This landscape reveals what Novonesis is actively researching on recently. It organizes signals from patents into clusters of real scientific and technical questions being explored, showing where Novonesis is repeatedly investing effort, building knowledge, and reducing uncertainty. The result is a forward-looking view of strategic intent , often visible months or years before it appears in products, partnerships, or financial disclosures of Novonesis.
Pathogen proliferation in livestock feed reduces animal health and yield, which is mitigated through the stabilization of specific protease and muramidase enzymes in granular delivery systems. This replaces traditional chemical insecticides with targeted biological activity to maintain gut health.
Environmental exposure and moisture trigger premature germination or degradation of microbial inoculants, leading to low field efficacy. Engineering the formulation with non-aqueous dispersants and protectants stabilizes the spores for long-term survival.
Poor solubility of signaling molecules limits effective plant uptake and bio-efficacy. Stabilizing these specific lipo-chitooligosaccharide structures in aqueous solvents ensures consistent physiological response across diverse seed treatments.