2024年12月3日 · KeyGene is the go-to research company for the development and application of breakthrough technology innovation. We do this for and with our shareholders and other partners, for crop improvement in for instance vegetables, fruits, ornamentals, and industrial field crops.

KeyGene is the go-to global research company for the development and application of breakthrough technology to improve a wide variety of crops. We help our partners solve their toughest R&D challenges by discovering, understanding and using genetic variation, inducing desired new variation and improving breeding efficiency.

2024年12月3日 · In 2021, Annogen, the Amsterdam-based biotech company behind the SuRE™ technology for the functional annotation of the non-coding part of the genome, and KeyGene started a collaboration to systematically screen for variants that result in important crop traits.

KeyGene’s partners take advantage of our DNA and RNA innovations to more rapidly improve their crops, based on the genetic and phenotypic variations available to them. These same innovations can be combined with other technologies to …

KeyGene, Wageningen University & Research, and Leibniz Institute of Plant Biochemistry in Germany, have induced desired variation in chicory for plants that accumulate costunolide, an anti cancer plant metabolite.

2024年12月2日 · The first CropIB conference in Asia is jointly organized by KeyGene, which was the initiator of the CropIB conferences, and Sanya Yazhou Bay Innovation Research Co. Ltd, with strong support from the Administration Bureau of Sanya Yazhou Bay Science and Technology City Administration .

2024年6月20日 · The narrative of KeyGene’s 35-year history is punctuated with technological landmarks that have not only shaped our company but also contributed to the industry at large. It’s time to celebrate our history of technology innovation for crop improvement, along with the collaborative ecosystem that made it possible.

At KeyGene, we use long-read sequencing on native DNA. Since no PCR step is involved, long-read sequencing results in more accurate and unbiased detection of SV, compared with short-read sequencing and other approaches.

2022年1月6日 · Researchers from KeyGene and Wageningen University & Research (WUR), in collaboration with colleagues from Japan and New Zealand, have discovered a gene that will make it possible to produce seeds from crops that are genetically identical to the mother plant and that do not need pollination.

2019年10月4日 · In less than ten years, scientists from KeyGene have successfully bred from wild rubber dandelion – an undomesticated plant with low rubber yield – lines and varieties that are economically and technically (as good as) ready for production in Europe.