Team:Paris/EthicalReportConclusion

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== Conclusion ==
== Conclusion ==
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I wanted to end that work by opening questions, regarding all the stakes we have been through, and to suggest keys of lecture on what seem happening in that emerging field and recommendation.  
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I want to end by raising some questions regarding all we have been through, to suggest what can be understand about what is happening in that emerging field, and to make a recommendation.  
-
At first, regarding the third part of our analysis, we can see an exploded cartography of actors, something like a scientific chess board, where companies, states, civil society movements and observers, students, DIY movements are all playing a part to be involved in the governance of the field and, both to answer regulation necessities and to fulfill that aim, are proposing different ethical inventories and perspectives.
+
First, regarding the third part of our analysis, we can see an explosion of actors, something like a scientific chess board, where companies, states, civil society movements and observers, students, DIY movements are all vying to be involved in the governance of the field, and both to answer regulation necessities and to fulfill that aim, they are proposing different ethical inventories and perspectives.
-
This hybrid world of synthetic biology is saying something about state of emerging field in science, how the scientific field is now, as it always been, clearly link, mixed up with, related to economic, social, political and cultural stakes.  
+
This hybrid world of synthetic biology says something about the state of an emerging field in science, and how the scientific field is now --  as it always been -- clearly linked, mixed up with, and related to economic, social, political and cultural stakes.  
-
Put into hybridity of actors and multiplicity of stakes, synthetic biology can be bring close to a festival, were the ethical needs can be related to the appreciation of the “public”. This public would be at the same time concerned citizens, patients, medias readers, etc. As in a festival, the cartography we dressed up in the third part can lead us to consider something like an In / Off separation in the field. In the “In program” we would find scientist, companies, states and international institutions, universities. In the “Off program”, civil society and DIY movements, activist like Steve Kurtz, etc.
+
Given the hybridity of actors and multiplicity of stakes, synthetic biology is like a festival, were the ethical needs can be related to the appreciation of the “public”. This public is at the same time concerned citizens, patients, media, readers, etc. As in a festival, the cartography we elaborated in the third part can lead us to consider something like an In / Out separation in the field. In the “In program” we would find scientist, companies, states and international institutions, universities. In the “Out program”, civil society and DIY movements, activist like Steve Kurtz, etc.
-
But, as we try to figure out, some elements like decision making processes, visibility or legitimacy to the public don't match up with that In / Off interpretation. Cases like the DIYIGEM initiative prove that thing can be reorganized, redesign under unforeseen event and we can not predict who will finally take the advantage of the situation. Largely, in the governance question and through scientific, technological and leadership issues, it is also very difficult to predict how and who is about to be the main deciding actor of the field.
+
But some elements like decision making processes, visibility or legitimacy to the public don't match up with that In / Out interpretation. Sides and borders are not so rigid. Cases like the DIYIGEM initiative prove that things can be reorganized and redesigned under unforeseen events and we cannot predict who will finally take advantage of the situation. Largely, in the governance question and through scientific, technological and leadership issues, it is also very difficult to predict how and who is about to be the main deciding actor of the field.
-
Let's keep in mind that safety concerns, as proved by the DIYIGEM rejection, will surely smooth out this hybridity, and make a In / Off separation more established.
+
Let's keep in mind that safety concerns, as proved by the DIYIGEM rejection, will surely smooth out this hybridity, and make an On / Off separation more established.
-
What kind of statement can we pull of that? I think it could be interesting to question it ethically, in the scope of the youth generation meeting of IGEM 09. We can wonder about what kind of consequences this portrayal will create on future biological engineers. Taking over Merton's expression (Merton 1942) : In what scientific ethos this generation is about to work?
+
What kind of statement can we draw from that? I think it could be interesting to question it ethically, in the scope of the youth generation meeting of IGEM 09. We can wonder about what kind of consequences this portrayal will create for future biological engineers. Taking over Merton's expression (Merton 1942) : In what scientific ethos is this generation about to work?
-
Do something like universal norms can now be shared by all the synthetic biology community? Do communlalism, universalism, disinterestedness, originality and skepticism can be shared by biotechnological companies' scientists and by a DIY engineer?
+
Are there universal norms that can now be shared by all the synthetic biology community? Can the values of communlalism, universalism, disinterestedness, originality and skepticism be shared both by biotechnological companies' scientists and by a DIY engineer?
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I personally think that polyphony, explained in our introduction, is creating something on that norms and duties. They now look more than a toolbox in order to build ethical position, rather than a scientific community norms base as described by Merton in 1942.
+
I personally think that polyphony, explained in our introduction, is creating something like norms and duties. They now look more like a toolbox in order to build an ethical position, rather than scientific community norms base as described by Merton in 1942.
-
Beside an ethical toolbox which permit scientist and non scientist to position themselves in all the debates we have been through, something like a critical individualism seem operating in the actors' mind. The idea of a critical individualism is that we have no more the necessity to submit or adapt ourselves to the ethical and moral criterion of a whole community, differences and divergence is accepted and regarded as a possibility of new and innovative idea. Beside that kind of freedom in positioning, outcome from liberal western culture which promote the individual as the decider, critic still matter and organized. Thus, scientist can join so different perspective, as the Craig Venter Institute or the DIYbio local group of his city.
+
Beside an ethical toolbox which permits both scientist and non scientist to position themselves in all the debates we have been through, something like a critical individualism seems to be operating in the actors' mind. The idea of a critical individualism is that we no longer have the necessity to submit or adapt ourselves to the ethical and moral criteria of a whole community; differences and divergences are accepted and regarded as a possibility of new and innovative ideas. Beside that kind of freedom in positioning, which comes from liberal western culture which promotes the individual as the decider, criticism still matter and organized. Thus, the scientist can join with very different perspectives, as the Craig Venter Institute or the DIYbio local group of his city.
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This critical individualism seem to be this new scientific ethos in synthetic biology.
+
This critical individualism seems to be the new scientific ethos in synthetic biology.
-
To resume our scour in this work, we can remember that our two first parts was about relating ethical stakes, which leaded us to the governance question. In order to face it pragmatically, we try to portrait interests and interactions of the different actors of the field. We always try, in this work, to answer to two imperatives : observing and wondering about what can be a morally and politically good practices in synthetic biology. This statement lead us not to limit ourselves to the risks and to face more global ethical needs such as socioeconomic problems.
+
To summarize our work, we can remember that the two first parts about the ethical stakes lead us to the governance question. In order to face it pragmatically, we tried to describe the interests and interactions of the different actors of the field. We always try, in this work, to answer two imperatives : observing and questioning what can be a morally and politically good practices in synthetic biology. This statement leads us not to limit ourselves to the risks but to face more global ethical needs such as socioeconomic problems.
-
We have know to take the advantage of the emerging characteristic of the field as a freedom to challenge :
+
We have to know how to take advantage of the emerging characteristic of the field as a freedom to challenge :
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In a daily and local effort : A reflexivity in a ethical reflexion on practices, discourses and social interactions. Element that are building...
+
In a daily and local effort : A reflexivity in a ethical reflexion on practices, discourses and social interactions. Elements that are building...
-
… Disciplinary and larger problematic : A responsible position regarding what scientific paradigm, through concepts, perceptions and values, is coming with this field, sill under construction but soon established.
+
… Disciplinary and larger problematic : A responsible position regarding what scientific paradigm, through concepts, perceptions and values, is coming with this field, still under construction but soon established.

Revision as of 21:22, 19 October 2009

iGEM > Paris > Ethic > Ethical LabBook > Main



Conclusion

I want to end by raising some questions regarding all we have been through, to suggest what can be understand about what is happening in that emerging field, and to make a recommendation. First, regarding the third part of our analysis, we can see an explosion of actors, something like a scientific chess board, where companies, states, civil society movements and observers, students, DIY movements are all vying to be involved in the governance of the field, and both to answer regulation necessities and to fulfill that aim, they are proposing different ethical inventories and perspectives. This hybrid world of synthetic biology says something about the state of an emerging field in science, and how the scientific field is now -- as it always been -- clearly linked, mixed up with, and related to economic, social, political and cultural stakes. Given the hybridity of actors and multiplicity of stakes, synthetic biology is like a festival, were the ethical needs can be related to the appreciation of the “public”. This public is at the same time concerned citizens, patients, media, readers, etc. As in a festival, the cartography we elaborated in the third part can lead us to consider something like an In / Out separation in the field. In the “In program” we would find scientist, companies, states and international institutions, universities. In the “Out program”, civil society and DIY movements, activist like Steve Kurtz, etc. But some elements like decision making processes, visibility or legitimacy to the public don't match up with that In / Out interpretation. Sides and borders are not so rigid. Cases like the DIYIGEM initiative prove that things can be reorganized and redesigned under unforeseen events and we cannot predict who will finally take advantage of the situation. Largely, in the governance question and through scientific, technological and leadership issues, it is also very difficult to predict how and who is about to be the main deciding actor of the field. Let's keep in mind that safety concerns, as proved by the DIYIGEM rejection, will surely smooth out this hybridity, and make an On / Off separation more established.

What kind of statement can we draw from that? I think it could be interesting to question it ethically, in the scope of the youth generation meeting of IGEM 09. We can wonder about what kind of consequences this portrayal will create for future biological engineers. Taking over Merton's expression (Merton 1942) : In what scientific ethos is this generation about to work? Are there universal norms that can now be shared by all the synthetic biology community? Can the values of communlalism, universalism, disinterestedness, originality and skepticism be shared both by biotechnological companies' scientists and by a DIY engineer? I personally think that polyphony, explained in our introduction, is creating something like norms and duties. They now look more like a toolbox in order to build an ethical position, rather than scientific community norms base as described by Merton in 1942. Beside an ethical toolbox which permits both scientist and non scientist to position themselves in all the debates we have been through, something like a critical individualism seems to be operating in the actors' mind. The idea of a critical individualism is that we no longer have the necessity to submit or adapt ourselves to the ethical and moral criteria of a whole community; differences and divergences are accepted and regarded as a possibility of new and innovative ideas. Beside that kind of freedom in positioning, which comes from liberal western culture which promotes the individual as the decider, criticism still matter and organized. Thus, the scientist can join with very different perspectives, as the Craig Venter Institute or the DIYbio local group of his city. This critical individualism seems to be the new scientific ethos in synthetic biology.

To summarize our work, we can remember that the two first parts about the ethical stakes lead us to the governance question. In order to face it pragmatically, we tried to describe the interests and interactions of the different actors of the field. We always try, in this work, to answer two imperatives : observing and questioning what can be a morally and politically good practices in synthetic biology. This statement leads us not to limit ourselves to the risks but to face more global ethical needs such as socioeconomic problems. We have to know how to take advantage of the emerging characteristic of the field as a freedom to challenge : In a daily and local effort : A reflexivity in a ethical reflexion on practices, discourses and social interactions. Elements that are building...

… Disciplinary and larger problematic : A responsible position regarding what scientific paradigm, through concepts, perceptions and values, is coming with this field, still under construction but soon established.