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Gene-Editing

EU survey reveals need for urgent regulatory reform on gene editing to ensure safety and...
Japanese consumers are embracing gene editing technology, according to a new consumer research study. Learn...
Gene editing technology can help researchers better understand barley quality and its potential for improving...
EU must act to protect common market for seed: stop French interpretation of mutagenesis plant...
GE scientists develop plant-based vaccine platform to speed up COVID-19 vaccine development. Learn how this...
K-State and CDC partner to use gene editing to improve wheat breeding. Learn how this...
SGS Canada expands its GMO testing facility to meet the growing demand for food safety...
Tropic Biosciences partners with BASF to develop innovative traits for growers, combining Tropic's gene-editing technology...
Scientists use CRISPR-Cas9 to edit single nucleotides in rice, unlocking potential for improved crop yields...
BSPB Chief Executive urges peers to back precision breeding amendment in Agriculture Bill. Learn more...
Crispr technology is revolutionizing crop production. Learn how it enables one-step hybrid seed production in...
UK Environment Secretary proposes use of gene editing to reduce farmers' reliance on pesticides, helping...
Learn about the potential benefits of agricultural genome editing, including increased crop yields, improved nutrition,...
Gene editing is revolutionizing agriculture, from crop yields to animal health. Learn how this technology...
Cibus, a leader in gene-editing technology, has achieved milestones in developing two new traits. Learn...
Epigenetics is a new field of science that is revolutionizing our understanding of genetics. Learn...
Gene editing is revolutionizing agriculture, allowing farmers to produce more food with fewer resources. Learn...
Gene editing is a new technology that could revolutionize the food industry. Learn about the...
EU calls for research to back up 2018 legislation on gene editing. Study to assess...
Learn why CRISPR technology is essential for Europe to remain competitive in the global market....
Learn about the European Citizens Initiative on Plant Breeding Innovation, a campaign to promote the...
Yield10 Bioscience and Simplot partner to evaluate gene editing in potato, a potential breakthrough in...
New research reveals how the OSCAF1 gene influences chloroplast development in rice, using the CRISPR-Cas9...
African nations join forces to promote responsible communication on genome editing: Declaration adopted to ensure...
New cloning system enables development of transgene-free edited crops, allowing for more efficient and precise...
Scientists have identified a gene that could help develop plants to fight climate change. Unlocking...
Biologists develop groundbreaking technique to decode gene expression, unlocking new possibilities for understanding genetic diseases....
Scientists use CRISPR-Cas9 to modify soybean seed storage protein genes, improving seed quality and yield....
European scientists collaborate to unlock the potential of genome editing, exploring its applications in medicine,...
Costa Ricans are open to the idea of CRISPR-modified foods, according to a recent survey....
UMD researchers review the potential of CRISPR technology in crop production, exploring its implications for...
New toolkits for efficient genome editing in rice using CRISPR-Cas9 technology. Improve crop yields &...
EU Commissioner Vytenis Andriukaitis discusses the potential of gene editing to improve human health and...
Understand the science behind genetically modified food and learn why it's safe to eat. Discover...
Learn how CRISPR gene editing is enabling innovation in the agricultural industry with this free...
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