Food Science Graduate Group
University of California, Davis
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Adams,
D. O. |
Dept. of Viticulture and Enology. Intermediary metabolism of plants, particularly the metabolism of organic acids such as malate and tartrate in grape berries; use of isotopic methods for quantitating the pool sizes and turnover rate of these acids. 13 C-NMR enriched and natural abundance techniques to evaluate the relative importance of different pathways. |
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Bamforth,
C. W. |
Dept. of Food Science and Technology. Malting and brewing; enzymology of malt and wort production, especially cell wall degradation systems and oxidoreductases; beer foam; oxygen radicals and flavor instability; control of sulfur-containing flavor substances in beer. |
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Barrett,
D. M. |
Dept. of Food Science and Technology, Cooperative Extension. Fruit and vegetable quality, as affected by handling, storage and processing conditions; focus on thermal processing, freezing, and dehydration and the role of enzymes in fruit and vegetable flavor, color, and texture. |
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Bisson,
L. F. |
Dept. of Viticulture and Enology. Regulation of glycolysis in the yeast, Saccharomyces cerevisiae and related organisms, specifically hexose transport and its control; genetic construction and physiological analysis of improved yeast strains for wine production, including investigation of expression of foreign genes in yeast. |
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Block,
D. E. |
Dept. of Viticulture and Enology; Dept. of Chemical Engineering and Materials Science. Development of novel optimization methods for bioprocessing, including use of artificial neural networks; optimization based on historical data and efficient methods of bioprocess development; process monitoring methods for wine processing; fermentation of biological control agents active against grape plant pathogens. |
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Boulton,
R. B. |
Dept. of Viticulture and Enology; Dept. of Chemical Engineering and Materials Science;Graduate Program Enology Graduate Program Chair. Chemical engineering aspects of wine processing; mathematical modeling of enological operations. |
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Bruhn,
C. M. |
Center for Consumer Research; Dept. of Food Science and Technology, Cooperative Extension. Consumer perceptions of food safety and quality; consumer acceptance of new food technologies; consumer attitudes toward specific nutrients; consumer understanding of food label statements; consumer attitudes toward produce safety, and the effect of information on consumer attitudes and concerns. |
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Bruhn,
J.C. |
Dairy Research and Information Center; Dept. of Food Science and Technology, Cooperative Extension. Dairy foods microbiology, processing of dairy products; microbiology and chemistry of dairy foods. Prefer students for M.S. Plan II (oral exam instead of thesis). |
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Cantwell,
M. I. |
Dept. of Vegetable Crops, Extension Specialist. Post-harvest physiology and handling of vegetable crops; quality and shelf-life of major volume and specialty vegetables as affected by preharvest factors, maturity, and storage conditions; alternatives to postharvest fungicides and quarantine fumigants; physiology and handling of lightly processed vegetables. |
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Carstens,
E. E. |
Section of Neurobiology, Physiology and Animal Behavior. Neurophysiology and Behavior of pain and analgesia systems; psychophysics and neurophysiology of oral chemical irritation. |
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Cliver,
D. O. |
Dept. of Population Health and Reproduction, School of Veterinary Medicine; Director of Food Safety Laboratory and World Health Organ. Transmission of viruses and other pathogens via food and water. |
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Cullor,
J. S. |
Dept. of Population Health and Reproduction, School of Veterinary Medicine; Director, Veterinary Medical Teaching & Research Center. Infectious diseases of various food animal and companion animal species; host defense mechanisms against pathogenic bacteria; vaccine safety and efficacy against Gram-negative diseases; applied science in the area of natural antibiotics of various origins; on-farm food safety issues that adversely impact public health (e.g., chemical and microbial residues). |
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Dungan,
S. R. |
Dept. of Food Science and Technology; Dept. of Chemical Engineering and Material Science; Food Science Graduate Program Chair. Partitioning and transport in emulsions and microemulsions; effect of proteins and polysaccharides on micelles and microemulsions; separations and controlled release applications using micelle/gels and microemulsions. |
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Ebeler,
S. E. |
Dept. of Viticulture and Enology. Flavor chemistry and analysis; interaction of flavors with other (non-volatile) food/beverage components. correlation of instrumental and sensory methods of flavor analysis; health effects of wine; development of analytical methodologies for analysis of wine components. |
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Farver,
T. B. |
Dept. of Population Health and Reproduction, School of Veterinary Medicine. Sampling designs for estimating incidence and prevalence of disease in food animal populations; application of multivariate methods in epidemiology and veterinary medicine. |
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Frankel,
Edwin |
Dept. of Food Science and Technology. Lipid oxidation; food and biological antioxidants; lipid chemistry and technology; lipid peroxidation in biological systems; phytochemical antioxidants in wine, fruits, spices and beverages; low density lipoproteins (LDL) oxidation. |
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German,
J. B. |
Dept. of Food Science and Technology. Chemistry and nutritional biochemistry of lipids; the role of dietary fat on tissue and cell function; essential fatty acid metabolism and synthesis of bioactive metabolites; control of lipid oxidation. |
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Guinard,
J.-X. |
Dept. of Food Science and Technology. Taste chemoreception in man; psychophysics of fats and oils; oral sensitivities and saliva; sensory evaluation methodology; sensory properties of alcoholic beverages; chemical senses and nutrition; sensory determinants of food acceptability; consumer research. |
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Harris,
L. J. |
Dept. of Food Science and Technology, Cooperative Extension. Microbial food safety and applied microbiology with emphasis on the safety of fresh and processed fruits, vegetables, and nut meats. |
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Heymann,
Hildegarde |
Dept. of Viticulture and Enology. Sensory evaluation of wines and other food products. The study of descriptive analysis and time-intensity methodology and the use multivariate data analyses to integrate sensory and consumer ratings. The use of sensory science to study food and wine. |
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King,
A. J. |
Dept. of Animal Science; Associate Dean, Undergraduate Academic Programs, College of Agricultural and Environmental Sciences. Lipid oxidation in poultry muscle and eggs, and their products; interaction of lipid by-products and muscle proteins. |
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Krochta,
J. M. |
Dept. of Food Science and Technology; Dept. of Biological and Agricultural Engineering. Food packaging systems; edible coatings to control mass transfer, microbial growth and disintegration in foods; modeling to describe mass transfer in packaged and coated food systems; controlled release of bioactive compounds from biopolymers. |
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Lee,
Y. B. |
Dept. of Animal Sciences. Postmortem biochemistry related to meat quality; the growth and development of muscle and adipose tissue; genetic manipulation of gross factors on muscle growth. |
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McCarthy,
K. L. |
Dept. of Food Science and Technology; Dept. of Biological and Agricultural Engineering. Application of theoretical modeling and experimental evaluation of fluid flow in processing equipment and quality control applications; focus on rheology and mixing. |
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McCarthy,
M. J. |
Dept. of Food Science and Technology; Dept. of Biological and Agricultural Engineering. Food engineering, mathematical modeling of mass and heat transfer during food processing and storage; process control; nuclear magnetic resonance. |
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Mills,
D.A. |
Dept. of Viticulture and Enology. Molecular genetics and microbial ecology of lactic acid bacteria employed in food and beverage fermentations; characterization of mobile genetic elements in lactic acid bacteria; profiling of mixed culture fermentations using molecular techniques. |
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Mitchell,
A. E. |
Dept. of Food Science and Technology. Food chemistry and toxicology; impact of dietary exposures on metabolism; application of LC/MS to isolate and identify bioactive food constituents. |
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Ogrydziak,
D. M. |
Dept. of Food Science and Technology. Protein secretion and processing in the yeast Yarrowia lipolytica; genetic manipulations of microorganisms as sources of enzymes or other fermentation products useful in food processing; heterologous protein production by Y. lipolytica. |
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O'Mahony,
M. |
Dept. of Food Science and Technology. Development of improved methods for sensory evaluation of food and personal products; investigation of physiological and psychological variables in flavor measurements; interactions between saliva and taste; psychophysics and behavioral methodology; cultural differences. |
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Pan,
Z. |
Dept. of Biological and Agricultural Engineering. Value-added processing of agricultural products for food and non-food applications; characterization of thermal, chemical, physical and rheological properties of food products. |
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Powell,
R. L. |
Dept. of Chemical Engineering and Materials Science. Suspension mechanics and rheology of spheres and rods; rheology of pulp suspensions and foams; magnetic resonance imaging; development of new rheological tools; biomedical engineering; acoustics; advanced composite materials; waste analysis and reduction evaluation. |
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Price,
C. W. |
Dept. of Food Science and Technology. Microbial genetics and molecular biology; regulation of gene expression during growth and development of spore-forming bacterium Bacillus subtilis, emphasizing the regulation and physiological role of the general stress response. |
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Reid,
D. S. |
Dept. of Food Science and Technology. Characterization of the freezing process and frozen storage, using foods and model systems; the role of water in foods and in food preservation; the physical chemistry of cryopreservation. |
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Rosenberg,
M. |
Dept. of Food Science and Technology, Cooperative Extension. Dairy technology and chemistry; physicochemical properties of dairy products; cheesemaking technology; quality attributes of dairy products; physico-chemical properties of milk-derived solids; food microstructure; microencapsulation techniques and products. |
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Rumsey,
T. R |
Dept. of Biological and Agricultural Engineering. Food engineering, computer simulation of processing operations, heat transfer in food materials. |
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Russell,
G. F. |
Dept. of Food Science and Technology. Chemistry of volatile food components; flavor and odor compounds; analysis of toxic and carcinogenic compounds in foods; use of computers for laboratory and process automation. |
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Ryu,
D.D.Y. |
Dept. of Chemical Engineering and Material Science. Biochemical engineering and biotechnology; recombinant fermentation process and metabolic pathway engineering; biocatalysis, biomolecular rate processes; reaction engineering of enzymes; cell cultivation (animal and plant cell lines); high value chemicals and alternate liquid fuel from renewable agricultural resources; bioremediation; clean process technology. |
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Saltveit,
M. E. |
Dept. of Vegetable Crops. Physical and physiological responses of plant tissue (usually harvested horticultural commodities) to abiotic stresses such as temperature extremes (chilling injury), physical injury (lightly processed, fresh-cut), and altered gaseous atmospheres (controlled and modified atmosphere packaging and storage). |
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Schneeman,
B. O. |
Department of Nutrition; University Outreach and International Programs. Effect of processing on the composition and bio-availability of nutrients in foods; dietary influences on digestive mechanisms; effect of modifications in the diet on the secretion and activity of digestive enzymes. Nutrient availability. |
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Shibamoto,
T. |
Dept. of Environmental Toxicology. Genotoxicity study of food constituents; chemistry and physiology of flavors and fragrance; mutagens and carcinogens occurring during heat treatment of foods; role of lipid perixidation in aging, carcinogenesis, and mutagenesis; fate of pesticides in the environment. |
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Shoemaker, C.
F. |
Chair of Dept. of Food Science and Technology. Food rheology; interfacial phenomena in food systems; microcomputer technology in food analysis and process control. |
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Singh,
R. P. |
Dept. of Biological and Agricultural Engineering; Dept. of Food Science and Technology. Food engineering: modeling heat and mass transfer in selected unit operations such as drying, freezing, thawing, frying, and contact heating; stability of foodstuffs and shelf life. |
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Smith,
G. M. |
Dept. of Food Science and Technology. Chair of Food Sciences Admissions Committee. Mechanisms of enzyme action, heme proteins, microbial metabolism, nuclear magnetic resonance, dairy chemistry. |
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Stewart,
V. J. |
Dept. of Microbiology/DBS. Microbial molecular genetics; cross-regulation in microbial signal transduction networks. |
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Suslow,
T. |
Department of Vegtable Crops. Microbial food safety of fresh-consumed fruits and vegetables, both intact and mininally processed; identifying environmental sources of contamination; developing or validating mitigation procedures consistent with good Ag Practices on farm, in packing/processing operations and in distribution. |
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Waterhouse,
A. L. |
Dept. of Viticulture and Enology. Wine phenolics: chemical analysis, development in the grape, changes induced by the production of wine, and mechanisms for their effects on health, especially cardiac heart disease; analysis of oak volatiles, and the effect of oak barrels on wine sensory and chemical properties. |
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Winter,
C. K. |
Food Safe Program, Dept. of Food Science and Technology. Cooperative Extension. Pesticide residues in foods, including risk assessment, analysis, regulation, and public policy; isolation and detection of naturally-occurring toxins of plant and fungal origin. |
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Young,
G. M. |
Dept. of Food Science and Technology. Infectious diseases caused by food-born pathogens; molecular and genetic techniques to understand bacterial-host interactions, pathogen survival in the environment and transmission. Virulence gene regulation and type III protein secretion. |
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EMERITUS FACULTY Emeritus
faculty generally do not accept research students |
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Feeney,
R. E. |
Dept. of Food Science and Technology. Biochemistry and physical chemistry of proteins; use of chemical derivatives of proteins to improve nutritional, functional and stability properties of food proteins;. antifreeze proteins. Will accept research students in collaboration with non-retired professors. |
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Gruenwedel,
D. W. |
Dept. of Food Science and Technology. Study of the genotoxicity of mutagens, carcinogens, and environmental contaminants found in foods; toxicology of trace elements and heavy metals; study of internal can corrosion processing. |
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Lewis,
M. J. |
Dept. of Food Science and Technology. Science and technology of brewing processes and beer manufacture including studies of yeast and cereal physiology and biochemistry as it relates to industrial technology; other alcoholic and carbonated beverage manufacture. |
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Merson,
R. L. |
Dept. of Food Science and Technology; Dept. of Biological and Agricultural Engineering. Application of chemical engineering to food processing; heat and mass transfer; heat sterilization process design; heat resistance of microorganisms and enzymes; design and scale up of separation methods; membrane processes; crystallization. |
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Whitaker,
J. R.. |
Dept. of Food Science and Technology; Dept. of Biochemistry. The role of enzymes in food materials; naturally occurring protein inhibitors of enzymes; denaturation and renaturation of proteins; kinetics and mechanisms of enzyme reactions. |
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March, 2005
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