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Chapter 9
            What’s Wrong with Genetic Engineering?
            Ethics, Socioscientific Issues, and Education



            Bradley D. Rowe







            In “Moral-Ethical Character and Science Education,” Michael Mueller and Dana
            Zeidler ground their ecojustice ethic mostly within a consequentialist theoretical
            framework.  Consequentialism  is  the  philosophical  theory  that  determines  the
            morality of an action by looking at the various consequences or effects that the action
            produces (Troyer 2003). One does not judge an action as morally defensible or
            indefensible by critiquing the action in of itself, but rather the good or bad effects
            that follow. For the authors, it is not the immediate act of biogenetically transforming
            the species Danio rerio into the ornamental, fluorescent-glowing pet fish, “GloFish,”
            that is morally suspect. It is, instead, the various social and environmental conse-
            quences  and  risks  that  might,  and  in  fact  have,  ensued  from  this  act.  For  this
            response I will primarily focus on the ethics of what is clearly a forceful socioscientific
            issue – genetically modified organisms (GMOs) – and extend the ethical-educational
            conversation started by Mueller and Zeidler.
              As  a  socioscientific  issue,  the  authors  are  more  concerned  with  GloFish  as  a
            transgenic species – that is, the fish as it exists, post-genetic modification, outside
            science’s controlled environment – than they are with moral questions concerning
            the actual practice of genetic engineering. Yet the conceptualization of an ethic that
            focuses solely on the aftermath of a human action necessitates further development
            if it does not isolate and examine the action itself, apart from its consequences. As
            Mueller and Zeidler discuss, ecojustice relies on a diversity of perspectives to provoke
            the multifaceted dialogue needed for the socioscientific movement to gain momen-
            tum in the science classroom. So how can we diversify and broaden our ethical
            analysis  of  GMOs  in  general  and  of  education  specifically?  I  contend  that  we
            employ a nonconsequentialist theoretical approach by concerning ourselves with the
            very act of genetic modification, in addition to the ecological risks or problems of
            this act. This approach, it seems, will invite another mode of ethical thinking and
            enliven a discussion that is typically dominated by talk of implications, not of the
            intrinsic morality of transgenic technology. By the end of this essay, I will have not



            B.D. Rowe
            Ohio State University


            D.J. Tippins et al. (eds.), Cultural Studies and Environmentalism,    129
            Cultural Studies of Science Education, Vol. 3, DOI 10.1007/978-90-481-3929-3_9,
            © Springer Science+Business Media B.V. 2010
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