Through wind and rain, spring and autumn, in the blink of an eye, Qi-Biodesign has reached an important milestone of its second anniversary since its establishment. Looking back on the past year, Qi-Biodesign has remained true to its original aspiration, laying a solid foundation, accumulating strength, and persevering with an entrepreneurial spirit to explore and make progress. Clarify strategic positioning and define development direction This year, we have redefined the mission and vision of Qi-Biodesign, clarified our strategic positioning, and clarified our development strategy. Corporate Mission: Gene editing creates limitless possibilities for the future. Just as Nobel laureate in Chemistry, Professor Jennifer A. Doudna, and her team stated in a review article in the journal Science: “Through relentless exploration of the natural world, we will discover new things beyond imagination and harness them for the benefit of the real world and the Earth.” Gene editing technology holds vast potential for […]
For a better future
Qi’s vision is to become a global leader in gene editing technology
Truth
Innovation
Perseverance
Our SEED platform is led by a leading plant genetic transformation scientist with over 40 years of plant delivery experiences across a variety of species.
Our transformation team is suited to rapidly generate efficient plant transformation protocols to enable genome editing in plants, especially transgene-free genome editing.
Our plant delivery team has successfully demonstrated efficient delivery and regeneration across over 50 crop species, including in corn, soybean, wheat, rice, strawberries, lettuce, sugar beet and more.
Qi Biodesign pioneers the development of new and precise genome editing technologies.
Our research team discovers and engineers new protein complexes that can perform genome editing in living cells. We focus on tools that can enable gene knockout, base editing, prime editing, and targeted gene insertion in eukaryotic cells.
Our EDIT process blends the discovery of new proteins from nature with rapid protein evolution and engineering platforms to establish precise and efficient genome editing.
