Food Science and Technology / Edition 1

Food Science and Technology / Edition 1

by Geoffrey Campbell-Platt
     
 

ISBN-10: 0632064218

ISBN-13: 9780632064212

Pub. Date: 10/12/2009

Publisher: Wiley

Study of food science and technology is the understanding and application of science to satisfy the needs of society for sustainable food quality, safety and security. Supported by IUFoST, this brand new comprehensive textbook is an invaluable tool, because it is designed to cover all food science and technology course elements.Chapters in the book are drawn from

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Overview

Study of food science and technology is the understanding and application of science to satisfy the needs of society for sustainable food quality, safety and security. Supported by IUFoST, this brand new comprehensive textbook is an invaluable tool, because it is designed to cover all food science and technology course elements.Chapters in the book are drawn from an authorship comprising internationally known experts, teachers and researchers, with a view to ensuring applicability to the increasingly international way that the subject is taught. Carefully peer reviewed and edited, the book is an essential piece of equipment for all students and teachers, and also as a reference for qualified professionals already working in the food industry worldwide.

Product Details

ISBN-13:
9780632064212
Publisher:
Wiley
Publication date:
10/12/2009
Edition description:
New Edition
Pages:
520
Product dimensions:
8.90(w) x 11.00(h) x 1.30(d)

Table of Contents

List of contributors.

1 Introduction (Geoffrey Campbell-Platt).
1.1 Food science and technology course elements.
1.2 Evolution of the book.
1.3 Food safety assurance.
1.4 The International Union of Food Science and Technology (IUFoST).
1.5 The book.

2 Food chemistry (Richard A. Frazier).
2.1 Introduction.
2.2 Carbohydrates.
2.3 Proteins.
2.4 Lipids.
2.5 Minor components of foods.
2.6 Water in foods.
2.7 Physical chemistry of dispersed systems.
2.8 Chemical aspects of organoleptic properties.

3 Food analysis (Heinz-Dieter Isengard and Dietmar Breithaupt).
3.1 Macro analysis.
3.2 Instrumental methods.

4 Food biochemistry (Rickey Y. Yada and Brian C. Bryksa).
4.1 Introduction.
4.2 Carbohydrates.
4.3 Proteins.
4.4 Lipids.
4.5 Nucleic acids.
4.6 Enzymology.
4.7 Food processing and storage.
4.8 Summary.

5 Food biotechnology (Cherl-Ho Lee).
5.1 History of food biotechnology.
5.2 Traditional fermentation technology.
5.3 Enzyme technology.
5.4 Modern biotechnology.
5.5 Genetic engineering.
5.6 Tissue culture.
5.7 Future prospects.

6 Food microbiology (Tim Aldsworth, Christine E.R. Dodd and Will Waites).
6.1 Introduction.
6.2 Microorganisms important to the food industry.
6.3 Microscopic appearance of microorganisms.
6.4 Culturing microorganisms.
6.5 Microbial growth.
6.6 Methods of measuring growth.
6.7 Microbial biochemistry and metabolism.
6.8 Agents of foodborne illness.
6.9 Outbreaks.
6.10 An outbreak that wasn’t!
6.11 Incidence of foodborne illness.
6.12 The Richmond Report on the microbiological safety of food.
6.13 Water-borne diseases.
6.14 Traditional and novel methods of microbial detection.
6.15 Microbiological sampling plans.
6.16 Hazard Analysis and Critical Control Points.
6.17 Hygienic factory design.
6.18 Microbial fermentation.

7 Numerical procedures (R. Paul Singh).
7.1 SI system of units.
7.2 Rules for using SI units.
7.3 Equation.
7.4 Graphs – linear and exponential plots.
7.5 Calculus.

8 Food physics (Keshavan Niranjan and Gustavo Fidel Gutiérrez-López).
8.1 Physical principles.
8.2 Material properties.

9 Food processing (Jianshe Chen and Andrew Rosenthal).
9.1 Fundamentals of fluid flow.
9.2 Principles of heat transfer.
9.3 Unit operations.
9.4 Food preservation.
9.5 Food processes and flowcharts.

10 Food engineering (R. Paul Singh).
10.1 Engineering aspects of hygienic design and operation.
10.2 Cleaning and sanitizing.
10.3 Process controls.
10.4 Storage vessels.
10.5 Handling solid foods in a processing plant.
10.6 Storage of fruits and vegetables.
10.7 Refrigerated transport of fruits and vegetables.
10.8 Water quality and wastewater treatment in food processing.

11 Food packaging (Gordon L. Robertson).
11.1 Requirements of packaging materials.
11.2 Classification of packaging materials.
11.3 Permeability characteristics of plastic packaging.
11.4 Interactions between packaging materials and food.
11.5 Packaging systems.
11.6 Package closures and integrity.
11.7 Environmental impacts of packaging.

12 Nutrition (C.J.K. Henry and Lis Ahlström).
12.1 Introduction.
12.2 Human energy requirements.
12.3 Protein.
12.4 Carbohydrates.
12.5 Lipids and energy density.
12.6 Micronutrients – vitamins, minerals and trace minerals.

13 Sensory evaluation (Herbert Stone and Rebecca N. Bleibaum).
13.1 Introduction.
13.2 Background and definition.
13.3 Facilities.
13.4 Subjects.
13.5 Methods.

14 Statistical analysis (Herbert Stone and Rebecca N. Bleibaum).
14.1 Introduction.
14.2 Descriptive statistics.
14.3 Inferential statistics.
14.4 Correlation, regression, and multivariate statistics.

15 Quality assurance and legislation (David Jukes).
15.1 Introduction.
15.2 Fundamentals of food law.
15.3 Food quality management systems.
15.4 Statistical process control.

16 Regulatory toxicology (Gerald G. Moy).
16.1 Introduction.
16.2 Regulatory toxicology.
16.3 Chemical hazards in food.
16.4 Conclusions.

17 Food business management: principles and practice (Michael Bourlakis, David B. Grant and Paul Weightman).
17.1 Introduction.
17.2 The food business environment.
17.3 The UK food chain system.
17.4 Characteristics of UK food retailers.
17.5 Characteristics of UK food processors.
17.6 Marketing in food business management.
17.7 Food operations management.
17.8 Human resource management.
17.9 Finance and accounting for food firms.
17.10 Conclusions.

18 Food marketing (Takahide Yamaguchi).
18.1 Introduction.
18.2 Marketing principles.
18.3 Marketing research.
18.4 Strategic marketing and the marketing plan.

19 Product development (Ray Winger).
19.1 Introduction.
19.2 Background.
19.3 Class protocols.

20 Information technology (Sue H.A. Hill and Jeremy D. Selman).
20.1 PC software packages.
20.2 Managing information.
20.3 Electronic communication.

21 Communication and transferable skills (Jeremy D. Selman and Sue H.A. Hill).
21.1 Study skills.
21.2 Information retrieval.
21.3 Communication and presentational skills.
21.4 Team and problem solving skills.

Index.

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