Bayer, KeyGene collaborate to create new traits in oilseed rape hybrids

Date:04-04-2011

Bayer CropScience and KeyGene, a biotech-company headquarted in Wageningen, the Netherlands, announced that they have entered into an exclusive trait development agreement. Both companies will combine their expertise in the fields of protoplast technology and targeted molecular mutagenesis to create novel traits for crop improvement. Financial details of the agreement were not disclosed.

The collaboration will initially focus on the use of KeyGene’s new and proprietary KeyBase® methodology to develop innovative traits for new oilseed rape varieties. KeyBase comprises a targeted mutagenesis method that is expected to add value to Bayer CropScience’s oilseed rape portfolio by generating desired changes in key genes. In addition, Bayer CropScience has the option to expand the trait development alliance to include KeyBase-mediated development of proprietary Bayer CropScience and/or KeyGene traits in cotton and rice.

The proven ability of KeyGene’s KeyBase methodology to specifically and efficiently target plant genome sequences for mutagenesis provides an innovative approach to trait development using the DNA repair mechanism present in plant cells.

"We are very pleased to enter into this collaboration with KeyGene for the genetic improvement of crops. Their technology is an important tool for our research and development program that will enhance our ability to bring valuable traits to our customers and enable them to be more productive,” said Dr. Joachim Schneider, Head of the BioScience Business Unit at Bayer CropScience.

Arjen van Tunen, KeyGene’s CEO, said: “At KeyGene we are excited about the opportunity to work with Bayer CropScience on trait development in its key crops. Bayer CropScience, being a major player in hybrid oilseed rape, is a preferred strategic partner for KeyGene and creates a perfect outlet for one of our most powerful genetic improvement methods. I am confident that our KeyBase Molecular Mutagenesis methodology will be of high added-value for various seed markets.”