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Team:INSA Toulouse/contenu/human practice/ethical aspects
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It has a double goal: find the minimum configuration necessary to permit the life and to develop new biological fonctions, missing of the nature.<br> | It has a double goal: find the minimum configuration necessary to permit the life and to develop new biological fonctions, missing of the nature.<br> | ||
Born from 3 articles considered as founder and published in the journal Nature in the 2000s, it presents itself like the implantation of engineering systems in living organisms. Indeed, it expects the standardization (thanks to biobricks), characteristic of engineering methods, and also the creation of totally synthetic biological fonctions (design).<br> | Born from 3 articles considered as founder and published in the journal Nature in the 2000s, it presents itself like the implantation of engineering systems in living organisms. Indeed, it expects the standardization (thanks to biobricks), characteristic of engineering methods, and also the creation of totally synthetic biological fonctions (design).<br> | ||
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The following articles are the result of thinking and discussing that took place throughout the preparation of the competition between students at the iGEM team INSA Toulouse, and a student of philosophy at the Catholic Institute of Toulouse.<br> | The following articles are the result of thinking and discussing that took place throughout the preparation of the competition between students at the iGEM team INSA Toulouse, and a student of philosophy at the Catholic Institute of Toulouse.<br> | ||
Revision as of 14:40, 23 September 2013
Ethical Aspects
What is synthetic biology?
Synthetic biology is a new way of research in classical biology.
It has a double goal: find the minimum configuration necessary to permit the life and to develop new biological fonctions, missing of the nature.
Born from 3 articles considered as founder and published in the journal Nature in the 2000s, it presents itself like the implantation of engineering systems in living organisms. Indeed, it expects the standardization (thanks to biobricks), characteristic of engineering methods, and also the creation of totally synthetic biological fonctions (design).
The following articles are the result of thinking and discussing that took place throughout the preparation of the competition between students at the iGEM team INSA Toulouse, and a student of philosophy at the Catholic Institute of Toulouse.
