CRISPR/Cas-based gene editing has revolutionized plant research and breeding. A major advantage of the technology is the ability to multiplex and target multiple genes simultaneously. In our research we are combining multiplex gene editing with doubled haploid breeding to rapidly generate homozygous edited lines. We are further developing technologies related to haploid induction, haploid identification and transgenerational gene editing.
Team building with visit to VIB Agro-Incubator in Nevele and farmfun.be
The CGEF operates a maize transformation platform available to VIB research groups, external academic institutions, and industry partners. In addition to transformation services, we provide expertise in related activities, including T-DNA copy number determination, construct design, cloning, and genotyping.
Soybean cultivation as a protein crop is attracting increasing interest from European governments and industry, aiming to reduce import dependency and meet the rising demand for meat alternatives. Our research is centered on developing molecular tools, including efficient transformation and gene editing techniques, using an early-maturing genotype selected as the model for soybean in Flanders.
