R&D is in our dna

For 25 years, we’ve been transforming plant breeding through cutting-edge research, collaboration, and creativity.

Full-service R&D partner

At Genetwister, we don’t just provide services; we create lasting partnerships. Our approach is about integrating into your R&D process, working alongside you to solve complex challenges. By offering full-spectrum support across genomics, bioinformatics, and breeding programs, we ensure that each solution is customized and built to grow with your company.

Collaborative DNA

We thrive on collaboration. Our teams work closely with clients, partners, and academia to push the boundaries of molecular breeding. At Genetwister, you’re not just a client—you’re a partner in innovation. This long term client-centered commitment ensures that we deliver tailored solutions that meet your specific needs.

More than just a service provider—we are an R&D partner

The intersection of science and creativity

We spark creativity through cross-team collaboration. By bringing together expertise from bioinformatics, genomics, software development, and genetics, we create innovative solutions that no single discipline could achieve alone.

Growth, supercharged.

Our ability to connect the dots between research, technology, and industry makes us a unique partner. We combine insights from academia, breeding companies, and strategic partners to help clients stay ahead in their markets. This enables us to deliver cutting-edge innovations that push boundaries and offer tailored solutions for every project.

Our way of working

We thrive on creative problem-solving. Our collaborative model brings together different areas of expertise. This allows us to think beyond traditional methods, research cross-disciplinary insights, and develop innovative, actionable solutions that work in the real world.

01
Think

Cross creativity with technical expertise.

We bring together diverse perspectives to generate inventive ideas grounded in solid science.

02
Research

Do the math.

Our teams dive deep into the data, running thorough analyses to validate and refine our concepts.

03
Develop

Turn good ideas into a great technology.

We transform ideas into actionable solutions. We develop scalable, sustainable technologies that drive progress in plant breeding.

Our Strategic Approach

Behind this simple process is Genetwister’s strategic, long-term approach to R&D. Our modus operandi revolves around balancing exploratory research with practical, applied projects that deliver value both now and in the future. We work on short-term goals like genome analysis and genetic markers, alongside longer-term innovations that push the boundaries of what’s possible in molecular breeding.

25 Years of Expertise and Innovation

For over 25 years, Genetwister has been at the frontier of molecular breeding and bioinformatics. Our expertise and long-standing track record of success make us the trusted partner for agricultural, horticultural, and ornamental plant breeders.

Sustainability

Our commitment to sustainable farming and environmental responsibility is central to every project we undertake. By driving innovation in plant breeding, improving crop resilience and reducing environmental impact, we help breeders create varieties that thrive in changing climates and support a more sustainable future for agriculture.

“We are a Superconnector between Clients, Partners, and Academia”

Why Partner with Genetwister?

By leveraging science, collaboration, and curiosity, we help companies move beyond their R&D goals. Our ability to integrate academic insights with industry needs ensures that each solution is built to withstand market challenges, keeping your company at the forefront of genetic innovation.

Meet Our Shareholders

We’re proudly backed by five renowned leaders in agricultural and ornamental breeding. Together, we collaborate to drive innovation and efficiency in molecular breeding, ensuring sustainable and impactful crop development.

 

Let’s start a project

Ready to revolutionize your R&D? Let’s work together to uncover new genetic possibilities.