Consumers may soon begin purchasing fun-sized fruits and vegetables, as well as processed foods that incorporate healthier ingredients …. And producers may be able to grow crops that are drought- and flood-tolerant, yield more per acre, and are easier to harvest and transport—and are tastier, more nutritious, and less allergenic, …
Risk-disproportionate regulation of gene-edited crops has been proposed to gain public acceptance for this breeding technique. However, confounding safety regulations with advocacy for an underlying technology risks weakening achievement of both objectives. Dedicated factual communication and education from trusted sources is likely to better support public acceptance of gene-edited crops. …
The European Commission plans to create specific legislation to facilitate the production of genetically edited crops, following the July 2018 European Court of Justice decision that gene-edited crops should be regulated as GMOs. The Community Executive is considering developing a “new framework appropriate to the new genomic techniques”, as it …
Three new traits for canola, which can increase crop yields and reduce harmful environmental impacts, has been developed by Cibus, a biotechnology company that has pioneered precision gene editing for agriculture. The new traits pertain to pod shatter, resistance to Sclerotinia, and weed control.
The new traits precisely edit the canola genome to reduce pod shatter, the tendency …
Opposition to genetically modified (GM) crops advanced by organic activist groups (and official organizations like the US National Organic Standards Board (NOSB) or the EU’s European Court of Justice) is based on the claim that recombinant DNA technology introduces genes from one species into another. That’s not natural, these critics …
DNA delivery into tissue cultures is a simple method for expressing CRISPR-Cas9 and creating genome edits in the plants. This approach, however, allows strong doses of CRISPR-Cas9 to persist far beyond the incidence of targeting i.e. until genetic segregation of the Cas9 gene.
Although precision is an inherent quality of CRISPR-Cas9, the strong persistent doses in numerous cells throughout the …
The ability to edit genes within living cells and organisms at all levels, using tools like the well-known and powerful CRISPR-Cas9, is one of the most sophisticated and useful advances in modern biology. However, the technique has been limited by a myriad of safety concerns.
Now, scientists at the Salk Institute …
Effective science and communication collaborations are critical to ensure gene editing technology does not suffer from the “perception problem” now facing genetically modified organisms (GMOs), a plant pathologist warned.
“I want to feed the world sustainably. That’s what motivates me as a scientist,” said Jim Bradeen, head of the Department of …
CRISPR and other gene editing technologies could allow us to transform our food, health, and ecological systems. They also raise important questions about risks, benefits, ethics, equity, and more. We know that the science behind gene editing technologies is just one piece of the puzzle. Just as essential is dialogue …
A landmark European court ruling that made gene-edited crops subject to the same stringent regulations as other genetically modified organisms (GMOs) has created a conundrum for food-testing laboratories across Europe.
The ruling that the Court of Justice of the European Union (ECJ) delivered on 25 July 2018 requires these scattered laboratories — which …