
Rank: Associate Professor
Expertise: Cereal Chemistry
Department of Crop and Soil Science
Crop Science Building 231
Oregon State University
Corvallis, OR 97331
Professional information:
Education
BSc.Agr 1984 - University of Sydney, Australia,
Agricultural Chemistry
Ph.D. 1994 - University of New South Wales, Australia, Organic Chemistry
Professional Activities
Member of the American Association of Cereal Chemists
Research Interests
My area of research is Cereal Chemistry and my main
interests lie in the association between wheat kernel composition and end-use
properties, in particular Asian cereal foods such as noodles but also pasta,
breads, cookies and cakes. I am also interested in cereal processing technology
and sensory analyses.
I have a split appointment between the Crop & Soil Science and Food Science &
Technology departments. My Crop Science interests are the genetic, biochemical
and physical factors of wheat grain that are related to end-use quality. The aim
here is to provide better predictive tools in order to improve wheat breeding
and selection strategies in the OSU wheat breeding program with the goal of
providing new,
end-use specific, wheat varieties for Oregon. Techniques that are to be
investigated as improved selection tools in the breeding program include NIR
spectroscopy as well as biochemical and genetic marker based screening; the
genetic markers potentially utilizing chromosome mapping of polymorphic single
sequence repeats or Quantitative Trait Loci.
Representative Publications
Crosbie G.B., Ross A.S., Moro T., Chiu P.C. [1999]. Starch
and Protein requirements of Ramen. Cereal Chem. 76: 328 - 334.
Ross A.S. [1997]. Biochemical Influences on the Texture of Asian Noodles.
Chemistry in Australia. 64 (8): 6-8.
Ross A.S., Crosbie G.B., Quail K.J. [1997]. Physicochemical properties of
Australian flours influencing the texture of yellow alkaline noodles.
Cereal Chem. 74: 814 - 820.
Ross A.S., Macritchie F. [1995]. Interactions of wheat proteins, carbohydrates
and lipids. pp 321 - 356 in: Ingredient interactions: Effects on food quality,
A.G. Goankar ed. Marcel Dekker NY, USA.
Ross A.S., McMaster G.J., Tomlinson J.D., Cheetham N.W.H. [1992]. Effect of
dextrans of differing molecular weights on the rheology of wheat flour doughs
and the quality characteristics of pan and Arabic breads.
J. Sci. Food Agric. 60: 91 - 98.
Ross A.S., Walker C.E., Booth R.I., Orth R.A., Wrigley C.W. [1987]. The Rapid
Visco-Analyzer; a new technique for the rapid estimation of sprout damage in
cereals. Cereal Foods World 32: 827 - 829.
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