CHARACTERIZATION, PRODUCTION, AND UTILIZATION OF PHYTOCHEMICALS FROM AGRICULTURAL PRODUCTS
Location: Functional Foods Research Unit
Project Number: 3620-41000-143-00
Start Date: Jun 16, 2009
End Date: Jun 15, 2010
Rapid and efficient methods will be developed to maximize production of significant quantities of purified-phytochemicals from plants, processed agricultural products and co-products, and plant tissue culture enhanced for phytochemical production. These phytochemicals will be used to evaluate their mode of action, determine dose requirements and, subsequently, in the phytochemical evaluation of crude and processed agricultural products. Characterized phytochemicals, such as the saponins from soy and glucosinolates from crucifers, will be used to develop new agricultural pest control products, chemical feed stocks for industrial processes and designer functional foods for humans and animals. The isolation and evaluation methods developed here will be used with minimal modification for the evaluation of other phytochemicals in biologically-active plant extracts. A key feature of this research is the development of collaborations with our analytical team, industrial processors, bioassay researchers for both pest control and in mammalian cell systems, and mammalian nutritional research. This research will result in defined roles for phytochemicals and new/enhanced functional products and foods.
Develop new or enhance existing protocols for the identification, quantitation and elucidation of metabolic forms of phytochemicals from plant tissues, products and by-products. Characterize phytochemicals from plants that demonstrate effective biological activity against agricultural pests, demonstrate biological activity in cell culture or nutritional studies or have chemical functionality in industrial processes. Develop or optimize protocols for the induction of secondary metabolites and important economically-valuable phytochemicals and improve growth and morphogenesis in cultured plants, plant cells, plant tissues, and organs.