Author - A Amarender Reddy, joint director, School of Crop Health Policy Support Research (SCHPSR), ICAR-National Institute of Biotic Stress Management (NIBSM).
A new transgenic lime developed by USDA scientists could make your next margarita purple, and U.S. farmers to grow 5% more corn next year according to a new survey.
Climate-friendly sheep and salmon that eat less yet grow faster. Researchers are using genetic engineering to design animals for the livestock farming of the future.
Why new genetic techniques need to be stringently regulated – study
LATEST VIDEOS Why new genetic techniques need to be stringently regulated – study Details
1. Why new genetic techniques need to be stringently regulated – comment on new study
2. Differentiated impacts of human interventions on nature: Scaling the conversation on regulation of gene technologies – new study abstract -
Third World Network Biosafety Information Service, 4 Apr 2021
Worldwide, governments are under pressure from the biotechnology and agrichemical industries to deregulate products developed using the so-called “new” genetic engineering techniques such as genome editing and gene silencing. A new paper describes how many of the new techniques are not new to science, but because of technical developments can now be applied to more species in less time and for more kinds of traits.
Small changes made with gene editing cause severe deformities in plants
LATEST VIDEOS Small changes made with gene editing cause severe deformities in plants Details
New study points to unintended effects of gene editing in plants and potential negative effects on ecosystems
Gene editing causes drastic unwanted effects in gene-edited plants including severe deformities, a new scientific publication in the journal Environmental Sciences Europe shows. This is the case even when the changes are intended by the gene editor to be small tweaks to existing genes rather than, for example, the introduction of new genetic material.
More broadly, the study provides an overview of the negative effects on ecosystems that can result from the release of gene-edited plants. These unintended effects result from the intended changes induced by genome editing, which can affect various metabolic processes in the plants.