent Directive needs change – and
which specifically has excluded any analysis of ethical issues in their
deliberations. The patenting of living systems is rightly receiving careful
consideration in the courts, and remains challenging to those involved in
the science and law in the area. The importance of ensuring innovation,
ensuring adequate funding for developments in modern technology is
crucial for the future, but IP law should not impede innovation and new
developments, and full disclosure is needed to ensure that further
development in these new sciences can proceed without patent wars.
Therefore a need for ethical oversight remains important, and we are
excited that the Commission has decided that a new mandate will provide
for continuation of our role.
Thanks
It has been a fruitful and exciting five years, and I wish to thank all the
members of the Group and the secretariat for their commitment and hard
work that has enabled us to produce Opinions of a high calibre that are
useful to the Commission even where they do not agree with our
conclusions. We are not paid, and the amount of time taken for the work of
the EGE is considerable. At times it has been difficult – unsurprising for a
group with such varying backgrounds and ideas. I have learned a great
deal, and made many friends.
Thank you,
Julian Kinderlerer
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12 European Group on Ethics in Science and New Technologies
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European Group on Ethics in Science and New Technologies 13
Chapter 1
The evolving role of ethics in the European Union
Ethics refers, in broad terms, to the philosophical analysis and assessment
of practices according to fundamental rights and values.1 Determining a
'Europeanised' or European-wide ethics is not a straightforward task, given
the Union's diversity and in view of the restricted competences of the EU
institutions.2 Yet the bare bones of an ethical framework are established by
the values laid down in the Treaties which form the 'normative pillars' upon
which European policies are built. This framework is by no means static, but
has progressively developed over time together with the evolution of the
European project itself, its mission and expanding policy reach.
The EGE 2011 – 2016 took up activities at the dawn of a new era in the
EU's development as a Union of values. The Treaty of Lisbon had entered
into force the preceding year, bringing several key constitutional changes
with important implications for ethical policymaking. Lisbon enshrined the
notion of an EU of rights and values in its foundational Article 2 TEU. It
simultaneously elevated the EU Charter of Fundamental Rights to a legally
binding bill of rights and brought further key changes in the shape of
extended democratic accountability and a wider scrutiny by the Court of
Justice.
The EGE's activity report of 2010 welcomed this watershed in EU history,
noting that: 'The Lisbon Treaty establishes for the first time a community
based on fundamental rights and values.'3 Five years on, what bearing have
these institutional changes had on European policymaking? Has the vision
of a Europe of values been realised? How has the evolving institutional,
political and societal landscape shaped the development of ethics and their
application in the European context?
1 General Report on the Activities of the European Group on Ethics in Science and New Technologies to the
European Commission 2005 – 2010. Available at: http://ec.europa.eu/archives/bepa/european-group-ethics/publications/opinions/index_en.htm 2 See the contribution of Herman Nys and Siobhan O'Sullivan in Chapter 3.1. of this report for a further
reflection on these questions. 3 General Report on the Activities of the European Group on Ethics in Science and New Technologies to the
European Commission 2005 – 2010. Available at: http://ec.europa.eu/archives/bepa/european-group-
ethics/publications/opinions/index_en.htm
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14 European Group on Ethics in Science and New Technologies
1.1. The EU Post-Lisbon as an emerging union of values
At the institutional level, there are clear indications that rights and values
feature more and more prominently in the constitutional self-understanding
of the European Union. Indeed, the EU's legislative bodies have been active
in advancing a new era of rights protection across the spectrum of EU
activity. The European Commission has woven the Charter into its
policymaking practice,4 while the Court of Justice has been actively making
good on the Charter's protections. For instance, the court concretised the
Charter's promise of a right to privacy by creating a European 'Right to be
forgotten' and annulling the Data Retention Directive.5 The European
Parliament has also put forward a wide range of initiatives enshrined in its
Resolutions on the situation of fundamental rights in the EU aimed at
strengthening current EU mechanisms and better ensuring the respect of
the Union’s general principles.
All has not been plain sailing, the institutional integration of rights and
values into the EU's architecture has by no means been smooth during the
last years: the planned accession to the European Convention on Human
Rights has encountered headwinds; important areas of protection, such as
social rights, have seen slower progress; and policy challenges arising
during the past decade have left broad sections of our societies more
exposed (see 1.2. below).
Nevertheless, 'fundamental rights' and the foundational principles of human
dignity, equality, justice etc. from which they are derived have gained
increased currency within the EU's institutional architecture. As the
President iterates in his 'Political Guidelines for the Next European
Commission' released in July 2014:
'Our European Union is more than a big common market. It is also a Union
of shared values... I intend to make use of the prerogatives of the
Commission to uphold, within our field of competence, our shared values,
the rule of law and fundamental rights, while taking due account of the
diversity of constitutional and cultural traditions of the 28 Member States'.6
The task of embedding of ethics and values in the work programme of the
Commission under president Juncker is examined in more detail in
4 See for instance the European Commission's Annual reports on the implementation of the Charter of
Fundamental Rights 5 C-293/12 & C-594/12, Digital Rights Ireland, April 2014, Court of Justice of the European Union 6 A New Start for Europe: My Agenda for Growth, Fairness and Democratic Change – Political Guidelines for
the next European Commission, Jean-Claude Juncker, Candidate for President of the European Commission,
15 July 2014: https://ec.europa.eu/priorities/sites/beta-political/files/juncker-political-guidelines_en.pdf
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European Group on Ethics in Science and New Technologies 15
Chapter 3.2. through examining the ten policy areas that he has designated
as political priorities for his term at the helm of the European Commission.
1.2. Challenges in the application of ethics: A European
landscape in transformation
While the EU has been progressively embedding the language and practice
of ethics into its policymaking, in parallel the European Union has witnessed
the emergence of a series of economic, societal and political developments
which raise the stakes around the place of rights and values within the
Union. This set of trends have provided the contextual backdrop that has
shaped the development of ethics and their application in Europe over the
past five years. They have also impacted the focus and reflections of the
EGE and many of these transformative shifts emerge as recurring themes in
the Group's Opinions. These trends include, but are not limited to, the
following:
Financial crisis and economic recession: The legacy of the 2008
banking crisis and the subsequent economic recession has had
ethical ripple effects across the EU. Since the crisis, economic and
social divergences in the EU have been widening and the poverty
rate and the unemployment rate, especially youth unemployment,
have increased. Government reforms in response to the crisis
brought about by fiscal austerity requirements have impacted the
evolutionary dynamics of the European Social Model. The difficult
decisions required by an increasingly squeezed state sector have
raised a series of ethical dilemmas, and placed principles of
solidarity, equality and social justice under increased pressure.
New nationalisms and the growth of populism: The economic
crisis has also formed the backdrop to a re-emergence of nationalist
parties across the continent and a distinct rise in populist rhetoric,
blending xenophobic and Eurosceptic tones. Beyond rhetoric, there is
a risk that such movements could dismantle the infrastructure that
protects EU's citizens. In certain Member States, attacks on the
concept of human rights are already playing out and fundamental
pillars of the rule of law (freedom of the Courts, of the media) have
been tested, posing a direct challenge to the foundational principles
of the European Union. Signs of nationalism and populism are not
fleeting trends but rather a reflection of a deep-rooted
disillusionment with politics, scepticism toward the representative
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16 European Group on Ethics in Science and New Technologies
value of European democracy, and insecurities regarding national
identities and the durability of European social models.
Changing demographics and social cohesion: The European
Union is facing unprecedented demographic changes linked to an
ageing population, low birth rates, changing family structures and
migration. As the structures of our societies undergo radical
transformations, the question of how to maintain social cohesion and
solidarity –between generations, between communities and between
individual citizens – comes increasingly to the fore, as does the issue
of how technologies interact with dynamics of social cohesion. The
EGE's Opinion 26 on the Ethical Implications of Information and
Communication Technologies explores the ways in which digital
technologies can both facilitate social inclusion and participation as
well as exacerbate the isolation of certain vulnerable or marginalised
groups. It also highlights the ways in which notions of privacy and of
identity are re-framed by ICTs in ways that force us to re-consider
the contemporary understandings of such concepts. Classic ethical
values and principles are also being considered anew in light of the
increasingly multicultural constitution of the European Union.
Maintaining the universality of European values is a task that is both
enriched and challenged by the cultural pluralism that characterises
contemporary European societies.
Global instabilities: Even as global growth, interdependence and
technological progress have enabled ever more people to escape
poverty and lead freer lives, recent years have seen a rise of global
instability as regional orders unravel, global powers collide and
states fragment. The European Union has witnessed the direct
consequences of this deterioration in its external security
environment in the shape of terrorist attacks both within and beyond
its borders and in the dramatic rise in the displacement of persons
which has seen the number of people exiled from their homes to
seek safety elsewhere double in the last decade. The EGE's Opinion
28 on Security and Surveillance Technologies examined the
application of new technologies in the security domain and their
ethical implications. It urged caution in the way in which tools of
surveillance are applied to certain population groups and their
potential to compromise principles of non-discrimination and justice.
Our use of technologies in response to threats real or imagined is
reflective of the kind of societies we wish to live in, and the
meanings we give to notions of 'security' and 'freedom'. Similarly,
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European Group on Ethics in Science and New Technologies 17
how we use technology to address the arrival of large numbers of
people at our borders is revealing if science has been directed
primarily towards erecting technological walls, frontiers and barriers
rather than for finding lasting, solidarity-based solutions.
Environmental changes: The growing severity of threats to our
environment, such as climate change, and related challenges of food
and water security, have in the last years become increasingly stark.
Their geopolitical repercussions are also now coming to the fore as
their role as multipliers for environmentally driven conflicts, political
instability, extreme poverty, energy security, and migration have
become a reality. Despite the EU's leading role in international
climate change diplomacy to spearheading the circular economy,
the political will to change course and to put into action the means to
do so has been slow to materialise. The EGE in its Opinion 27 put
forward an ethical framework for energy, while underlining that the
prospects for people to live dignified, healthy and productive lives in
harmony with nature requires a fundamental shift in technology,
energy, economics, finance and ultimately in society as a whole.
The privatisation of science and innovation: Shifts have been
detected in the steering of science and research during the past
decade as a result of wider social and political forces. Observers
have noted a trend towards a privatisation of science, and an ever
closer linking of science and innovation to the imperative for
economic competitiveness. The need to boost the Knowledge
Economy has become a dominant frame in science, technology, and
innovation (STI) policy, and it has been argued that reductionist
kinds of science focused on yielding intellectual property are heavily
shaping research in domains such as agriculture and health. This
tendency is addressed and explored in the EGE Opinion 29 on New
Health Technologies and Citizen Participation, which notes the
central role that market interests play in driving technology-based
participatory approaches to healthcare. Market-based approaches to
science and innovation ultimately influence the relative roles of
public and private R&D performers and funding sources and may
affect the space for alternative approaches to develop, for instance,
those focused on fostering social cohesion (e.g. initiatives directing
innovation toward human needs, empowering women, and activating
communities to actively solve their own problems and demand
accountability from the public sector).
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18 European Group on Ethics in Science and New Technologies
The challenges of the 21st century are vast - wide in range, global in scale,
and complex in nature. It is against this backdrop of fragmentation,
uncertainty and crisis that the place of ethics appears critical. Critical
because the position of ethics is being challenged and questioned in new
ways, just as the search for common ethical values and their application is
increasingly needed to adequately respond to the transformations before
us.
In an EU context, tackling the socio-economic, environmental and political
challenges described above requires an intricate interplay between
solidarity and responsibility; collective ambition and unity in diversity;
interdependence and cooperation; short-term action and long-term
perspectives. It requires a wide-ranging debate about the kind of Union we
want to create, the improvements we wish to see in our societies and how
to bring them about. Ethical values and principles have an essential role to
play in anchoring and guiding such a dialogue. During the past five years
the EGE has provided a conduit for such conversations to play out at the
European level and the Group will continue to strive to offer the guidance to
support the European Union to shape its ethical identity and vision.
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European Group on Ethics in Science and New Technologies 19
Chapter 2
The Work of the EGE, 2011 - 2016
2.1. EGE Opinions and statements
During its 2011 – 2016 mandate, the EGE adopted four extended Opinions
on the topics of information and communication technologies; on energy;
on security and surveillance and on new health technologies and citizen
participation. In addition, three statements were produced by the EGE on
clinical trials, on research integrity, and on human germline modification.
EGE Opinions are initiated on the basis of a formal request from the
Commission President. Their findings and recommendations are the product
of intense series of working meetings which take place over a duration of
several months to a year. In addition to the rigorous scientific background
research, ethical analysis and debate undertaken amongst the members of
the Group, a broad range of external expertise is drawn upon during the
preparation of EGE advice, via the organisation of expert hearings and open
public Round Tables. These encompass the participation of a broad cross-
section of European stakeholders, including the scientific community,
industry representatives, policymakers, European Institutions
representatives, NGOs, and civil society organisations (see Section 2.2.).
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20 European Group on Ethics in Science and New Technologies
The Opinions of the EGE: 2010 - 2016
Opinion 29
Ethical Implications of New Health
Technologies and Citizen Participation
Recent years have witnessed a wave of
innovation in health technologies driven by new
medical breakthroughs, novel scientific
approaches and the rise of digital health
technologies. Pioneering methods of drug
development and disease diagnosis, the rise of
'big health data', and new means of providing
networked care have led to predictions that
European health systems are on the cusp of
transformation. While much of the promise held in
these technological innovations remains to be fully realised, the rise of new
health technologies are accompanied by a profound set of shifts in the way
individuals – whether as patients, citizens or consumers – engage with
matters of health.
From the consumer who orders a genetic testing kit online to the patient
receiving genetically customised medication; from the diabetic monitoring
her blood sugar level with a smartphone, to rare disease patients who
mobilise online communities of sufferers to run a DIY clinical trials;
individuals and collectives are participating in new and unprecedented ways
in the conduct of health research, health policy, and health practice.
The Opinion 29 explores the transformations that citizens' participation in
health and medicine induces across different domains together with the
resulting ethical implications. Trends and implications of citizen involvement
are examined in light of new technologies that have been developed and
that are emerging in the domain of health, as well as wider cultural, societal
and political shifts, which are transforming the context in which health and
healthcare are perceived, organised and delivered.
It does not attempt to give an exhaustive account of health technologies,
rather it scrutinises citizen participation via a selection of case studies of
scientific and technological innovation, chosen because they embody a
broader set of shifts in health and medicine. These shifts include, first,
evolving understandings of health and illness and associated changing
perceptions of the self and the body; second, changing notions of what it
means to be a patient in a modern health context; and third, the
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European Group on Ethics in Science and New Technologies 21
increasingly diverse roles performed by citizens/individuals and patients in
the production of knowledge and innovation on health.
The Opinion begins by examining the
principal health technologies which are
most central to the shifts outlined
above, including data intensive
medicine, omics, personalised medicine
as well as so-called 'remote' forms of
medicine such as e-health, m-health,
telemedicine and online health
resources. It then traces the emergence
of the phenomenon of citizen science
and citizen participation with specific
regard to healthcare and medical research. It critically analyses the diverse
meanings and functions of these terms before outlining recent examples of
citizen participation in the domain of health.
The Opinion continues by setting out the ethical implications of the
paradigm shift (or set of shifts) identified initially. In unpacking both the
promise and potential challenges associated with citizen participation in
health, five sets of considerations are identified:
first, the implications of new health technologies and new modes of
involvement on perceptions of the 'self', of personhood and of the body
in a medical context;
second, the implications of potential transformations in the patient-
physician relationship;
third, the implications of citizen involvement in the research endeavour
and the tensions between empowerment, engagement and exploitation;
fourth, the implications of new health technologies and citizen
involvement on societal understandings, principles and structures
governing health;
and fifth, implications for notions of solidarity and justice.
The Opinion also examines the adequacy of current governance
arrangements, and identifies new questions and gaps presented by the
nexus between new health technologies and new practices of citizens'
participation. It undertakes, first, an examination of the legal landscape
pertaining to participation charting the rights and protections enshrined in
international human rights treaties and jurisprudence which establish the
entitlements of citizens to participate in, and enjoy the results of, science
and technology. It then identifies potential gaps in the regulatory
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22 European Group on Ethics in Science and New Technologies
framework in relation to new health technologies and the suitability of
existing oversight mechanisms to cover new practices of knowledge
generation and innovation engaging the individual.
Finally, the Opinion puts forward a set of 20 recommendations, addressed
to EU and national level policymakers, industry and other stakeholders,
which aim to maximise the benefits and minimise the harms associated with
new health technologies and citizen participation in health policy, research
and practice.
Based on its findings, the EGE's recommendations fall into two categories:
Recommendations regarding general considerations: changing the way
we think about health and about citizen involvement (reflecting on key
notions, establishing conceptual clarity, and promoting awareness
raising and education);
Regulatory recommendations targeting the gaps in the governance of
citizen involvement and new health technologies (including digitial
health products, data, provision of care, participation, and solidarity
and justice).
On October 2015, the EGE debated the findings and recommendations of
Opinion 29 with Commissioners Carlos Moedas, responsible for Research,
Science and Innovation, and Vytenis Andriukaitis, responsible for Health
and Food Safety, on the occasion of a working lunch which also saw the
official handover of the Opinion to both Commissioners.
Photo 1 - The EGE delivers Opinion on the Ethical implications of New Health Technologies and Citizen Participation to Commissioners Moedas and Andriukaitis
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European Group on Ethics in Science and New Technologies 23
Opinion 28
Ethics of Security and Surveillance
Technologies (2014)
The EGE Opinion on the Ethics of Security
and Surveillance Technologies examines
trends in the development of new security
and surveillance technologies. It explores the
ethical implications brought by these trends,
and advances a set of 16 concrete
recommendations for the attention of the EU,
Member States, and a range of public and
private stakeholders.
The Opinion aims to provide a reference point for the European Commission
regarding the ethics of security and surveillance measures in an era where
rapid advances in telecommunications and computing have enabled the
data of billions of citizens around the globe to be tracked and scrutinised on
an unprecedented scale.
Against the backdrop of the disclosures by former NSA contractor Edward
Snowden in June 2013, the EGE calls for a renewed public debate on the
limits to be placed on security and surveillance technologies, and offers
reflection on the far-reaching impact of surveillance on trust, privacy, and
civil liberties.
Assessing the governance of security and surveillance, the EGE finds a
diverse regulatory framework, in which domains such as
telecommunications need to better keep pace with the technological
transformation in surveillance capacities. While the European Union can
genuinely pride itself with some of the strongest privacy protection
worldwide, the national security exception can constitute a form of
loophole.
Security and freedom: do we need both? And can we enjoy both without
the pursuit of one jeopardising the other? These are two central questions
addressed by the Opinion. The Opinion challenges the notion that 'security'
and 'freedom' can be traded against one another. While a balance must be
struck between competing values when they come into conflict, certain core
principles, such as human dignity, cannot be bartered with. The Opinion
calls for a more nuanced approach, in which the proportionality and
effectiveness of security and surveillance technologies are subject to
rigorous assessment, and in which rights are prioritised rather than traded.
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24 European Group on Ethics in Science and New Technologies
At its core, the Opinion contends that an ethical foundation for the use of
security and surveillance technologies requires a broader understanding of
the security concept, encompassing the human and societal dimensions of
security. Security is not simply protection from physical harm, but a means
to enable individual and collective flourishing. The Opinion highlights the
adverse consequences at stake when security becomes an end in its own
right, noting that excessive surveillance in the pursuit of security erodes
trust, social cohesion, solidarity and intellectual freedom.
Based on its findings, the Opinion advances 16 recommendations,
addressing a wide number of key issues:
Recommendations to improve the application and oversight of
technologies with a security function (judicial oversight; a common
European understanding of national security; and an EU regulatory
framework governing the use of drones);
Recommendations targeting the use of surveillance technologies
(including the call for an EU code of conduct for big data analytics;
greater transparency in the use of algorithms; and closer scrutiny of EU
border surveillance systems);
Recommendations regarding measures designed to re-build trust and
improve citizens' control over the management of their data and
privacy (including improved data protection enforcement, protection for
whistleblowers and measures to improve education and awareness
among the public and practitioners).
Photo 2 - Exchange of views with J. M. Barroso, the former President of the EC
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European Group on Ethics in Science and New Technologies 25
Opinion 28 was presented to Mr José Manuel Barroso, the former President
of the European Commission at a handover ceremony on May 2014.
Photo 3 - Prof. Julian Kinderlerer, the President of the EGE, delivers Opinion on the Ethics of Security and Surveillance Technologies to Mr J. M. Barroso, the former President of the EC.
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26 European Group on Ethics in Science and New Technologies
Opinion 27
An ethical framework for assessing
research, production and use of energy
(2013)
Fossil fuels are the energy source that shaped
19th and 20th century and enabled industrial
output. Burning coal, oil and gas has proved
highly damaging to our environment. Carbon
dioxide emissions, greenhouse effect gases,
and fumes and unburned particles all
contribute to the disruption in the balance of
our planet's climate and impact on human and
animal health. Global energy consumption is set
to triple by the end of the century, even where
there may be a reduction in use by individuals in Europe. Worse, supplies of
fossil fuels are being depleted and the consequences of their exploitation
without measures to reduce the residues and gases that impact on the
environment are serious. New or improved low-carbon technologies (in
particular renewables) for energy production are vital if EU's objectives for
2020 and 2050 as regards the fight against climate change, security of
energy supply and competitiveness of European companies are to be
fulfilled. How will we meet increasing energy demands while protecting our
environment and maintaining our civilisation?
With the entry into force of the Lisbon Treaty, ethical considerations are
integral components in the formulation of European Union policies, including
energy policy. This ethical analysis requires that the production systems
being considered should be comparable. The analysis cannot only consider
economic issues, but must consider the impact, either positive or negative,
that may occur during the entire lifecycle of the system and this should
encompass the impact on the environment and the implications of the use
(or indeed cessation of use) of a particular energy source. An ethically
sound policy design is a challenge for the formulation of such an important
policy sector that affects 10% of the entire GDP of the European Union as
well as well as global geopolitical and macroeconomic considerations.
Within this context, on June 2011 the Council reached a political agreement
on a Commission proposal for a nuclear research and training programme
for 2012-2013. Although the Council's discussion were successfully
concluded, some Member States felt that a broad discourse on ethical
issues and sustainable energy mix in Europe should take place and
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European Group on Ethics in Science and New Technologies 27
indicated the need of having an Opinion of the EGE on this topic. The
former President of the European Commission, José Manuel Barroso,
therefore requested the EGE to 'contribute to the debate on a sustainable
energy mix in Europe by studying the ethical impact of research on different
energy sources on human well-being' on December 19, 2011.
The EGE accepted the request from the President and decided to:
Address the ethical issues arising from energy use
within the EU energy agenda, mix of energy,
consequences for the future, energy policy and
regulation (including environmental
considerations), precautionary principle and
intergenerational justice;
Identify the ethical criteria on the manner in which
decisions concerning research on sources of
energy are to be taken on an informed basis and
the implications arising from the use of energy in
different areas;
Propose an integrated ethics framework for the purpose of addressing
the ethical issues related to the production, use, storage and
distribution of energy;
Identify the ethically relevant areas of energy research.
On January 2013, the Group adopted its 27th Opinion unanimously: 'An
ethical framework for assessing research, production, and use of Energy'.
In its Opinion, the EGE adopts an integrated ethics approach to achieve an
equilibrium between four criteria - access rights, security of supply, safety,
and sustainability - in the light of social, environmental and economic
concerns.
Based on its findings, the Opinion advances several recommendations,
addressing a wide number of key issues:
Recommendations to ensure and promote the right of access to energy
to European citizens;
Recommendations regarding the safety and impact assessment of any
energy source and production;
Recommendations to secure energy supply at a National and European
level;
Recommendations to enhance energy sustainability;
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28 European Group on Ethics in Science and New Technologies
Recommendations on the priorities for research that should be
identified;
Recommendations on democratic deliberation, participatory instruments
and responsibility for future generations.
The Opinion was delivered to President Barroso on February 2013, and
presented to relevant experts at the symposium on 'Benefits and
Limitations of Nuclear Fission for a Low Carbon Economy', organised by the
European Commission in cooperation with the European Economic and
Social Committee (EESC), which took place in Brussels on 26-27 February
2013. It was also presented to Mr Günther Oettinger, European
Commissioner for Energy.
Photo 4 - Prof. Julian Kinderlerer, the President of the EGE, presents Opinion on the Ethical Framework For Assessing Research, Production And Use Of Energy to Commissioner Oettinger
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European Group on Ethics in Science and New Technologies 29
Opinion 26
Ethics of information and communication
technologies (2012)
In May 2010, the European Commission
adopted the Digital Agenda for Europe (DAE),
aiming to promote innovative uses of
Information Communication Technologies (ICT)
while respecting citizens' rights and EU
fundamental values. This was one of the seven
flagship initiatives foreseen in the Europe 2020
strategy for smart, sustainable and inclusive
growth.
In order to promote a responsible, socially inclusive and ethically sound
implementation of this strategy, Mr José Manuel Barroso, the former
President of the European Commission, requested the EGE to issue an
Opinion on the ethical implications of ICT.
The Opinion resulted from an intense
series of meetings with external experts
and relevant stakeholders (including
industry, civil society, NGO, academia and
the Chairpersons of the EU 27 National
Ethics Councils). The Opinion addresses
governance aspects (ethical, legal, social
and political aspects) related to the
following sectors of the EU Digital Agenda:
Social networks; E-Government; E-
Commerce; Corporate Social
responsibility; Digital divide; E-Skills; E-
Advertising; Cybercrime; Net Neutrality;
Internet of Things; E-Health; EU
Regulatory Frameworks for Personal Data Protection; Data Mining and Data
Profiling; Protection of Vulnerable Groups; Political Participation;
Environmental Impact and Use of Raw Materials, etc.
In the Opinion the EGE recognises the potential of the DAE for the European
Union, and stresses the need to promote a responsible, inclusive and
socially sustainable implementation of this important policy sector. The
Group therefore advocates the need to promote DAE actions in accordance
with the European Union fundamental values.
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30 European Group on Ethics in Science and New Technologies
Based on its findings, the Opinion advances several recommendations,
calling for the following specific actions to be undertaken at the EU level:
To secure and promote the right of access to the Internet;
To provide means to foster responsibility amongst those using ICT,
whether individual users or those providing services (with additional
safeguards for children and adolescents);
Personal data in ICT to be processed on the basis of the explicit consent
of the person concerned (including withdrawal provisions) or other
legitimate basis;
The need for keeping Internet as a communication domain where
freedom of expression is protected from censorship within the
framework of the Charter of Fundamental Rights;
To ensure that social media networks protect the data submitted by
users in a responsible manner;
To encourage companies to take privacy into consideration when
applying their Corporate Social Responsibility measures– also using the
technological solutions such as Privacy impact assessment, Privacy
enhancing technology and piracy by design;
Individuals to be explicitly informed by businesses, State bodies or
research bodies that their information may be mined for specific
purposes;
The establishment of transparent informed consent procedures for the
collection of ICT users' data and clear definition of responsibilities of
relevant actors involved in the use of such data.
Former President J. M. Barroso and Commissioner Kroes welcomed the
Opinion and its support for actions by the European Commission to
implement the Digital Agenda for Europe in a responsible way. They
indicated that the Commission will now take inspiration from the proposed
recommendations to further foster societal and ethical consideration in the
construction of the European digital society.
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European Group on Ethics in Science and New Technologies 31
Statements of the EGE: 2010 – 2016
Statement on Gene Editing (2016)
Human germline modification technologies are rapidly developing and have
elicited increasing concerns and international debate, coming under
significant pressure in 2015. The announcement in April 2015 of genome
editing of non-viable human embryos using CRISPR-Cas9 demonstrated
that human germline gene modification has moved out of the realm of the
theoretical, and clinical applications are becoming feasible. Given the
inextricably linked ethical, scientific and regulatory issues pertaining to
germline and somatic cell gene modification, the EGE unpacks the
assumptions and scrutinises the tensions at the heart of these
developments in its 2016 Statement on Gene Editing.
The EGE highlights that techniques such as CRISPR-
Cas9 are already challenging the international
regulatory landscape for the modification of human
cells. The EGE notes that the question whether
germline genome editing technology research should
be suspended warrants careful consideration, given
the profound potential consequences of this research
for humanity. It has been suggested that research
with a clinical application, as distinct from basic
research, should be subject to a moratorium. The
EGE calls for caution as regards whether such a
clear-cut distinction can be made between basic and
translational research. Likewise, the blurring of the lines between clinical
applications in pursuit of therapeutic or enhancement goals (albeit the
ethical issues pertaining to each may be different), must be considered. The
EGE considers that deliberation regarding the acceptability and desirability
of gene editing will require inclusive debate which extends to civil society
where diverse perspectives and those with different expertise and values
can be heard, as this cannot be left to select countries, social groups or
disciplines alone.
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32 European Group on Ethics in Science and New Technologies
Statement on the formulation of a code of conduct for research
integrity for projects funded by the European Commission (2015)
Research Integrity is a prerequisite for research excellence, as there can be
no socially relevant scientific progress or innovation without a responsible
conduct of research. For this reason, the European Commission has placed
the respect of ethical principles as a key priority through Horizon 2020,
having reinforced the legal basis and the related set of procedures in
comparison with the previous Framework Programmes. Within this context,
a draft research integrity code of conduct for projects funded by the
European Commission was formulated, the EGE being requested by DG
Research & Innovation to provide input.
The 2015 EGE Statement on Research Integrity provides a set of
considerations that should be integral to any code of good scientific
practices. These include a set of specific measures to safeguard academic
freedom, the need to explicitly describe what are considered to be proper
research procedures, and the need for proper procedures to assess
indications of scientific misconduct, including protection of whistle-blowers.
During the Luxembourg Presidency of the Council of the EU in 2015, the
President of the EGE, Prof. Julian Kinderlerer, presented the EGE's position
on research integrity in the margins of the informal meeting of Ministers for
Competitiveness held in Luxembourg on 21 July 2015. This meeting laid the
grounds for the adoption of the Council conclusions on this topic on
December 2015, where Member States agreed that research at a EU and
Member State level should be founded on the principles listed in the
'European Code of Conduct for Research Integrity', these being: honesty;
reliability; objectivity; impartiality and independence; open communication;
duty of care; fairness; and, responsibility for future science generations.
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European Group on Ethics in Science and New Technologies 33
Statement on the Proposal for a Regulation of the European
Parliament and the Council on Clinical Trials on Medicinal Products
for Human Use, and repealing Directive 2001/20/EC (COM 2012) 369
(2013)
The European Commission launched a
proposal for a Regulation on Clinical
Trials on Medicinal Products for Human
Use on the 17 July 2012. The purpose of
the proposal aimed ’at achieving an
internal market as regards clinical trials
and medicinal products’.
The EGE appreciated the objective of the
Commission to harmonise and fast-track the clinical trial process with a
view to bringing new medicines to the market. However, in its Statement
on Clinical Trials, the EGE raises some concerns regarding the draft
regulation, namely concerning:
1. the marginalisation of research ethics committees;
2. the nomination process for the reporting Member State (MS);
3. the narrow grounds upon which another MS can disagree with the
reporting MS;
4. the unrealistic timelines for review and authorisation
The EGE underlined its support for a harmonisation of clinical trial
evaluation first and foremost in the interests of patients accessing effective
innovative medicines in a timely manner, and also to enhance the European
Union competitive performance in the clinical trial arena. However, it
emphasised that marginalising the role of research ethics evaluation
achieves neither of those objectives. In view of these comments, the EGE
recommended the EU Institutions to:
Explicitly provide for research ethics committee evaluation of proposals
in the interests of protecting the rights of research participants;
Give consideration to how best to avoid any type of ethics shopping,
which may weaken the legitimacy of the evaluation e.g. by rotating the
reporting MS function;
Consider expanding the grounds upon which a MS disagree with the
Reporting MS in the interests of building consensus and respecting
ethical subsidiarity;
Set realistic timelines which should serve to expedite the process while
allowing a robust consideration of the issues.
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34 European Group on Ethics in Science and New Technologies
2.2. Engaging stakeholders
Providing rich ethical expertise with a European perspective requires a
broad dialogue with a range of different actors. Consequently the EGE has,
with the support of the European Commission, established a strategy of
transparency and inclusiveness, enacting a number of channels by which to
engage external stakeholders in its reflections and activities.
Transparency
Transparency is written into the EGE's legal mandate and underpins all
aspects of the Group's functioning from member selection, and meetings to
publication of outputs. The 15 members of the EGE were appointed by the
President of the European Commission following an open call for applicants
published on the internet. The Group's legal mandate and rules of
procedure are publicised on the EGE website, as are all meeting agendas
and the names of all experts invited to participate in hearings.
The EGE website has become an important tool for disseminating EGE
activities and publications. All publications are made available for download
free of charge and the presentations, proceedings and videos of key events
such as the Open Public Round Tables and the European Commission's
International Dialogue on Bioethics are available online. Contact details of
the Secretariat are available for any enquiries.
Expert hearings
Expert hearings provide
an important channel
for the EGE to draw
upon external expertise
during the development
of Opinions. For each of
the Opinions produced
under the EGE's 2011 –
2016 mandate, leading experts (academics, practitioners, civil society with
specialist expertise etc.) were invited to participate in hearings during EGE
plenary meetings. These constituted sessions of approximately two hours,
comprising a presentation to the group followed by in-depth debate with the
members. In selecting the experts to participate in hearings, careful
attention was paid to ensuring a proper balance between diverse
disciplinary approaches and perspectives.
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European Group on Ethics in Science and New Technologies 35
Open Round Tables
The EC Decision (2010/1/EU) which forms the basis of the EGE's legal
mandate provides for the organisation of public Round Tables. These events
have subsequently become a key means of garnering a broad-based input
during the development of EGE Opinions. One roundtable is organised per
Opinion and the event aims at stimulating debate on the topic of the
Opinion under preparation, exploring the issue from a range of
perspectives, and identifying gaps and outstanding questions.
Four public Round Tables were organised during the period 2011 – 2016. All
were open to the public, free of charge and saw a participation of more than
100 participants comprising a broad cross-section of European
stakeholders, including the scientific community, industry representatives,
policymakers, European Institutions representatives, NGOs, and civil society
organisations.
Panels of speakers aimed to reflect this broad
cross-section of stakeholder groups and
ample time slots were allocated to debate,
giving participants the opportunity to engage
directly with members of the Group, and to
highlight issues they felt merited special
attention. To maximise participation in the
discussion, an open invitation was sent to
relevant stakeholders (EU and beyond) and published on the EGE website,
and the Round Tables were web-streamed via the EGE website. In addition,
Round Tables were accompanied by a consultation process whereby written
comments were solicited from interested parties, compiled and distributed
to the members of the EGE.
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36 European Group on Ethics in Science and New Technologies
Relations with National Ethics Councils
The EGE consulted and debated the topics covered by its Opinions with the
representatives of the EU-28 National Ethics Councils (NEC). Meetings of
the NEC Forum provided a suitable platform for these exchanges. NEC
Forum membership comprises the chairpersons and secretaries and is
hosted by the NEC of the country that holds the EU Council rotating
Presidency. Five were held in the period 2011 - 2016 by Hungary and
Poland (Joint meeting in 2011), Denmark (2012), Cyprus (2012), Ireland
(2013), and Italy (2014). At each meeting, the EGE participates in a joint-
session with the NEC Forum and bi-lateral meetings with the NEC of the
country holding the EU Council rotating Presidency.
Relations with international organisations
The European Commission – through the Secretariat of the EGE –
represents the EU in the international fora with a formal role in the
international ethics governance framework, such as the UN Inter-Agency
Committee on Bioethics and the International Bioethics Committee as well
as the Council of Europe, the OECD, and the UN-system international
organisations. The Commission participates regularly in meetings of the
relevant committees, cooperates in drafting international documents, and
keeps counterparts informed and updated with the developments, priorities
and activities, including those of the EGE.
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European Group on Ethics in Science and New Technologies 37
2.3. Building global partnerships
Under the 2011 – 2016 mandate of the EGE, relations with Ethics Councils
across the globe have been stepped up as part of a concerted strategy to
promote ethical discussion in international policymaking and to advance
peace, democracy and human rights worldwide. The on-going endeavour to
strengthen global cooperation on ethics is key to placing the European
Union at the forefront of developing the norms and principles underpinning
developments in science and technology.
The European Commission's International Dialogue on Bioethics
In 2009, the Commission decided to establish the International Dialogue on
Bioethics and Ethics of Science and New Technologies (IDB). The IDB aimed
to cluster Chairs of National Ethics Councils or equivalent bodies from
different regions of the world to allow a better exchange of information and
communication between them. Under the 2011 – 2016 mandate of the EGE
this annual conference organised by the EGE Secretariat has developed into
an important platform of mutual learning and ethical debate. Four IDBs
were organised during the course of the mandate (in 2011, 2012, 2013 and
2014) bringing together the Chairs of non-European (and Multi-National)
Ethics Councils from across all continents. Videos of the event proceedings,
and event reports and presentations were made available to the public on
the EGE website.
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38 European Group on Ethics in Science and New Technologies
Bi-regional dialogues
As part of its strategy to forge international cooperation on ethics in science
and technologies, the Commission laid the groundwork in 2014 for new and
emerging bi-regional dialogues. These dialogues aim to consolidate and
deepen targeted collaboration with key global partners and emerging
regional players within the international ethics framework and comprised:
the African Union - EU dialogue, on the occasion of the IDB conference in
Brussels in October 2014; the Latin America - EU dialogue, on the occasion
of the Global Summit and the World Congress of Bioethics in Mexico in June
2014; the US-EU dialogue on the occasion of the NEC-EGE Forum in Rome
held under the auspices of the Italian Presidency in November 2014.
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European Group on Ethics in Science and New Technologies 39
2.4. Impacting EU policy
Providing policy guidance to the European Commission
Collaborative links have been forged with representatives of the European
Commission services across a range of relevant 'Directorates-General'
(DGs). Their input has been sought during the selection of Opinion topics
and during the elaboration of EGE Opinions, in order to ensure that the
EGE's policy advice responds to the needs of Commission policymakers and
takes into account the compelling ethical issues confronting the Commission
on a daily basis.
These collaborative networks have also provided a key means to
disseminate the EGE's findings and policy recommendations upon the
publication of EGE Opinions and statements and have led to fruitful
cooperation and take-up of EGE advice within the institution. One
illustrative example is provided by the cooperation with the DG for Research
and Innovation on Commission programming for energy research funding.
Following the delivery in 2013 of Opinion 27 on an Ethical Framework for
Assessing Research, Production and Use of Energy to Mr Günther Oettinger,
then Commissioner for Energy, the Commissioner asked his Cabinet and DG
RTD to bring forward proposals for concrete actions to implement the
recommendations of the EGE Opinion. This led DG Research and Innovation
to actively take up the recommendations on energy research in its
programming for research funding.
Similarly, Opinion 28 on the Ethical Implications on Security and
Surveillance Technologies provided an important reference point for the
European Commission in promoting a responsible use of security and
surveillance technologies and was distributed widely among the relevant
Directorates-General such as Home Affairs, Justice and GROW among
others. The Opinion provided a springboard for continuing inter-service
cooperation in the context of the European Commission's follow-up to its
2014 communication on civil drones,7 in particular the ethical, societal and
privacy implications. Furthermore, the EGE's recommendations on border
surveillance technologies, and on the EU-US data protection agreements
such as Safe Harbour, have taken on renewed pertinence in the wake of
7 Communication from the Commission to the European Parliament and the Council A new era for aviation -
Opening the aviation market to the civil use of remotely piloted aircraft systems in a safe and sustainable
manner http://eur-lex.europa.eu/legal-content/EN/TXT/PDF/?uri=CELEX:52014DC0207&from=EN
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40 European Group on Ethics in Science and New Technologies
developments following the Opinion's adoption and continue to be a source
of reflection and debate.
2014 saw cross-service collaboration on Open Science, which drew on the
on-going reflections of the EGE towards its Opinion 29 on New Health
Technologies and Citizen Participation. A joint background paper on
Fundamental Rights and Ethics in the context of Open Science was
produced in collaboration with DG Justice with a view to having a cross-
service input into the public consultation by DG Communications Networks,
Content & Technology and DG Research and Innovation.8
In addition to the policy steer provided by its Opinions, the European
Commission also calls upon the guidance of the EGE as a result of
emerging, shorter-term policy needs. By way of example, when the
Commission was required to respond to the European Citizens Initiative
'One of Us' on human stem cell research, the EU Commission's response in
its communication drew heavily on Recommendations on the ethical review
of hESC FP7 research projects (Opinion 22) and stipulated that should
alternatives to hESCs with the same potential as embryo-derived stem cells
be found in the future, the Commission will revert to the EGE for an
Opinion.9
The EGE's work has also fed into the development of the European
Commission legislation at the inter-institutional level. Such was the case
during the tri-lateral negotiations between the Commission, the European
Parliament and the Council on the Commission's 2012 proposal for a
Regulation on Clinical Trials on Medicinal Products for Human Use. The
EGE's statement on the EU Commission's draft proposal provided a key
contribution to the wide-ranging debates around this draft legislation that
ultimately resulted in an improved text, subsequently adopted in 2014, with
stronger measures covering access to the results of clinical trials, the role of
ethics bodies and measures to protect trial participants.10
8 Final report of public consultation on Science 2.0 / open science https://ec.europa.eu/digital-
agenda/en/news/final-report-science-20-public-consultation 9 Communication from the Commission on the European Citizens' Initiative 'One of us'
http://ec.europa.eu/research/eci/one-of-us_en.pdf 10 Regulation (EU) No 536/2014 of the European Parliament and the Council of 16 April 2014 on clinical trials
on medicinal products for human use, and repealing Directive 2001/20/EC.
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European Group on Ethics in Science and New Technologies 41
Inter-Service Group on Ethics and EU Policies
The Inter-Service Group on Ethics and EU Policies provides a platform
through which the activities of the EGE intersect with the wider work of the
European Commission. This Group, set up to rationalise and coordinate the
European Commission's actions in the fields of ethics and EU policies, brings
together representatives from departments across the European
Commission to exchange information on policy files with an ethical
dimension. Topics discussed by the Group during the period 2011 – 2016
have included responsible research and innovation, ICT governance, the
Transatlantic Trade and Investment Partnership (TTIP), drone technology,
and the inter-institutional debate on energy mix. The meetings also aim to
coordinate EC actions with relevant international organisations (UN
Agencies, Council of Europe) and provide a bridge to the activities and
outputs of the EGE.
Ten meetings of the Inter-Service Group on Ethics and EU policies were
held during the period 2011 – 2016. The last meeting of the EGE under its
2011 – 2016 mandate brought together EGE members with representatives
of the Inter-Service Group to reflect upon the evolving role of ethics in the
EU institutional landscape and how to best optimise the value of the EGE for
the European Commission.
Relations with the European Parliament and Council
The European Parliament is an important conduit of ethical guidance and
interlocutor for the EGE. The EGE enjoys a close working relationship with
the Science and Technology Options Assessment Panel (STOA) and
representatives are regularly invited to participate in EGE events. Similarly,
members of the EGE have been invited to hearings in the European
Parliament. For example, in 2015 Professor Pere Puigdomenech presented
the EGE's position and recommendations at the joint public hearing held by
the ENVI and AGRI Committees of the European Parliament on issues
related to the cloning of animals for food production. Close contacts with
the European Parliament were also engaged during the preparation of the
EGE Opinion on Security and Surveillance, in particular with the LIBE
Committee and its chair, Claude Moraes, MEP, against the backdrop of the
Committee's special inquiry on the mass surveillance of citizens.
The work of the EGE has also been drawn upon at the level of the Council.
With research integrity constituting a priority of the Luxembourg Presidency
of the Council of the EU in 2015, the Chair of the EGE, Prof. Julian
Kinderlerer, presented the EGE's position on research integrity at the
margins of the informal meeting of Ministers for Competitiveness held in
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42 European Group on Ethics in Science and New Technologies
Luxembourg on 21 July 2015. This, together with the EGE statement on
Research Integrity, prepared at the request of the European Commission's
DG for Research and Innovation, formed a contribution towards the
adoption of the Council conclusions on Research Integrity on December
2015.11
Similarly, in 2011, the EGE was called upon following delicate negotiations
in the Council concerning energy research. On 28 June 2011 the Council
reached a political agreement on a Commission proposal for a nuclear
research and training programme for 2012–13. Although the Council’s
discussion has been successfully concluded, some Member States felt that a
broad discourse on ethical issues and sustainable energy mix in Europe
should take place and indicated the need of having an Opinion EGE on this
topic. Consequently, the President of the European Commission requested
the EGE to ‘contribute to the debate on a sustainable energy mix in Europe
by studying the ethical impact of research on different energy sources on
human well-being.’ The EGE delivered its Opinion 27 on an ethical
framework for assessing research, production and use of energy,
considering issues such as security of supply, storage of energy where
necessary due to the nature of electricity generation particularly where
intermittent sources are utilised, competition for water and food in the case
of biofuels, waste treatment and/or storage and pollution.
11 Council conclusions on Research integrity, adopted by the Council at its 3431st meeting held on 1
December 2015.
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European Group on Ethics in Science and New Technologies 43
Chapter 3
A Forward Look at Ethics in the EU
The focus and reflections of the EGE are steered by the emerging ethical
dilemmas that form the backdrop to their work, as Chapter 1 and 2 of this
report have shown. This chapter presents a forward look at ethics in the EU
for the years to come and a taste of those key issues which may come to
define the activities of the next Group.
Section 3.1. explores a set of emerging issues identified by members
serving during the EGE's 2011 – 2016 mandate in which they individually or
collectively develop a viewpoint which is their own.
Section 3.2. situates emerging ethical issues in relation to the European
Commission's work programme for the coming years, presenting an
overview of President Jean-Claude Juncker's 10 political priorities and
pinpointing those dimensions of each priority that may generate ethical
questions or challenges in the years ahead.
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44 European Group on Ethics in Science and New Technologies
3.1. Emerging issues and future challenges: reflections by
members of the EGE
Ethics and education in Europe, by Marie-Jo Thiel
Senators S. Sutour and JL Lorrain published in October 2013, an
information report on behalf of the French Senate Committee on European
Affairs on 'Ethics: A European problem'12. They recalled the ethical
foundations of the Council of Europe and the European Union, incorporating
this 'requirement' of ethics within their institutional frameworks, mainly in
biomedicine. While ethics is not an EU competence and the subsidiarity
principle should apply, the 'European ethical framework nevertheless
emerged pragmatically in some areas' as biomedicine, research, corporate
social responsibility, the animal welfare... And because the ethical approach
can 'become a major asset in the development of contemporary society,'
the report recommended among others to 'promote a more participatory
democratic debate, based on citizen information and training. School,
university, ethics committees, have a role in the acquisition of a critical
thinking and in the dissemination of a culture of debate and a discourse
ethics. '
But which education in ethics? For whom? By which teachers? Supported by
which research? In which places, structures, training programs? With which
requirements? Which kind of ethics? Which anthropology of ethics13? Which
methodologies? Each Member State tries to face both a no man’s land (no
real official recognition of ethics) and an anarchical development of
initiatives opening the door to any abuse. The interdisciplinary aspect is
seen as a necessity but is at the same time at the core of this complexity.
The Sutour-Lorrain report was based on hearings and an observation that
had been made by a symposium14: ethics is more and more a real but very
little part of academic courses not only for health professionals but also in
management schools, in the curricula of science, etc.. Providing a set of
practical references and values in this context (disconnected from any
fundamental reflection because there is no time foreseen in the curricula for
this) is certainly a good start. Nevertheless if there is not somewhere in the
university a strong research and a high quality education of an
12 Simon Sutour et Jean-Louis Lorrain (†), sénateurs, Rapport d´information fait au nom de la commission des affaires européennes sur la prise en compte des questions éthiques à l’échelon européen, N°27,
enregistré à la Présidence du Sénat le 10 octobre 2013. 13 See Raymond Massé, Anthropologie de la morale et de l’éthique. Les presses universitaires de Laval,
2015. 14 Edwige Rude-Antoine et Marc Piévic (dir.), Un état des lieux de la recherche et de l’enseignement en
éthique. Coll. « Fondation Ostad Elahi », Paris, Ed. L’Harmattan, 2014.
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European Group on Ethics in Science and New Technologies 45
interdisciplinary ethics, such a sketchy initiation may become harmful, a
'magical setting' that functions as an ethical stamp and gives the
impression of having resolved the difficult and complex issues that our
societies have to face.
Moreover, ethics suffers from the idea that it can be practiced instinctively,
without any learning, just by appealing to 'common sense'. To break this
deadlock and avoid the development of ethics 'at a discount', the European
Union needs to encourage high quality training in interdisciplinary ethics,
based on education and worthy academic research. Interdisciplinary, means
ethics is not just philosophical (only ethical theories) but is open to different
fields of reality to make the actors capable of situation analysis, based on
the contributions of the humanities, on medical, legal, economic, and
political inputs, in a changing and fundamentally plural world. But this
interdisciplinary ethics then faces the difficulty to exist autonomously within
the university, it is reduced in its means and its scale. Because the
interaction of different ethical fields is so decisive to be connected with
reality and at the same time to be innovative and efficient, the Sutour-
Lorrain report recommended to recognise interdisciplinary ethics for itself,
to organize a coherent education sector, guarantee of quality for research
and diplomas in the field of ethics.
The report of the EU SATORI project about the ethical assessment of
research and innovation,15 has come to similar general conclusions that
'ethics assessment of research and innovation in the European Union faces
many challenges: it currently lacks unity, recognized approaches,
professional standards and proper recognition in some sectors of society.
Stakeholders such as universities, research institutes, corporations and
government organizations have flagged the importance of ethics
assessment and developing different initiatives and mechanisms to address
ethical issues. The rapid expansion of ethics assessment has not, however,
been accompanied by significant efforts to harmonize approaches in
different fields and organizations, to raise standards, and to introduce
quality assurance. Questions remain about the feasibility of transferring
ethics principles and practices from fields with well-developed ethics
assessment skills to other fields. While there are certainly specific aspects
that can be usefully transferred, some areas such as the social sciences and
humanities are faced with the challenge of and largely unknown, contexts.'
15 Ethical Assessment of Research and Innovation: A Comparative Analysis of Practices and Institutions in the EU and selected other countries (June 2015): http://satoriproject.eu/media/D1.1_Ethical-assessment-
of-RI_a-comparative-analysis.pdf
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46 European Group on Ethics in Science and New Technologies
The European Commission/EGE should engage a deep reflection about
Ethics and Education in the EU, taking up both new and old issues and
challenges. E.g. how can education set a framework of values? What is
responsibility? It should implement the role of education to establish
responsibility and to shape individuals to become citizens of the polis. There
are many organizations engaged in some form of ethics training. But who
knows what exists, what is likely to exist? What structure(s) can we /
should we put in place so that ethics may not be a vague request or a
cosmetic dusting, but benefits from research and a training of excellence,
providing the basis for an ethical culture for the whole of society and its
activities (which are now experiencing radical changes). What is ethics,
interdisciplinary ethics? Ethics, for what and for whom? Any statutory
recognition? Is there a 'European' ethics? What is an ethics’ group? Etc.
The EU has the responsibility, set out so clearly in its treaties, to construct
Europe according to the ethical and juridical values, to construct a strong
Europe based on the human dignity of each of its members, on pluralism
and non-discrimination, tolerance and justice, solidarity and equality,
safety and prosperity. Ethical issues must not be feared, they are not
simple wrongs and rights of moral dicta, and because they are not,
education is so fundamental in order to learn at all levels (with specific
inputs in specific areas), that the prime ethical obligation is to carefully and
deliberately weigh the consequences and ethical dimensions of the choices
we make individually and collectively, by action or inaction. As European
citizens are more and more aware about participation challenges and willing
to be involved, Member States must all the more foster ethical discussion,
education and research, but in a creative way, without fearing the classical
boundaries of the disciplines. The European Union must be more
democratic, 'creating Europeans' (Alfred Grosser), enriched by their values.
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European Group on Ethics in Science and New Technologies 47
Mainstreaming ICT, by Peter Dabrock
There is nothing in the modern world that is not profoundly shaped by ICT.
Each form of communication, as long as it does not take place face-to-face,
could not be experienced without the achievements of ICT. ‘Shaped’ in this
case has to be understood as follows: ICT does not only act as a canal that
allows the water that flows through it to remain unaffected by itself. In fact,
ICT will shape and transform communication and will let it become a
different one as it were without this medium. McLuhan’s statement ‘The
medium is the message’ is still lacking complexity in order to get to the
heart of what the challenge of ICT really means. If the medium was only
the message, one could easily identify its influence. The function of the
medium and the content would have solely been laterally interchanged and
could be easily disconnected. In many ICT-communications, ICT seemingly
remains the serving medium, whilst it actually refashions the content in
such a sustainable way that one can in fact no longer speak of a just
mediating character of technology. The fact that technology has always
challenged and transformed the self-conception of humans is not a new
phenomenon but has accompanied human history and could almost be
named as an expression of human nature itself. But with ICT, especially in
its cutting edge variants: Big-Data-driven, equipped with ubiquitous sensor
features, we do not only experience a kind of technology, which subliminally
transforms every aspect of the human nature. The various intransparencies
of the present trends require highest attention. Such an alertness is needed
as the pace of ICT developments, especially in the mentioned cutting edge
variants, is largely promoted and impacted by only a few companies, to an
extent rarely found in economic history. All three features (Big Data,
ubiquitous tracking sensors, mono- and oligopolies) are already challenging
for themselves, but are strengthened by their intertwining.
Big Data not only through the enormous data accumulation, but also
through data pervasion, driven by algorithms. A development that to the
individual affected but also to the actors using the collected data
(authorities, companies) figures prediction as reality, correlation as
causality and stratification as individuality. The algorithms and their results
are often inscrutable – even for the designers themselves – and cause
patterns of recognitions, which are taken at their face value leading to the
affected parties finding themselves with the burden of proof to demonstrate
that the ascribed attributes were inaccurate.
These ambiguities are enhanced by the ubiquity of the sensors intertwined
with Big Data technology. These sensors do not only cover all kind of things
(internet of things) but become more and more intensively deployed in a
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48 European Group on Ethics in Science and New Technologies
body-related way (internet of body). By this feature of cutting edge ICT, the
aforementioned Big Data-effects may be reached in real time.
After all, applications in the field of ICT require such a high investment that
only a handful of companies – mostly located in the United States – are
capable of coping with the financial expenditures. As a result this will
however directly and indirectly lead to mono- and oligopolies. It does not
surprise that – even if the Safe Harbor Agreement will be replaced with a
new contract – problems of commercial law will emerge if European
standards of data protection will have to be effectively complied with.
Considering that health data and personalised data from research projects
belong to the category of particularly sensitive datasets, but are at the
same time de facto increasingly difficult to effectively protect (since
anonymisation becomes more and more difficult under the above-
mentioned conditions) it can be seen which enormous challenges the
development of ICT poses for applying the so called set of European values
(dignity, autonomy, privacy, justice, solidarity, security), but concretely
also for self-determined life-styles of individuals, the designing of a living
democracy under the rule of law, the framing of European economy, but
also for the trust-building in science and technology development. Against
this background, analysing all of this, creating and implementing strategies
of responsible research and innovation is and will become more and more
an extremely important and difficult task.
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European Group on Ethics in Science and New Technologies 49
Converging technologies: challenges to ethics, by Laura Palazzani
The expression 'converging technologies' refers to the combination of four
scientific sectors: nanosciences and nanotechnologies, biotechnologies
applied to living systems in the biomedical field and genetic engineering,
information and communication technologies, cognitive sciences and
neurosciences (generally indicated with the acronym NBIC). The innovation
of converging technologies is not given by the sum of the results in the
different scientific sectors, but from the systems interaction and synergic
integration at the confluence of different methodologies. The deep
innovation and unprecedented transformation is identified with the interface
between the biological and the informational level, both levels at the
intersection of nano, neuro and cogno.
The continuous, rapid, dynamic progress both in scientific knowledge and in
technological applications makes it difficult to provide an updated
description of emerging converging technologies: each attempt to update is
inevitably incomplete, and needs to be constantly revised. It is possible to
identify major trends of this new techno-scientific advancement in the
process of ‘biologisation of information’ and ‘informatisation of biology’.
The first trend 'from biology to technology' identifies with the progressive
technological and informational transformation of the body and its parts:
bioengeeniring of biological living complex systems, genes, cells, tissues,
organs, brain; ‘neuro-engineering’ with nano-neuro-implants; interactions
between neurosciences and artificial intelligence, informatics and robotics;
brain/computer interfaces, wearable sensors and computers, reverse
engineering the brain, artificial life. The second trend from 'technology to
biology' coincides with the interconnection of informatics and cognitive
processes, with the creation of machines similar to living beings, able to
self-repair, think and act intelligently: the so called ‘living technology’,
‘living artefacts’, bio-inspired or socio-inspired artefacts, social robots.
The increasingly exponential acceleration of techno-scientific progress in the
convergence of nano-bio-info-cogno, sets an ethical challenge not just in
number, scope, depth of issues but also in the very form the ethical
reflection takes. Ethics should be dynamic and integrated, in the ongoing
process of techno-science since the beginning of the research project,
during the process, until the application at every stage in a case-by-case
methodology.
Convergence of technologies requires ‘convergent ethics’. Not only in the
sense of finding common minimum values in a pluralistic society, but also in
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50 European Group on Ethics in Science and New Technologies
elaborating a synthetic view dealing jointly with the different levels of
analysis (nano-ethics; biotechnology ethics; ICT ethics; cognitive sciences
ethics). Ethics should also be integrated with social sciences, that deal with
the societal impact of new technologies.
There is a preliminary ethical distinction to be made between the
technologies on human beings (intervention on the body and on the mind),
the technologies involved in the interaction between human bodies/minds
and artefacts, and the technologies producing artefacts with the
robotisation of the body/life and artificialisation of intelligence.
The technologies intervening on the human body/mind give rise to many
emerging ethical challenges: the definition of health and illness, the
distinction between cure/care of the patients and enhancement of capacities
(physical, psychological, emotional, social) of the healthy subjects,
increasing in a quantitative sense and/or bettering-improving in a
qualitative sense performances. Medical and non medical purposes
challenge the ‘traditional’ values, such as respect of human dignity,
integrity and identity. Technologies producing artefacts (interaction
between bio and techno-info-digital, cognitive and behavioural sciences,
robo-ethics) trigger anthropological dilemmas involving the interpretation of
human nature facing the new possibility of hybridization and artificialisation
of man (disembodiment, functionalism).
The ethical distinction between invasive/non invasive technologies, possible
non serious or serious damage, immediate and long-term effects, reversible
or irreversible damage, require a deep reflection on security/efficacy, and
the right to be informed.
Besides concerns about the protection of integrity, security and efficacy of
technologies, there is also the question of access, strictly linked to the
distribution of scarce resources. Emerging technologies are challenging and
require a re-framing in the elaboration and application of the criterion of
distributive justice, as it deals with technologies ‘beyond’ therapy and
healthcare, with blurring boundaries between medical/non medical
applications, with complex, uncertain and likely to reach an unpredictable
benefit/risk balance with regard to individuals and society. There is the
possibility that, leaving the regulation of distribution to the free market,
only wealthy people could afford access to expensive technologies, further
increasing the already existing natural and social inequalities.
The technological divide (nano-divide, biotechnological divide, digital divide,
cognitive divide) outlines a possible scenario of inequalities. The risk is one
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European Group on Ethics in Science and New Technologies 51
of discrimination, stigmatisation and marginalisation of those having no
access to technologies, that live under disadvantaged conditions and
emerging technological vulnerabilities. A delicate problem concerns the
distribution and allocation of resources to the field of enhancement that
may be at the expense of those who need to be cured and cared for. This
right is fundamental for the dignity of the human being (not to be
discriminated in access) and for freedom of choice (access to technologies
is the requirement for choice to use or not to use it).
Having ‘in principle’ access to technologies (technologies being actually
available to everyone, or at least widely available), there should be a right
to know, to be informed/educated or a right to technological literacy. This
means a right to be motivated to a critical awareness in the use of
technologies of the benefits/risks on the individual and social level. In this
sense, equity of access to emerging technologies requires a duty of
adequate information/education and transparent communication and
dissemination of scientific novelties.
The conditions to use emerging technologies in an appropriate way is the
right to be correctly informed on risks/benefits: information is necessary in
order to protect the right to safety (physical, mental, emotional integrity)
and to privacy (and confidentiality). The risk of a gap between
technologically educated and uneducated (according to age, ability,
technological literacy). Specific challenges arise with reference to minors,
the elderly, the disabled and the incompetent.
Having ‘in principle’ access to technologies and critical information on their
use is relevant for recognising the right not to use technologies, to dissent
to the use of technologies, the right to refuse the use of technologies when
personal identity and interpersonal relationship, safety and privacy are at
stake.
The ethical challenge to protect vulnerable individuals comes to the fore
whenever they might access technologies and are adequately informed, but
feel an undue pressure to use them, as a hidden form of exploitation,
reducing freedom of choice and autonomy. The right not to use
technologies with uncertain risks, that may be serious and irreversible; the
right to achieve, with personal effort, results; the right to behave according
to normal standard of performances; the right to resist pressure to accept
enhancing technologies, and to avoid social expectations.
Social pressure to the use of these emerging technologies becomes direct
or indirect coercion that threatens the right to avoid and abstain. An
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52 European Group on Ethics in Science and New Technologies
extrinsic indirect hidden coercion impoverishes the authenticity of the
person and reduces freedom annulling it in homologation to exterior
standard expectations of excellence. There is the risk that the spread of the
use of enhancing technologies may heighten the tendency to compete
rather than to cooperate, to tolerate imperfection, to accept others and
nature as given.
It should also be considered that improvement is always possible and
intrinsic to all human beings: every function, physical, mental, emotional,
can be improved in a more lasting manner through instruction, education
and continuous training, a rich social life and interpersonal relationships,
ranging from studying, learning, continuous stimulation of interests, to
healthy lifestyles (nutrition, physical activity). It is a path that clearly
requires a lot of time, but (perhaps) it is respectful of the opportunities for
growth and development of personal and relational identity as well as of
self-esteem and the feeling of self-fulfilment. A ‘right to achievement’ or
realization of individual potentialities through personal and active effort,
development or flourishing of natural capacities, accepting human limits. It
is a path that clearly requires a lot of time, strong effort and effective
determination, but it is respectful of the opportunities for growth and
development of personal and relational identity. Medicalisation of everyday
life is a quicker and ‘easier’ solution (a ‘technological shortcut’) to
difficulties, but with possible negative consequences both on health and on
psychological status.
The complexity of techno-scientific knowledge necessarily entails an
informed, inclusive and active democratic participation of citizens: this will
be made possible by fostering a public debate during the regulatory
process. This is the emerging perspective coming to the fore to shape an
innovative ʽgovernanceʼ model for technologies under conditions of
uncertainty.
There are new challenges to regulations, that could draw inspiration from
the representation of reality, based on reliable empirical data, and the
imaginary anticipation of possible scenarios that can be envisaged,
weighing pros and cons, as well as evaluating alternative options, at the
scientific, ethical and social levels, while analysing the decision in the
context of a transparent, wise and precautionary approach.
We should be aware of the fact that inasmuch as the seriousness and
irreversibility of the risk/harm likely to be caused to man and humankind is
tainted with uncertainty, personal and social responsibilities should be
clearly defined. Regulations should be focused on adjusting the instruments
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European Group on Ethics in Science and New Technologies 53
needed to protect human health to the specificity of different technologies,
in order to safeguard personal freedom and justice, in a spectrum ranging
from restrictive to permissive regulatory forms.
Regulatory issues arise at National and International levels, harmonizing
rules across different countries. Although the problems are diverse
throughout the variegated social and cultural contexts, all technologically
advanced countries are seeking to devise regulatory frameworks for recent
enhancement technologies.
The transnational and intercultural biojuridical dialogue has been launched
and is progressively developing the perception of the need to formulate an
imperative, effective and global answer, especially in a number of
particularly timely bioethical areas, which put the identity of man, the
human species and life on earth at stake.
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54 European Group on Ethics in Science and New Technologies
Changing European Societies: Ageing, Demographic Change,
Migration and Multiculturalism, by Paula Martinho da Silva and
Emmanuel Agius
Europe’s demographic situation is characterised by low fertility, an
increasing life expectancy, and overall by a projected shrinking of its
populations in the decades to come. Compared to other world regions
Europe faces rapid demographic ageing. Moreover, with the phenomena of
migration from regions such as the Middle East and North Africa, Europe is
facing suddenly one of the most important and drastic changes of its
history:
Europeans are living longer than ever before, they are having fewer
children16;
Europe is becoming increasingly diverse as a result of migration from
other regions of the world, such as Africa as well as the current
intensive migration from the Middle East.
These two trends raise a set of issues that must be analysed deeply and
require a review of European and national policies in order to turn the
challenges into opportunities.
Two immediate consequences of these trends relates to the sustainability of
public finances in the EU Member States including the following:
the social security system (the impact of longevity on public
pensions);
the public health care system.
These two challenges will continue to exert a considerable amount of
pressure on how to maintain a sound balance between future public
expenditure and tax revenues17.
These challenges may be considered even more complex in the context of
the European health care systems keeping in mind the never-ending
emergence of new health technologies. As mentioned in the introduction of
16 By 2060, there will be just 2 workers for every person aged 65 or over - half today's figure. Despite
immigration, the population of about half of EU countries is expected to shrink. Overall EU population will
grow only slightly before peaking in 2050,
http://ec.europa.eu/economy_finance/structural_reforms/ageing/demography/index_en.htm
The EU population is projected to increase in size slightly by 2060, but with a much older age profile than today.
The EU population is projected to increase by 5% from 507 million in 2013 to a peak of 526 million in 2050,
before declining slowly to 523 million in 2060. http://ec.europa.eu/economy_finance/graphs/2015-05-
18_ageing_report_en.htm 17 As mentioned by the Working Group on Ageing Populations and Sustainability,
http://europa.eu/epc/working_groups/ageing_en.htm
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European Group on Ethics in Science and New Technologies 55
EGE Opinion 29 'Recent years have witnessed a wave of innovation in
health technologies driven by new medical breakthroughs, novel scientific
approaches and the rise of digital health technologies. Pioneering methods
of drug development and disease diagnosis, the rise of 'big health data',
and new means of providing networked care have led to predictions that
European health systems are on the cusp of transformation.'
Decisions regarding the access to all citizens to the current and future
innovative health treatments (that may save lives, predict severe diseases
in advance, and guarantee stronger efficacy than traditional medicine),
which are in most cases extremely expensive or having access to
personalised medicine possible, must be faced now and in the future. For
this reason new policies, prioritisation and good practices must be urgently
adopted both at a national and EU levels.
At the same time, while much of the promises envisaged by these
technological innovations remain to be fully realised, the emergence of new
health technologies is accompanied by a profound set of paradigm shifts in
the way individuals – whether as patients, citizens or consumers – engage
with matters of health. 18
With successive waves of migration movements, multiculturalism continued
to consolidate pluralism in Europe. Such multiculturalism is not only
characterised by diversity of European citizens, but also with citizens whose
values differ both in meaning and interpretation from the core values that
have traditionally shaped the European continent. To refer to one example,
a greater effort is now needed for healthcare professionals to respect
patients’ autonomy in a cultural context which manifests a plurality of
meaning and interpretation on the implementation of this ethical principle.
In order to change these challenges into opportunities, Member States are
invited to encourage innovation and technology, to increase investment in
'human capital' and to treat migrants in particular as a major asset. The
success of the EU 2020 Strategy will depend largely on the EU’s ability to
face up to the major demographic transformations of the coming decade
and its capability to use the strong potential of the two fastest growing
population segments: older people and immigrants and to further increase
female employment rates.
18 EGE Opinion 29 on the Ethical Implications of New Health Technologies and Citizen Participation, 2015.
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56 European Group on Ethics in Science and New Technologies
Through implementing family-friendly policies, providing better
opportunities for education and lifelong learning, encouraging active ageing,
combating age discrimination and optimising human well-being, the EU's
citizens will be able to realise their full potential.
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European Group on Ethics in Science and New Technologies 57
Governance of ethical questions in the future - Why and how, by
Linda Nielsen
From bioethics to biolaw – this has been the trend since a number of years.
Former ethical questions have been transformed into regulation of different
kinds. In some areas hard law, comprising bans etc., have been introduced
and implemented, but more and more soft law in a number of forms have
found their way into the ethical domain. Procedures, ethical councils of
different kinds, sunset clauses and other kinds of regulatory tools have
been part of this 'soft law' trend.
There are, however, many problems and challenges attached to the
transformation from bioethics to biolaw and to the EU´s role in this
transformation. Some of these are addressed below:
1. Timely regulation – how can this be ensured?
Biolaw is playing catch-up with science. While technology moves fast,
regulation tends to move slowly – and sometimes too late to have an
impact. It is therefore important that governance bodies are informed on
new technologies and have relevant and flexible tools to deal with the new
challenges. In this respect ethics councils play a crucial role, both at EU
level and in the Member States. To secure timely regulation it is important
to ensure that these ethics councils deal both with ethical challenges as well
as governance tools.
2. Individualisation versus societal interests – how should this be
balanced?
Biolaw reflects a balance between individual and common, societal
interests. The trend seems to be individualisation. It is, of course,
extremely important to protect individuals, but other trends make it
necessary to secure societal values as well. One example is the upcoming
'Me medicine' to supplement 'We medicine' and many others can be found.
The need to protect the next generations, the values and the environment,
makes a balance necessary between individual rights and societal needs.
Biolaw should always reflect a balance, which has taken both aspects into
consideration. And it should always be inclusive in the sense that public
participation and debate is essential – this is not a 'quick fix', but dependant
on how the content of the debate contributes to securing a balanced
governance solution.
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58 European Group on Ethics in Science and New Technologies
3. Global governance – what should the EU´s role be?
The ethical challenges very often call for global solutions – just as global
justice makes it paramount to include global, social responsibility. This
represents a major challenge, as experience has documented the difficulties
in achieving global agreements on ethical questions - based on differences
in cultures, governance traditions etc. It is important that EU and the
Member States acknowledge these challenges, and include global aspects in
their biolaw – considerations and supplement the EU and Member State
regulation with global, social responsibility and bilateral agreements. In this
respect the EU has a special potential to participate in global policy
activities and initiate bilateral efforts.
4. Implementation and control – how can this be expanded?
Governance only works, if it is being followed. The efforts to introduce
biolaw should be followed by efforts to secure implementation and control.
Tools may be monitoring and reporting on these themes, but this area
needs more emphasis and research, as flexible problem-solving and new
forms of governance, implementation and control are needed. In this
context it would probably be fruitful to include anthropologists,
psychologists etc. with the aim of providing new tools, taking culture,
behaviourial research etc. into account.
Bioethics and biolaw need to go hand in hand. As stressed by Henk Ten
Have (in the UNESCO book Global Bioethics: What for?)': 'Bioethics needs
bayonets'. Bioethics thus needs biolaw. But as also stressed by Henk Ten
Have: 'Laws are made of paper, bayonets are made of steel'. 'Talking is
good, but acting is better'. Biolaw thus needs monitoring, implementation
and enforcement. But as bayonets should not be used without legitimacy, I
would supplement by saying: 'Bio-ethics needs bayonets and bio-
governance'.
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European Group on Ethics in Science and New Technologies 59
Ethical implications of altered role and position of physicians in
healthcare and medical research, by Andrzej Górski
The good physician treats the disease, the great physician treats the patient
who has the disease (Sir William Osler).
In recent years there has been a wave of innovation in health technologies
primarily caused by digitalisation of health services, the rise of the
phenomenon of big data and a shift towards economic factors as an
important measure of efficiency in providing healthcare. In particular,
progress and wide introduction of telemedicine have altered patient-
physician interactions while online sources of health information supplement
and sometimes replace medical advice. What is more, we are entering an
era of patient – centeredness, where they are no longer passengers, but
instead are 'co-pilots'; such patient engagement should be the blockbuster
drug of the century19 (in biomedical research, medical product
development, regulatory decision making and health delivery).
In our Opinion 29 we 'set out to explore new trends of participation in
health by patients, citizens and consumers' and have pointed out that 'the
nature of this change is as yet not clear'. In fact, although the
developments resulting from these changes may be beneficial to patients,
there are also risks (the emergence of 'self-patients' and possible
substitution of the physicians). Is the physician already – or perhaps he will
be in the near future – an endangered species? Will his role and position
decline and – if so – is such a phenomenon really beneficial or perhaps
detrimental to the patient? What should be the response of the medical
world to these phenomena – passive or active and, if so, how should
doctors react?
Digitalisation of medicine translates into increased demands for doctors to
become savvy in digital technology. Approx. 30% of doctors use email to
communicate with patients and some 20% of them use text messages, but
many are concerned about privacy and security.20 Doctors' virtual
consultations with patients will double by 2020, but the status of medical
liability and insurance coverage is uncertain. Thus, as recently pointed out,
as the practice of telemedicine continues to grow so do the legal risks
associated with virtual care.21 What is more, data on the true value of many
19 Anderson M., McCleary KK. From passengers to co-pilots: patient roles expand. Science
Trans Med 2015,291, 291fs25. 20 Potarazu S. The changing role of the doctor. Medpage Today 3 April, 2013. 21 Gallegos A. Telemedicine poses novel legal risks for doctors. www.chestphysicians.org,
6 Oct 2015.
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60 European Group on Ethics in Science and New Technologies
technologies is still controversial, for example robotic surgery22 and their
introduction poses tough ethical dilemmas such as which of them should be
reimbursed in a time when many highly efficacious and sometimes life-
saving medicines are not reimbursed. Also, the advent of telemedicine
requires alterations of at least some ethical codes of doctors: for example,
the code of Polish doctors stipulates that a physician may undertake
treatment solely after examining a patient while remote examination should
be exceptional (art.9).
There appears to be a consecutive wave of technology challenges that
doctors have been exposed to in the past years. In 1988 it was noted that
the advent of technology results in physician not feeling different from the
plumber or the butcher – mainly because the fees were no longer paid in
guineas. In other words, the former gentleman of the profession has then
become a manual worker.23 Today in some hospital systems non-physicians
provide almost a third of primary-care services and care for patients who
are just as complicated as those seen by physicians – the quality of their
services is suggested to be equivalent.24 Even if this is true – does the
'quality' translate into improving patients’ health and wellbeing?
'The great physicians differ from the good physicians because they
understand the entire story. Only when we understand the complete story
do we make consistent diagnoses. Each patient represents a story (their
diseases, their new problems, their social situation and their beliefs… we
must develop excellent communication skills and gather the history in
appropriate depth… perform targeted physician examination based on the
historical clues… order the correct diagnostic tests and interpret them in the
context of the history and physical exam – then we should construct the
patient story that includes making the correct diagnosis which must
describe the patient context – who is the patient? What are the patient’s
goals? How might the patient’s personal situation impact our treatment
options?'25 Those words have been articulated only eight years ago!
There are clear ethical challenges to medical ethics emerging from those
significant alterations in a doctors' role in healthcare and medical research.
Let’s consider, for example, the dilemma of compliance, or rather non-
compliance. Despite all the best intention and efforts on the part of doctors
the management of diseases may not be achievable if the patients are non-
22 Beck M. Robotic surgery brings higher costs, more complications, study shows. The Wall Street Journal, 7
Oct, 2014. 23 Fraser I. The changing role of the physician. The Ulster Med J 1988,57,200-4. 24 Gounder C. The case for changing how doctors work. The New Yorker, 1 Oct, 2013. 25 Centor RM. To be a great physician, you must understand the whole story. MedGenMed 2007,9,59.
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European Group on Ethics in Science and New Technologies 61
compliant with all the serious and detrimental effects of non-compliance.
This dilemma has been of a great clinical and ethical concern due to the
widespread nature of non-compliance with therapy: it is estimated that the
compliance rate of long-term medication is between 40% and 50% (for
short-term between 70% and 80%, while the compliance with lifestyle
changes is 20%-30%). Patients who had poor compliance eventually drop
out of treatment completely. Non-compliance causes an increased financial
burden for society (excess urgent visits, hospitalisations and higher
treatment costs with up to 70% of related hospital admissions in the USA)
estimated at the level of $100 to $289 billion each year in the USA alone26.
Interestingly, several studies have shown that patients with lower
educational qualifications have better compliance, while misconceptions or
erroneous beliefs held by patients contribute to poor compliance.27
As stated,28 according to the Oxford dictionary, compliance is defined as
'the practice of obeying rules or requests made by people in authority'. If
patients were 'co-pilots' how would this new share of responsibilities
translate into compliance? Will the physicians remain 'people in authority'
and – if we agree that this authority should be shared between the
physicians and patients – who is primarily responsible for patients
treatment, its results and legal consequences of applying therapy that is not
in accord with Evidence Based Medicine (EBM)?
EBM has become central to the practice of medicine and, according to the
British Medical Journal. EBM is 'the conscientious, explicit and judicious use
of current best evidence in making decisions about the care of individual
patients integrating individual clinical expertise with the best available
external clinical evidence from systematic research.'29 This gold standard of
healthcare has recently been the subject of criticism for ignoring patient
values, preferences, and circumstances, in contrast to Shared Decision
Making (SDM) where both clinician and patient jointly participate in health
decisions after discussing the options, the benefits and harms, and
considering the patient values, preferences and circumstances. Therefore,
some experts believe that 'without SDM, EBM can turn into 'evidence
tyranny'.30 However, some surveys indicate that patients may be
misguided by their own sources of information which reflects a key insight:
26 www.forbes.com 27 Jin J, Sklar GE, Oh VM, Li L.SC. Factors affecting therapeutic compliance: a review from the patient’s perspective. Ther Clin Ris Manag 2008,4,269-86. 28 Ibid. 29 Sackett DL, Gray JAM, Haynes RB, Richardson WS. Evidence Based Medicine: what it is and what it isn’t.
Br Med J 1996,312,71. 30 Hoffmann TC, Montori VM, Del Mar CP. The connection between Evidence_based Medicine and Shared
Decision Making. JAMA 2014,312,1295-6.
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62 European Group on Ethics in Science and New Technologies
the challenges intrinsic to incorporating patient preferences are the same as
those involved in incorporating experts views into guidelines. Guidelines
must not replace clinicians’ compassionate and mindful engagement of the
patient in making decisions together.31
Therefore, changes in existing curricula of medical schools and
postgraduate teaching programs are necessary to teach medical students
and practicing physicians so as to include SDM skill training and other
educational elements related to the currently ongoing and forthcoming
changes in working style and position of physicians.
31 Montori VM, Brito JP, Mured MH. The optimal practice of Evidence-Based Medicine: incorporating patient
preferences in practice guidelines. JAMA 2013,310,2503-4; Hohman R, Shea M, Kozak M. Regulatory
decision-making meets the real world. Science Trans Med 2015,7,313fs46 (11 Nov 2015).
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European Group on Ethics in Science and New Technologies 63
Genes, technology and ethics, by Ritva Halila
During the last years scientists have developed techniques with which one
can edit genetic code more easily, rapidly and safely than ever before. The
development has been astonishingly rapid: The code of DNA was discovered
in 1953, but rapid development of technologies started in 1970s and has
only accelerated since. In the 1980s, genes and their inborn errors could be
detected already, but methods were slow and expensive. The knowledge
could be used for prenatal diagnostics, but risks for miscarriages were
significant, and the only cure was late abortion. Since then in vitro
fertilization techniques spread to clinical practice during the 1980s, and
genetic errors have been able to be diagnosed before the implantation of an
embryo. This technique has been mainly used to detect single gene
mutations in families with risks of inherited diseases, but it can also be used
for other purposes, such as detecting savior siblings for organ and blood
stem cell transplantations, selecting the sex of future children, or selecting
embryos for other reasons. Rapid developments in human genome analysis
and computer processing capacity has made personal genome analyses
feasible just by sending a sample from mouth to a laboratory, and obtaining
the risk profiles of many common diseases, such as diabetes, heart
diseases and mental disorders, via internet. Many countries have set legal
restrictions to these methods, but globalization also in the health market
seems to make evaluations and judgments problematic: if you are not
allowed to do one thing in your country, why you wouldn´t go abroad to do
it?
And now incorrect genes can even be modified. Some scientists have used
new technologies for editing genomes of human embryos.32 Are we entering
an era of a brave new world?
The same discussion rose some years ago, when scientists used nuclear
transfer techniques to human embryos.33 The first news was shown to be
misinformation, but after years of research, it seems that nuclear transfer
would be possible in human eggs and embryos to produce stable pluripotent
cell lines. The nuclear transfer technique was first introduced to clone
animals such as Dolly, the first cloned sheep. Since then the same
technique has been used to clone some other mammals. All the cloned
animals are the results of hundreds of attempts, and researchers have
reported very high failure rates, genetic errors, later developmental
32 Chinese scientists genetically modify human embryos http://www.nature.com/news/chinese-scientists-
genetically-modify-human-embryos-1.17378 33 Human Embryonic Stem Cells Derived by Somatic Cell Nuclear Transfer
http://www.cell.com/abstract/S0092-8674(13)00571-0
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64 European Group on Ethics in Science and New Technologies
problems and problems with the health of the animal. These are too risky
for human experiments. Dolly did not live a long life, and cloning has not
become a popular technique in animal breeding. It has shown to be a very
expensive, difficult and error-sensitive method, and speculation about
cloning humans have quietly disappeared.
Still research on producing personalized pluripotent stem cells using
somatic cell nuclear transfer with embryos, and possibly in the future using
induced pluripotent stem cells (IPSC) is going on. This technique has
potentials to cure diseases without rejection problems. Up to now the
technique has shown to be difficult, slow and very expensive, and so it
probably does not become a general medicament for humankind.
All these have been achievable because of the rapid technological
development of medicine. In vitro fertilization techniques have produced so
called surplus embryos that are not needed for fertility treatments. These
have been a center of vigorous discussion. Many people, researchers as well
as gamete donors think that they could be used for research instead of just
pouring them down the sink.
The new gene editing technique was first used in plants but soon the
technique spread into other species, animals, and humans. Their use is far
from safe although it is much safer, easier and also less expensive than
previous techniques. Some researchers have also studied this technique in
human eggs and embryos. Still there are pitfalls, low efficiency rates,
possibilities of errors as well as possibilities to correct inborn mistakes in
our genes.
Although problems in mistakes, errors, inefficiencies and high prices can be
solved, still there is a question of ethical and moral limits. If genetic
engineering would be an easy and possible method, what would be
indications to use them for changes that may affect the generations after
us? Do the changes that we consider important help us to eradicate or even
alleviate suffering of our species in a way that cannot be done with other
methods with which our descendants can keep their integrity untouched.
What would be their values, what do they think are worthwhile, and what
would be their solutions to the problems of their society? And how would
they judge our decision?
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European Group on Ethics in Science and New Technologies 65
The role of scientists in ethical advice related to science and new
technologies, by Pere Puigdomenech
New scientific knowledge, as well as new technologies, often generates
discussions about the way society will apply or accept them. In some cases
new developments may be seen as a threat to established ideas, habits or
economic interests. In addition, new risks may appear or may be perceived
and they have to be balanced with the benefits that new technologies
provide. Public institutions may consider new regulatory approaches and
therefore they may seek advice before taking decisions or initiating
legislative action. In this context it may seem obvious that an essential
component of the advice would be to get information on the scientific
knowledge related to the specific question examined but this is not always
the case. Here it will be argued that to have the best possible scientific
information is always necessary.
To have the best possible scientific information may not be easy. This may
be the case for different reasons: it may happen that to have conclusive
scientific results on a particular question is difficult and diverging opinions
exist. At any moment in the history of science a number of paradigms are
accepted by the scientific community and they have to be communicated to
society, however by its own nature, scientific activity is based on systematic
doubt and any scientist has to be prepared to revise his own ideas if new
observations or better interpretations are provided. If questions that are
essentially new are to be analysed, uncertainties appear, contrasting
opinions may be presented and the advice requested may seem imperfect.
There are solutions to these dilemmas.
One solution is to establish systems of consultation that undergo an
exhaustive analysis of the data that are available on the question by
scientists having different perspectives. Maybe the best example at this
moment is the work of the International Panel on Climate Change. It
involves hundreds of scientists from all over the world that examine the
validity and the conclusions of all data and all publications available on the
changes that are being observed in the atmosphere and their causes as well
as prediction of future scenarios. They produce opinions in which they try to
transmit the degree of certainty that the conclusions have. Another solution
is to ask for new data if those available seem incomplete. This is what is
normally done when the approval of a specific product, for instance in
medicine, requires a scientific opinion that needs scientific data of sufficient
quality.
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66 European Group on Ethics in Science and New Technologies
It may also happen that scientific opinions reach conclusions that are not
comfortable for those in power or that scientific knowledge is not
considered necessary to take a specific political decision because there are
other factors that are seen as more important. If we consider the same
example of climate change, there are countries where the conclusions of
the scientific analysis on this question are considered by a number of
political or social groups as irrelevant or as the fabrication of groups of
interested scientists. Another example of this type of case is the use of
genetically modified organisms. The question is the object of analysis by
dedicated scientific committees that are asked to evaluate the risks related
to these organisms. It has also been the object of hundreds of publications
in international journals and the subject of research of a number of
European research projects. Although experience has shown that for the
moment the use of these organisms, essentially plants in agriculture, has
resulted in no problem to human or animal health or to the environment,
this conclusion has been disputed by a number of social and political groups
and the question is still the object of complex and difficult decisions at
European level.
One of the problems that may exist in scientific advice is the existence of
conflicts of interest that some of those consulted may have and that is
considered a case of misconduct for scientists acting to evaluate or to give
advice in different situations. The solution to this question is usually
transparency about any interests that may exist. The most normal cases
are economic or institutional interests that are to be declared in many
instances. However, it may be argued that political or even ideological
interests could be considered not only for scientists but also for other
agents that may influence opinions or decisions about new applications of
technological developments.
Ethics Committees are often asked to produce opinions on the ethical
concerns raised by some scientific or technological development. When such
a concern arises, those responsible to propose the social or regulatory
framework for the new development may either ask advice to a specific
group of experts or they may consult an established consultative
committee. In the first case members may include scientists with direct
knowledge of the question. In the second case, as is the case for the EGE,
no specialists on each one of the questions debated are present. In such a
case an exhaustive analysis of the situation may not be necessary but it is
essential to try to base the conclusions on state-of-the-art science. The
tradition of the EGE, for example, has been to request information either to
the European Commission services or to external experts, and generally to
both. In this way the Group may acquire sufficient information to develop
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European Group on Ethics in Science and New Technologies 67
its own debate and to provide the advice required. In this setting the
presence of scientists in the debate is essential. To interpret the results, to
put forward the reasons why some conclusions are drawn, to examine what
is the probability that certain results may find an application or to have a
critical appraisal of the latest results, expertise on scientific practices is
needed. In this context to include a significant proportion of scientists in
groups such as the EGE is crucial.
In general terms, it may seem obvious a priori that those having the
responsibility to take decisions on new technological developments may
seek the best possible scientific information on a given question. This is not
always the case, because scientific opinions may appear to be in conflict
with political views or with the opinions of some vocal social groups, and
indeed, there are cases when politics must not strictly follow the opinion of
scientists. Other social values, including ethical considerations, may prevail
in the political debate. Nevertheless, experience shows that, unless clear
reasons exist, it is in general an indicator of quality when political decisions
are based on a thorough scientific analysis or when well-founded ethical
advice is followed or at least considered.
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68 European Group on Ethics in Science and New Technologies
European citizenship, human rights and ethics in the European
Union, by Herman Nys and Siobhan O’ Sullivan
In 1993 the Treaty of Maastricht which introduced the citizenship of the
European Union entered into force. Citizenship traditionally has been based
on political rights in public life. The idea of European citizenship has a much
broader sense and includes a more direct and active participation of the
citizen into debate and public life.34 Citizenship is a status that empowers its
holder. It guarantees protections and rights, and promises equal treatment
within society. Union citizenship as a form of transnational or inter-state
citizenship offers its holder rights of residence and a degree of equal
treatment in other EU Member States, allowing them to access and become
part of the host society. This conception of European citizenship has to a
large extent been achieved and represents a significant accomplishment for
the European Union. Envisaging EU citizenship, as sharing a common
identity, a common responsibility, built on a foundation of common shared
values is a more contested notion.35 In 1995, the Charter of European
identity was established and is based on 'unity in diversity and common
values for all citizens'36. The issue of whether a consensus exists around
common values amongst European citizens and if this plays an integral role
in the rationale for a political association is still an open question. In this
regard it is interesting to note the findings of the 2012 Eurobarometer
survey37, which found that a slim majority of Europeans (49% versus 42%
who disagreed) feel that Member States are closely related in terms of
shared values. Those values identified as common amongst EU Member
States included peace, democracy, human rights, rule of law, respect for
other cultures and solidarity.
The EU has developed from an economic vehicle promoting the idea of the
'market citizen' to a political Union also safeguarding fundamental rights.
Prior to the adoption of the Charter of Fundamental Human Rights in 2000
and its entering into legal force in 2009, protection of human rights within
the EU had developed in a rather incremental fashion, largely through the
case law of the European Court of Justice. The Charter was innovative in
that it enshrined social rights alongside economic and political rights. The
34 Citizens' rights and new technologies: a European challenge, Report of the European Group on Ethics in
Science and New Technologies on the Charter on Fundamental Rights related to technological innovation as
requested by President Prodi on February 3, 2000, Brussels, May 23, 2000 (EGE website), 27. 35 Víctor Pérez-Díaz The Public Sphere and a European Civil Society (1998), p235; Jeffrey Alexander (ed.)
Real Civil Societies (London: Sage, 1998) 36 Charter of European Identity, ’Towards a European Identity’:
http://www.eurit.it/eurplace/diba/citta/cartaci.htm, accessed 1st December 2015. 37 Standard Eurobarometer 77 Values of Europeans – Spring 2012
http://ec.europa.eu/public_opinion/archives/eb/eb77/eb77_value_en.pdf, accessed 1st December 2015
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European Group on Ethics in Science and New Technologies 69
Charter now operates as the primary source of human rights within the EU
and is regularly referenced by the European Court of Justice. The Court’s
case law on non-discrimination and free movement holds that a person’s
status (whether her name, nationality, race, sex, marital status or sexual
orientation) is so intimately related to her capacity and self-determination
that it cannot be stripped or altered upon movement to another Member
State. For example, Member States that do not (yet) recognize same sex
marriages have to recognize the marital status of a gay couple that married
in Belgium, regardless of their nationality and must attribute the same
rights to that status as it does for traditional marriage.38
It seems that there is no area of national law anymore that is protected
from the pressures exerted by EU law. The EU has gone beyond the
confines of a Common Market, encompassing a much greater range of
activities, most recently in the areas of security and justice. This growth in
EU competence has seen an extension in the jurisdiction of the European
Court of Justice to criminal matters and immigration. Indeed it could be
argued that EU law serves to overcome limits on permissible behaviour
imposed by Member States on their own citizens. According to De Witte, the
free movement provisions in this sense operate as a 'type of trampoline
that allows citizens to escape the normative limitations imposed by their
own Member States and more fully pursue their individual aspirations'.39
What does this mean for the relation between EU law and ethics? The Court
usually argues that the free movement provisions themselves are 'blind to
moral or ethical judgments'. In fact a consistent criticism of the Court has
been its penchant to equate fundamental market freedoms with
fundamental rights40. To some extent this is understandable as economic
integration and not fundamental rights were the foundation stone of the
EEC. Whether this is a sustainable position is highly questionable. This
'ethics-blindness' or 'neutrality' of the EU came to the surface in a recent
publication of Frischhut.41 He came to the conclusion that none of the three
main EU institutions (Commission, Parliament and Council) themselves have
explicitly incorporated ethics and morality into their Rules of Procedure and
that the same is true for the Court of Justice.42 He also demonstrated that
38 This has not yet been decided by the Court but follows implicitly from its case law, see F. De Witte, ’Sex,
Drugs & EU law: the recognition of moral and ethical diversity in EU law’, Common Market Law Review,
2013, 1576, note 142. 39 Idem, 1556. 40 Douglas-Scott S. The European Union and Human Rights after the Treaty of Lisbon. Human Rights Review
2001:11(4):645-682. 41 M. Frischhut, 'EU: short for 'Ethical Union'? The role of ethics in European Union Law', Zeitschrift für
ausländisches öffentliches Recht und Völkerrecht, 2015/3, 531-577. 42 Idem, 539.
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70 European Group on Ethics in Science and New Technologies
ethics is often used to serve as a national protection shield of non-
interference by EU law. One noteworthy example of such a protection shield
can be found in Horizon 2020 that attributes ethics to the national level as
participants have to 'comply with national legislation, regulations and
ethical rules in the countries where the action will be carried out'.43
One can refer to other recent examples of what De Witte calls 'the politics
of diversity and the argument from self-determination' (by the Member
States in this context).44 One of them is patient mobility, regulated by
Directive 2011/24 on patient rights and cross-border care. Health care is a
broad concept and some Member States feared the application of the
Directive to sensitive issues such as euthanasia, DNA-testing of IVF. At a
very early stage of the legislative procedure, the European Parliament
proposed amendments making clear that 'no provisions of this Directive
should be interpreted as to undermine the fundamental ethical choices of
Member States' (emphasis added).45
The question remains as to whether this principle of non-interference has to
be interpreted in a narrow sense, as it required 'fundamental' ethical
choices.46 Another recent example can be found in the Regulation on clinical
trials.47 Article 31, § 1, g (ii) allows under very strict conditions a clinical
trial on an incapacitated person that has no direct benefit to her but some
benefit for the population represented by the incapacitated subject
concerned when the clinical trial relates directly to the life-threatening or
debilitating medical condition from which the subject suffers and such a trial
will pose only minimal risk to, and will impose minimal burden on, the
incapacitated subject concerned in comparison with the standard treatment
of the incapacitated subject's condition. According to article 31, § 2 of the
Regulation however more stringent national rules prohibiting the conduct of
those clinical trials on incapacitated subjects, where there are no scientific
grounds to expect that participation in the clinical trial will produce a direct
benefit to the subject outweighing the risks and burdens involved remain
valid. It is very exceptional that an EU Regulation that, unlike an EU
Directive, becomes immediately enforceable as law in all Member States
simultaneously contains such a provision offering protection against
interference by EU law.
43 Idem, 547. 44 F. De Witte, 1546 45 See Recital 7 of Directive 2011/24. 46 M. Frischhut, 548. 47 Regulation (EU) No 536/2014 of The European Parliament and of The Council of 16 April 2014 on clinical
trials on medicinal products for human use, and repealing Directive 2001/20/EC. This Regulation will
become applicable on 1 January 2018.
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European Group on Ethics in Science and New Technologies 71
This is not a plea to 'Europeanise' the ethical choices and to replace the
assessment of such choices by national citizens through an assessment by
European citizens. But the ambiguity that results from the 'ethics-blindness'
of the Court in free movement judgments on the one hand and the
protective shield against interference by EU law threatens to reduce ethics
to a mere substitute for the subsidiarity principle. A greater emphasis on
ethics is essential to Europe.48Perhaps the time has come to reflect on an
inclusive European citizenship, founded on multiple identities where
differences in language, ethnicity and culture are embraced, while at the
same time forging a consensus which goes beyond economic integration
and recognizes fundamental rights as goods in and of themselves. European
citizenship can be anchored in common values but the challenge we face in
these difficult times is to guard against constructing a European identity
where fundamental rights are eroded through a discourse dominated by
economic and security concerns.
48 Citizens rights and new technologies: a European challenge, Report of the European Group on Ethics in
Science and New Technologies on the Charter on Fundamental Rights related to technological innovation,
Brussels, May 23, 2000 (EGE website), 3
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72 European Group on Ethics in Science and New Technologies
Intergenerational Governance of Science and Technology: An
‘Ombudsperson’ for Future Generations, by Prof. Emmanuel Agius
It is a known fact that science and technology have had a greater impact on
humankind and the environment in general than any other single factor in
the history of the world. Indeed, science and the integration of technology
into society have significantly influenced our way of life. Technology has
had both positive and negative effects on humankind thus far and with the
emergence of new scientific and technological innovations, it is evident that
they would have an even more pronounced effect on future generations. We
all know that science and technology can make the world a more
comfortable and convenient place to live, or a place where human beings
suffer because of the accumulation of their adverse impact on people’s
lives. It is reasonable to assume that as science and technology continue to
accelerate, we can expect dramatic changes in the years and decades
ahead.
While science and technology can make the world an easier, more
comfortable place to live in generations yet to be born, decisions on
scientific and technological research which lack foresight by the current
generation can bequeath immense risks and burdens to posterity. For this
reason, the good governance of science and emerging technologies requires
to take seriously into account not only ‘space’ but also ‘time’ when impact
assessments are carried out. Science and technology can have immense
benefits or devastating effects not only on those living now, but also
generations yet to be born. The ethical and regulatory challenges of today’s
emerging technologies need to move beyond the myopic vision of global
concern to safeguard the interests of the intergenerational community of
humankind which includes the far-distant unborn generations. Good global
and intergenerational governance is needed to reshape societal
relationships.
Transparency and participation are the hallmarks of good governance.
These ethical principles demand that future generations should not be
excluded from participation in today’s scientific and technological decisions
which might have far-reaching impacts on the quality of their lives.
Ultimately, how the present generation approaches the regulation of
emerging technologies will inevitably have wide implications - not only for
those living now, but also for not yet born generations whose dignity,
inclusiveness and equality cannot be discounted simply because of their
temporal distance.
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European Group on Ethics in Science and New Technologies 73
The EGE has already recommended in Opinion 27 on the Ethical Framework
for Assessing Research, Production and Use of Energy that the 'European
Union and its institutions should set up an ‘ombudsperson’ structure to
protect the interests of future generations; the function of this office would
not be to decide, but to promote enlightened decisions by bringing into
discussions the long-term effects of all political, socioeconomic and
technological decisions.'
Now time is ripe enough for intergeneration equity to be reflected in EU
legislative and policymaking process in science and technology. The
interests of future generations cannot be ignored in the current decision-
making process. For this reason the EU needs to set up the necessary
structures to safeguard the interest of generations yet to be born. Both
spatial and temporal dimensions of the consequences of human decisions
play a crucial role in the ethics of emerging technologies. The current
generation has the moral obligation to give up some of its interests in the
application of science and technology for the benefit of posterity whose
interests are presented by an ‘ombudsperson’. The role of the
‘ombudsperson’ is not to decide on behalf of those not yet born but to plead
to European fora to take more seriously into account the precautionary
principle in order to leave as many options as possible for the future. That
would be a great achievement for generations yet to be born!
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74 European Group on Ethics in Science and New Technologies
Challenges facing institutional consideration of matters relating to
ethics in the EU, by Prof. Günter Virt
Ethics became an independent philosophical discipline as a result of the
works of Aristotle at a time when the society in which he lived was in crisis.
The moral crisis at the root of the social crisis called for systematic thinking
on morality, or ‘ethics’. Throughout history the urgent need for ethical
reflection has always become more profound in times of crisis.
The following developments and changes have taken place since I was
appointed to the EGE in 2001:
The EGE's areas of interest have broadened from its initial
consideration of biotechnology to other technological developments
which present society with difficult decisions and major organisational
problems: to ICT, energy supply, safety technologies and new, health-
related technologies as a whole.
It has become established practice for a rapporteur to be appointed
from each of the areas of empirical science, jurisprudence and ethics.
The experts appointed were not always those proposed by us.
In order to extend the impact of our recommendations, many of which
have been of a very general nature, it would be beneficial to republish
them and to assess the extent to which account has in the past been
taken of those recommendations of relevance to current discussions
(e.g. meat from cloned animals for human consumption) or of
particular urgency (e.g. the appointment of an ombudsman
representing the interests of future generations). The challenge of
achieving consensus has prevented many targeted recommendations
from being proposed. Those recommendations should not, however, go
unreported.
The EGE has in many cases been quick to address the big issues for the
future. It has a proven track record in the field of prospective ethics, due in
part to the thematic agenda it has set itself. Robot technology and
technical developments in ‘artificial intelligence’ will present particularly
important technological challenges to the EU. Recent studies (C.B. Frey and
M. Osborne, The Future of Employment) suggest that over 50 % of people
currently employed, including professionals, will be replaced by the new
technologies in the foreseeable future. Major changes in the labour market
will greatly exacerbate the problems of unemployment that we are already
facing. Future economies will be characterised by high levels of
innovativeness and productivity as a result of the autonomous provision of
technical services, without the need for any human intervention. It is
therefore essential that suitable strategies are adopted for the workplace to
be successfully transformed. New approaches will have to be taken in order
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European Group on Ethics in Science and New Technologies 75
to usefully employ people of working age outside of conventional gainful
employment. It is also high time to prepare the next generations for the
challenges ahead and to set our educational targets accordingly. All training
will have to focus on teaching people how to be creative and on enabling
them to find their own niches of meaningful employment and, above all, to
work in the public interest. Training for its own sake will no longer be
sufficient. Training courses should as soon as possible add the element of
time spent working for the common good to the conventional division of
working time and leisure time. This would also have a beneficial effect in
terms of the extra years which many elderly people are going to live.
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76 European Group on Ethics in Science and New Technologies
3.2. The 10 Priorities of President Juncker
Ahead of his appointment as the next President of the European
Commission, Jean-Claude Juncker set out the political agenda for his five-
year term (2014-19) at the head of the institution. He presented a set of
‘political guidelines’ focusing on ten policy areas in which he said that the
European Union could make a difference, and underlined the importance of
achieving concrete results in each area. President Juncker referred to these
political guidelines as being ‘somewhat akin to a political contract… to mark
the beginning of a new mandate and to prioritise the work of the new
Commission’.
The following presents an overview of these ten priorities, examining each
issue area from an ethical perspective and pinpointing those dimensions
that may be a source of ethical questions or challenges in the years to
come.
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European Group on Ethics in Science and New Technologies 77
Priority 1 – New boost for jobs, growth and investment
In the wake of economic recession, top priority has been given by President
Juncker to strengthening the EU's competitiveness and to stimulating
investment for the purpose of job creation. This includes the flagship
initiative of a European Fund for Strategic Investments (EFSI), which uses
public money to guarantee and stimulate private investment.
The use of EU public funding to steer investment provokes a deeper set of
questions over the prioritisation of projects selected and the objectives
driving allocations of public money. The Commission has underscored the
importance of 'sustainable growth' under EFSI, prioritising investment in
education, research, renewable energy and healthcare and towards projects
that can help get the younger generation back to work. In doing so, it
recognises that competitiveness and growth are not ends alone, but should
'bring benefit to the wider society' and intersect with broader questions
concerning the resilience of our economies, societies and infrastructure
which require in-depth reflection beyond the immediate needs of short-
medium term policymaking.
Another key dimension of the Commission's efforts to boost growth and
investment is to streamline the regulatory climate for businesses, by
reducing overly prescriptive, detailed and burdensome regulations. In
cutting red tape, a careful balance must be struck between reducing cost
and inefficiency on the one hand, while imposing safeguards and standards
necessary to achieve public interest objectives. Ethical debates over where
to draw this line have already arisen in relation to laws covering
environmental standards and maternity leave. The EGE can offer valuable
guidance as the Commission grapples with the value judgements embedded
in deregulation processes.
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78 European Group on Ethics in Science and New Technologies
Priority 2 – A Connected Digital Single Market
The priority to establish a connected digital single market touches on many
issue areas already explored by the EGE in previous Opinions including the
importance of common EU data protection rules, regulatory changes
brought by the growing use of digital technologies, and the drive to boost
digital skills and learning across society, among others. In its Opinion on
the ethical implications of Information and Communication Technologies in
particular, the EGE lays much of the groundwork for defining an ethical
framework for a European connected digital single market.
However, in the rapidly evolving environment of digital technologies, new
issue areas are coming to the fore, requiring renewed ethical reflection:
how should the EU deal for instance with new technological phenomena
such as block chain which promise to revolutionalise transactions in a digital
economy with important consequences for trust and security?
The Commission 'wants everyone to have better access to digital goods and
services, to reliable high-speed infrastructure and to get the most out of the
digital economy'. Establishing a connected digital single market asks us to
consider what kind of digital environment we wish to foster in Europe.
Should open internet and net neutrality form our guiding approach as a
means to ensure the full resources of the internet are easily accessible to all
individuals and companies? Should internet services be considered a public
good and treated in a similar way as other public utilities? Such questions
take us beyond regulatory detail to touch upon fundamental issues of
transparency, justice, equality and the building of an inclusive society.
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European Group on Ethics in Science and New Technologies 79
Priority 3 – A Resilient Energy Union with a Forward-Looking Climate
Change Policy
Following the geopolitical events that reminded the European Union of its
high dependence on fuel and gas imports, the European Commission has
launched plans for a new resilient European Energy Union. EU's energy
policy aims both to be more 'secure, sustainable and reliable', and to fight
against global warming in an effort to preserve the climate for future
generations.
The United Nations Climate Change Conference in Paris 2015 illustrated that
it is possible to link today's policies and climate-neutrality to achieve a
global impact. While these negotiations represent a crucial step, concerted
actions will be needed to reach the objectives that Europe has set itself for
2020, 2030 and 2050 as regards the fight against climate change, security
of energy supply and competitiveness of European companies. This priority
speaks to fundamental questions about how we interact with our
environment, how to fairly and effectively address the world's increasing
energy demands and how to support the wellbeing of future generations.
The EGE's Opinion 27 on an ethical framework for assessing research,
production and use of energy (2013) addresses these questions and its
integrated ethics approach to achieving access, security of supply, safety,
and sustainability in the light of social, environmental and economic
concerns can continue to be a touchstone for the Commission's energy
policy. An ethically sound policy design is a challenge for the formulation of
such an important policy sector that not only affects 10% of the entire GDP
of the European Union, but that also entails global geopolitical and
macroeconomic considerations.
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80 European Group on Ethics in Science and New Technologies
Priority 4 – A deeper and Fairer Internal Market with a Strengthened
Industrial Base
In an increasing globalised world, building on the strength of the European
Union's internal market while fully exploiting its potential has been a key
priority for Commission President Jean-Claude Juncker. To this end, the
fields of taxation, finance, goods and services are touched upon, seeking to
create the launch pad for companies and industry to thrive in the global
economy. This priority seeks to establish stricter controls on banks through
new supervisory and resolution rules; create a capital markets union to
make the European Union a more attractive place to invest; combat tax
evasion and tax fraud for a 'fairer' internal market; and promote labour
mobility for greater economic opportunity.
The reinforcement of rules against money laundering, ensuring that all
companies active in the European Union pay their share of taxes, or the
recognised necessity to intensify the fight against tax fraud and evasion,
acknowledges the need for greater solidarity and fairness in our internal
market. Is the European Union on the road towards a greater Union of
justice where business ethics is at the forefront? In doing so, not only would
the creation of growth and jobs be boosted, but it would also enhance 'fair,
growth-friendly and transparent taxation', intersecting with broader ethical
questions related to solidarity, justice and fairness.
Another crucial dimension of the Commission's efforts relates to its support
for labour mobility, seeking to facilitate cross-border activities while
enhancing European integration. Ethical debates on the possible abuse of
workers have been raised, particularly in relation to social dumping,
employment conditions, mismatching of skills, or the coordination of social
security systems. The EGE can provide valuable guidance on the above-
mentioned embedded tensions in an attempt to defend one of the key
pillars of EU's internal market.
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European Group on Ethics in Science and New Technologies 81
Priority 5 – A Deeper and Fairer Economic and Monetary Union
To tackle the global economic crisis, the EU and its Member States took
bold and unprecedented measures that were not always easy, especially for
citizens, and that sometimes did not take their social consequences
sufficiently into account. The future prospect is to draw on the lessons
learned for an improved economic governance and pursue the completion of
the Economic and Monetary Union (EMU) based on the ‘Five Presidents’
Report’ under the lead of President Juncker.
The European Union is confronted with a crisis of solidarity which is a crisis
of the European project itself, epitomized most poignantly by the Greek
trials and tribulations and by the refugee crisis.
As President Juncker reflected in his State of the Union address on 9
September 2015, with regard to the state of the European Union in general
and, in particular, to the refugee crisis and the situation in Greece, 'There is
not enough Europe in this Union. And there is not enough Union in this
Union.'
This key Commission priority recognises that 'The Eu's social dimension' can
never be put to one side. It calls upon 'social fairness' and also sets out a
clear and concrete vision: 'The social effects of structural reforms need to
be discussed in public, and the fight against poverty must be a priority.'
Not only is it particularly rich with explicit and purposeful ethical, societal
and fundamental rights orientations for action, it also throws open a wide
array of ethical issues. Among those questions are the following issues: the
evolving role and vocation of the welfare state; the measuring of poverty
and of inequality; the sustainability of public finances.
At the heart of those future-oriented questions are matters of justice,
dignity and solidarity; dimensions which continue to shape the European
project itself as well as its place in the world.
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82 European Group on Ethics in Science and New Technologies
Priority 6 – A reasonable and balanced free trade agreement with the US
In trade policy, the Commission committed to negotiate a new, overarching
trade agreement with the United States known as the Transatlantic Trade
and Investment Partnership (TTIP). Since then, the world has seen
significant political shifts and a rise in protectionist sentiment that has
placed EU-US negotiations on hold. These developments have shone
renewed light on the challenge of ensuring that global trade is both free and
fair.
TTIP, and subsequently CETA, the EU-Canada trade agreement, has
generated a significant level of debate among the public and civil society,
concerned that the agreement may erode Europe's high regulatory
standards in health, safety and the environment and make privatisation of
public services more difficult to reverse. In setting out this priority,
President Juncker commits the Commission to safeguard Euroepan norms
and standards: 'I will not sacrifice Europe's safety, health, social and data
protection standards or our cultural diversity on the altar of free trade.'
As the EU advances its trade strategy, including a negotiating agenda with
partners such as Japan, Mexico and South Africa, it will need to take into
account divergences between its regulatory regime and those of third
countries which often reflect very different values and approaches to key
ethical dilemmas in the field of science and technology. Contentious issue,
including those addressed by the EGE in the past such as GMOs, cloning for
food production, and data protection, can re-surface in new guises during
the course of trade negotiations in the years to come.
Wider ethical questions are also likely to gain prominence under this priority
area. Recent debate has raised questions of trust and the importance of
information and transparency when negotiating international agreements.
Also important is the need to work with developing countries within the
world trading system in a way that re-balances global disparities in wealth,
as well as making values such as sustainability, fairness and wellbeing part
and parcel of trade agreements.
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European Group on Ethics in Science and New Technologies 83
Priority 7 – An Area of Justice and Fundamental Rights Based on Mutual
Trust
The Commission re-states its objective to pursue a common area of justice
and protection in full respect of fundamental rights and the rule of law. This
commitment 'to uphold… our shared values, the rule of law and
fundamental rights', is taking on a new significance during the course of
this Commission's mandate.
With a series of terrorist attacks striking at the heart of the constitutive
principles of European societies, the Commission has launched a new EU
Agenda on Security, mobilising the EU and its Member States on a range of
counter-terror measures. Behind this agenda is a set of far reaching and
profound questions: how to combat terrorism while preventing the
stigmatization of certain communities? What flaws of social inclusion are
exposed by the attraction of radical Islam to young Europeans? How to
secure European societies without trading the very values we seek to
protect?
In affirming that 'the Commission will not lose sight of those values' in its
efforts to fight terrorism and other forms of organised crime, it
acknowledges the extremely thorny ethical dimensions of this priority area.
The EGE's Opinion on Security and Surveillance Technologies will continue
to resonate as the above questions play out in key Commission policy files
under the Justice and Fundamental Rights portfolio: putting the Security
Agenda into action, e.g. by reinforcing data sharing systems; strengthening
EU anti-discrimination legislation; and upholding the rights of EU citizens in
the transferral of personal data between the EU and the US, via the
conclusion of the EU-US data protection umbrella agreement.
In parallel, new challenges are emerging which are shaping the context of
Commission policymaking in the justice domain. The rise of populism in the
EU, increase in hate speech and anti-semitism, and tendencies towards
autocratic governance among certain Member States, are serving to
underscore the importance of strong ethical guidance, and a value-based
leadership if the European Union is to remain a standard bearer in
advancing individual freedoms in the years to come.
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84 European Group on Ethics in Science and New Technologies
Priority 8 – Towards a new policy on migration
The arrival of hundreds of thousands of people seeking refuge in Europe is
shining a spotlight on the structural limitations of the EU's migration policy.
It also exposes significant gaps in European solidarity. Advancing a new
policy on migration has consequently become one of the most pressing
political priorities of this Commission and is taking shape in new measures
to complete a common asylum policy, develop a renewed policy on legal
migration, and strengthen border controls.
In his political guidelines of 15 July 2014, President Juncker emphasises the
deep ethical dimension that underpins the Commission's policy action on
migration: 'This is first of all a humanitarian imperative. I am convinced
that we must work closely together in a spirit of solidarity.'
What form this solidarity should take will remain an enduring question in an
era where geopolitical instabilities have led to a paradigm shift in the scale
of global displacement. Discussions of 'burden sharing' between Member
States are only one dimension of this debate: how to establish a genuine
solidarity with third countries, one that places humanitarian objectives and
development goals above short term migration management needs? How to
lay the ground for a stronger solidarity with the very people seeking safety,
stability, and a new home in Europe? And what potential tensions might
arise between new technological means of controlling borders and an
ethical, rights-based European migration policy? The increasing use of
science and technology in pursuit of managing migration cannot take place
without consideration of its potentially profound impacts upon human
dignity.
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European Group on Ethics in Science and New Technologies 85
Priority 9 – A Stronger Global Actor
Effective and united EU external action in the face of global challenges has
become all the more paramount in the wake of recent geopolitical
instabilities and following renewed questioning of the multilateral system
and global governance institutions.
This priority encompasses a spectrum of ethically sensitive policy areas
from crisis management and peace building in the Middle East, to work
towards the global sustainable development goals. It covers humanitarian
aid and protection for those fleeing conflict in Syria, to a deeper embedding
of European security and defence cooperation.
It integrates the strong recognition that while the Union needs to step up its
efforts when pooling together its external action 'toolbox', it is equally
important to remain unified in the common understanding and defence of
its European ideals. Fostering diplomatic relations and advancing
international cooperation on policy objectives such as migration, climate
change, and trade need to be pursued without compromising the EU's
position as a normative power, a standard bearer for European values, such
as democracy, human rights, equality and solidarity. When striking strategic
partnerships, finding the right balance between sometimes competing
objectives (e.g. development and migration management goals) can open
complex ethical dilemmas.
Similarly, in an era where science and technology are playing an
increasingly important role in defence policy and the defence industry,
previous and future work of the EGE may provide a useful reference point
for the Commission in tackling questions such as cyber-security, the
military use of drones and the research and funding of automation and AI in
warfare.
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86 European Group on Ethics in Science and New Technologies
Priority 10 – A Union of Democratic change
The European Union is a project of peace, of solidarity and of justice. The
European community is a community of values and these principles are
inscribed in our laws and our Treaties. Yet, we can never take our common
values for granted and, in today’s world, we need to be increasingly vigilant
to protect those ideals and principles we hold dear.
In what Europe –indeed in what world– do we want to live together? How to
shape this vision together and to make good on the promise it holds?
The Better Regulation Package and Agenda will improve the quality of new
laws and opens the door to greater public consultation. Indeed the place of
the citizens in the European edifice is the crux of the matter. This pertains
to transparency (of the policy process, including with regard to contacts
with stakeholders and lobbyists), to representation (with the important role
of the European Parliament and of the national Parliaments), to the values
of solidarity, dignity and justice at the heart of the European project, and
indeed to forms of involvement of all citizens in the polis, in the common
political life. The matter is not restrained to political institutions. Questions
of legitimacy face the making of sciences and technologies as well as the
making of policies. The European project itself is faced with this challenge.
Some of the answers reside in a reinforced interinstitutional dialogue,
including a new partnership with the European Parliament and with the
national Parliaments. Others lie in a reinforced dialogue with the people of
Europe, bridging the gap between the European project and the European
citizens. Indeed another set of answers stems from a reinvigoration of our
attention to democracy.
As indicated in the Political Guidelines, socio-technological changes are
intrinsically linked to democratic advances and predicaments. Undeniably,
biotechnologies as well as the safety of the food we eat and of the
environment in which we live are important examples of these matters of
concern which call upon more than technical answers as they raise deep
societal, ethical questions.
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European Group on Ethics in Science and New Technologies 87
The EGE Office
European Commission
Email: [email protected]
Jim DRATWA
European Commission
Head of the EGE Office
Secretary-General of the IDB
E-mail: [email protected]
Joanna PARKIN
European Commission
Policy Officer
EGE Office
E-mail: [email protected]
Laura CUESTA
European Commission
Policy Assistant
EGE Office
Email: [email protected]
Kim HOANG LE
European Commission
Administrative Assistant
EGE Office
Email: [email protected]
With thanks to former members of the EGE team, including: Maurizio Salvi,
Adriana Oltean, Maja Prelog. Additional thanks to newly-joined colleagues
Aylin Avcioglu and Rasida El Haouzi.
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Getting in touch with the EU
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Europe Direct is a service that answers your questions about the European Union. You can contact this service
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Finding information about the EU
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Societal, ethical considerations gain more and more prominence on the European political agenda, in pace with technological transformations. The European Group on Ethics in Science and New Technologies (EGE) is an independent body appointed by the President of the European Commission to provides advice on all aspects of Commission policies and legislation where ethical, societal and fundamental rights dimensions intersect with the development of science and new technologies.
During its 2011-2016 mandate, the EGE adopted four extended Opinions: on information and communication technologies; on energy; on security and surveillance; and on new health technologies and citizen participation. In addition, three statements were produced by the EGE: on clinical trials; on research integrity; and on gene editing.
This report describes the main activities of the group in the course of its 2011-2016 mandate, the context of increasing demand for a broadened ethical expertise, the variety of domains and stakeholders engaged in the development of these ethical frameworks, as well as a set of forward-looking perspectives.
Research and Innovation policy