Postdoctoral researcher at the University of Bremen
University of Bremen
Bremen, Germany
PhD in molecular biology. Currently leading the transfer of three-parent technology from science to soil, driving commercialization and business development.
As a professional in plant molecular genetics, I possess extensive expertise spanning over a decade in the fields of biochemistry and molecular biology. My profound interest lies in pursuing innovative solutions aimed at addressing pressing global challenges. My collaboration with Rita Groß-Hardt, a renowned expert in plant sexual reproduction and a pioneer in polyspermy, has steered me towards practical applications of three-parent technology. I envision a paradigm shift in plant breeding, harnessing our technology's potential to cultivate climate-resilient varieties for a sustainable and food-secure future. This invention gives me and the team the unique opportunity to make a difference on this planet and work towards providing a sustainable solutions to humanity's urgent challenges. What this breakthrough technology needs is visibility and I am passionate to bring forward this technology that has for more than 10 years attracted highly competitive funding from European Union recognising its potential to create plants of the future.
Service
Three-parent plant breeding technology (3PaTec) as a service
We deliver tailored breeding solutions for your crops. 3PaTec pipeline – from conceptualization to climate smart varieties.
Postdoctoral researcher at the University of Bremen at University of Bremen
Bremen, Germany
Project cooperation
Three-parent plant breeding technology for plants of the future
We discovered that plants can have three parents, two fathers and one mother. This innovation has the potential to foster crop resilience.
Postdoctoral researcher at the University of Bremen at University of Bremen
Bremen, Germany