New data review focused on oilseed rape and camelina
28 November 2023 / A review of the data in current publications shows that the cultivation of plants obtained from new genetic engineering (New GE, or new genomic techniques, NGT) may put pollinators, such as bees, at risk. In addition to nectar, pollinators collect pollen from flowering plants such as oilseed rape and camelina. However, the composition of New GE plants can be altered in a way that it makes the pollen unsuitable as a food source for insects.
Will salmon with artificially-induced genetic defects be released in Norway?
21 November 2023 / An application for the experimental release of salmon obtained from new genetic engineering (New GE, also new genomic techniques, NGT) was submitted in Norway in April 2023. This is the very first application in Europe. Now, a risk assessment of the genetically engineered salmon undertaken by Norwegian scientists came to a negative conclusion. CRISPR/Cas was used in the salmon to switch off the genes responsible for the development of the reproductive organs. The intention was to use the sterile salmon for fattening in aquaculture.
Concerns about planned deregulation backed by new research
9 November 2023 / Two recent scientific studies have reported surprising effects caused by CRISPR/Cas gene scissors applications in plants. The new findings are also important for the risk assessment of plants obtained from new genetic engineering (New GE, also known as new genomic techniques, NGT), and increase concerns about EU plans for deregulation.
27 October 2023 / A new publication in the science journal ‘Frontiers in Bioengineering and Biotechnology’ comprehensively reviews unintended genetic changes in plants caused by new genetic engineering processes (or new genomic techniques, NGT). The study shows that the risks associated with NGT plants are frequently underestimated.