Inf’OGM has published in october 2011 a report (in french) on the new techniques of biotechnology . In summer 2012, Inf’OGM decided to provide the european citizens with an english version of this report. You can donwload this report on this page :
- [Report] New techniques explained to the layman
Plant genetic engineering with laboratories’ techniques is a process still going on in the biotech companies’ laboratories. The current commercialised GMOs come from a technique already obsolete. For transgenesis is no longer the only technique adopted by the industries to genetically modify plants. The technicians have now the choice between several techniques with names such as zinc finger nuclease technology, cisgenesis...
Focusing on the risks associated with transgenesis, which allows the genetic chimera development, public debate got recently interested in older genetic engineering technique like mutagenesis. This debate on mutated plants did not occur prior to their commercialisation which happened with no legal biosafety framework. New techniques that are now coming out from laboratories require public attention.
By the end of 2008, European commission requested from member states two experts to join a european working group. Its goal was to answer the following question : does GMO legislation applies to products obtained through the use of those eight techniques? In June 2011, the experts had not finished their work and no calendar was known by then.
To answer this new move of technoscience, a seminar was organised by Inf’OGM in order to start thinking an independent and critical analysis. With the purpose of having a democratic debate with sufficient knowledge.
1 - Principles and applications of new techniques for the modification of living organisms
Transgenesis: The reference technique
Changes to genome modification techniques (Cisgenesis, Mutagenesis, Zinc finger nucleases, Methylation)
Particular agricultural and breeding techniques that use transgenesis (Grafting, Agro-infiltration, Reverse breeding)
General considerations in relation to new techniques for the genetic modification of plants
2 - Evolution of intellectual property rights on modified plants
A new European framework for plant patents
Patents and NPVC: Indexing genetic information strengthens the industrial property rights to seeds
General considerations in relation to the appropriation of living organisms
3 - Epistemological and ethical issues
The principles of synthetic biology
An analysis of genetically-modified organisms for social change
What questions are posed in epistemological terms?
General considerations in relation to epistemological and ethical issues