DSM and Syngenta Form R&D Partnership on Biological Solutions for Agriculture
06 Nov 2015 --- DSM and Syngenta have announced an R&D partnership to develop microbial-based agricultural solutions, including bio-controls, bio-pesticides and bio-stimulants. The companies aim to jointly commercialize solutions from their discovery platform.
The collaboration aims to accelerate the delivery of a broad spectrum of products based on naturally occurring micro-organisms for pre- and post-harvest application around the world. These organisms can protect crops from pests and diseases, combat resistance and enhance plant productivity and fertility.
Over the next decade, use of biological solutions is set to record double-digit growth and by 2030 could represent up to 10% of the global crop protection market.
DSM will contribute its unique microbial database, discovery platform and decades of experience in scaling and manufacturing of microbial products. Syngenta will complement this with its specialized know-how in agronomic applications and plant biotechnology, as well as its global market access and commercial strength. Syngenta will also provide a dedicated R&D program for the selection of relevant micro-organisms.
Rob van Leen, Chief Innovation Officer of DSM, said: “Our society asks for sustainable solutions to safeguard food and nutrition security. With DSM’s bright science in the micro-organism field, we can help address this global challenge together with Syngenta and its specialized know-how and market access. We look forward to using our long-standing experience and leading competence in bio (process) technology to accelerate the development of biological solutions for agriculture.”
Trish Malarkey, Head R&D Syngenta, said: “New microbial-based solutions will contribute to meeting the challenge of producing more food from fewer resources, benefiting farmers, consumers, the environment and society. Our collaboration with DSM brings together breakthrough science and the ability to formulate and deliver biological tools on a global scale.”
