KeyGene products

Develop and use DNA and RNA markers, sequencing and informatics to speed up breeding. The detailed study of molecular processes is rapidly advancing. And plant breeding is subsequently developing into an information-based process that relies on a solid knowledge of the molecular basis of plant traits.

Accelerating the development of desired traits for crop improvement, adding value through IP protection, and finding and validating beneficial genes. Small changes in genes and genomes can importantly determine the specific functioning and expression of plant genes and their various components. Small changes can thus powerfully influence plant traits and potentially improve the plant breeding process.

Developing genetic variation technology to create crops that are better suited to an ever-changing environment, and to the evolving demands of markets and society. Variation induction introduces spontaneous genetic changes in plants as a way of developing new and desired traits, for better crop varieties. Novel genetic variants can be developed by using random mutagenesis techniques, or through targeted gene editing techniques. Each is a powerful way of identifying and understanding and using the genetics of important plant traits.

New directions and possibilities for new and better biotic stress resistances to combat pests and diseases, make agriculture more sustainable. Growers worldwide are continuously contending with new pests and diseases that can dramatically impact their crops . The key is to develop crop varieties that are inherently resistant to these threats.

Developing effective genomic breeding tools and related data to improve plant breeding decisions and to speed up crop improvement. Through KeyGene’s proprietary genomic breeding technology , we provide the tools our partners need to make breakthrough improvements that speed up the development of new plant material, while reducing associated costs.

Enhancing breeding efficiency to get better crop varieties to market faster and more effectively. By enhancing breeding efficiency, better crop varieties can be brought to market faster and more cost effectively. This can be reached via improved breeding approaches and plant selection processes.