Technology

We have developed two new classes of plant biochemical regulators, based on a natural product backbone, that have demonstrated the ability to significantly increase root mass and foliage, accelerate maturity, induce selective systemic insect resistance, and substantially increase yield – while maintaining balanced plant growth. In many crops we can induce a consistent over-expression of key primary and secondary plant metabolites of considerable commercial value. We have secured broad patent protection for these compounds in both domestic and key international markets.  

Plant biochemical regulators can control the physiological and biochemical functions of many plant species at a molecular level. Characteristically, these compounds are often highly specific and active at extremely low concentrations. For example, in some applications our chemistries are effective at rates as low as 0.1ppm (1 ounce in 7800 gallons). In some cases biochemical regulators can induce resistance to lodging, insects, diseases, adverse temperatures and high soil salinity. In other instances they can affect branching, height and other physical attributes of the plant.

We also use our compounds as small molecule probes in a “chemical genetics” screening program to create temporary alterations in the metabolic pathways of a plant. Using this approach, we are better able to understand and use cellular pathways for chemical transformation, energy transduction and other metabolic engineering processes involved in plant growth.

We can apply the knowledge we gain in a number of ways, including the ability to modify biological pathways to produce biological substitutes for less desirable chemical processes; facilitate greater agricultural production, and providing better a understanding of the metabolic basis for crop diseases that will help develop new targeted treatments or cures.