Books On Flavor Science, Food Science and Technology, bakery Science, Confectionery , etc

The FCC,  7th latest Ed (2010-2011), is a compendium of internationally recognized standards for the purity and identity of food ingredients. It features about 1,100 monographs, including food-grade chemicals, processing aids, foods (such as vegetable oils, fructose, whey, and amino acids), flavoring agents, vitamins, and functional food ingredients (such as lycopene, olestra, and short chain fructooligosaccharides).

Published since 1966, the FCC plays a key role in safeguarding commerce and public health by providing essential criteria and analytical methods to authenticate and determine the quality of food ingredients. FCC standards are beneficial to all players in the food industry:

• They are used as agreed standards between suppliers and manufacturers in ongoing purchasing and supply decisions and transactions and
• They can aid manufacturers in distinguishing genuine products from inferior or adulterated ingredients and substances, thereby helping to make the food supply chain safer and assuring consumers of the quality of the food products they eat.

Information and Features

The 1,100 FCC monographs provide specifications for food ingredients:

• Empirical formula; structural formula; formula weight; and CAS, INS, and FEMA numbers
• Description of the substance, including the physical form and solubility
• Function
• Identification
• Assay
• Impurity limits
• Specific tests
• Packaging and storage

FCC Appendices contain step-by-step guidance for tests and apparatus use. The Seventh Edition features includes:

• Validation of Food Chemicals Codex Methods
• AOAC/ISO/IUPAC guidelines on method validation
• USP Reference Standards for food ingredients
• Information on analytical techniques from USP-NF General Chapters
• IR spectra
• General Good Manufacturing Practices Guidelines for Food Chemicals
• Comparison of GMP elements from foods and drugs
• FCC in the U.S. Code of Federal Regulations

 new edition with more than 100 new pages of material!

"Making flavors is fun. It is also intensely rewarding. I count myself fortunate indeed to have chanced upon a profession in which I am paid to indulge my hobby. I have never lost sight of my roots or forgotten the simple pleasure of creative achievement ..." — John Wright

Providing valuable insights for novice and experienced flavorists, this must-have guide covers everything from the history of flavor techniques to natural raw materials and the latest in sensory science. Industry veteran John Wright discusses, in a straight-forward and accessible style, how flavorists can link raw materials to recognizable descriptors, lists major flavor types and their construction (with suggested ingredients), reviews flavor technology, focusing on improving flavor delivery on powder flavors and emulsions, and discusses and evaluates how these various aspects have and will continue to impact the art and science of flavor creation. This volume includes:

Alphabetical summary of key natural raw materials, production methods, components, profiles and suggested applications

A focus on vanilla—curing, extraction and cultivation

A summary, by chemical family, of key synthetic raw materials, including their uses and profiles

Flavor applications: Overcoming flavor/product interactions

TABLE OF CONTENTS :

Introduction

Acknowlegements

Chapter 1: Natural Raw Materials

Chapter 2: Synthetic Raw Materials

Chapter 3: Flavor Creation

Chapter 4: Creating Elegant Flavors

Chapter 5: Vanilla

Chapter 6: Flavor Delivery

Chapter 7: Production Friendly Flavors

Chapter 8: Flavor Matching

Chapter 9: Regional Flavor Preferences

Chapter 10: Sensory Subjects

Chapter 11: Applications

Chapter 12: Legislation

Chapter 13: Past and Future Trends

Chapter 14: Elysium

Index

Publication Date:  November 20, 2009
Number of Pages:  2,159
Availability:  In Stock
Binding(s):  Hardback

Features

•  
• Features in excess of 200 newly approved flavor ingredients
• Includes whether it is deemed safe or prohibited by the Flavor and Extract Manufacturer’s Association and/or the Food and Drug Administration
• Provides extensive and expanded information on aroma and taste thresholds
• Presents the latest regulatory information on each flavor ingredient
• Includes those botanical substances that serve as flavoring ingredients

 

 

Features the following descriptors for each ingredient, A-Z:

 

• Synonyms and description

 

 

• Consumption

 

 

• Regulatory status and trade association guidelines

 

 

• Empirical formula/MW

 

 

• Specifications

 

 

• Reported uses (ppm)

 

 

• Synthesis

 

 

• Aroma and taste threshold values

 

 

• Natural occurrence

Summary

Since publication of the first edition in 1971, Fenaroli’s Handbook of Flavor Ingredients has remained the standard reference for flavor ingredients throughout the world. Each subsequent edition has listed more flavor ingredients and allied substances, including those conferred food additive status, substances generally recognized as safe (GRAS) by qualified scientists (including the Flavor and Extract Manufacturers’ Association Expert Panel) and those substances having undergone GRAS Notification with the Food and Drug Administration (FDA).

New in the Sixth Edition

 

 

• 200+ newly approved flavor ingredients
• Ingredient’s safety standing with the Flavor and Extract Manufacturers’ Association and/or the FDA
• Extensive and expanded information on aroma and taste thresholds
• The latest regulatory information on each flavor ingredient
• New discussion on botanical substances that serve as flavoring ingredients

 

The fourth and fifth editions added more than 300 new entries and represented a total reorganization and updating of the text, consistent with new data and regulations. This, the sixth edition, is likewise expanded with over 200 new entries, including many botanicals and other natural substances. The addition of botanicals is a response to an expanded readership with an interest in dietary supplements, in which a number of flavoring botanicals serve a dual role.

Editor(s):  Ray Marsili, Marsili Consulting Group, Rockford, IL, USA

FeaturesUsing a systematic approach to determine which techniques to use under which circumstances for studying a specific flavor problem, this book-

Describes various techniques that combine both sensory descriptive analysis and analytical chemical analysis to solve flavor problems

Employs dozens of chromatograms, graphs, and tables that explain the benefits of various approaches to studying flavors and off-flavors

Includes case studies and application examples showing how sensory-directed flavor analysis solves real food/flavor problems

Offers a comprehensive organized examination of the most important odor active chemicals found in all major food classes

SummaryToday, flavor chemists can generate copious amounts of data in a short time with relatively little effort using automated solid phase micro-extraction, Gerstel-Twister® and other extraction techniques in combination with gas chromatographic (GC) analysis. However, more data does not necessarily mean better understanding. In fact, the ability to extract, isolate, and concentrate potential flavor-important chemicals from complex food systems has surpassed the ability to understand how the chemical data relates to flavor.

Sensory-Directed Flavor Analysis helps chemists unlock the flavor secrets that may be hiding in their chromatograms by translating cold hard numbers into a better understanding of the sense of smell and taste. The author integrates the two disciplines of sensory science and analytical chemistry, encouraging sensory scientists to incorporate more analytical data while encouraging analytical chemists to include more sensory techniques. Using more ancillary techniques helps each discipline elucidate how various chemical constituents influence food flavor and appeal. The book discusses important enabling technologies and analytical methods including GC-olfactometry (GC-O), combination GC-O and multi-dimensional GC, the application of odor activity values (OAVs), and recombination studies, as well as solid-phase dynamic extraction and preseparation techniques. A broad array of applications, in addition to dozens of tables, graphs, gas chromatograms, and pictures, are included throughout the book.

Highlighting the advantages and disadvantages and the appropriate circumstances for each method of analysis, Sensory-Directed Flavor Analysis offers flavor scientists an essential reference to deepen their understanding of the function of chemicals on the perception of taste.

Table of Contents :

Comparing sensory and analytical chemistry flavor analysis, R. T. Marsili
Relating sensory and instrumental analyses, M.A. Drake, R.E. Miracle, A.D. Caudle, and K.R. Cadwallader
Application of sensory-directed flavor-analysis techniques, R. T. Marsili
An integrated MDGC-MS-olfactometry approach to aroma and flavor analysis, D. K. Eaton, L. T. Nielsen, and D. W. Wright
Preseparation techniques in aroma analysis, M. C. Qian, H. M. Burbank, and Y. Wang
Solid phase dynamic extraction: A technique for extracting more analytes from samples, I. Christ, U. B. Kuehn, and K. Strassburger
The application of chemometrics for studying flavor and off-flavor problems in foods and beverages, R. T. Marsili
Sensometrics: the application of multivariate analysis to sensory data, S. Karow, Y. Fu, and T. Laban
Character-impact flavor compounds, R. J. McGorrin
Index

Compendium of Methods Microbiological Examination of Foods

By American Public Health Association (APHA)

This book is the all-inclusive reference for anyone involved in the dynamic fields of processing and testing the safety and quality of foods.

Compendium of Methods for the Microbiological Examination of Foods presents a comprehensive selection of proven testing methods with an emphasis on accuracy, relevance, and reliability.

Features:

• general laboratory procedures
  
• including laboratory quality assurance
  
• environmental monitoring procedures
  
• sampling plans
  
• sample collection
  
• shipment
  
• preparation for analysis
  
• and much more!

Contents

1. Laboratory Quality Assurance
   
2. Sampling Plans, Sample Collection, Shipment, and Preparation for Analysis
   
3. Microbiological Monitoring of the Food Processing Environment
   
4. Microscopic Methods
   
5. Cultural Methods for the Enrichment and Isolation of Microorganisms
   
6. Culture Methods for Enumeration of Microorganisms
   
7. Aerobic Plate Count
   
8. Enterobacteriaceae, Coliforms, and Escherichia Coli as Quality and Safety Indicators
   
9. Enterococci
   
10. Rapid Methods for Detection, Identification, and Enumeration
    
11. Molecular Typing and Differentiation
    
12. Labor Savings and Automation
    
13. Psychrotrophic Microorganisms
    
14. Thermoduric Microorganisms and Heat Resistance Measurements
    
15. Lipolytic Microorganisms
    
16. Proteolytic Microorganisms
    
17. Halophilic and Osmophilic Microorganisms
    
18. Pectinolytic and Pectolytic Microorganisms
    
19. Acid-Producing Microorganisms
    
20. Yeast and Molds
    
21. Detection and Enumeration of Heat-Resistant Molds
    
22. Mesophilic Aerobic Sporeformers
    
23. Mesophilic Anaerobic Sporeformers
    
24. Aciduric Flat Sour Sporeformers
    
25. Thermophilic Flat Sour Sporeformers
    
26. Thermophilic Anaerobic Sporeformers
    
27. Sulfide Spoilage Sporeformers
    
28. Investigation of Foodborne Illness Outbreaks
    
29. Microbial Food Safety Risk Assesment
    
30. Aeromonas, Arcobacter, and Plesiomonas
    
31. Campylobacter
    
32. Bacillus Cereus
    
33. Clostridium Botulinum and its Toxins
    
34. Clostridium Perfringens
    
35. Pathogenic Escherichia Coli
    
36. Listeria
    
37. Salmonella
    
38. Shigella
    
39. Staphylococcus Aureus and Staphylococcal Enterotoxins
    
40. Vibrio
    
41. Yersinia
    
42. Waterborne and Foodborne Parasites
    
43. Toxigenic Fungi and Fungal Toxins
    
44. Foodborne Viruses
    
45. Meat and Pultry Products
    
46. Eggs and Egg Products
    
47. Milk and Milk Products
    
48. Fish, Crustaceans, and Precooked Seafoods
    
49. Molluscan Shellfish: Oysters, Mussels, and Clams
    
50. Fruits and Vegetables
    
51. Fermented and Acidified Vegetables
    
52. Gums and Spices
    
53. Salad Dressings
    
54. Sweeteners and Starches
    
55. Cereal and Cereal Products
    
56. Confectionery Products
    
57. Nut Meats
    
58. Fruit Beverages
    
59. Soft Drinks
    
60. Bottled Water
    
61. Canned Foods-Tests for Commercial Sterility
    
62. Canned Foods-Tests for Cause of Spoilage
    
63. Media, Reagents, and Stains
    
64. Measurement of Water Activity (a_w), Acidity, and Brix

Index

 

Weight Control and Slimming Ingredients in Food TechnologySusan S. Cho (Editor) Hardcover312 pagesJanuary 2010,

Unique in its approach and coverage, Weight Control and Slimming Ingredients in Food Technology identifies those ingredients that promote weight loss based on credible science review. Numerous ingredients are presented and analyzed according to the varying levels of supporting scientific evidence available, ranging from the well researched ingredients like green tea polyphenols and CLA to ingredients with only limited available data such as capsaicin. Coverage includes analysis of slimming ingredients for new product development efforts, detailed information on global suppliers, and guidance for food labeling purposes.


TABLE of CONTENTS :

Contributors.

Preface.

Introduction.

Part I Lipids based ingredients.

Chapter 1 Conjugated Linoleic Acid (David J. Cai).

Chapter 2 Appetite Suppression Effects of PinnoThin (Korean Pine Nut Oil) (Corey E. Scott).

Chapter 3 Sucrose Fatty Acid Ester (Olestra) (John C. Peters).

Chapter 4 The Effects of a Novel Fat Emulsion (Olibra / Fabuless) on Energy Intake, Satiety, Weight Loss, and Weight Maintenance (Rick Hursel and Margriet Westerterp-Plantenga).

Part II Protein based ingredients.

Chapter 5 The Role of Dairy Products and Dietary Calcium in Weight Management (Lisa A. Spence, and Raj G. Narasimmon).

Chapter 6 Gelatin -- A Versatile Ingredient for Weight Control (Klaus Flechsenhar and Eberhard Dick).

Chapter 7 α-Lactalbumin in the Regulation of Appetite and Food Intake (Arie G. Nieuwenhuizen, Ananda Hochstenbach-Waelen, and Margriet Westerterp-Plantenga).

Chapter 8 The Effects of Casein-, Whey-, and Soy Protein on Satiety, Energy Expenditure, and Body Composition (Margriet Veldhorst, Anneke van Vught, and Margriet Westerterp-Plantenga).

Chapter 9 Soy Peptides and Weight Management (Cristina Mart´ınez-Villaluenga and Elvira Gonzalez de Mejıa).

Part III Functional components.

Chapter 10 The Effects of Caffeine and Green Tea on Energy Expenditure, Fat Oxidation, Weight Loss, and Weight Maintenance (Rick Hursel and Margriet Westerterp-Plantenga).

Chapter 11 Mechanisms of (−)-Epigallocatechin-3-Gallate for Antiobesity (Hyun-Seuk Moon, Mohammed Akbar, Cheol-Heui Yun, and Chong-Su Cho).

Chapter 12 Capsaicin (Astrid J.P.G. Smeets and Margriet Westerterp-Plantenga).

Part IV Fiber based ingredients.

Chapter 13 NUTRIOSE, Resistant Dextrin, in Satiety Control (Susan S. Cho and Iris L. Case).

Chapter 14 Fiber and Satiety (Susan S. Cho, Iris L. Case, and Stephanie Nishi).

Appendix Global Suppliers of Ingredients for Weight Control.

Index.

Food Flavour Technology, 2nd EditionAndrew J. Taylor (Editor), Robert Linforth (Editor) Hardcover376 pagesMarch 2010

Food flavour technology is of key importance for the food industry. Increasingly, food products must comply with legal requirements and conform to consumer demands for “natural” products, but the simple fact is that, if foods do not taste good, they will not be consumed and any nutritional benefit will be lost.  There is therefore keen interest throughout the world in the production, utilisation and analysis of flavours. 

The second edition of this successful book offers a broad introduction to the formulation, origins, analysis and performance of food flavours, updating the original chapters and adding valuable new material that introduces some of the newer methodologies and recent advances.

 

The creation of flavourings is the starting point for the book, outlining the methodology and constraints faced by flavourists.  Further constraints are considered in a chapter dealing with international legislation. The origins of flavours are described in three chapters covering thermal generation, biogeneration and natural sources, keeping in mind the adjustments that manufacturers have had to make to their raw materials and processes to meet the demand for natural products whilst complying with cost issues. Delivery of flavours using encapsulation or through an understanding of the properties of the food matrix is described in the next two chapters, and this section is followed by chapters describing the different ways to analyse flavours using instrumental, modelling and sensory techniques. The book is aimed at food scientists and technologists, ingredients suppliers, quality assurance personnel, analytical chemists and biotechnologists.

TABLE OF CONTENTS :

List of contributors

Preface

1 Creating and formulating flavours

John Wright

References

2 Flavour legislation

Jack Knights

References

3 Basic chemistry and process conditions for reaction flavours with particular focus on Maillard-type reactions

Josef Kerler, Chris Winkel, Tomas Davidek and Imre Blank

References

4 Biotechnological flavour generation

Ralf G. Berger, Ulrich Krings and Holger Zorn

References

5 Natural sources of flavours

Peter S.J. Cheetham

References

6 Useful principles to predict the performance of polymeric flavour delivery systems

Daniel Benczédi

7 Delivery of flavours from food matrices

Saskia M. van Ruth and Jacques P. Roozen

8 Modelling flavour release

Rob Linforth

9 Instrumental methods of analysis

Gary Reineccius

10 On-line monitoring of flavour processes

Andrew J. Taylor and Rob S.T. Linforth

11 Sensory methods of flavour analysis

Ann C. Noble and Isabelle Lesschaeve

12 Brain imaging

Luca Marciani, Sally Eldeghaidy, R.C. Spiller, P.A. Gowland and S.T. Francis

 

References
Index

Flavourings: Production, Composition, Applications, Regulations, 2nd Edition Herta Ziegler (Editor) Hardcover852 pages

The demand for flavourings has been constantly increasing over the last years as a result of the dramatic changes caused by a more and more industrialised life-style: The consumer is drawn to interesting, healthy, pleasurable, exciting or completely new taste experiences.

This book draws on the expert knowledge of nearly 40 contributors with backgrounds in both industry and academia and provides a comprehensive insight into the production, processing and application of various food flavourings. Methods of quality control and quality management are discussed in detail. The authors also focus on conventional and innovative analytical methods employed in this field and, last but not least, on toxicological, legal, and ethical aspects. Up-to-date references to pertinent literature and an in-depth subject index complete the book.

Table of Contents :

INTRODUCTION.

Dynamics in the Business with Taste.

MANUFACTURING PROCESSES.

Physical Processes.

Biotechnological Processes.

RAW MATERIALS FOR FLAVOURINGS.

Introduction.

Flavouring Ingredients.

Non flavouring Ingredients.

BLENDED FLAVOURINGS.

Introduction.

Fruit Flavours.

Other Blended Flavourings.

APPLICATIONS.

Introduction.

Flavourings for Beverages.

Flavourings for Confectioneries, Baked Goods, Ice-cream and Dairy Products.

Flavouring of Bouillons, Soups and Sauces.

QUALITY CONTROL.

Sensory Analysis in Quality Control.

Analytical Methods.

Microbiological Testing.

LEGISLATION AND TOXICOLOGY.

Introduction and Definitions.

Toxicological Considerations.

FAO/WHO and Council of Europe.

European Union.

America.

Asia.

South Africa and Australia.

Religious Dietary Rules.

Index.

Flavor Development: Composition to Innovation

 

Formulators' Resource Series

Softcover

411 Pages

Published 2010

A new world of flavor creation has been emerging for years. As foods become more complex, so does flavor formulation. Elevating flavor design, production and quality to the highest standards requires a blend of science, art and innovation.

Flavor Development: Composition to Innovation is a compilation of selected articles written by world-renowned experts from Perfumer & Flavorist magazine. In 33 information-packed chapters, various experts discuss aspects of flavor creation, including topics such as:

• Origins/composition
• Creation/formulation
• Natural/organic
• Marketing
• Future innovations
• Composing savory flavors
• Spray drying
• The future of snack foods
• Top seven dairy materials

TABLE OF CONTENTS :

Introduction

PART I.

• Chapter 1. Chemical and Biochemical Changes Occurring During the Traditional Madagascan Vanilla Curing Process
• Chapter 2. Inside Vanilla
• Chapter 3. Chemistry and Biochemistry of Vanilla Flavor
• Chapter 4. Novel Taste-Active Component of Fermented Vanilla Beans
• Chapter 5. Aroma Chemical Profile: Menthol
• Chapter 6. Perfume and Flavor Synthetics
• Chapter 7. New Developments in Physiological Cooling Agents
• Chapter 8. Flavor Encapsulation Technologies: An Overview Including Recent Developments
• Chapter 9. Reaction Systems
• Chapter 10. High Impact Aroma Chemicals Part 2: The Good, the Bad, and the Ugly

PART II.

• Chapter 11. Less is More (Tasty)
• Chapter 12. Composing Savory Flavors
• Chapter 13. The Physics and Chemistry of Vanillin
• Chapter 14. My Top Seven Dairy Materials
• Chapter 15. Real Time Volatile Flavor Release Monitoring its Flavor/ Food Application Using Proton Transfer Reaction Mass Spectrometry
• Chapter 16. The Loss of Volatile Esters from Cookies
• Chapter 17. Spray Drying
• Chapter 18. Comparison Among Assorted Drying Processes for the Encapsulation of Flavors
• Chapter 19. Physiological Coolants

PART III.

• Chapter 20. Aroma Compounds of Mango and Papaya from Cameroon
• Chapter 21. Focused Flavor Creation
• Chapter 22. Synthesis and Authentication of Natural Vanillins Prepared by Fermentation
• Chapter 23. Processing for Natural Flavors: Cucumber
• Chapter 24. Novel Oxidation Reactions
• Chapter 25. Reaction Flavors: The Next Generation
• Chapter 26. Evaluation Encapsulation Economics
• Chapter 27. US Hispanic Flavor Preference
• Chapter 28. Flavor Creation: 9 Lessons in How to Win
• Chapter 29. The da Vinci Approach
• PART IV.
  
  
• Chapter 30. Conversion of Some Unsaturated Cyclic Ethers to Lactones Catalyzed by Lipase B from Candida antarctica
• • Chapter 31. The Future of Snack Flavors
  • Chapter 32. Technology and Innovation
  • Chapter 33. Flavors of the Future
  • Index
  
  

The Alcohol Textbook - 5th EditionWM Ingledew Et Al (Eds) (2009)

This substantially revised and updated 5th edn. of this bestseller makes useful and vital information generally accessible for all sectors of the fuel and distilled beverage alcohol industry. It concentrates on processing technology, blending plant science, chemical engineering, microbiology, biochemistry, and chemical engineering with unit processing of alcohol from substrate selection and processing through fermentation to the purification of ethanol and the co products distillers grain and carbon dioxide.

The objective of The Alcohol Textbook is to show how these processing disciplines are interwoven, and to provide a unique and valuable reference source for the beverage, fuel and industrial alcohol industries.  The textbook is a valuable resource for both the European Alcohol School and the North American Alcohol School.  

Proposed contents

• Introduction
• The Alcohol Industry: How has it Matured and Changed
• Status of the Fuel Alcohol Industry Worldwide
• The Worldwide Status of the Beverage Distilling Industry
• Common Elements of Alcohol Production Feedstocks
• Corn: Genetics, Composition, Genetics and Quality
• Sugar cane molasses, beet molasses and sweet Sorghum:   Composition and Usage
• Alternate Substrates
• A Primer for Lignocellulose Biochemical Conversion to Fuel Alcohol
• Yeasts
• Yeast Biology, Monitoring and Identification
• Yeasts: Physiology, Nutrition and Ethanol Production
• Yeast Stress in the Fermentation Process 
• Yeast Production for Fuel and Distilled Beverage Use
• Yeast Propagation
• Milling and Mash Preparation
• Grain Milling and Cooking for Alcohol Production: Designing for the Options in Dry Milling
• Wet Milling and Mash Preparation
• Fractionation Technologies for Dry Grind Corn Processing
• Fermentation and Co-products
• Cleaning and Hygiene in a Distillery
• Batch Fermentation and Fermentor Design
• Continuous Ethanol Fermentation
• Fermentation Management
• Ethanol Distillation: The Fundamentals
• Dryhouse Technology
• DDG/DDGS – Nutrition of Animals
• Fuel Alcohol Production: Unique Aspects
• Bacterial Contamination and Control of the Process
• Wild Yeast Contamination and Control of the Process
• A Quality Assurance Philosophy for the Fuel Alcohol Industry
• Molecular Sieve Dehydrators: Why They Became the Industry Standard and How They Work
• Fuel Ethanol Specifications and Quality Assurance in the US
• Water and Air 
• Distilled Beverage Production: Unique Aspects
• Whiskey: Grain Mashing and Fermentation
• Beverage Alcohol Distillation
• Whiskies Around the World
• Vodka, Gin, and Flavoured Spirits
• Rum: Fermentation and Distillation
• Cachaca production
• Distillation of AOC French Spirits: Cognac, Armangac, Calvados and Martinique Agricultural Rum
• The Future
• The Future of the Alcohol Industry
• Index

Tobacco encyclopedia is the standard reference work for the tobacco industry. More than 6,000 entries addressing all aspects of the industry.

Food Flavorings, which is written for scientists and technologists in the flavor and food industries, provides a comprehensive review of the natural sources of flavor ingredients and the formulation, manufacture and application of food flavorings.   The authors offer a wide spectrum of industrial experience.

Contents  Essential Oils: Introduction. The production of essential oils. Further processing of essential oils. The uses of essential oils. The composition of essential oils.
Oleoresins, tinctures and extracts: Introduction. Plant materials. Solvents. Tinctures. Oleoresins. Absolutes. Extraction with carbon dioxide as a solvent. Summary.
Fruit juices: Introduction. Fruit processing. Specialized fruit processing. Products and packaging. Product specifications. Volatile components of fruit juices. The use of fruit juices in flavorings. Summary.
Synthetic ingredients of food flavorings: General aspects. Synthetic flavor ingredients. Synthetic flavor ingredients and the future.
Quality control of flavorings and their raw materials: Introduction. Importance and complexity of quality control. Physico-cemical analysis. Biotechnology-based analysis. Microbiology analysis. Sensory analysis. Conclusions.
Beverage flavorings and their applications: Introduction. Categories of beverages. Types of flavorings for beverages. Methods of extraction, solubilization and concentration of flavorings. Beverages based on ginger. Formulation of beverages. Summary.
The flavoring of confectionery and bakery products: Introduction to confectionery flavorings. Basic confectionery types, recipes, inherent flavors. Flavors from ingredients. Flavors developed during processing. Selection of flavorings. Ingredients of bakery products. Bakery products. Bakery fillings. Summary of flavoring characteristics.
Savory flavors for snacks and crisps: Introduction. History of savory flavors for snacks and crisps (potato chips). Snacks. Basic recipes for crisps and snack savory flavors. Ingredients for savory flavors. Major raw materials and ingredients used in powder savory flavor blends. New developments and trends. Conclusion.
Thermal process flavorings: Introduction. History. The Maillard Reaction. Aromatic compounds from Precursors. Aroma components found in cooked foods. Components used to create a process flavor. Process techniques. Final flavor compounds. Applications of thermal flavors. Regulatory issues. The safety question. Conclusions. Appendix: International Organization of the Flavor Industry Guidelines for the Production and Labeling of Process Flavorings.
The development of dairy flavorings: Introduction. Milk and cream. Yogurt and fermented products. Butter. Cheese. Manufacturing considerations. Conclusion.
Flavor modifiers: Introduction. Monosodium Glutamate, Purine 5'-Ribonucleotides and related substances. Maltol and ethyl maltol. Furanones and cyclopentenolones. Vanillin and ethyl vanillin. Other flavor modifiers. Sodium chloride. Conclusions.
Flavorings for pharmaceutical products: Introduction. The choice of flavorings. Interactions between volatile flavoring substances and other constituents of the preparations. Cooperation between the pharmacist and the flavorist. Examples of flavorings for pharmaceutical products. Final remarks.
Tobacco flavorings and their application: Introduction. Definition of tobacco types. Types of flavor systems for tobacco products. Flavor system characteristics for specific tobacco products. New tobacco product developments and trends. Summary.
Appendix I: Composition of lemon and orange oils.
Appendix II: Botanical classification of fruits.
Index.

Successful Flavors

Editor: Gerard Mosciano

Hardcover

Written by some of the most respected flavorists working today, Successful Flavors ranges over a broad range of flavor creation and topics for novices and experts alike. Learn the craft straight from the leaders in the field! Topics include:

• Savory (meat)
• Mint
• Confectionary
• Natural flavors
• Quality control
• And more!

Expert Review

"This publication describes flavour creation, sensory and instrumental analysis and the applications of flavour chemistry in various sectors of the food industry. It is aimed at both novices and flavour experts, and is divided into an introduction and 10 chapters with the following subject headings: The role of organoleptic descriptive analysis in the training of creative flavorist (pp. 25-49); Flavor extraction and instrumental analysis (pp.51-59); Quality in the flavor industry (pp. 61-83); Flavor applications (pp. 85-108); Ruminations on some dairy flavors (pp. 109-117); Practical meat flavor creation (p. 119-166, 11 ref.); Vanilla—fruit of the orchid (pp. 167-180); Mint flavors technology (pp. 181-194); Flavoring confections (pp. 195-205); and the use of natural ingredients in creating natural flavors (pp. 207-240, 4 ref.)."

—International Food Information Service (IFIS), Volume 38 (12) 2006

TABLE OF CONTENTS :

• Introduction
• The Role of Organoleptic Descriptive Analysis in the Training of Creative Flavorists
• Flavor Extraction and Instrumental Analysis
• Quality in the Flavor Industry
• Flavor Applications
• Ruminations on Some Dairy Flavors
• Practical Meat Flavor Creation
• Vanilla: Fruit of the Orchid
• Mint Flavors Technology
• Flavoring Confections
• The Use of Natural Ingredients in Creating Natural Flavors

Gerard Mosciano began his professional career at IFF in 1963 as a flavor analytical chemist. In 1974, while at IFF he became a professional Member of the Society of Flavor Chemists after studying under some of the societies Charter Members. He then pursued a creative flavor career at H.H. Ottens in Philadelphia before becoming the Chief Creative Flavorist at Food Materials Corporation in Chicago in 1976. When Food Materials was purchased by Bush Boake Allen in 1990 he became Creative Flavorist and Flavor Technical Manager, winning the Flavorist of the Year award in 1992. Gerard went to Universal Flavors in 1995 as Chief Flavorist and became President of G. Mosciano Ltd., an independent Flavor Consulting Company in 1998.

Mosciano was President of the Society of Flavor Chemists in 1987-1988 and the President of Chemical Sources in 1983-1984.

Mosciano has also been a contributing author for Allured Busniess Media's publication, Perfumer & Flavorist, for over 20 years, writing an article entitled "The Organoleptic Properties of Flavor Ingredients".

Understanding Natural Flavors

Paterson, A., Piggott, John R.

318 p., Hardcover

Predicting Acceptability From Flavor Data.

Sensory Analysis of Flavors.

Food Acceptability.

Psychology and Psychophysiological Measurements of Flavor.

Matching Sensory and Instrumental Analysis.

Product Optimization.

Software for Data Collection and Processing.

Citrus Breeding and Flavor.

Cereal Flavors.

Meat Flavor.

Consumer Perceptions of Natural Foods.

Biotechnical Production of Flavors. Current Study.

Natural Flavors for Alcoholic Beverages

Beer Flavour

Wine Flavor.

Flavor of Distilled Beverages.

Cocoa Flavor.

Cheese Flavor.

Savoury Flavors. An Overview.

Reference.
Index

Flavor EncapsulationEditor(s): Sara J. Risch, Gary A. Reineccius



Preface

Flavor Encapsulation ; An OverView

Maltodextrins and Low-Dextrose-Equivalence Corn Syrup Solids : Production and Technology for the Flavor Industry

Corn Starch Derivatives : Possible Wall Materials for Spray-Dried Flavor Manufacture

Encapsulation of Orange Oil : Use of Oligosaccharides from α-Amylase Modified Starches of Maize, Rice, Cassava, and Potato

Acacia Gums : Stabilizers for Flavor Encapsulation

Emulsion-Stabilizing Starches :Use in Flavor Encapsulation

Spray-Drying of Food Flavors
Gary A. Reineccius

Spray-Dried Orange Oil :Effect of Emulsion Size on Flavor Retention and Shelf Stability

Encapsulated Orange Oil :Influence of Spray-Dryer Air Temperatures on Retention and Shelf Life

Effect of Particle Size and Microstructure Properties on Encapsulated Orange Oil

Encapsulation of Flavors by Extrusion

Shelf Life of Orange OiL : Effects of Encapsulation by Spray-Drying, Extrusion, and Molecular Inclusion

Flavor Encapsulation with Alginates

Coacervation for Flavor Encapsulation

Interfacial Tension Behavior of Citrus Oils Against Phases Formed by Complex Coacervation of Gelatin

Stabilization of Flavors by Cyclodextrins

Controlling Particle Size and Release PropertieS :Secondary Processing Techniques

Controlled Release of Food Additives

INDEX

The Contemporary Encyclopedia of Herbs and Spices: Seasonings for the Global KitchenTony HillHardcover464 pages

IACP Cookbook Award Finalist

Nobody knows herbs and spices like Tony Hill, owner of Seattle's famed World Merchants Spice, Herb & Teahouse. Now, in this acclaimed book, Hill gives us a comprehensive guide to these essential flavorings based on his travels around the globe. Blending culinary history, the lore of the spice routes, and his own inimitable tasting notes, he profiles more than 125 herbs and spices, ranging from the familiar to the exotic. He gives practical information and advice, including how best to use nine popular chiles, what distinguishes true cinnamon from cassia cinnamon, and why it makes a difference where your bay leaf comes from—plus more than 75 delicious recipes for distinctively spiced dishes. To top it all off, Hill reveals the secret recipes for 85 of his signature herb and spice blends, including barbecue rubs, mulling spices, chili powders, chai mixes, and curry powders. Complete with 185 color photographs, The Spice Lover's Guide to Herbs & Spices is an indispensable culinary reference that is both a pleasure to cook with and enjoyable to read.

Preface.

Acknowledgements.

All about Seasonings for the Global Kitchen.

HERBS AND SPICES.

Ajwain. Allspice. Amchoor.  Angelica. Anise, Brown. Anise, Black. Annatto. Arrowroot. Asafetida. Avocado Leaf. Barberry. Basil. Bay Leaf, Turkish. Bay Leaf, Californian. Bay Leaf, Indian. Bay Leaf, Indonesian. Black Lemon. Black Salt. Boldo Leaf. Borage. Bread Clover. Bush Tomato. Candlenut. Caraway. Cardamom, Green & White. Cardamom, Thai. Cardamom, Black. Catnip. Celery. Chervil. Chicory.

Chiles.

Aji and Rocoto Chiles. Aleppo Pepper (Near East Pepper). Ancho Chile. Cayenne Pepper. Guajillo Chile. Habanero Chile. Piments d'Espelette. Smoked Chiles. Thai and other Asian Chiles. Chives. Cicely. Cilantro.

Cinnamons and Cassias.

True Cinnamon. Cassia-Cinnamon, Indonesian and Chinese. Cinnamon, White. Cilantro. Cloves. Coriander, European. Cream of Tartar. Cubeb. Culantro. Cumin, Brown. Cumin, Black. Curry Leaf. Dill. Epazote. Fenugreek. Fennel. Fingerroot. Galangal, Greater. Galangal, Lesser. Gale. Garlic. Ginger. Golpar. Grains of Paradise. Horseradish. Hyssop. Juniper. Kaffir Lime. Kencur. Kokum. Lavender. Lemon Grass. Lemon Myrtle. Lemon Verbena. Licorice. Mace. Mahleb. Mango Powder. Marjoram. Mints. Mitsuba. Mountain Pepper. Mugwort. Mustard Seeds, Yellow, Brown, & Black. Nigella. Nutmeg. Oregano, Mediterranean. Oregano, Mexican. Paprika. Parsley. Pepercorn, Black, Green, White, & 'True' Red. Peppercorn, Long. Peppercorn, Negro. Pepperleaf. Pink Pepper Berries. Pomegranate Seed. Poppy. Rose Petals. Rosemary. Saffron. Safflower. Sage. Sassafras. Savory, Summer & Winter. Screwpine. Sea Salts. Sesame Seed. Seaweed. Shiso. Sichuan Pepper. Star Anise. Sumac. Sweet Flag. Sylphium. Tarragon. Tamarind. Thyme. Turmeric. Vanilla Bean. Vietnamese Coriander. Wattle Seed. Wasabi. Zedoary.

HERB AND SPICE BLENDS.

Americas Blends. Bay Seasoning. Barcecue Rubs. Memmphis-style Barbecue. Kansas City-style Barbecue. Carolina-style Barbecue. Poultry Rubs. Seafood Rubs. Cajun Blackening. Creole Spices. Montreal Steak Spice. Seafood Boils. Corned Beef Spices. Pickling Spices. Bread Stuffing Spices. Pumpkin Pie Spices. Sausage Spices. Seasoning Salts. Mexican Blends. Chili Powders. Central and South American Blends. Caribbean Blends. Northern European Blends. Central European Blends. French and Italian Blends. Medieval Blends.  Russian Blends. Middle Eastern Blends. Indian Subcontinent Blends. Chai Spices. Curry Powders. African Blends. Southeast Asian Blends. Indonesian Sambals. Thai Curry Pastes. Chinese Blends. Japanese Blends.
Bibliography. Index.

Process and Reaction FlavorsRecent DevelopmentsEditor(s): Deepthi K. Weerasinghe¹,
Mathias K. Sucan²
Volume 905Publication Date (Print): July 28, 2005Copyright © 2005 American Chemical Society



DescriptionMuch progress in the understanding and utilization of process flavors was made due to (1) advances in chromatographic separation and computer-related technology, (2) relentless investigation of a wide range of flavor precursors, (3) regulation that met consumer safety concerns, and (4) industry demand for better, complex and authentic products. The flavor industry is by far the largest user of knowledge from process/and reaction flavor studies and has grown from approximately 2 billions 20 years ago, to about 8 billion dollars in annual sales today. Maillard reaction, lipid oxidation, degradation of sugars, proteins, lipids, ribonucleotides, pigments and vitamins, and the interactions of degradation products are the chemical platform for generating many flavor compounds encountered in processed flavorings, flavors and foods. This book is organized to shed some light on the current state of science in process and reaction flavors, and to report recent significant findings.

About the Author(s)

Edited by Deepthi K. Weerasinghe, Senior Scientist, The Coca-Cola Company , and Mathias K. Sucan, Research Savory Flavorist, Quest International, Ivory Coast

Table of ContentsPreface

1. Process and Reaction Flavors: An Overview , Mathias K. Sucan and Deepthi K. Weersinge
2. The Safety Assessment of Process Flavors , John B. Hallagan
3. Regulating Process Flavor , Kimberly Janiec and Charles H. Manley
4. An Introduction to Kosher and Halal Issues in Process and Reaction Flavors , Edith Cullen-Innis
5. Precursors for Dry-Cured Ham Flavor , Ana I. Carrapiso and M. Rosa Carrapiso
6. Aroma and Amino Acid Composition of Hydrolyzed Vegetable Protein from Rice Bran , Arporn Jarunrattanasri, Keith R. Caldwallader and Chockchai Theerakilkait
7. Reaction Flavors: The Next Generation , Brian Byrne
8. Formation of Flavor Compounds by the Reactions of Carbonyls and Ammonium Sulfide under Low Temperature , Junwu (Eric) Xi and Chi-Tang Ho
9. Amadori Compounds of Cysteine and Their Role in the Development of Meat Flavor , Kris B. de Roos, Kees Wolswinkel, and Gerben Sipma
10. Cystine and Cysteine: Now Available via Vegetarian Fermentation , Christoph Winterhalter
11. Influence of High Hydorstatic Pressure on Aroma Compound Formation in Thermally Processed Proline-Glucose Mixtures , Peter Schieberle, Thomas Hofmann, and Frank Deters
12. Effect of Acetate Concentration on Maillard Browning in Glucose-Glycine Model Systems , Cathy Davies
13. Role of Phosphate and Carboxlate Ions in Maillard Browning , George P. Rizzi
14. Synthesis and Sensorial Description of New Sulfur-Containing Odorants , F. Robert, H. Simian, J. Heritier, J. Quiquerez, and I. Blank
15. On-Line Monitoring of the Maillard Reaction Using a Film Reactor Coupled to Ion Trap Mass Spectrometry , G.A. Channell and A.J. Taylor
16. Formation, Release, and Perception of Taste and Aroma Compounds from Cheeses as a Function of Matrix Properties , C. Salles, E. Engel, S. Nicklaus, A.J. Taylor, and J.L. Le Quere
17. Nature, Cause, and Control of Irradiation-Induced Off-Odor in Ready-to-Eat Meat Products , Xeutong Fan

edited by
Robert J. Whitehurst

The second edition Enzymes in Food Technology highlights the widespread use of enzymes in food processing improvement and innovation, explaining how they bring advantages.

The properties of different enzymes are linked to the physical and biochemical events that they influence in food materials and products, while these in turn are related to the key organoleptic, sensory and shelf life qualities of foods.

Fully updated to reflect advances made in the field over recent years, new chapters in the second edition look at the use of enzymes in the reduction of acrylamide, in fish processing and in non-bread cereal applications such as flour confectionery.

Genetic modification of source organisms (GMO) has been used to improve yields of purer enzymes for some time now but the newer technology of protein engineering (PE) of enzymes has the potential to produce purer, more targeted products without unwanted side activities, and a chapter is also included on this important new topic.

Contents

 

1. Introduction
2. GMO and Protein Engineering
3. Production of Industrial Enzymes
4. Asparaginase – an enzyme for acrylamide reduction in food products
5. Enzymes in Dairy Product Manufacture
6. Enzymes in Bread Making
7. Enzymes Non Bread Wheat Based Foods
8. Brewing with Enzymes
9. Enzymes in Potable Alcohol and Wine Production
10. Enzymes in Fish Processing
11. Enzymes in Fruit and Vegetable Processing and Juice Extraction
12. Enzymes in Meat Processing
13. Enzymes in Protein Modification
14. Starch Processing Enzymes
15. Lipases for the Production of Food Components

Index

 

by Gary Reineccius

Flavor Chemistry and Technology, Second Edition

• provides comprehensive, coherent coverage of topics ranging from flavor chemistry to industry applications and legislation to quality control
• presents principles of flavor chemistry followed by industry practice and specific applications, making it one of the few books to cover both
• discusses complex, real world industry issues such as flavor creation, changes in flavor, and flavor production

A much-anticipated revision of a definitive resource, written by a renowned author, professor, and researcher in food flavors, Flavor Chemistry and Technology, Second Edition provides the latest information and newest research developments that have taken place in the field over the last 20 years.

New or expanded coverage includes:

• Flavor and the Information Age
• Food/Flavor interactions
• Flavor production and flavor release
• Taste and low-calorie foods
• Flavoring materials and flavor potentiators
• Changes to food flavors during processing
• Off-Flavors in foods
• Performance of flavors during processing and storage
• Applications of flavorings in processing

Contents

Flavor Chemistry

 

• An Overview of Flavor Perception
• Flavor and the Information Age
• Flavor Analysis
• Flavor Formation in Fruits and Vegetables
• Changes in Food Flavor Due to Processing
• Flavor Release from Foods
• Off-Flavors and Taints in Foods

Flavor Technology

 

• Flavoring Materials
• Flavoring Materials Made by Processing
• Artificial Flavoring Materials
• Flavor Potentiators
• Flavorists and Flavor Creation
• Flavor Production
• Flavor Applications
• Flavor Legislation and Religious Dietary Rules
• Quality Control

Index

 

by James M. Jay

With 30 revised and updated chapters, Modern Food Microbiology, Seventh Edition brings benefits to professionals and students alike who will find new sections on:

• proteobacteria
• bottled water
• food sanitizers (eletrolyzed oxidating water, ozone, chlorine, activin, chitosans, endolysins, etc.)
• bicontrol
• biosensors quorum sensing
• molecular genetic methods of analysis
• food safety objectives
• noroviruses
• and prions

Modern Food Microbiology, Seventh Edition builds on the trusted and established sections on food preservation by modified atmosphere, high pressure and pulsed electric feiled processing, food-borne pathogens, food regulations, fresh-cut produce, new food products, and risk assessment and analysis.

In-depth references, appendixes, illustrations, index and thorough updating of taxonomies make this an essential for every food scientist.

Contents:

 

1. History of Microorganisms in Food
2. Taxonomy, Role, and Significance of Microorganisms in Foods
3. Intrinsic and Extrinsic Parameters of Foods that Affect Microbial Growth
4. Fresh Meats and Poultry
5. Processed Meats and Seafoods
6. Vegetable and Fruit Products
7. Milk, Fermentation, Fermented, and Nonfermented Dairy Products
8. Nondairy Fermented Foods and Products
9. Miscellaneous Food Products
10. Culture, Microscopic, and Sampling Methods
11. Chemical, Biological, and Physical Methods
12. Bioassay and Related Methods
13. Food Protection with Chemicals and Biocontrol
14. Food Protection with Modified Atmospheres
15. Radiation Protection of Foods and Nature of Microbial Radiation Resistance
16. Protection of Foods Using Low Temperatures, and Characteristics of Psychrotrophic Microorganisms
17. Protection of Foods Using High Temperatures, and Characteristics of Thermophilic Microorganisms
18. Protection of Foods by Drying
19. Other Food Protection Methods
20. Indicators of Food Microbial Quality and Safety
21. The HACCP and FSO System, and Food Safety
22. Introduction to Foodborne Pathogens
23. Staphylococcal Gastroenteritis
24. Food Poisoning Caused by Gram-Positive Sporeforming Bacteria
25. Foodborne Listeriosis
26. Foodborne Gastroenteritis Caused by Salmonella and Shigella
27. Foodborne Gastroenteritis Caused by Escherichia Coli
28. Foodborne Gastroenteritis Caused by Vibrio, Yersinia, and Campylobacter Species
29. Foodborne Animal Parasites
30. Mycotoxins
31. Viruses and Some other Proven and Suspected Foodborne Biohazards

Index

Price : Rs.1195

 

by Alan H. Varnam

This book is structured in a user-friendly way, including objectives, information boxes and exercises, making it accessible to readers of various levels.

Contents

1. Mineral water and other bottled waters
2. Fruit juices
3. Soft drinks
4. Tea
5. Coffee
6. Cocoa and chocolate-based beverages
7. Alcoholic beverages: I. Beer
8. Alcoholic beverages: II. Wine
9. Alcoholic beverages: III. Distilled spirits

Index


Price : Rs.995

 

edited by
Keith R. Cadawallader
and Hugo Weenen

Freshness and Shelf Life of Foods is both an up-to-date and comprehensive treatment of the subject, and it includes a number of breakthroughs in our understanding of freshness and shelf-life of foods.

This volume focuses on:

• Shelf-life of foods
• Flavor aspects of freshness
• Rheological methods to determine freshness
• Processing of citrus in relation to retaining its fresh character
• Lipid oxidation in muscle foods
• Food polymer science approach to studies on freshness and shelf-life
• Plus much more!

Freshness and Shelf-Life of Foods focuses on the science and technology of preserving food freshness. This book discusses flavor, texture, and characterization methods to improve the freshness or shelf-life of a product.

Contents

Introduction and General Issues

 

1. The Shelf Life of Foods: An Overview
2. The Concept of Food Freshness: Uncovering Its Meaning and Importance to Consumers
3. Flavor Issues in Maintaining Freshness
4. Biochemical Changes Associated with Fresh-Cut Fruit Processing and Storage

Flavor Aspects

 

1. Changes in Key Aroma Compounds during Natural Beer Aging
2. SPME???GC/MS Testing for Monitoring Off-Flavors in Processed Milk: Application of Odor Wheel Plots
3. Relating Analytical and Sensory Data To Predict Flavor Quality in Dairy Products
4. Aroma Characterization of Fresh and Stored Nonfat Dry Milk
5. Biochemical Manipulation of Flavor in Tomato Fruit
6. Effect of Pre- and Post-Harvest Treatments on Fresh Tomato Quality
7. Aroma of Fresh Field Tomatoes
8. Characterization of Aroma Compounds in Fresh and Processed Mandarin Oranges
9. Relating Sensory and Instrumental Data To Conduct an Accelerated Shelf-Life Testing of Whey-Protein-Coated Peanuts
10. Lipid Oxidation in Muscle foods
11. Oxidative Stability of Edible Oils as Affected by Their Fatty Acid Composition and Minor Constituents

Texture

 

1. Food Polymer Science Approach to Studies on Freshness and Shelf Life of Foods
2. Rehydration of Crispy Cereal Products: A Tentative Explanation of Texture Changes
3. Staling of Bread: how to Counteract the Textural Changes and Improve the Flavor Aspects of Bread during Storage
4. Rheological Methods for Assessment of Food Freshness and Stabililty

Methods To Improve Freshness and Shelf Life

 

1. Argon Packaging and Processing Preserves and Enhances Flavor, Freshness, and Shelf Life of Foods
2. Processing Technologies To Enhance Fresh Flavor

Index

 

Laura A. de la Rosa (Editor), Emilio Alvarez-Parrilla (Editor), Gustavo A. Gonzalez-Aguilar (Editor) Hardcover384 pages January 2010

Fruit and Vegetable Phytochemicals: Chemistry, Nutritional Value and Stability provides scientists in the areas of food technology and nutrition with accessible and up-to-date information about the chemical nature, classification and analysis of the main phytochemicals present in fruits and vegetables – polyphenols and carotenoids. Special care is taken to analyze the health benefits of these compounds, their interaction with fiber, antioxidant and other biological activities, as well as the degradation processes that occur after harvest and minimal processing.

TABLE OF CONTENTS :

1. The Contribution of Fruit and Vegetable Consumption to Human Health (Elhadi M. Yahia).

2. Phenolic Compounds: Chemistry and Occurrence in Fruits and Vegetables (Cristina Andres-Lacueva, Alex Medina-Remon, Rafael Llorach, Mireia Urpi-Sarda, Nasiruddin Khan, Gemma Chiva-Blanch, Raul Zamora-Ros, Maria Rotches and Rosa M. Lamuela-Raventos).

3. Synthesis and Metabolism of Phenolic Compounds (Mikal E. Saltveit).

4. Enzymatic and Non-Enzymatic Degradation of Polyphenols (José Manuel López-Nicolás and Francisco García-Carmona).

5. Chemistry of Flavonoids (Rong Tsao and Jason McCallum).

6. Flavonoids and their Relation to Human Health (Alma E. Robles-Sardin, Adriana Verónica Bolaños-Villar, Gustavo A. González Aguilar and Laura A. de la Rosa).

7. Chemistry, Stability and Biological Actions of Carotenoids (Elhadi M. Yahia and José de Jesús Ornelas-Paz).

8. Dietary Fiber and Associated Antioxidants in Fruit And Vegetables (Fulgencio Saura-Calixto, Jara Pérez-Jiménez and Isabel Goñi).

9. Emerging Technologies Used for the Extraction of Phytochemicals from Fruits, Vegetables and Other Natural Sources (Marleny D. A. Saldaña, Felix M. C. Gamarra and Rodrigo M. P. Siloto).

10. Methods of Analysis of Antioxidant Capacity of Phytochemicals (Nuria Grigelmo-Miguel, Mª Alejandra Rojas-Graü, Robert Soliva-Fortuny and Olga Martín-Belloso).

11. Phytochemical Changes in the Postharvest and Minimal Processing of Fresh Fruits and Vegetables (Gustavo A. González-Aguilar, J. Fernando Ayala-Zavala, Laura A. de la Rosa and Emilio Alvarez-Parrilla).

12. Quality Loss of Fruits and Vegetables Induced by Microbial Growth (Saul Ruiz Cruz and Sofia Arvizu-Medrano).

By APHA (American Public Health Association)

The new 17th edition of this landmark book is designed for regulatory, industry, and commercial laboratories that need to assess the safety and quality of dairy products. It is also a compendium of microbiological, chemical, and physical methods for analyzing milk and dairy products. The focus of SMEDP is on tests for hidden attributes that can only be detected by laboratory procedures. These include test methods and procedures that may be applied routinely for the laboratory evaluation of products and complex nonroutine methods, such as those for foodborne pathogens and vitamin content analysis. The new 17th edition of SMEDP provides the dairy industry, associated research organizations, and the governmental bodies charged with ensuring the safety and wholesomeness of dairy products with validated methodology to ensure that harmful levels of organisms and other substances are absent and that the nutritive qualities, flavor, and appearance of products meet established specifications. An aim of SMEDP is to provide a system for the uniform testing of dairy products that will become a critical component of both government and industry analytical programs. The presentation of methods in SMEDP is designed to foster uniformity by providing sufficient information on key test procedures so that analysts have a clear set of procedures when performing each method. In addition to the routine updating of methodology, comprehensive revisions have been made to chapters on antibiotic drug residues and chemical and physical methods. Rapid changes in antibiotic residue testing methodology have replaced methods in earlier editions.

Hardback, 402 pages
Description Eleven of the chapters illustrate techniques for isolating volatile compounds from complex food matrices, including micro-scale liquid-liquid extraction, headspace sampling, solid phase microextraction, supercritical fluid extraction, and thermo desorption. The chapters devoted to analytical characterization include analyses of Amadori compounds, sulfur compounds, chiral compounds, coumarins and psoralens, flavor precursors, and natural products by GC, GC-MS, HPLC-MS, CCC (countercurrent chromatography), and GC-IRMS (gas chromatography isotope ration mass spectrometry). The final section covers sensory characterization and describes examples using the gas chromatography-olfactory techniques OSME and AEDA as well as the new GC-SOMMSA (selective odorant measurement by multisensor array).
Table of Contents1. Challenges in flavor chemistry: an overview ,
Isolation techniques 2. Applications of a microextraction class separation techniques to the analysis of complex flavor mixtures3. Evaluation of purge-and-trap parameters: optimization using a statistical design 4. The importance of the vacuum headspace method for the analysis of fruit flavors 5. Relationship between aroma compounds' partitioning constants and release during microwave heating 6. Extraction by headspace trapping onto tenax of novel thiazoles and 3-thiazolines in cooked beef 7. Extraction of thiol and disulfide aroma compounds from food systems 8. Isolation of flavor compounds from protein material
9. Sampling carbonyl compounds with solid phase microextraction utilizing on-fiber derivatization 10. Comparison of volitile analysis of lipid-containing and meat matrices by solid phase micro- and supercritical fluid-extraction 11. Thermo desorption as sample preparation technique for food and flavor analysis by gas chromatography 
Analytical characterization 12. Analysis of volatile maillard reaction products by different methods  13. y- and o-Thiolactones: an interesting class of sulfur-containing flavor compounds  14. Analysis of thermal degradation products of allyl isothiocyanate and phenethyl isothiocyanate 15. Biosythesis of optically active o-decalactone and 0-jasmin lactone by 13-lipoxygenase pathways in the yeast sporobolomyces odorus , 16. Application of countercurrent chromatography to the analysis of aroma precursors in rose flowers
17. Mass spectrometry of the acetal derivatives of selected generally recognized as safe listed aldehydes with ethanol, 1,2-propylene glycol and glycerol , Keith Woelfel and Thomas G. Hartman 18. Comparison of HPLC and GC-MS analysis of furans and furanones in citrus juices 19. Application of microwave-assisted process and py-GC-MS to the analysis of maillard reaction products
20. Characterization of coumarin and psoralen levels in California and Arizona citrus oils 21. Profiling of bioactive and flavor-active natural products by liquid chromatography-atmospheric pressure chemical ionization mass spectrometry 22. Quantification of impact odorants in food by isotope dilution assay: strength and limitations 23. Carbon isotope composition of selected flavoring compounds for the determination of natural origin by gas chromatography/isotope ratio mass spectrometer
Sensory characterization 24. Validation of gas chromatography olfactometry results for "gala" apples by evaluation of aroma-active compound mixtures  25. Chemical and sensory analysis of off-flavors in citrus products 26. Characterization of key odorants in dry-heated cysteine-carbohydrate mixtures: comparison with aqueous reaction systems 27. Aroma profile of the Australian truffle-like fungus Mesophellia glauca 28. Analysis of aroma-active components of light-activated milk 29. High resolution gas chromatography-selective odorant measurement by multisensor array-a useful technique to develop tailor-made chemosensor arrays for food flavor analysis

Editor(s):  eric odoux, cirad-sersyst, montpellier, cedex, france;  michel grisoni, cirad, saint pierre, la revuiou, france 

  july 20, 2010 
pages:  420 

presents the most current research on cultivation, curing, and uses of vanilla

• provides data on genetic status, resources, pests, diseases, cultural practices, biosynthesis of aromatic compounds, and aroma development
• describe the relationship between fruit development anatomy and flavor quality
• discusses emergent counties for vanilla production, including china, india, and uganda

 

the definitive, one-stop guide to all things vanilla

summary

vanilla is a legacy of mexico and, like chocolate, it is a major global delicacy representing almost a half-billion euros in profits each year. Written under the editorial guidance of renowned field authorities drs. Eric odoux and michel grisoni, vanilla presents up-to-date reviews on the cultivation, curing, and uses of vanilla. It provides unique and comprehensive coverage of the biology of the vanilla vine, the properties of its aromatic beans, and production processes worldwide.

 

written by 45 international experts with vast experience in their respective fields

this globally relevant resource discusses biotechnology aimed at finding novel production methods of vanilla and horticultural studies for improving yields and increasing plant resistance. It analyzes entomological issues related to pollination, studies on the chemistry and biochemistry of the curing process, and the advanced analytical chemistry needed to identify adulterations such as vanillin-spiked pods and synthetic vanillin. It also explores the relationship between fruit development anatomy and flavor quality.

 

vanilla is a universally appreciated flavor that is consumed worldwide. This book will no doubt serve for many years to come as the definitive resource on the topic and the standard reference for those interested in this delicate crop, including producers, flavorists, researchers, and consumers

table of contents :

vanilloid orchids: systematics and evolution evolutionary processes and diversification in the genus vanilla
conservation and movement of vanilla germplasm
vanilla in herbaria
biotechnological applications in vanilla
cultivation systems
virus diseases of vanilla
fungal diseases of vanilla
bio-ecology and control of an emerging vanilla pest, the scale conchaspis angraeci
anatomy and biochemistry of vanilla bean development (vanilla planifolia g. Jackson)
vanilla curing
developing the aromatic quality of cured vanilla beans
morphological, chemical, sensory, and genetic specificities of tahitian vanilla
microbial safety of cured vanilla beans
authentication of vanilla products
vanilla use in colonial mexico and traditional totonac
vanilla’s debt to reunion island
recognizing the quality and origin of vanilla from reunion island: creating a pgi "vanille de l’île de la réunion"
vanilla production in indonesia
vanilla production in india
vanilla production in east africa: uganda, tanzania, kenya, and eastern democratic republic of congo
vanilla production in mexico
vanilla production in china
vanilla production in french polynesia

Rouseff, Russell L.; Cadwallader, Keith R. (Eds.)

2001, 228 p., Hardcover

Headspace gas analysis is an analytical technique that has been successfully applied to food flavors for over 20 years but has experienced a resurgence of interest and innovation in recent years. In its truest form, headspace analysis represents the direct collection and analysis of the mixture of vapors in the space immediately above a food or beverage. The technique offers several advantages for workers interested in how a product smells and ultimately tastes. It offers the advantages of speed, simplicity, and, more importantly, represents the aroma profile a consumer is likely to experience just before consuming the product. Since only volatile components are collected, the sample is totally free of nonvolatile residues which commonly plague comparison liquid-liquid extracts of the same product.
This is the first book devoted to headspace analysis in foods and beverages in more than 20 years. The publication contains chapters on the basic theory of headspace analysis, as well as the theory and application of newly developed headspace techniques, such as solid phase micro extraction, SPME and electronic noses. New concentrating and desorption techniques are described in addition to a raft of food applications including tomato and citrus juices, alcoholic beverages, baguettes, dairy products, lipids, grill flavoring, baked potato, and meat. Chapters on off-flavors as well as aroma-food matrix interactions are also included.

"This is the bible of headspace analysis. If you are involved in, or planning on becoming involved, or want to learn more about, this incredible subject , then buy this book immediately!"
– Aubrey Parsons, governing council member, International Union for Food Science and Technology

Content Level » Research

Table of contents :

1. Headspace Techniques for Food Aroma Volatiles: An Overview; R.L. Rouseff, K.R. Cadwallader.

2. Headspace - Gas Chromatography: An Ideal Technique for Sampling Volatiles Present in Non-Volatile Matrices; L.S. Ettre.

3. Aroma Compound-Protein Interaction using headspace techniques; E. Jouenne, J. Crouzet.

4. Electronic noses in food analysis; J.-E. Haugen.

5. The Strengths and Weaknesses of the Electronic Nose; W.J. Harper.

6. Principles of Solid Phase Micro Extraction, SPME; J. Pawliszyn.

7. SPME-MS-MVA as a Rapid Technique for Assessing Oxidation Off-Flavors in Foods; R.T. Marsili.

8. SPME - GC-Olfactometry of Orange Juice Aroma Volatiles: Heating Effects; R. Rouseff, et al.

9. Headspace Volatile Aldehydes as Indicators of Lipid Oxidation in Foods; F. Shahidi.

10. Comparison of Dynamic Headspace Concentration on Tenax with Solid Phase Microextraction for the Analysis of Aroma Volatiles; J.S. Elmore, et al.

11. Choice and Use of Standards for Dynamic Headspace Trapping as Applied to the Analysis of the Volatiles of Baked Potato; J.M. Ames, S.C. Duckham.

12. Aroma Components of an Oil-Based Grill Flavoring by Direct Thermal Desorption-Gas Chromatography-Olfactometry and Sample Dilution Analysis; T.E. Webb, K.R. Cadwallader.

13. Solvent Desorption Dynamic Sampling of Fermented Dairy Product Volatiles; S.A. Rankin.

14. Dynamic Headspace Analysis of Fresh Tomato Juices; M. Sucan, G.F. Russell.

15. Apparatus for the Quantitative Analysis of the Aroma of French Bread and Its Loss During Storage; G. Zehentbauer, W. Grosch.

16. Automated, Microprocessor Controlled Short Path Thermal Desorption for the Analysis of Volatiles in Foods; V.T. Das, et al. I
ndex.

Bailey's Industrial Oil and Fat Products, 6 Volume Set, 6th EditionBy Fereidoon Shahidi (Editor) Hardcover3616 pages
First published in 1945, Bailey's has become the standard reference on the food chemistry and processing technology related to edible oils and the nonedible byproducts derived from oils. This sixth edition features new coverage of edible fats and oils and is enhanced by a second volume on oils and oilseeds. This sixth edition consists of six volumes: five volumes on edible oils and fats, with still one volume (as in the fifth edition) devoted to nonedible products from oils and fats. Some brand new topics in the sixth edition include: fungal and algal oils, conjugated linoleic acid, coco butter, phytosterols, and plant biotechnology as related to oil production. Now with 75 accessible chapters, each volume contains a self-contained index for that particular volume.


TABLE OF CONTENTS :

VOLUME 1: EDIBLE OIL AND FAT PRODUCTS: CHEMISTRY, PROPERTIES, AND HEALTH EFFECTS.

VOLUME 2: EDIBLE OIL AND FAT PRODUCTS: EDIBLE OILS.

1. Butter (David Hettinga).

2. Canola Oil (R. Przybylski, T. Mag, N.A.M. Eskin, and B.E. McDonald).

3. Coconut Oil (Elias C. Canapi, Yvonne T. V. Agustin, Evangekube A. Moro, Economico Pedrosa, Jr., Mar&ıacute;a J. Bendaño).

4. Corn Oil (Robert A. Moreau).

5. Cottonseed Oil (Richard D. O’Brien, Lynn A. Jones, C. Clay King, Phillip J. Wakelyn, and Peter J. Wan).

6. Flax Oil and High Linolenic Oils (Roman Przybylski).

7. Olive Oil (David Firestone).

8. Palm Oil (Yusof Basiron).

9. Peanut Oil (Harold E. Pattee).

10. Rice Bran Oil (Frank T. Orthoefer).

11. Safflower Oil (Joseph Smith).

12. Sesame Oil (Lucy Sun Hwang).

13. Soybean Oil (Earl G. Hammond, Lawrence A. Johnson, Caiping Su, Tong Wang, and Pamela J. White).

14. Sunflower Oil (Maria A. Grompone).

Index.

VOLUME 3: EDIBLE OIL AND FAT PRODUCTS: SPECIALTY OILS AND OIL PRODUCTS.

VOLUME 4: EDIBLE OIL AND FAT PRODUCTS: PRODUCTS AND APPLICATIONS.

VOLUME 5: EDIBLE OIL AND FAT PRODUCTS: PROCESSING TECHNOLOGIES.

1. A Primer on Oils Processing Technology (Dan Anderson).

2. Oil Extraction (Timothy G. Kemper).

3. Recovery of Oils and Fats from Oilseeds and Fatty Materials (Maurice A. Williams).

4. Storage, Handling, and Transport of Oils and Fats (Gary R. List, Tong Wang, and Vijai K.S. Shukla).

5. Packaging (Vance Caudill).

6. Adsorptive Separation of Oils (A. Proctor and D. D. Brooks).

7. Bleaching (Dennis R. Taylor).

8. Deodorization (W. De Greyt and M. Kellens).

9. Hydrogenation: Processing Technologies (Walter E. Farr).

10. Supercritical Technologies for Further Processing of Edible Oils

Index.

VOLUME 6: INDUSTRIAL AND NONEDIBLE PRODUCTS FROM OILS AND FATS.

1. Fatty Acids and Derivatives from Coconut Oil (Gregorio C. Gervajio).

2. Rendering (Anthony P. Bimbo).

3. Soaps (Michael R. Burke).

4. Detergents and Detergency (Jesse L. Lynn, Jr.).

5. Glycerine (Keith Schroeder).

6. Vegetable Oils as Biodiesel (M. J. T. Reaney, P. B. Hertz, and W. W. McCalley).

7. Vegetable Oils as Lubricants, Hydraulic Fluids, and Inks (Sevim Z. Erhan).

8. Vegetable Oils in Production of Polymers and Plastics (Suresh S. Narine and Xiaohua Kong).

9. Paints, Varnishes, and Related Products (K. F. Lin).

10. Leather and Textile Uses of Fats and Oils (Paul Kronick and Y.K. Kamath).

11. Edible Films and Coatings from Soybean and Other Protein Sources (Navam S. Hettiarachchy and S. Eswaranandam).

12. Pharmaceutical and Cosmetic Use of Lipids (Ernesto Hernandez).

Index.

Cumulative Index

Handbook of herbs and spices (Volume 1)

Edited by K V Peter, Kerala Agricultural University, India
SPECIAL INDIAN REPRINT

..a good reference book for food processors and packers of herbs and spices.
Food Technology

..an excellent reference text for those interested in the functional properties of different herbs.
Food Technology

Herbs and spices are among the most versatile and widely used ingredients in food processing. As well as their traditional role in flavouring and colouring foods, they have been increasingly used as natural preservatives and for their potential health-promoting properties, for example as antioxidants. Edited by a leading authority in the field, and with a distinguished international team of contributors, the Handbook of herbs and spices provides an essential reference for manufacturers wishing to make the most of these important ingredients.

The first group of chapters looks at general issues including quality indices for conventional and organically produced herbs, spices and their essential oils.

The main body of the handbook consists of over twenty chapters covering key spices and herbs from aniseed, bay leaves and black pepper to saffron, tamarind and turmeric. Each chapter covers key issues from definition and classification including:

chemical structure
cultivation
post-harvest processing
uses in food processing
functional properties
quality indices
methods of analysis

The Handbook of herbs and spices is a standard reference for all manufacturers using herbs and spices in their products.

August 2001
336 pages  244 x 172mm  hardback  
£160.00 / US$270.00 / €190.00
SPECIAL  INDIAN PRICE

Contents

Introduction
 - Definitions
 - The trade in spices
 - Spice flavours
 - Processing issues
 - The functional role of spices
 - The structure of this book
 - Sources of further information
 - Appendix 1: Major spice-producing areas
 - Appendix 2: ISO list of plant species

Quality specifications for herbs and spices
 - Defining quality
 - Major international quality specifications
 - The American Spice Trade Association (ASTA)
 - The European Spice Association (ESA)
 - Other tests
 - Quality assurance schemes
 - References

Quality indices for spice essential oils
 - Introduction
 - The problem of adulteration
 - References
 - Appendix: Physical properties of some spice essential oils and flavourants

Organic spices
 - Introduction
 - Concept of organic farming
 - Standards and certification
 - Quality
 - World trade
 - Future trends
 - References

Aniseed
Bay leaves
Black pepper
 - Appendix: Recipes with pepper (Dastur and Maya 1981)

Capisicum chillies, paprika, bird's eye chilli
Cardamom (small)
Cardamom (large)
Cinnamon
Clove
Cumin
Curry leaf
Dill
Garlic
Ginger
Kokam and combodge
Marjoram
Nutmeg and mace
Onion
Poppy
Rosemary and sage as antioxidants
Saffron
Tamarind
Turmeric

Chocolate Science and TechnologyEmmanuel Ohene AfoakwaHardcover296 pagesMay 2010,

This book provides an overview of the science and technology of chocolate manufacture from cocoa production, through the manufacturing processes, to the sensory, nutrition and health aspects of chocolate consumption.

It covers cocoa cultivation and production with special attention paid to cocoa bean composition, genotypic variations in the bean, post-harvest pre-treatments, fermentation and drying processes, and the biochemical basis of these operations. The scientific principles behind industrial chocolate manufacture are outlined with detailed explanations of the various stages of chocolate manufacturing including mixing, refining, conching and tempering. Other topics covered include the chemistry of flavour formation and development during cocoa processing and chocolate manufacture; volatile flavour compounds and their characteristics and identification; sensory descriptions and character; and flavour release and perception in chocolate. The nutritional and health benefits of cocoa and chocolate consumption are also addressed.

There is a focus throughout on those factors that influence the flavour and quality characteristics of the finished chocolate and that provide scope for process optimization and improvement. The book is designed to be a desk reference for all those engaged in the business of making and using chocolate worldwide; confectionery and chocolate scientists in industry and academia; students and practising food scientists and technologists; nutritionists and other health professionals; and libraries of institutions where food science is studied and researched.

• an overview of the science behind chocolate manufacture
• covers the whole process from cocoa production, through manufacturing, to the nutrition and health aspects of chocolate consumption
• focuses on factors that influence chocolate flavour and quality, and that provide scope for process optimization and improvement.

TABLE OF CONTENTS :
Acknowledgements

About the author

1 Chocolate production and consumption patterns

1.1 History of cocoa and chocolate

1.2 World production and consumption of cocoa and chocolate products

1.2.1 World production and consumption of cocoa

1.2.2 World cocoa prices

1.2.3 World consumption of chocolate products

1.2.4 World consumption of premium chocolate products

1.3 Fairtrade cocoa and chocolate in modern confectionery industry

1.3.1 Future of Fairtrade cocoa and confectionery industry

1.4 The concept of this book

2 Cocoa cultivation, bean composition and chocolate flavour precursor formation and character

3 Industrial chocolate manufacture – processes and factors influencing quality

4 The chemistry of flavour development during cocoa processing and chocolate manufacture

5 Sensory character and flavour perception of chocolates

6 Nutritional and health benefits of cocoa and chocolate consumption

7 Structure – properties (rheology, texture and melting) relationships in chocolate manufacture

8 Tempering behaviour during chocolate manufacture: effects of varying product matrices

9 Tempering and fat crystallisation effects on chocolate quality

10 Fat bloom formation and development in chocolates

11 Matrix effects on flavour volatiles character and release in chocolates

12 Conclusions and industrial applications

References

Appendix 1: Abbreviations used and their meanings

Appendix 2: Abbreviations, acronyms and websites of organizations related to cocoa and chocolate industry

Appendix 3: Glossary of chocolate terminologies

Index

Confectionery and Chocolate Engineering: Principles and Applications Ferenc MohosHardcover712 pagesSeptember 2010

Confectionery and chocolate manufacture has been dominated by large-scale industrial processing for several decades. It is often the case, though, that a trial and error approach is applied to the development of new products and processes, rather than verified scientific principles.

The purpose of this book is to describe the features of unit operations used in confectionary manufacturing. In contrast to the common technology-focused approach to this subject, this volume offers a scientific, theoretical account of confectionery manufacture, building on the scientific background of chemical engineering. The large diversity of both raw materials and end products in the confectionery industry makes it beneficial to approach the subject in

Preface.

Acknowledgements.

Part I Theoretical introduction.

Chapter 1 Principles of food engineering.

Chapter 2 Characterization of substances used in the confectionery industry.

Chapter 3 Engineering properties of foods.

Chapter 4 The rheology of foods and sweets.

Chapter 5 Introduction to food colloids.

Part II Physical operations.

Chapter 6 Comminution.

Chapter 7 Mixing/kneading.

Chapter 8 Solutions.

Chapter 9 Evaporation.

Chapter 10 Crystallization.

Chapter 11 Gelling, emulsifying, stabilizing and foam formation.

Chapter 12 Transport.

Chapter 13 Pressing.

Chapter 14 Extrusion.

Chapter 15 Particle agglomeration: Instantization and tabletting.

Part III Chemical and complex operations: Stability of sweets.

Chapter 16 Chemical operations (inversion and caramelization), ripening and complex operations.

Chapter 17 Water activity, shelf life and storage.

Chapter 18 Stability of food systems.

Part IV Appendices.

Appendix 1 Data on engineering properties of materials used and made by the confectionery industry.

A1.1 Carbohydrates.

A1.2 Oils and fats.

A1.3 Raw materials, semi-fi nished products and fi nished products.

Appendix 2 Solutions of sucrose, corn syrup and other monosaccharides and disaccharides.

Appendix 3 Survey of fl uid models.

A3.1 Decomposition method for calculation of fl ow rate of rheological models.

A3.2 Calculation of the friction coeffi cient ξ of non-Newtonian fl uids in the laminar region.

A3.3 Generalization of the Casson model.

A3.4 Determination of the exponent n of the flow curve of a generalized Casson fluid.

A3.5 Dependence of shear rate on the exponent n in the case of a generalized Casson fluid.

A3.6 Calculation of the fl ow rate for a generalized Casson fluid.

A3.7 Lemma on the exponent in the generalized Casson equation.

Appendix 4 Fractals.

A4.1 Irregular forms – fractal geometry.

A4.2 Box-counting dimension.

A4.3 Particle-counting method.

A4.4 Fractal backbone dimension.

Appendix 5 Introduction to structure theory.

A5.1 General features of structure theory.

A5.2 Attributes and structure: A qualitative description.

A5.3 Hierarchical structures.

A5.4 Structure of measures: A quantitative description.

A5.5 Equations of conservation and balance.

A5.6 Algebraic structure of chemical changes.

A5.7 The technological triangle: External technological structure.

A5.8 Conserved substantial fragments.

Appendix 6 Technological lay-outs.

Further reading.

References.

Index.

Frank Gunstone (Editor) Hardcover376 pagesMay 2011,

Our dietary intake comprises three macronutrients (protein, carbohydrate and lipid) and a large but unknown number of micronutrients (vitamins, minerals, antioxidants, etc). Good health rests, in part, on an adequate and balanced supply of these components. This book is concerned with the major sources of lipids and the micronutrients that they contain.

Now in an extensively updated second edition, the volume provides a source of concentrated and accessible information on the composition, properties and food applications of the vegetable oils commonly used in the food industry. Chapters are devoted to each type of oil, and an introductory chapter by the Editor provides an overview of the current production and trade picture globally. The book includes coverage of the modifications of these oils that are commercially available by means of partial hydrogenation, fractionation and seed breeding. The major food applications are linked, wherever possible, to the composition and properties of the oils.

This new edition widens the range of oils covered, addresses issues related to trans fats reduction, and new composition data is included throughout. The book is an essential resource for food scientists and technologists who use vegetable oils in food processing; chemists and technologists working in oils and fats processing; and analytical chemists and quality assurance personnel.

Preface to the First Edition.

Preface to the Second Edition.

Contributors.

List of Abbreviations.

1 Production and Trade of Vegetable Oils (Frank D. Gunstone).

1.1 Extraction, refining and processing.

1.2 Vegetable oils: Production, consumption and trade.

1.3 Some topical issues.

2 Palm Oil (Siew Wai Lin).

2.1 Introduction.

2.2 Composition and properties of palm oil and fractions.

2.3 Physical characteristics of palm oil products.

2.4 Minor components of palm oil products.

2.5 Food applications of palm oil products.

2.5.1 Cooking/frying oil.

2.6 Nutritional aspects of palm oil.

2.7 Sustainable palm oil.

2.8 Conclusions.

3 Soybean Oil (Tong Wang).

3.1 Introduction.

3.2 Composition of soybean and soybean oil.

3.3 Recovery and refining of soybean oil.

3.4 Oil composition modification by processing and biotechnology.

3.5 Physical properties of soybean oil.

3.6 Oxidation evaluation of soybean oil.

3.7 Nutritional properties of soybean oil.

3.8 Food uses of soybean oil.

4 Canola/Rapeseed Oil (Roman Przybylski).

5 Sunflower Oil (Maria A. Grompone).

6 The Lauric (Coconut and Palm Kernel) Oils (Ibrahim Nuzul Amri).

7 Cottonseed Oil (Michael K. Dowd).

8 Groundnut (Peanut) Oil (Lisa L. Dean, Jack P. Davis, and Timothy H. Sanders).

9 Olive Oil (Dimitrios Boskou).

10 Corn Oil (Robert A. Moreau).

11 Minor and Speciality Oils (S. Prakash Kochhar).

11.1 Introduction.

11.2 Sesame seed oil.

11.3 Rice bran oil.

11.4 Flaxseed (linseed and linola) oil.

11.5 Safflower oil.

11.6 Argan kernel oil.

11.7 Avocado oil.

11.8 Camelina seed oil.

11.9 Grape seed oil.

11.10 Pumpkin seed oil.

11.11 Sea buckthorn oil.

11.12 Cocoa butter and CBE.

11.13 Oils containing a-linolenic acid (GLA) and stearidonic acid (SDA).

11.14 Tree nut oils.

Useful Websites.

Index.

By Mathew Attokaran, PhDHardcover448 pagesApril 2011
Although many foods are appealing, and even perceived as natural, in spite of containing synthetic additives, consumer increasingly prefer food products which are fully natural. This has driven an increase in the use of, and interest in, food additives derived from biological sources. Of particular interest are natural food flavors and colors, which have started to play a major role in food processing.

This volume presents practical information on over 80 natural extracts that can be used as food flavors and colors, drawing on the author's 50 years of food chemistry and technology expertise in both research and industry. The book is divided into three parts: Part I deals with manufacture, quality, analysis, and regulatory aspects. Part II describes the various sources of natural flavors and colorants that are currently available, alphabetized for convenient reference. Part III covers future directions that can be pursued by research workers and manufacturers.

Food scientists, researchers and product development professionals alike will find Natural Food Flavors and Colorants an invaluable resource for understanding and using these commercially important natural food ingredients.

Preface.

Acknowledgments.

About the Author.

Part I. General.

Chapter 1. Analytical Matters.

Chapter 2. Flavors.

Chapter 3. Spices.

Chapter 4. Essential Oils.

Chapter 5. Food Colors.

Chapter 6. Preparation of Plant Material for Extraction.

Chapter 7. Methods of Extraction of Essential Oils.

Chapter 8. Solvent Extraction.

Chapter 9. Supercritical Fluid Extraction.

Chapter 10. Homogenization of Extracts.

Chapter 11. Suspension in Solids.

Chapter 12. Deterioration During Storage and Processing.

Part II. Individual Flavors and Colorants.

 Ajwain (Bishop’s Weed).

 Allspice (Pimenta).

Anka-Red Fungus.

Aniseed.

 Annatto.

 Asafoetida.

 Basil.

Bay Leaf (Laurel).

. Beet Root.

 Bergamot Mint.

Black Cumin.

Black Pepper.

Capsicum.

Caramel.

Caraway.

Cardamom.

Carob Pod.

Carrot.

 Cassia.

Celery Seed.

Chicory.

Cinnamon.

Cinnamon Leaf.

Clove.

Clove Leaf.

Coca Leaf.

 Cochineal.

Cocoa.

Coffee.

 Coriander.

Coriander Leaf.

 Cumin.

Curry Leaf.

 Date.

. Davana.

Dill.

Fennel.

 Fenugreek.

 Galangal: Greater.

. Galangal: Kaempferia.

Galangal: Lesser.

Garcinia Fruit.

Garlic.

Ginger.

Grape.

 Grapefruit.

Green Leaves.

 Hops.

Hyssop.

Japanese Mint.

Juniper Berry.

Chapter 64. Kokam.

Kola Nut.

 Large Cardamom.

Lemon.

 Lemongrass.

. Licorice.

. Lime.

. Long Pepper.

 Lovage.

 Mace.

 Mandarin.

Marigold.

Marjoram.

 Mustard.

 Nutmeg.

 Onion.

Orange.

Oregano.

Paprika.

Parsley.

. Peppermint.

 Red Sandalwood.

 Rosemary.

 Saffron.

. Sage.

 Savory (Sweet Summer).

 Spearmint.

Star Anise.

Sweet Flag (Calamus).

 Tamarind.

 Tarragon.

 Tea.

Thyme.

 Tomato.

 Turmeric.

 Vanilla.

Part III. Future Needs.

Chapter 100. Opportunities in Natural Flavors.

Chapter 101. Opportunities in Natural Colorants.

Index of Systematic Biological Names.

Subject Index. 

ASTA's Official  Analytical Methods Manual, 4th Edition  - This 8 1/2 " x 11" hard cover, loose leaf binder includes all previous existing ASTA methods, revised and updated, as well as nine new methods. References and statistical data are inserted.

GENERAL METHODS

 

Method
Number

 

 

1.0 Preparation of Sample (Revised January 1997) 
2.0 Moisture (Distillation Method) (Revised July 2011)

2.1 Moisture in Spices (Vacuum Oven Method) (Revised January 1997) 

3.0 Total Ash (Revised January 1997) 

4.0 Acid Insoluble Ash (Revised January 1997) 

5.0 Steam Volatile Oil (Modified Clevenger Method) (Revised March 2010) 

5.1 Steam Volatile Oil (Lee and Ogg Method) (Revised March 2010) 

5.2 Steam Volatile Oil in Spices (Revised March 2010) 

6.0 Water Activity (Revised October 2010) 

7.0 Crude Fiber (Revised January 1997) 

8.0 Starch (Direct Acid Hydrolysis) (Revised January 1997) 

9.0  Alcohol Extract (Revised January 1997) 

10.0 Sieve Analysis (Revised October 2004) 

11.0 Non-Volatile Methylene Chloride Extract (Revised January 1997)

 

 

METHODS FOR SPECIFIC SPICES

 

12.1 Piperine Content of Black and White Pepper, Their Oleoresins and Soluble Pepper Seasonings (Revised January 1997) 

14.0 Light Berries and Extraneous Matter in Pepper (Revised January 1997) 

14.1 Extraneous Matter in Spices (Excluding Pepper) (Revised January 1997) 

15.0 Volatile Oil in Mustard Seed and Flour (Revised January 1997) 

15.1 Volatile Oil in Mustard Seed and Flour (Alternate Method) (Revised January 1997) 

16.0 Steam Volatile Oil in Cassia (Revised March 2010) 

17.0 Cinnamic Aldehyde in Cassia Oils (Revised January 1997) 

18.0 Curcumin Content of Turmeric Spice & Oleoresins (Revised October 2004) 

19.0 Phenols in Nutmeg and Mace (Revised January 1997) 

20.1 Extractable Color in Capsicums and Their Oleoresins (Revised October 2004) 

21.2 Sensory Evaluation of Low Heat Chilies, Red Peppers and Oleoresins (Revised December 1998) 

21.3 Pungency of Capsicums and Their Oleoresins (HPLC Method - Preferred) (Revised October 2004) 

22.1 Microanalytical Analysis of Paprika (Revised October 2004) 

22.2 Microanalytical Analysis of Ground Capsicums (Excluding Paprika) (Revised January 1997)

 

 

GENERAL METHODS

 

23.1 Ethylene Oxide (EtO) and Ethylene Chlorohydrin Residue in Black Pepper (Revised January 1997) 

23.2 Determination of Ethylene Oxide (EtO) (Revised January 1997) 

23.3 Ethylene Chlorohydrin Residue in Spices (Revised January 1997) 

24.0 Aflatoxin Determination (Revised January 1997) 

24.1 Aflatoxins in Herbs and Spices (Immunoaffinity Column Method) (Revised December 1998) 

24.2 Analysis of Aflatoxins B1, B2, G1, and G2 by HPLC (Revised January 1997) 

25.0 Bulk Index/Bulk Density (Manual Method) (Revised April 2001) 

25.1 Bulk Index/Bulk Density (Machine Method) (Revised April 2001) 

26.0 Foreign Leaves in Oregano (Revised October 2010) 

and More......

Published:October 25, 2011
- 504 Pages
Edited By:Henryk Jelen, Poznan University of Life Sciences, Poland


Features

•  
• Provides an overview of food odorants and tastants
• Highlights the necessary fundamentals of flavor compounds formation
• Explores technological issues related to flavor compounds
• Examines the characterization of food flavors
• Combines the basics of aroma compounds formation, flavor’s role in food technology, and the tools to characterize it.

Summary

 

Food flavor, appearance, and texture are the sensory properties that influence food acceptance, and among these, flavor is usually the decisive factor for the choice of a particular product. Food Flavors: Chemical, Sensory, and Technological Properties explores the main aspects of food flavors and provides a starting point for further study in focused areas.

 

Topics discussed include:

 

• The nature of food odorants and tastants and the way they are perceived by the human olfactory system
• Basic anatomy and physiology of sensory systems involved in flavor sensation, olfactory pathways, and interactions between olfactory and gustatory stimuli
• The fundamentals of flavor compounds formation based on their main precursors (lipids, amino acids, and carbohydrates)
• Technological issues related to flavor compounds
• Physicochemical characteristics of aroma compounds and the main factors that influence aroma binding and release in foods
• Safety and regulatory aspects of flavorings used in foods
• Flavors of essential oils and spices, cheeses, red meat, wine, and bread and bakery products
• Food taints and off-flavors
• Analytical approaches to characterize food flavors

   

The book also explores the latest technology in artificial olfaction systems with a chapter on the main physical and chemical features of these sensors. Bringing together the combined experience of a host of international experts, the book provides insight into the fundamentals of food flavors and explores the latest advances in flavor analysis.

Table of Contents

 

Specificity of Food Odorants; Henryk H. Jele??

Important Tastants and New Developments;

Smell, Taste, and Flavor; Han-Seok Seo and Thomas Hummel

Lipid-Derived Flavor Compounds; Henryk Jele?? and Envin W??sowicz

Saccharides-Derived Flavor Compounds; Matgorzata Majcher

Flavors from Amino Acids; H.-E. Spinnler
Binding and Release of Flavor Compounds; Elisabeth Guichard

Flavor Suppression and Enhancement; Jakob Ley, Katharina Reichelt, and Gerhard Krammer

Legislation, Safety Assessment, and Labeling of
Food Flavors and Flavorings; Manfred Lutzow

Essential Oils and Spices; Danuta Kalemba and Anna Wajs

Functional (Non-Flavor) Properties of Flavor Compounds; Alfreda Wei and Takayuki Shibamoto

Flavors from Cheeses; H.-E. Spinnler

Red Meat Flavor; Jennie M. Hodgen and Chris R. Calkins

Flavor of Wine; Vicente Ferreira and Felipe San Juan

Flavor of Bread and Bakery Products; Salim-ur-Rehman and Javaid Aziz Awan

Food Taints and Off-Flavors; Kathy Ridgeway

Volatile Compounds in Food Authenticity and Traceability Testing; Tomas

Mapping the Combinatorial Code of Food Flavors by Means ofMolecular Sensory Science Approach;
Methods for Sensory Analysis;

Machine Olfaction: A Devices Approach to Measurement of Food Aroma;

Edited by
Kathryn Deibler and Jeannine Delwiche


Handbook of Flavor Characterization integrates current sensory, chemical, and psychological research for comprehensive study of flavor interpretation.

Handbook of Flavor Characterization details the challenges and analytical methodologies utilized to determine the effect of chemical composition, genetics, and human physiology on aroma and flavor perception???studying the interpretation and analysis of flavor and odor with in-depth research from renowned field professionals covering burgeoning areas of interest including genomics and in vivo mass spectrometer techniques.

Contents

Part I. Sensory and Physiological Characteristics of Flavor

 

• Methods, Approaches, and Caveats for Functionally Evaluating Olfaction and Chemesthesis
• Sensory Analysis and Analytical Flavor Chemistry: Missing Links
• When Are Oral Cavity Odorants Available for Retronasal Olfaction?
• Sensory Analysis and Olfactory Perception: Some Sources of Variation
• Similarity and Diversity in Flavor Perception
• Implications of Recent Research on Olfaction for the Neural Basis of Flavor in Humans: Challenges and Opportunities

Part II. Relating Physical Measures to Flavor Perception

 

• Effect of Texture Perception on the Sensory Assessment of Flavor Intensity
• Difficulty in Measuring What Matters: Context Effects
• Measuring the Sensory Impact of Flavor Mixtures Using Controlled Delivery
• Nosespace Analysis with Proton-Transfer-Reaction Mass Spectrometry: Intra- and Interpersonal Variability
• Correlation Between Sensory Time-Intensity and Solid-Phase Microextraction Analysis of Fruity Flavor in Model Food Emulsions
• The Influence of Random Coil Overlap on Perception of Solutions Thickened Using Guar Gum

Part III. Gas Chromotography-Olfactometery

 

• Differences in the Aroma of Selected Fresh Tomato Cultivars
• New Flavor Compounds from Orange Essence Oil
• eat-Induced Changes in Aroma Components of Holy Basil (Ocimum sanctum L.)
• Characterization of Flavor Compounds During Grinding of Roasted Coffee Beans
• Interactions of Selected Flavor Compounds with Selected Dairy Products
• Challenges in Analyzing Difficult Flavors
• Nose to Text: Voice Recognition Software for Gas Chromatography Olfactometry

Part IV. Comparisons of Techniques, Methods, and Models

 

• Headspace Sampling: A Critical Part in Evaluating True Gas Phase Concentrations
• Meat Aroma Analysis: Problems and Solutions
• Analysis of Flavor Compounds from Microwave Popcorn Using Supercritical Fluid CO2 Followed by Dynamic/Static Headspace Techniques
• Representative Sampling of Volatile Flavor Compounds: The Model Mouth Combined with Gas Chromatography and Direct Mass Spectrometry
• Effects of Oral Physiological Characteristics on the Release of Aroma Compounds from Oil-in-Water Emulsions Using Two Mouth Simulator Systems
• Identification of Nonvolatile Flavor Compounds by Hydrophilic Interaction Liquid Chromatography-Electrospray Mass Spectrometry

Part V. Real-Time Analysis of Flavor Components

 

• On-Line Monitoring of the Maillard Reaction
• Optimizing Release of Flavor in Purge and Trap Analysis Using Humidified Purge Gas and Inverse Gas Chromatography
• Novel Mass Spectrometric Techniques for Monitoring Aroma Volatiles
• Identification of Volatile Compounds Using Combined Gas Chromatography Electron Impact Atmospheric Pressure Ionization Mass Spectometry

Part VI. Compounds Associated with Flavor

Publishing March 1, 2012, the FCC, Eighth Edition, is a compendium of internationally recognized standards for determining the purity and quality of food ingredients. It is a valuable resource for authenticating a wide variety of ingredients, including processing aids, preservatives, flavorings, colorants, and nutrients.

Published since 1966, the FCC was acquired by USP from the Institute of Medicine in 2006. The FCC is now revised and updated through an open collaborative revision process involving industry, government, and the public.

Highlights & Features :

The FCC, Eighth Edition, provides access to comprehensive specifications, methods, and reference information for food ingredients used around the world.

• More than 1,100 monographs featuring key specifications:
  • empirical formula; structural formula; formula weight; CAS, INS, and FEMA numbers
  • description, including physical form and solubility
  • function; identification; assay; impurity limits; and specific tests
  • packaging and storage; and more.

 

• Recent updates include new or revised standards for glycerin, lutein, sodium iron EDTA, DHA alga oil, synthetic red color additives, ARA infant formula ingredients, and mineral oil.

14 appendices providing clear, step-by-step guidance for more than 150 tests and assays

• Helpful information and guidance: Validation of Food Chemicals Codex Methods; AOAC/ISO/IUPAC guidelines on method validation; USP Reference Standards for food ingredients; Information on analytical techniques from USP–NF General Chapters, IR spectra; General Good Manufacturing Practices Guidelines for Food Chemicals; Comparison of GMP elements from foods and drugs; and FCC in the U.S. Code of Federal Regulations
• New—1,300+ entry extract from the USP Food Fraud Database: featuring information on adulterants reported for specific ingredients, including analytical methods. Based on scholarly manuscripts and media articles from 1980–2010, it serves a baseline on fraud issues and is a useful risk management tool.

Subscription Information: Includes Three Supplements

• Available in two-year print and online subscriptions. Subscription includes a main edition and three supplements, which publish at six-month intervals during the subscription period. Each supplement contains significant new and revised standards and information.
• Online features the same quality content as print with the added convenience of keyword and advance search; copy, paste, and bookmarking; and password accessibility from any computer, 24 hours a day.

Benefits & Applications

• The FCC is an essential reference for food and beverage manufacturing, food chemicals and ingredient supply chain management, quality control, and regulatory affairs.
• The latest edition provides accepted standards that include validated methods with the associated specifications—use them with global partners to manage your supply chain.
• FCC standards can help differentiate suppliers and can help manufacturers save time and money on day-to-day purchasing and transactions.

A Valuable Resource

The FCC is an important reference for scientists and professionals involved in

• Finished food and beverage manufacturing
• Food chemicals and ingredient supply chains
• Food quality control
• Food regulatory affairs