Applications of polymers in food
著者
書誌事項
Applications of polymers in food
（Macromolecular symposia, 140）
Wiley-VCH, 1999
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内容説明・目次
内容説明
The use of polymers in foods is widespread and is a major thrust in the food and the specialty chemical industries. The goal of the International Symposium "Application of Polymers in Foods" held at Dallas, Texas, on March 31 - April 2, 1998 was to bring together many leading researchers in this area in order to promote collaboration and to furnish a valuable update of this area from different perspectives. This book contains most of the contributions from this ACS symposium and four talks from an NMR mini-symposium. It should be a very useful and timely reference for people working in this area.
目次
- Partial table of contents: STRUCTURE/PROPERTY STUDIES AND RELATED FUNDAMENTAL ISSUES
- Structure-Property Correlations of Non-Starch Food Polysaccharides (J. BeMiller)
- X-Ray and Molecular Modeling Studies on the Structure-Function Correlations of Polysaccharides (R. Chandrasekaran)
- Micro- and Macro-Phase Behavior in Protein-Polyelectrolyte Complexes (K. Mattison, et al.)
- PRODUCT DEVELOPMENT AND ASSOCIATED NEW TECHNOLOGIES
- The Food Polymer Science Approach to Flour Functionality and Ingredient Technology in Biscuit Baking (H. Levine & L. Slade)
- Targeting of an Appropriate Amylose Type Starch for Specific Product Applications (R. Friedman, et al.)
- CHARACTERIZATION OF FOOD POLYMERS IN SOLUTIONS
- Physical Properties of Xanthan, Galactomannan and Their Mixtures in Aqueous Solutions (M. Rinaudo, et al.)
- Effect of Glass Transitions on the Rheological Properties of Food Polymers (V. Huang)
- NMR AND ASSOCIATED STUDIES OF FOOD POLYMERS
- Compositional Heterogeneity in Pectic Polysaccharides: NMR Studies and Statistical Analysis (T. Neiss, et al.)
- Branching Ratios of Starch via Proton Nuclear Magnetic Resonance and Their Use in Determining Amylose/Amylopectin Content: Evidence for Three Types of Amylopectin (L. Dunn & W. Krueger)
- Vibrational and 29Si NMR Spectroscopies of Soluble Silicate Oligomers (J. Bass, et al.).
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