Plastomics is pioneering a next-generation trait delivery technology that focuses on the chloroplasts of plant cells, which are essential for photosynthesis. By placing beneficial traits in the chloroplast rather than the nucleus, Plastomics enhances the expression of these traits, leading to crops that are more resilient against pests, diseases, and weeds while also achieving higher yields. This innovative approach simplifies product development by allowing for precise trait insertion and easier stacking of multiple traits, significantly reducing the complexity and time required in the breeding cycle. As a result, seed companies can bring products to market more quickly and efficiently.

The chloroplast-based trait delivery system also addresses some of the limitations of traditional nuclear trait delivery methods. Traits inherited through chloroplasts are passed down only through seeds, eliminating the need for multiple breeding crosses and reducing the risk of yield drag associated with nuclear traits. This method not only increases the effectiveness of traits, including new modes of action like RNA interference (RNAi), but also ensures that traits are contained within the seed, alleviating regulatory and environmental concerns related to trait outcrossing. Overall, Plastomics' technology opens up new market opportunities and enhances the potential for crop improvements, including modifications to photosynthetic pathways and nutritional enhancements.

United States

Plastomics'  novel trait delivery technology harnesses the power of the plant cell to create crops than can better withstand the pressure of insects, diseases and weeds and that are more efficient and deliver higher yields.

Plastomics technology will give seed companies the benefits of simplified product development, more effective products and new market opportunities.

Plastomics

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