This meta-analysis reveals a range of unintended genomic outcomes of current and next generation GM techniques in plants, which raises biosafety concerns. However, analytical methods to detect these changes need to be improved. […]
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This meta-analysis reveals a range of unintended genomic outcomes of current and next generation GM techniques in plants, which raises biosafety concerns. However, analytical methods to detect these changes need to be improved. […] New genomic techniques should be strictly regulated according to the Precautionary Principle in order to protect consumers from risks, guarantee freedom of choice and prevent damage to ecosystems and biodiversity. […] Civil society organisations around the globe demand a moratorium on genetically engineered gene drives at UN Biodiversity Conference […] A group of international scientists and policy experts have published a statement opposing the use of the term “precision breeding” to describe gene or genome editing. […] This recent study shows how changes in a single ‘keystone gene’ can have far-reaching consequences for ecosystems, an issue of relevance for new GE techniques. […] Many potential intended and unintended effects are specific to the techniques of new GE and may result in a new quality of risks that demand independent and mandatory risk assessment. […] Examples of new developments in genetic engineering – gene drives, genetically engineered viruses and RNA interference – demonstrate why horizon scanning and technology assessment are urgently needed. […] This report, published by the German Federal Agency for Nature Conservation, aims to enable governments to be prepared for current and future developments in synthetic biology, namely through the process of technology horizon scanning, monitoring and assessment. […] A study has found that 34% of samples of Brazilian maize landraces contained GM maize proteins, demonstrating the challenge of keeping transgene flow in check. […] This publication warns about the erosion of the general consensus that laboratory modifications of self-spreading viruses are genetically too unstable to be used safely and predictably outside contained facilities, opening the door to risky research. […] |
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