We tried to determine the reasoning behind the stances taken by a group of 19-21-year-old students on the controversial issue of the feasability and acceptability of human gene therapy. The students were in training at a biotechnology institute. We organised classroom debates, punctuated by phases of epistemological "disturbances". We used a variety of resources from authentic genetic therapy cases. We also worked on the reconsideration of Crick's model on the basis of recent results in molecular genetics and genomics. We stimulated critical analysis by presenting texts on the failure of gene therapies. This also encouraged the students to evaluate the empirical evidence, in the light of current molecular biology data that challenges Crick'...
In this pilot project, drama was used to situate genetic testing in a social and cultural context – ...
The GENET (gene + net) Forum was designed as a contribution to help teachers and pupils to develop c...
This paper provides a rationale for the inclusion of biotechnology courses in the secondary science ...
In the public discussion of genetically modified (GM) food the representations of science as a socia...
This paper presents results from a study with the following research questions: Are pupils' opinions...
Analyses of how students and a professor in an introductory university biotechnology course justify ...
Biotechnology applications are used in many different fields, from the chemicals industry to agricul...
The public controversies associated with biotechnological progress (genetic modification, cloning, a...
International audienceQuantitative and qualitative studies of various aspects of the perception of b...
Biotechnology, broadly defined, is the manipulation of living organisms, or parts of living organism...
The purpose of this research was to determine whether teaching argumentation to high school biology ...
International audienceThe present study analyses decision-making and argumentation by high school st...
The ability to negotiate and resolve socioscientific issues has been posited as integral components ...
07-23For over the last two decades biotechnology and its techniques in various fields have attracted...
In recent decades, Science & Technology Studies (STS) have revealed the dynamic interaction betw...
In this pilot project, drama was used to situate genetic testing in a social and cultural context – ...
The GENET (gene + net) Forum was designed as a contribution to help teachers and pupils to develop c...
This paper provides a rationale for the inclusion of biotechnology courses in the secondary science ...
In the public discussion of genetically modified (GM) food the representations of science as a socia...
This paper presents results from a study with the following research questions: Are pupils' opinions...
Analyses of how students and a professor in an introductory university biotechnology course justify ...
Biotechnology applications are used in many different fields, from the chemicals industry to agricul...
The public controversies associated with biotechnological progress (genetic modification, cloning, a...
International audienceQuantitative and qualitative studies of various aspects of the perception of b...
Biotechnology, broadly defined, is the manipulation of living organisms, or parts of living organism...
The purpose of this research was to determine whether teaching argumentation to high school biology ...
International audienceThe present study analyses decision-making and argumentation by high school st...
The ability to negotiate and resolve socioscientific issues has been posited as integral components ...
07-23For over the last two decades biotechnology and its techniques in various fields have attracted...
In recent decades, Science & Technology Studies (STS) have revealed the dynamic interaction betw...
In this pilot project, drama was used to situate genetic testing in a social and cultural context – ...
The GENET (gene + net) Forum was designed as a contribution to help teachers and pupils to develop c...
This paper provides a rationale for the inclusion of biotechnology courses in the secondary science ...