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Technology innovation for crop improvement

KeyGene is the go-to research company for the development and application of breakthrough technology innovation. We do this for and with our shareholders and other partners, for crop improvement in for instance vegetables, fruits, ornamentals, and industrial field crops.

Technology innovation

We develop and apply breakthrough technology innovation for crop improvement, for and with partners around the globe.

Crop improvement

We use proprietary technology innovation to support partners around the globe to boost their crop improvement.

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31 March 2025

First skin-transplant potato variety obtained plant breeders’ rights

The Board for Plant Varieties has granted plant breeders’ rights to a new potato variety developed using KeyGene’s proprietary 2S1® technique for graft hybrids
Logo of the European Commission financed Marie Curie scholarship program

26 March 2025

Call for postdoctoral candidates for a Marie Curie fellowship

Opportunity for fresh PhD's to accelerate their career and be part of groundbreaking research that shapes the future of agriculture.

10 February 2025

Heinrich Heine University Dusseldorf awards guest professorship to Marcel van Verk

Appointment underlines the valuable partnership between the Cluster of Excellence on Plant Sciences (CEPLAS) in Germany and KeyGene.
KeyGene's impact

Take a look at our work

More examples
Impatiens plants susceptible to downy mildew (left) and resistant ones (right, called Beacon), developed by Ball Horticulture, directly resulting from their collaboration with KeyGene

Accelerated breeding of impatiens resistant to downy mildew

KeyGene supported Ball Horticultural in the USA to reveal, understand and utilize the genetic variation at hand within their germplasm, for accelerated breeding of impatiens varieties resistant to downy mildew.

Hand holding rice ears in the research greenhouse of KeyGene, picture made by Johana Acevedo

Hybrid rice for farmers in India

Experts from KeyGene and Bioseed, DCM Shriram in India, developed rice lines that can be used to breed hybrid varieties that meet the demands of Indian rice farmers.

Microscopy picture by Kitty Vijverberg of a dandelion egg cell

Genetics unraveled crucial to making crop plants produce clonal seeds through apomixis

Thanks to over 15 years of fundamental research at KeyGene, breakthroughs were achieved in understanding and using genes crucial to develop crop plants that produce 'clonal' seeds through apomixis.