Detection of New GM Plants Shown to be Possible

This study developed analytical methods which allowed reliable detection of mutations introduced in plants made by new genomic techniques. […]

Genetically Modifying Nature Goes Against the Precautionary Principle

– It is not productive or meaningful to genetically modify wild organisms solely based on the assumption of potential benefits and with uncertainty about possible harm. […]

‘Black Box’ Biotechnology: Addressing the risks, hype, and inequities of the integration of AI with synthetic biology

This briefing addresses ‘generative’ artificial intelligence (AI) tools, which are now being applied to generate novel digital sequences for GMOs and proteins. […]

New Evidence Shows Unintended Changes from Gene Editing are Different from Random Mutations

Using a new method of data evaluation, this study shows that unintentional changes from the use of CRISPR/Cas ‘gene scissors’ are different from random mutations and could present risks. […]

Risks and Governance Challenges of Gene Drive Organisms

Gene drive organisms are characterized by a significant depth of intervention. Therefore, there is a need to broaden the social and political debate over them rather than considering them as an incremental innovation of first-generation GMOs. […]

Risks from Plants Produced with New Genomic Techniques More Complex than Anticipated

New genomic techniques (NGT) can cause unintended genetic changes, thereby carrying higher risks than earlier assumed. […]

Study finds CRISPR causes ‘catastrophic’ DNA damage in plants

For the first time, CRISPR genome editing techniques have been found to induce ‘catastrophic’ DNA damage, including whole chromosomal loss and other unintended changes, in tomatoes. […]

Baseless Claim that Gene Edited Plants and Animals Do Not Contain Foreign DNA

This article explains why assertions that GM gene-edited plants and animals don’t contain any foreign genetic material in their genomes are baseless. […]

Unintended Genomic Outcomes in Current and Next Generation GM Techniques

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 Must Be Assessed According to the Precautionary Principle

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. […]