
Research projects representative of work within this emphasis area include:
• Conjugated linoleic acid (CLA) synthesis from soy oil and other linoleic acid rich vegetable oils; HPLC fatty acid analysis of CLA isomers in CLA rich oil; and CLA rich soy oil oxidation
• Structures and physicochemical properties of starch with relation to rice quality
• Modification of starch via chemical, physical, and enzymatic means for food and pharmaceutical applications and the development of value-added products
• Functionality and physicochemical properties of proteins and bioactive peptides during processing, extrusion. and storage
• Value-added food products and ingredients from protein and co-products

This emphasis area is centered around the safety and quality of food products with a focus on biological, chemical and physical hazards. Efforts are directed toward the development and utilization of advanced research
technologies leading to evaluations of the factors that impact the safety and quality of foods during harvesting, production, processing, packaging, storage and distribution.
Research projects representative of work within this emphasis area include:
• Physiology, genetics, metabolomics, and pathogenesis of food-borne pathogens 
• Rapid detection and control of pathogens through innovative processes
• Gastrointestinal microbiology
• Food microbial fermentation and ecology
• Prevention of post-harvest microbial spoilage



Researchers working in the Food for Health emphasis are seeking to gain a better understanding of the role of nutrition in health and disease. This includes identifying specific nutrients and bioactive components, determining the optimum leve • Defining the role of dietary protein on body composition, energy metabolism and metabolic health throughout the life cycle • Identifying and characterizing bioactive phytonutrients in horticultural crops, legumes and grains
ls of intake for disease prevention, and translating findings into solutions.
Research projects representative of work within this emphasis area include:
• Discovering the role of dietary phytochemicals and natural extracts in health and disease
• Determining the bioavailability of bioactive components in natural products and food

Both basic and applied research within this emphasis area address the challenges that face the food industry with respect to the sensory quality of foods. Research focuses on increasing understanding of the physiological aspects of human perception and the role these play in food acceptability. Also being studied is the relationship between consumer acceptance and sensory properties of foods. Graduate students working in this research emphasis have the opportunity to assist in the operation of the Sensory Service Center giving them experience in organizing, cconducting, and managing industrial projects.
Research projects representative of work within this emphasis area include: