Food and beverage technology Books

Book SynopsisFood safety is a multi-faceted subject, using microbiology, chemistry, standards and regulations, and risk management to address issues involving bacterial pathogens, chemical contaminants, natural toxicants, additive safety, allergens, and more. This revised edition has been updated with the latest information on food safety. It addresses all the topics pertinent to a full understanding of keeping the food we eat safe. Each chapter of Food Safety: The Science of Keeping Food Safe, Second Edition proceeds from introductory concepts and builds towards a sophisticated treatment of the topic, allowing the reader to take what knowledge is required for understanding food safety at a wide range of levels. Illustrated with photographs and examples throughout, this new edition also boasts 4 new chapters covering radioactivity in food; food terrorism; food authenticity; and food supplements. This second edition has been revised and updated throughout to include the latesTable of ContentsAcknowledgements xiv 1 Introduction 1 Introduction 1 A brief history of food safety 1 Evolution of cellular protection mechanisms 2 2 Food Risk 13 Introduction 13 What is risk? 14 Measuring hazard 16 Determining risk 18 Acceptable risk 23 Risk versus benefit 26 Risk perception 27 The precautionary principle 30 Food risk assessment 31 Relative risk and risk ranking 33 Risk management 33 Risk communication 36 Quantitative risk assessment 36 Take home messages 45 Further reading 45 3 Bacteria 46 Introduction 46 The discovery of bacteria 47 The biology of bacteria 52 The bacterial ecology of food 61 Human bacterial pathogens on food 62 Gastroenteritis 63 Food-borne pathogenic bacteria 63 Take home messages 101 Further reading 102 4 Viruses 103 Introduction 103 The discovery of viruses 103 The biology of viruses 105 Diseases caused by viruses and mechanisms of viral transmission 108 Other food-borne viruses 115 Take home messages 116 Further reading 116 5 Parasites 117 Introduction 117 What are parasites? 117 Flatworms – Platyhelminthes 118 Tapeworms – Cestodes 118 Flukes – Trematodes 121 Nematodes 124 Protozoa 130 Take home messages 140 Further reading 140 6 Bovine Spongiform Encephalopathy (BSE) 141 Introduction 141 The history of BSE 141 The epidemiology of BSE in England 142 Spongiform encephalopathies 143 Prions 143 The symptoms of BSE 145 BSE cases in the UK 146 BSE transmission and the origins of PrPSC 146 The risk to human consumers of BSE beef – nvCJD 149 The politics of BSE and implications for food safety worldwide 153 BSE incidence around the world 153 Take home messages 154 Further reading 155 7 Chemical Contaminants 156 Introduction 156 Pesticides 157 Insecticides 164 Herbicides 185 Fungicides 187 Veterinary medicines 192 Growth promoting chemicals 203 Fertilisers 208 Natural environmental chemicals 210 Non-agricultural environmental pollutants 213 Residues monitoring programmes 217 Dietary intake and risk to human consumers 218 Take home messages 219 Further reading 219 8 Natural Toxins 220 Introduction 220 Why produce natural toxins? 221 Natural toxins in the human food chain 222 Plant toxins 224 Mycotoxins 237 Phytohaemagglutinins in beans 241 Bacterial toxins 243 Phytoestrogens 243 Take home messages 243 Further reading 243 9 Endocrine Disrupting Chemicals 244 Introduction 244 The first observations of xenoestrogens’ effects 245 Estrogen receptors – ERs 246 Molecular requirements for estrogenicity 247 Estrogens are present in both males and females 247 Xenoestrogens 248 Population level effects of exposure to xenoestrogens 261 The positive health effects of xenoestrogens 264 Take home messages 265 Further reading 265 10 Genetically Modified Food 266 Introduction 266 A brief introduction to nucleic acids, genetics and molecular biology 267 Nucleic acids 267 Converting the genetic code into a protein 268 The history of GM crops 271 The tools of the genetic engineer 272 Glyphosate-resistant crops 274 Insect-protected crops – BT toxin 275 GM crops with enhanced flavour or nutritional properties 276 What happens if humans eat GM crops or foods made from them? 277 Changed biochemistry in GM crops 278 What is the effect of eating DNA and RNA? 278 GM animals 279 Take home messages 279 Further reading 279 11 Colours, Flavours and Preservatives 280 Introduction 280 Food colours 282 Flavours 290 Preservatives 305 Take home messages 319 Further reading 319 12 Food Irradiation 320 Introduction 320 Different types of radioactivity 321 How irradiation kills cells 323 The history of food irradiation 324 The effect of radiation on microorganisms 325 How is food irradiated? 326 The effects of irradiation on food chemistry 326 The effects of irradiation on vitamins 327 Radiation dose 331 Does irradiation make food radioactive? 332 Health effects of food irradiation 332 The use of food irradiation around the world 333 Take home messages 334 Further reading 334 13 Food Safety and the Unborn Child 335 Introduction 335 ‘You are what your mother ate’ 335 Growth and development of the embryo and fetus 337 Effects of food chemical contaminants 344 Effects of microbiological contaminants 345 Effects on ova and sperm 346 Take home messages 347 Further reading 347 14 Organic Food 349 Introduction 349 What does ‘organic’ mean? 350 The history and philosophy of organic farming 351 Demand for organic food 352 Organic farming methods 352 Organic farming legislation 353 Organic fertilisers 354 Organic pest control 355 Organic weed control 355 Animal health remedies 356 Food processing 356 Is organic food better for you? 357 Myths and facts about organic food 361 Take home messages 364 Further reading 365 15 Food Allergy 367 Introduction 367 What is an allergy? 368 The basics of immunology 368 Immunity and the immune response 368 Sensitisation 371 Food allergies 373 The genetics of allergy 373 Food allergens 374 Milk allergy 375 Peanut allergy 377 Soy allergy 380 Nut allergies 381 Seafood allergies 383 Gluten allergy (coeliac disease) 386 Allergy to eggs 389 Allergen cross-reactivity 390 Banana/latex allergy 390 Food additives allergy 392 Why is the incidence of food allergies increasing? 392 A cautionary note 393 Take home messages 393 Further reading 394 16 Food Legislation 395 Introduction 395 Legal processes – how laws are made 397 A very brief history of food law 398 Food legislation around the world 399 Food legislation in the USA 399 Food legislation in the UK 402 Food legislation in New Zealand 405 Policing food legislation 407 Does food legislation reduce risks to consumers? 410 Case example – non-compliance follow-up 410 The relevance of national food legislation in a global food market 411 Take home messages 412 Further reading 412 17 Radioactivity in Food 413 Introduction 414 What is radioactivity? 415 Effects of radiation on cells: Health implications 418 Energies and penetration powers of radiation 419 How cells protect themselves against exposure to radioactivity 420 Effects of radiation on cells and implications for health 422 Radioactivity dose 424 Natural radioactivity 425 Nuclear power stations 426 Chernobyl disaster (1986) 429 Fukushima Daiichi disaster (2011) 431 Alexander Litvinenko (2006) 434 Radioactive emissions from non]reactor sources 435 Background radioactivity 436 Where do radioisotopes go in the body and what effects do they have? 437 Radioactivity in food 439 Measuring radioactivity in food 440 Liquid scintillation counting 443 Is there a safe radioactivity exposure level? 447 Take home messages 450 Further reading 450 18 Food Supplements 452 Introduction 452 Nomenclature 453 Types of food supplements 453 Herbal remedies 453 Herbal remedies: The final word 461 Homeopathy 463 Amino acids and proteins 464 Vitamins 465 Dietary elements (minerals) 466 Essential fatty acids 468 Fish oil supplements 471 Bodybuilding supplements 472 Food and health…the development of food supplements 474 Synthesis of vitamin C 474 Definition of a medicine and approval for marketing 474 Food supplements are regulated as foods 475 Do food supplements have health benefits? 476 Are food supplements necessary? 476 Questionable marketing claims for food supplements 478 Changes in regulation of food supplements 478 When is a food a medicine? 480 What is a medicinal claim? 481 Take home messages 483 Further reading 483 19 Food Terrorism 484 Introduction 484 What is a terrorist act? 484 The terrorist threat 485 Pharmaceutical terrorism 485 Tamper]proof packaging 485 Food extortion 486 Razor blades, pins, caustic soda and slivers of glass in baby food 486 Tamper]proof packaging for baby food 486 The New Zealand botulinum toxin in milk threat (2013) 486 New Zealand 1080 in infant formula threat (2014) 487 What is 1080? 488 Political issues underpinning the 1080 threat 489 The 1080 threat unfolds… 489 The Wisconsin (US) chlordane incident (1996) 490 Biological agents in food terrorism 492 1984 Rajneeshee bioterror attack 492 Is food terrorism a significant threat? 493 The WHO’s response to the risk of food terrorism 493 Preventing food terrorism 494 Dealing with a food terrorism event 495 Take home messages 496 Further reading 497 20 Food Authenticity 498 Introduction 498 Food fraud 499 Ma ̄nuka honey 499 Ma ̄nuka honey authenticity 501 Australian mā nuka honey 502 Fake mānuka honey prosecution 502 Olive oil authenticity 502 Composition of olive oil compared with other vegetable oils 503 Free fatty acids versus total fatty acids 503 Using fatty acids to authenticate olive oils 503 Pheophytins and pyropheophytins 505 Sensory tests 505 Italian olive oil scandal 507 Toxic oil syndrome, Spain (1981) 508 Analytical methods 510 Gas–liquid chromatography 510 High performance liquid chromatography 511 Nuclear magnetic resonance spectroscopy 514 The use of NMR to check instant coffee authenticity 515 Isotopic ratios 515 Isotopic ratio mass spectrometry 516 Orange juice adulteration 517 Animal products 518 Immunological species identification in food 519 Using DNA technology to identify animal species in food 519 Policing food authenticity 520 Operation OPSON 520 The European horsemeat scandal (2013) 522 Food authenticity legislation 522 Food fraud, humane farming and environmental awareness 526 New Zealand free]range egg fraud (2010–2011) 526 Food fraud in the US 527 Traceability 527 Genetically modified organisms and traceability 529 Take home messages 530 Further reading 530 Index 531

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Book SynopsisA guide to the use of essential oils in food, including information on their composition, extraction methods, and their antioxidant and antimicrobial applications Consumers' food preferences are moving away from synthetic additives and preservatives and there is an increase demand for convenient packaged foods with long shelf lives. The use of essential oils fills the need for more natural preservativesto extend the shelf-life and maintaining the safety of foods. Essential Oils in Food Processing offers researchers in food science a guide to the chemistry, safety and applications of these easily accessible and eco-friendly substances. The text offers a review of essential oils components, history, source and their application in foods and explores common and new extraction methods of essential oils from herbs and spices. The authors show how to determine the chemical composition of essential oils as well as an explanation of the antimicrobial and antioxidTable of ContentsList of Contributors xi Acknowledgements xv Introduction xvii 1 Essential Oils and Their Characteristics 1M.C.T. Duarte, R. Duarte, R.A.F. Rodrigues and M.V.N. Rodrigues 1.1 Introduction 1 1.1.1 Chemical Characteristics of Essential Oils 1 1.1.2 Factors Influencing the Quantity and Quality of Essential Oil in Plants 8 1.1.3 Pathogens Attack 8 1.1.4 Environmental Factors 9 1.1.5 Hydric Stress 12 1.1.6 Plant Nutrition 13 1.1.7 Genetic Factors and Chemical Diversity 14 1.2 Conclusions 15 References 15 2 Extraction Methods of Essential Oils From Herbs and Spices 21Shahin Roohinejad, Mohamed Koubaa, Francisco J. Barba, Sze Ying Leong, Anissa Khelfa, Ralf Greiner and Farid Chemat 2.1 Introduction 21 2.2 Conventional Methods of Extraction 22 2.2.1 Hydrodistillation 22 2.2.2 Steam Distillation 27 2.2.3 Solvent Extraction 28 2.3 Novel Extraction Methods 32 2.3.1 Supercritical Fluid Extraction 32 2.3.2 Ultrasound‐Assisted Extraction 34 2.3.2.1 Ultrasound‐Assisted Solvent Extraction 34 2.3.2.2 Combination of UAE with Other Techniques 35 2.3.3 Ohmic‐Assisted Hydrodistillation 37 2.3.4 Pulsed Electrical‐Assisted Extraction 38 2.3.5 Microwave‐Assisted Extraction 40 2.3.5.1 Vacuum Microwave Hydrodistillation (VWHD) 40 2.3.5.2 Microwave Hydrodiffusion and Gravity (MHG) 42 2.3.5.3 Solvent‐Free Microwave Extraction (SFME) 43 2.4 Conclusions 44 Acknowledgements 44 References 45 3 Identification of Essential Oil Components 57Elena E. Stashenko and Jairo Rene Martinez 3.1 Introduction 57 3.2 Essential Oils as Multicomponent Complex Mixtures 59 3.2.1 Classification and Main Components 59 3.2.2 Compositional Variation and Dependence on Internal and External Factors 61 3.2.3 Essential Oil Isolation and Preparation for Chromatographic Analysis 62 3.3 Essential Oil Component Identification 65 3.3.1 Gas Chromatography 67 3.3.1.1 Columns 70 3.3.1.2 Injection Systems 71 3.3.1.3 Detection Systems 72 3.3.2 Retention Indices 77 3.3.3 Mass Spectrometry 82 3.3.3.1 Ionisation Processes 83 3.3.3.2 Ion Types and Fragmentation Patterns 84 3.3.3.3 Mass Spectra Interpretation 85 3.3.4 Hyphenated Techniques 95 3.4 GC‐MS 95 3.4.1 Tandem Methods 103 3.4.2 Multidimensional and Comprehensive Techniques 106 3.5 Isolation of Individual Components or Enriched Fractions 110 3.6 Conclusions 111 References 112 4 Chemical Composition of Essential Oils 119Hassan Eslahi, Nafiseh Fahimi and Ali Reza Sardarian 4.1 Introduction 119 4.2 Chemical Composition of Essential Oils 124 4.2.1 Terpenes and Terpenoids 124 4.2.2 Aromatic Compounds 127 4.3 Synthesis and Biosynthesis of Essential Oils 127 4.3.1 Terpenes and Terpenoids 130 4.3.2 Sesquiterpenes and Sesquiterpenoids 147 4.3.3 Aromatic Compounds 154 4.4 Effective Factors on the Composition of Essential Oils 155 References 157 5 Basic Structure, Nomenclature, Classification and Properties of Organic Compounds of Essential Oil 173Iuliana Vintilă 5.1 Introduction 173 5.1.1 Antioxidant Properties 177 5.1.1.1 DPPH Assay 178 5.1.1.2 The Bleaching Assay 181 5.1.2 Anti‐Microbial and Anti‐Viral Activity 182 5.1.3 Anti‐Aflatoxigenic Activity 182 5.1.4 Anti‐Inflammatory, Analgesic, Antipyretic, Pro‐Kinetic and Pro‐Immunity Activity (Pharmacologic Properties) 182 5.1.5 Anti‐Carcinogenic and Cytotoxicity Activity 183 5.2 Final Conclusions 183 References 187 6 Antimicrobial Activity of Essential Oil 191Saeedeh Shojaee‐Aliabadi, Seyede Marzieh Hosseini and Liela Mirmoghtadaie 6.1 Chemical Composition of Essential Oils 191 6.1.1 Terpene Origin Compounds 191 6.1.2 Aromatic Compounds 193 6.2 Antimicrobial Activity of Essential Oils 193 6.3 Synergistic and Antagonism Effect of Essential Oils with Other Antimicrobials 206 6.4 Interaction Between Essential Oils and Essential Oils with Other Food Antimicrobials 207 6.5 Food Packaging Containing Essential Oils 207 6.5.1 Antimicrobial Activity of Packaging Containing Essential Oils 207 6.5.1.1 Biopolymers 208 6.5.1.2 Synthetic Polymers 209 6.5.2 Antimicrobial Activity of Packaging in Vapor Phase 210 6.5.3 Release Properties of Essential Oils From Packaging 211 6.6 Encapsulation of Essential Oils 212 6.7 Application of Essential Oils as Antimicrobial Agents in Different Food Products 214 6.7.1 Bakery Products 214 6.7.2 Dairy Products 216 6.7.3 Meat Products 217 6.7.4 Fruits and Vegetables 218 6.7.5 Others 219 References 219 7 Bioactivity of Essential Oils Towards Fungi and Bacteria: Mode of Action and Mathematical Tools 231Antonio Bevilacqua, Barbara Speranza, Marianne Perricone, Milena Sinigaglia and Maria Rosaria Corbo 7.1 The Main Traits of Essential Oils 231 7.2 Antibacterial Activity of EOs 233 7.2.1 Effect on Cell Morphology 234 7.2.2 Disruption of the Outer Membrane of Gram‐Negative Bacteria 235 7.2.3 Effect on the Cytoplasmatic Membrane 235 7.2.4 Homeostasis, Enzymes and Other Activities 235 7.2.5 Changes in Proteome and Transcriptome 236 7.2.6 EOs and Bacterial Spores 236 7.3 Antifungal Activity of EOs 237 7.4 Mathematical Tools 237 7.4.1 Bacteria and Yeasts 237 7.4.2 Filamentous Fungi 239 7.4.3 Fractional Inhibitory Index 241 References 241 8 Antioxidant Activity of Essential Oils in Foods 247Seyed Mohammad Bagher Hashemi, Shima Bazgir Khorram and Maryam Sohrabi 8.1 Introduction 247 8.2 In Vitro Antioxidant Activity of Essential Oils 248 8.3 Edible Oils and Fats 250 8.4 Meat and Poultry Products 257 8.5 Dairy Products 260 8.6 Conclusions 261 References 261 9 Mode of Antioxidant Action of Essential Oils 267Riccardo Amorati and Mario C. Foti 9.1 Introduction 267 9.2 Lipid Oxidation and Antioxidant Activity of Chemical Compounds 269 9.3 Methods for Determining the Antioxidant Properties of Chemicals 274 9.3.1 Autoxidation of a Substrate 275 9.3.2 TBARS (Thiobarbituric Acid Reactive Species) 275 9.3.3 The Rancimat Test 276 9.3.4 ORAC Assay 276 9.3.5 DPPH Test 276 9.4 Antioxidant Activity of Essential Oils 277 9.4.1 Essential Oils Components 277 9.4.2 Antioxidant Activity of Essential Oils 280 9.4.3 Antioxidant Activity of Films, Edible Coatings and Nanomaterials Containing EOs 283 9.5 Antioxidant Activity of EOs in Real Food Samples 284 9.5.1 EOs Directly Added to Food 284 9.5.1.1 Fish 284 9.5.1.2 Meat 284 9.5.1.3 Oil 285 9.5.2 EOs in Modified Atmosphere Packaging 285 9.5.3 Edible Coatings 287 9.6 Conclusions 287 References 287 10 Principles of Sensory Evaluation in Foods Containing Essential Oil 293Emma Mani‐Lopez, Ana Cecilia Lorenzo‐Leal, Enrique Palou and Aurelio Lopez‐Malo 10.1 Introduction 293 10.2 Sensory Aspects of Essential Oils 294 10.2.1 Selected Examples 295 10.3 Desirable Applications of Essential Oils and Their Relation with Sensory Analysis 296 10.3.1 Antimicrobial Applications 296 10.3.2 Antioxidant Applications 296 10.3.3 Other Applications 297 10.4 The Relationship Between Composition of Essential Oils and Sensory Properties 297 10.5 Factors Influencing Sensory Measurements 300 10.5.1 Physiological Factors 300 10.5.2 Psychological Considerations 300 10.5.3 Other Factors 302 10.6 Selection and Training of Panelists 303 10.6.1 Panelists for Descriptive Testing 303 10.6.2 Trained Descriptive Panel 304 10.6.3 Selection and Training of Panelists for Discrimination Tests 305 10.7 Sample Preparation 305 10.8 Sensory Analysis Methods 309 10.9 Descriptive Tests 310 10.10 Discrimination Tests 313 10.11 Time‐Intensity Methods 315 10.12 Preference Tests 315 10.13 Sensory Analysis Reports 316 10.14 New Approaches to Reduce Undesirable Sensory Effects of Essential Oils 320 References 320 11 Global Regulation of Essential Oils 327Ismail Es, Amin Mousavi Khaneghah and Hamid Akbariirad 11.1 Introduction 327 11.2 Global Institutions Involved in Essential Oil Regulation 328 11.2.1 World Health Organisation (WHO) 329 11.2.2 Food and Agriculture Organisation of the United Nations (FAO) 330 11.2.3 FAO/WHO Codex Alimentarius Commission (CAC) 332 11.2.4 International Organisation for Standardisation (ISO) 332 11.2.5 Food and Drug Administration (FDA) 333 11.2.6 EU Commission 335 11.2.7 United States Department of Agriculture (USDA) 335 11.2.8 Essential Oil Association of the United States (EOA) 336 11.2.9 Australian Regulatory 336 11.2.10 Canadian Food and Drug Regulation 336 11.2.11 The American Essential Oil Trade Association (AEOTA) 336 11.2.12 The International Federation of Essential Oils and Aroma Trades (IFEOAT) 336 11.3 Conclusion 337 References 337 12 Safety Evaluation of Essential Oils 339Ramadasan Kuttan and Vijayasteltar B. Liju 12.1 Introduction 339 12.1.1 Use and Applications of Essential Oils 340 12.2 Essential Oils and General Safety 340 12.3 Safety of Essential Oils Used in Cosmetics and Industrial Applications 341 12.4 Safety of Essential Oils Used in Agriculture 342 12.5 Topical Administration of Essential Oils — Safety Issues 343 12.5.1 Essential Oils and Aromatherapy 343 12.6 Essential Oils and Eye Safety 344 12.7 Phototoxicity of Essential Oils 344 12.8 Acute and Sub‐Chronic Oral Toxicity of Essential Oils 345 12.9 Constituents‐Based Toxicity Evaluation of Essential Oils 346 12.10 Genotoxicity and Carcinogenicity of the Essential Oils 349 12.11 Conclusion 350 References 351 Index 359

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Book SynopsisThe first book to focus on the role of glass as a material of critical importance to the wine industry For centuries glass has been the material of choice for storing, shipping, and sipping wine. How did that come to pass, and why? To what extent have glassmaking and wine making co-evolved over the centuries? The first book to focus on the role of glass as a material of critical importance to the wine industry, The Glass of Wine answers these and other fascinating questions. The authors deftly interweave compelling historical, technical, and esthetic narratives in their exploration of glass as the vessel of choice for holding, storing, and consuming wine. They discuss the traditions informing the shapes and sizes of wine bottles and wine glasses, and they demystify the selection of the right glass for red versus white varietals, as well as sparkling and dessert wines. In addition, they review the technology of modern glassmaking and consider the various rTrade ReviewPodcast: https://soundcloud.com/andy-fell/the-glass-of-wine Blog/Newsletter: https://www.ucdavis.edu/uc-davis-books/wine-place-glass-wineTable of ContentsPreface ix Acknowledgments xi About the Authors xiii 1. The Perfect Material – for Wine 1 2. A Brief History of Wine – Storing and Drinking Wine Before Glass 15 3. A Brief History of Glass – and How It Came to Dominate Wine Appreciation 27 4. Modern Winemaking – A Role for Materials Other Than Glass and Ceramics 41 5. Ceramics Around theWinery – Alternatives to Oak and Stainless Steel 59 6. Glass Around the Winery – From Barrel to Lab 65 7. Perfection Through Fire – Modern Glassmaking 77 8. Beauty of a Random Nature – Glass Structure on the Atomic Scale 87 9. The Heel of Achilles – Why Glass Breaks 97 10. Let It Be Perfectly Clear – Why Glass Is Transparent 106 11. The Shape of Things – I. Why Bottles Look theWay They Do 119 12. The Shape of Things – II. The Rise (and Fall?) of Varietal-Specific Stemware 130 13. The Controversy over Cork – Glass Stoppers to the Rescue? 141 14. Perfection through Air – Glass for Aerating and Decanting Wine 156 15. The Glass of Wine – Now and Forever? 162 Appendix A: A Primer on Primary Bonding 175 Appendix B: Glossary 183 Index 191

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Book SynopsisThe FDA''s (Food and Drug Administration) FSMA (Food Safety Modernization Act) is the most sweeping reform of United States food safety laws in more than 70 years. The key to successful implementation of FSMA rules depends on building a comprehensive Food Safety System with effective prerequisite programs in place and a well-designed Food Safety Plan that incorporates risk-based preventive controls to mitigate hazards. This book provides essential guidance for small to mid-sized businesses on how to design, implement, and maintain a world-class Food Safety Plan that conforms to FSMA regulations. With practical and up-to-date advice, the author offers a straight forward approach for readers to successfully migrate into FSMA. The inclusion of fully developed Food Safety Plans as well as examples of hazards and preventative controls make this a must-read not only for those that are new to the regulations, but also those with a plan already in place. FSMA and Food SafetTable of ContentsPreface xi About the Author xiii 1 What is Modern Food Safety, and How is that Different from HACCP? 1 1.1 Introduction 1 1.2 FSMA Sanitation and cGMPs 3 1.3 FSMA Preventive Controls 4 1.4 Process Controls 5 1.5 Sanitation Controls 6 1.6 Supplier Controls 8 References 10 2 Why is a Food Safety System the Best Path to Food Safety? 11 2.1 What are Biological Hazards and Their Controls? 11 2.2 What are Chemical Hazards, Including Allergens and Radioactivity, and Their Controls? 15 2.3 What are Physical Hazards and Their Controls? 17 References 19 3 What are the Essential Elements of a Food Safety System? 21 3.1 What are Prerequisite Programs, and What Do They Do? 22 3.2 What is a Hazard Analysis, and Why is it Performed? 23 3.3 What are Risk-Based Preventive Controls, and How are they Assigned? 25 3.3.1 What Controls are used to Control Allergen-Related Hazards? 26 3.3.2 What Controls are used to Control Sanitation-Related Hazards? 27 3.3.3 What Controls are used to Control Process Hazards? 29 3.3.4 What Controls are used to Control Supplier-Related Hazards? 30 3.4 What is a Food Safety Plan, and Who Develops It? 32 4 How is a Food Safety System Managed? 35 4.1 What is the Role of Management and Plant Operations in a Food Safety System? 35 4.2 How are SOPs Developed and Managed? 36 4.3 How are Preventive Controls Managed? 39 4.3.1 What are Performance Criteria for Controls, Including Critical Limits? 39 4.3.2 How are Preventive Controls Monitored? 40 4.3.3 If Preventive Controls Fail, What Corrective Actions are Needed? 41 4.3.4 How is the System and its Parts Verified as Being Compliant? 43 4.3.5 How are Process Preventive Controls Validated? 44 4.4 How are Records Established and Maintained? 46 4.5 Why and How is a Recall Plan Developed and Managed? 48 References 51 Supplemental References for Recalls 51 5 How is a Food Safety System Developed and Implemented? 53 5.1 Developing a Food Safety Plan 54 5.2 Assemble the Food Safety Team 55 5.3 Describe the Food and its Distribution 55 5.4 Describe the Intended Use and Consumers of the Food 55 5.5 Develop a Flow Diagram that Describes the Process 56 5.6 Verify the Flow Diagram 56 5.7 Conduct a Hazard Analysis 56 5.8 Essential Elements of the Food Safety Plan 58 6 What Triggers a Reanalysis of the Food Safety Plan? 61 7 Resources for Preparing Food Safety Preventive Controls Plans 63 7.1 Examples of Prerequisite Programs 63 7.2 Examples of Allergen Preventive Controls 65 7.3 Examples of Sanitation Preventive Controls 65 7.4 Examples of Process Preventive Controls 66 7.5 Examples of Supplier Controls 68 7.6 Useful Forms 68 7.7 FSMA Training and the Food Safety Preventive Controls Alliance 75 8 Example Food Safety Plans 77 Barbeque Sauce – Example Food Safety Plan 78 Company Overview 78 Process Narrative 79 Chocolate Chip Walnut Cookies – Example Food Safety Plan 88 Company Overview 88 Process Narrative 89 Deli Potato Salad – Example Food Safety Plan 102 Company Overview 102 Process Narrative 103 Macaroni & Cheese Frozen Meal – Example Food Safety Plan 118 Company Overview 118 Process Narrative 119 9 FSMA Regulations: cGMPs, Hazard Analysis, and Risk-Based Preventive Controls for Human Foods 131 FDA Regulations on cGMP’s, Hazard Analysis and Risk-based Preventive Controls for Human Foods 132 Part 117—Current Good Manufacturing Practice, Hazard Analysis, and Risk–Based Preventive Controls for Human Food 132 Subpart A—General Provisions 132 Subpart B—Current Good Manufacturing Practice 132 Subpart C—Hazard Analysis and Risk‐Based Preventive Controls 132 Subpart D—Modified Requirements 133 Subpart E—Withdrawal of a Qualified Facility Exemption 133 Subpart F—Requirements Applying to Records That Must Be Established and Maintained 133 Subpart G—Supply-Chain Program 134 Subpart A—General Provisions 134 § 117.1 Applicability and status 134 § 117.3 Definitions 135 § 117.4 Qualifications of individuals who manufacture, process, pack, or hold food 141 § 117.5 Exemptions 141 § 117.7 Applicability of subparts C, D, and G of this part to a facility solely engaged in the storage of unexposed packaged food 149 § 117.8 Applicability of subpart B of this part to the off‐farm packing and holding of raw agricultural commodities 150 § 117.9 Records required for this subpart 150 Subpart B—Current Good Manufacturing Practice 150 § 117.10 Personnel 150 § 117.20 Plant and grounds 151 § 117.35 Sanitary operations 153 § 117.37 Sanitary facilities and controls 154 § 117.40 Equipment and utensils 155 § 117.80 Processes and controls 156 § 117.93 Warehousing and distribution 159 § 117.110 Defect action levels 160 Subpart C—Hazard Analysis and Risk-Based Preventive Controls 160 § 117.126 Food safety plan 160 § 117.130 Hazard analysis 160 § 117.135 Preventive controls 161 § 117.136 Circumstances in which the owner, operator, or agent in charge of a manufacturing/processing facility is not required to implement a preventive control 163 § 117.137 Provision of assurances required under § 117.136(a) (2), (3), and (4) 164 § 117.139 Recall plan 164 § 117.140 Preventive control management components 165 § 117.145 Monitoring 165 § 117.150 Corrective actions and corrections 166 § 117.155 Verification 167 § 117.160 Validation 167 § 117.165 Verification of implementation and effectiveness 168 § 117.170 Reanalysis 170 § 117.180 Requirements applicable to a preventive controls qualified individual and a qualified auditor 171 § 117.190 Implementation records required for this subpart 172 Subpart D—Modified Requirements 172 § 117.201 Modified requirements that apply to a qualified facility 172 § 117.206 Modified requirements that apply to a facility solely engaged in the storage of unexposed packaged food 174 Subpart E—Withdrawal of a Qualified Facility Exemption 175 § 117.251 Circumstances that may lead FDA to withdraw a qualified facility exemption 175 § 117.254 Issuance of an order to withdraw a qualified facility exemption 176 § 117.257 Contents of an order to withdraw a qualified facility exemption 176 § 117.260 Compliance with, or appeal of, an order to withdraw a qualified facility exemption 177 § 117.264 Procedure for submitting an appeal 177 § 117.267 Procedure for requesting an informal hearing 178 § 117.270 Requirements applicable to an informal hearing 178 § 117.274 Presiding officer for an appeal and for an informal hearing 179 § 117.277 Timeframe for issuing a decision on an appeal 179 § 117.280 Revocation of an order to withdraw a qualified facility exemption 179 § 117.284 Final agency action 180 § 117.287 Reinstatement of a qualified facility exemption that was withdrawn 180 Subpart F—Requirements Applying to Records That Must Be Established and Maintained 181 § 117.301 Records subject to the requirements of this subpart 181 § 117.305 General requirements applying to records 181 § 117.310 Additional requirements applying to the food safety plan 181 § 117.315 Requirements for record retention 182 § 117.320 Requirements for official review 182 § 117.325 Public disclosure 182 § 117.330 Use of existing records 182 § 117.335 Special requirements applicable to a written assurance 183 Subpart G—Supply‐Chain Program 183 § 117.405 Requirement to establish and implement a supply‐chain program 183 § 117.410 General requirements applicable to a supply‐chain program 184 § 117.415 Responsibilities of the receiving facility 186 § 117.420 Using approved suppliers 186 § 117.425 Determining appropriate supplier verification activities (including determining the frequency of conducting the activity) 187 § 117.430 Conducting supplier verification activities for raw materials and other ingredients 187 § 117.435 Onsite audit 189 § 117.475 Records documenting the supply‐chain program 190 Appendix A Food Safety Plan Checklist 193 Food Safety Plan Checklist 193 Introduction 193 Purpose 194 References 198 Appendix B HACCP Principles and Application Guidelines 199 National Advisory Committee on Microbiological Criteria for Foods 199 Executive Summary 199 Definitions 200 HACCP Principles 202 Guidelines for Application of HACCP Principles 203 Introduction 203 Prerequisite Programs 203 Education and Training 204 Developing a HACCP Plan 204 Implementation and Maintenance of the HACCP Plan 215 References 216 Glossary 217

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Book SynopsisPractical reference on the latest sensory and consumer evaluation techniques available to professionals and academics working in food and consumer goods product development and marketing This unique manual describes how to implement specific sensory and consumer methods based on context and objective. Presented in a direct and straightforward language that will speak to the industry professionals and academics who are on the ground attempting to solve technical questions, it reviews, step by step, the various stages of a product evaluation. Included are practical examples from many industries that practitioners can relate to. The book also shows how to build a sustainable short-, medium-, and long-term product evaluation strategy, and guides readers on how to create customized methods, or even completely new approaches. Consumer and Sensory Evaluation Techniques speaks to management and decision-makers within organizations and addresses the main questionsTable of ContentsPreface xi Acknowledgements xiii 1 The Pillars of Good Consumer and Sensory Studies 1 1.1 Leveraging Existing Consumer Insight Prior to Building a Test Plan: What Do We Already Know? 1 1.2 Pillars of a Test Design 5 1.2.1 What Are We Testing? 5 1.2.1.1 Circumscribe the Test Product 5 1.2.1.2 Do We Test Blind or Identified Products? 8 1.2.1.3 How Is the Product ‘Dressed Up’: Packaging, Fragrance? 11 1.2.1.4 Experimental Design: Order of Product Presentation 13 1.2.2 With Whom Are We Testing? 16 1.2.2.1 Who Are the Competitors and Benchmarks? 16 1.2.2.2 Who Is the Target (Age, Gender, Socio]Economic Background, Users of and so Forth)? 18 1.2.3 Where Are We Testing? 21 1.2.3.1 Circumscribe the Geographical Region or Country 21 1.2.3.2 What Is the Impact of Local Culture? 23 1.2.3.3 Do We Test In]Home or in a Central Location? 24 1.2.4 When Are We Testing? 26 1.2.4.1 How Important Are Consumer Habits? 26 1.2.4.2 Is There Any Seasonal Impact? 27 1.2.5 Target Segmentation Principles: Do We Need to Define Different Consumer Cells? 27 References 28 2 Sensory Profile of a Product: Mapping Internal Sensory Properties 33 2.1 Origins of Sensory Evaluation 33 2.2 Definition of Descriptive Sensory Analysis 33 2.3 Existing Descriptive Methods, Advantages and Disadvantages 34 2.3.1 Quantitative Descriptive Analysis (QDA) 34 2.3.1.1 Main Characteristics of QDA 34 2.3.1.2 Discussion on Inter]Individual Variability 39 2.3.1.3 Discussion on Inter]Panel Variability 40 2.3.1.4 Variants to QDA 42 2.3.1.5 Typical Representations 42 2.3.2 Free]Choice Profile 49 2.3.3 Flash Profile 50 2.3.4 Spectrum 50 2.3.5 Time Intensity 51 2.3.6 Comparative Advantages and Limits in Each Method 52 2.3.7 Cost Considerations 54 References 55 3 The Foundations of Consumer Evaluation 63 3.1 Qualitative Consumer Studies: When We Are at the Stage of Proof of Concept 63 3.1.1 When to Take a Qualitative Approach? 63 3.1.2 Define the Test Design: With or Without Product Testing 65 3.1.3 Define the Market and Consumer Sample: Sample Size, Focus Groups or One]on]One Interviews 67 3.1.4 Define a Timeline 76 3.1.5 Analysis and Deliverables 77 3.1.6 Budget Considerations 80 3.2 Quantitative Consumer Studies: As We Get Close to Product Launch 82 3.2.1 When to Move Forward with a Quantitative Approach 82 3.2.2 Define the Test Design: One or Multiple Products 83 3.2.3 Define the Market 94 3.2.4 Define the Sample: Sample Size and Confidence Level 94 3.2.5 Define a Timeline 95 3.2.6 Analysis and Deliverables 96 3.2.7 Budget Considerations 108 3.3 Ethnographic Studies: In]Depth Exploration of Consumer Needs and Expectations 109 3.3.1 When to Conduct an Ethnographic In]Depth Study 109 3.3.2 Define the Market and Sample 110 3.3.3 Define the Test Design 110 3.3.4 Define a Timeline 111 3.3.5 Analysis and Deliverables 112 3.3.6 Budget Considerations 112 3.4 Additional Approaches to Detect Breakthrough Innovations: How to Assess the ‘Wow’ Factors? 113 3.4.1 Less Conventional Methods 113 3.4.1.1 Kano 113 3.4.1.2 Thurstone Scaling 116 3.4.2 Thinking Out of the Box 117 References 118 4 Study Plans and Strategy: Sustainable Short], Mid] and Long]Term Vision 123 4.1 Definition of Key Performance Indicators 123 4.2 Exploratory Phase 127 4.2.1 Use of Consumer Insight 128 4.2.2 Use of Sensory Evaluation 128 4.2.3 Use of a Qualitative Approach 130 4.2.4 Use of a Mini]Quantitative Approach 133 4.3 Confirmatory Phase 136 4.3.1 Use of a Quantitative Approach 136 4.3.2 Product Validation 137 4.3.3 R&D and Marketing Intertwined Roles 139 4.4 Necessary Reconsiderations and Back and Forth 139 4.5 Spin]Offs to Capitalize on Successful Products 140 References 141 5 Real]Life Anticipation with Market Factors: Brand, Concept, Market Channel, Price 143 5.1 Highly Challenging Markets 143 5.2 Blind Versus Identified Quantitative Tests 144 5.3 Specificity of Concept Tests 145 5.4 Notions of Modellization 147 5.5 Preference Mapping and Its Variants 149 5.6 Incorporation of Market Factors in Modellizations 151 References 152 6 Internal Studies Versus Sub]Contracting 155 6.1 Outsourcing: When and When Not? 155 6.2 Precautions When Outsourcing 157 6.3 Criteria to Select a Market]Research Company for a Specific Study 159 References 160 Appendix 161 Index 187

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Book SynopsisA complete guide to the textural characteristics of an international array of traditional and special foods It is widely recognized that texture has an intrinsic relationship to food preference. A full understanding of its functions and qualities is, therefore, of crucial importance to food technologists and product developers, as well as those working towards the treatment of dysphagia. Textural Characteristics of World Foodsis the first book to apply a detailed set of criteria and characteristics to the textures of traditional and popular foods from across the globe. Structuring chapters by region, its authors chart a journey through the textural landscapes of each continent's cuisines, exploring the complex and symbiotic relationships that exist between texture, aroma, and taste. This innovative text: Provides an overview of the textural characteristics of a wide range of foodsIncludes descriptions of textures and key points of flavor releaseExamines the relationships between the teTable of ContentsList of Contributors xix Preface xxiii Foreword xxv Introduction I.1 Why/How/What Do we Eat? xxvii I.2 Terms for Texture/Taste/Aroma Related to Diverse Foods/Recipes xxviii I.3 Universality and Diversity xxix I.4 Wonderful Diversity of World Foods xxx I.5 Some Pitfalls in Texture Studies xxxii I.6 About This Book xxxiii References xxxiv 1 Food Texture – Sensory Evaluation and Instrumental Measurement 1Kaoru Kohyama 1.1 Introduction: History of Food Texture Studies 1 1.2 Three Methods of Texture Evaluation 3 1.3 Methodologies in Sensory Evaluation of Texture 4 1.4 Instrumental Measurements of Food Texture 6 1.5 Sound Effects 8 1.6 Visual Cues and Flavor Release 9 1.7 Concluding Remarks 9 References 10 Part I North America 15 2 Food Textures in the United States of America 17Alina Surmacka Szczesniak 2.1 Introduction 17 2.2 Texture and the American Consumer 17 2.3 Role of Texture in Food Quality and Acceptance 18 2.4 Factors Shaping Attitudes to and Acceptance of Texture 18 2.5 Liked and Disliked Textural Characteristics 20 2.6 Textural Contrast 23 2.7 Contemporary Trends 23 References 25 3 Texture Characteristics of US Foods: Pioneers, Protocols, and Attributes ‐ Tribute to Alina 27Gail Vance Civille, Amy Trail, Annlyse Retiveau Krogmann, and Ellen Thomas 3.1 The Protocols for Developing a Texture Lexicon 27 3.2 Texture Profiles and Evaluation Protocols for Selected US Foods 30 3.3 Potato Chip Texture Example 31 3.3.1 Serving Protocol 31 3.3.2 Tasting Protocol 31 3.3.3 Potato Chip Texture Summary 31 3.4 Bacon Texture Example 32 3.4.1 Serving Protocol 32 3.4.2 Tasting Protocol 32 3.4.3 Bacon Texture Summary 33 3.5 Peanut Butter Texture Example 34 3.5.1 Serving Protocol 34 3.5.2 Tasting Protocol 34 3.5.3 Peanut Butter Texture Summary 34 References 35 4 Textural Characteristics of Canadian Foods: Influences and Properties of Poutine Cheese and Maple Products 37Laurie‐Eve Rioux, Veronique Perreault, and Sylvie L. Turgeon 4.1 Introduction 37 4.2 Some Historical Perspectives 37 4.3 Canadian Eating Habits 38 4.4 Poutine 39 4.4.1 History of Canadian Cheese Making 40 4.4.2 Manufacture of Cheddar Cheese 41 4.4.3 Cheddar Cheese Composition and Textural Properties 42 4.5 Maple Products 43 4.5.1 History of Making Canadian Maple Products 43 4.5.2 Manufacture of Maple Products 44 4.5.2.1 Transforming Sap into Syrup 44 4.5.2.2 Transforming Syrup into Delights of Various Textures 45 4.5.3 Maple Products Composition and Textural Properties 47 4.5.3.1 Maple Syrup 47 4.5.3.2 Maple Taffy 47 4.5.3.3 Maple Butter 47 4.5.3.4 Maple Sugar Products 48 4.5.3.5 Other Maple Products 49 4.6 Conclusion 49 References 49 Part II Middle and South America 53 5 Textural Characteristics of Traditional Mexican Foods 55Alberto Tecante 5.1 Introduction 55 5.2 Tortillas 55 5.2.1 Corn Tortillas 56 5.2.2 Wheat Tortillas 56 5.2.3 Mechanical Tests 57 5.2.3.1 Rollability 57 5.2.3.2 Bending 59 5.2.3.3 Stress Relaxation in Uniaxial Tension 60 5.2.3.4 Tensile Strength 60 5.2.3.5 Penetration or Puncture 61 5.2.3.6 Kramer Cell 61 5.3 Alegria (Amaranth Seed Sweet) 62 5.4 Ate (Fruit Paste) 62 5.5 Pan de Muerto (Bread of the Dead) 64 5.6 Queso Cotija (Cotija Cheese) 64 5.7 Conclusions 66 References 66 6 Textural Characteristics of Brazilian Foods 69Angelita da Silveira Moreira and Patricia Diaz de Oliveira 6.1 Formation of Food Habits in Brazil 69 6.1.1 Indigenous Influence 70 6.1.2 Portuguese Influence 70 6.1.3 African Influence 70 6.2 Main Raw Materials and Derived Foods 71 6.2.1 Cassava 71 6.2.1.1 Cassava Flours, Puba Mass, Manipueira, and Tucupi (ABIAP 2018) 72 6.2.2 Amylaceous Derivatives – Sweet Cassava Starch, Tapioca, Tapioca Flour, and Artificial Sago 75 6.2.3 Rice 76 6.2.4 Beans 78 6.3 Trends in Dietary Restrictions 82 References 83 7 Textural Characteristics and Viscoelastic Behavior of Traditional Argentinian Foods 89Gabriel Lorenzo, Natalia Ranalli, Silvina Andres, Noemi Zaritzky, and Alicia Califano 7.1 Introduction 89 7.2 Empanadas 90 7.2.1 Viscoelastic Behavior of Commercial Wheat Dough for Empanadas 91 7.2.2 Gluten Replacement in Empanadas: A Complex Task to Cover a Larger Population 93 7.2.3 Final Remarks on Empanadas Dough 97 7.3 Dulce de Leche 98 7.3.1 Commercial Varieties of Dulce de Leche 99 7.3.2 Dulce de Leche Texture 99 7.3.3 Dulce de Leche‐like Product Enriched with Emulsified Pecan Oil 101 References 103 Part III Asia 107 8 Textural Characteristics of Japanese Foods 109Katsuyoshi Nishinari and Tooru Ooizumi 8.1 Rice 111 8.2 Tofu 113 8.3 Gomatofu (Sesame Tofu) 114 8.4 Some Foods with Mucilaginous Texture 115 8.5 Food for Persons with Mastication Difficulty 115 8.6 Seafood in Japan 115 8.6.1 Sashimi and Marinated Products 117 8.6.2 Surimi Seafood Products 118 8.6.3 Dried Products 121 References 121 9 Textural Characteristics of Chinese Foods 125Long Huang 9.1 Regional Cuisine/Foods in China 125 9.1.1 Shandong Cuisine (Lu Cuisine) 125 9.1.2 Canton/Guangdong Cuisine (Yue Cuisine) 125 9.1.3 Szechwan/Sichuan Cuisine (Chuan Cuisine) 126 9.1.4 Hunan Cuisine (Xiang Cuisine) 126 9.1.5 Jiangsu Cuisine (Su Cuisine) 127 9.1.6 Zhejiang Cuisine (Zhe Cuisine) 127 9.1.7 Fujian Cuisine (Min Cuisine) 127 9.1.8 Anhui Cuisine (Hui Cuisine) 127 9.1.9 Cuisines in Autonomous Regions of Tibet and Xinjiang‐Uyghur 127 9.2 Texture Descriptive Terms in Chinese 128 9.3 Textural Characteristics of Typical Chinese Foods 128 9.3.1 Crust of Mooncake (Yue Bing, Geppei) 128 9.3.2 Chinese Dumpling (Jiaozi, Gyoza, Shao‐Mai, Shumai) 130 9.3.3 Texture Modification to Flour‐Based Chinese Foods, Especially Noodle and Glutinous Dumpling 133 References 136 10 Textural Characteristics of Indonesian Foods 137Oni Yuliarti 10.1 Geographical 137 10.2 Characteristic of Indonesian Diets 138 10.3 Textural Properties of Indonesian Foods 139 10.3.1 Gel‐Like Foods – Green Jelly Leaves 139 10.3.1.1 Botanical 139 10.3.1.2 Rheological Properties of the Gel 140 10.3.1.3 The Production of the Gel 143 10.3.2 Gel‐Like Foods – Seaweeds 143 10.3.2.1 Botanical 143 10.3.2.2 Gelation and Rheology of Pudding Rumput Laut 144 10.3.2.3 Production of Pudding Rumput Laut 146 10.3.3 Soy‐Based Foods – Tempeh (Fermented Soybeans) 146 10.3.3.1 Texture Properties of Tempeh 148 References 149 11 Textural Characteristics of Thai Foods 151Rungnaphar Pongsawatmanit 11.1 Introduction 151 11.2 Historical and Geographical Background of Thai Food 152 11.3 Selected Food Samples with Sensory Evaluation and Instrumental Measurement 156 11.4 Health Benefit of Thai Food 160 References 163 12 Textural Characteristics of Malaysian Foods: Quality and Stability of Malaysian Laksa Noodles 167Lai Hoong Cheng, Yan Kitt Low, A’firah Mohd Sakri, Jia Shin Tai, and Abd Karim Alias 12.1 Introduction 167 12.2 Chemical Composition 168 12.3 Organoleptic Quality 168 12.4 Textural Quality 169 12.5 Factors Affecting Textural Quality of Laksa Noodles 170 12.5.1 Rice Grain 175 12.5.2 Aged Rice 175 12.5.3 Milling Method 175 12.5.4 Particle Size of Rice Flour 175 12.5.5 Steaming Process 176 12.5.6 Blending of Other Starch/Starches 176 12.5.7 Extrusion and Boiling 176 12.5.8 Washing 176 12.6 Storage Stability 176 12.7 Nutritional Quality 178 12.7.1 Gluten Free 178 12.7.2 Low‐Fat Carbohydrate Choice 178 12.8 Conclusion 178 Acknowledgments 178 References 179 Part IV Oceania 181 13 Textural Characteristics of Australian Foods 183Andrew Halmos, Lita Katopo, and Stefan Kasapis 13.1 Introduction 183 13.2 Importance of Mouthfeel and Its Recognition 184 13.3 Developments in Mouthfeel and Texture Terms 184 13.4 Typical Meals with Descriptors for the Australian Palate 185 13.5 Breakfast 186 13.5.1 Toasted Bread 186 13.5.2 Cereals with Milk 186 13.5.3 Coffee 187 13.5.4 Fried Tomatoes 188 13.5.5 Steak, Sausages, or Chops 188 13.5.6 Eggs 188 13.5.7 Bacon 188 13.5.8 Spreads 188 13.6 Lunch or Mid‐Day Meal 189 13.6.1 Sandwiches with Fillings 189 13.6.2 Pie, Sausage Roll, or Pastry 189 13.6.3 Potato Products 189 13.6.4 Boiled or Steamed Vegetables 189 13.6.5 Vegetables with Roux 189 13.6.6 Salads and Dressings 190 13.6.7 Meat 190 13.7 Dinner 190 13.7.1 Soup 190 13.7.2 Meat in the Form of Chops or Steak 190 13.7.3 Seafood 190 13.7.4 Fish 191 13.7.5 Rice 191 13.7.6 Vegetables 191 13.7.7 Chinese‐Style Food 191 13.7.8 Cheeses 192 13.7.9 Sweets 192 13.7.10 Ice Cream 193 13.7.11 Snacks 193 13.8 Conclusions 193 References 193 Part V Central Asia Middle East 197 14 Textural Characteristics of Indian Foods: A Comparative Analysis 199Amardeep Singh Virdi and Narpinder Singh 14.1 Introduction 199 14.2 Chapati 201 14.3 Gluten‐Free Chapatis 205 14.4 Biscuits and Cookies 205 14.5 Gluten‐Free Cookies and Biscuits 207 14.6 Noodles 208 14.7 Gluten‐Free Noodles 210 14.8 Bread 211 14.9 Gluten‐Free Bread 212 14.10 Muffins and Cakes 213 14.11 Gluten‐Free Muffins and Cakes 214 14.12 Conclusion 215 Acknowledgments 216 References 216 15 Textural Characteristics of Traditional Turkish Foods 223Mahmut Doğan, Duygu Aslan, and Fatima Tahseen Miano 15.1 Introduction 223 15.2 Textural Characteristics of Traditional Turkish Meat‐Based Food Products 224 15.2.1 Sucuk (Turkish‐Type Fermented Sausage) 224 15.2.2 Pastırma (A Traditional Dry‐Cured Meat Product) 225 15.3 Textural Characteristics of Traditional Turkish Cheeses 227 15.4 Textural Characteristics of Traditional Turkish Desserts 231 15.4.1 Turkish Delight (Lokum) 231 15.4.2 Helva 232 References 234 16 Textural Characteristics of Iranian Foods: Cuisine Signifies Old Historical Identities 237Bahareh Emadzadeh and Behrouz Ghorani 16.1 Iran Geography at a Glance 237 16.2 The Impact of Geography and History 237 16.3 Distinctive Features of Persian Cuisine 239 16.4 Bread 239 16.4.1 Sangak 240 16.4.2 Barbari 240 16.4.3 Taftoon 241 16.4.4 Lavash 241 16.5 Rice 242 16.5.1 Rice‐Based Foods 242 16.5.2 Rice Cooking 242 16.5.2.1 Stewing of Rice by Steam 243 16.5.3 Rice‐Based Sweets and Desserts 243 16.6 Kebabs 243 16.7 Lighvan Cheese 244 16.8 Gaz: A Well‐Known Confectionary 245 16.9 Doogh: A Fermented Dairy‐Based Drink 246 16.10 Conclusion 246 References 247 Part VI Russia 251 17 Textural Characteristics of Traditional Russian Foods 253Nataliia Ptichkina and Nataliia Nepovinnykh 17.1 Introduction 253 17.2 Formation History of Russian Cuisine 253 17.3 Textural Characteristics of Some Traditional Products 255 17.4 Bread from Rye Flour 255 17.5 Jellies from Meat and from Fish (Kholodets) 257 17.6 Soup‐Puree Based on Pumpkin Powder 258 17.7 Sauces 259 17.8 Curd Cheese Dishes 261 17.9 Kissels and Jellied Desserts 262 17.10 Aerated Desserts 263 Acknowledgments 265 References 265 Part VII Europe 269 18 Textural Characteristics of Italian Foods 271Rossella Di Monaco, Nicoletta Antonella Miele, Sharon Puleo, Paolo Masi, and Silvana Cavella 18.1 Introduction 271 18.2 Cheese 271 18.2.1 Pasta Filata Cheese 274 18.2.2 Cooked Curd Cheeses 275 18.2.3 Other Italian Cheeses 277 18.3 Salumi 277 18.3.1 Italian Dry‐Cured Ham 278 18.3.2 Salami 281 18.3.3 Mortadella 282 18.4 Bread 282 18.5 Conclusions 285 References 286 19 Textural Characteristics of Greek Foods 293Stefan Kasapis 19.1 Background 293 19.1.1 Olive Oil 293 19.2 Traditional Greek Cheeses 296 19.2.1 Feta 297 19.3 Health Conscious Feta Manufacturing 298 19.3.1 Texture Profile Analysis of Feta 298 19.3.2 Full and Low Fat Greek Yogurts 299 19.4 Popular Emulsion‐Type Meat Products 300 19.5 Conclusions 301 References 301 20 Textural Characteristics of British Foods 305Andrew J. Rosenthal and Tim J. Foster 20.1 Introduction – What Are British Foods? 305 20.2 Roast Beef and Yorkshire Pudding 306 20.2.1 Culinary Background to the Dish 306 20.2.2 Nature of the Raw Materials 306 20.2.3 Textural Considerations 307 20.3 Fish and Chips 307 20.3.1 Culinary Background to the Dish 307 20.3.2 Nature of the Raw Materials 308 20.3.3 Textural Considerations 309 20.4 Conclusions 310 References 311 21 Textural Characteristics of Traditional French Foods 313Bernard Launay 21.1 Introduction 313 21.2 Change in Texture Awareness: What and Why? 314 21.2.1 The “New Cuisine” Style 314 21.2.2 Restaurants of Foreign Cuisine 314 21.2.3 Fast‐Food Restaurants 314 21.2.4 Changes Attributable to the Development of Industrial Food Products 315 21.2.5 Texture Measurement in Industry and Research Labs 315 Acknowledgment 318 References 318 22 Textural Characteristics of Spanish Foods: Dry‐Cured Ham 319Susana Fiszman and Amparo Tarrega 22.1 Introduction 319 22.2 Production of Dry‐Cured Ham 320 22.2.1 Salting/Post‐Salting 320 22.2.2 Ripening 321 22.3 Sensory Quality of Dry‐Cured Ham 321 22.4 Sensory Assessment of Dry‐Cured Ham 322 22.4.1 Texture Attributes 323 22.4.2 Appearance Attributes 324 22.4.2.1 Color 324 22.4.2.2 Odor and Flavor Attributes 325 22.4.3 Other Sensory Techniques 325 22.4.4 Factors Affecting the Sensory Features of Dry‐Cured Ham 325 22.5 Instrumental Texture Techniques for Dry‐Cured Ham 326 22.5.1 Instrumental TPA 326 22.5.2 Warner‐Bratzler Test 327 22.5.3 Other Instrumental Methods for Measuring Texture Features 327 22.6 Instrumental Methods for Determining Sensory Features Other than Texture 328 22.7 Health‐Related Aspects of Dry‐Cured Ham 328 22.8 Final Remarks 330 Acknowledgments 330 References 330 23 Textural Characteristics of German Foods: The German Wurstchen 335Norbert Raak, Klaus Durrschmid, and Harald Rohm 23.1 Introduction 335 23.2 Basic Technologies of Sausage Manufacture 336 23.2.1 Rohwurst 336 23.2.2 Bruhwurst 337 23.2.3 Kochwurst 337 23.3 Sausage‐Related Culture, Stories, and Recent Trends 337 23.4 Evaluation of Texture and Rheological Properties of Sausages 342 23.5 Typical Sausage Side Dishes and Condiments 346 References 348 24 Textural Characteristics of Traditional Finnish Foods 353Liisa Lahteenmaki and Karin Autio 24.1 Introduction 353 24.2 Rye Bread 354 24.2.1 Sensory Attributes 354 24.2.2 Textural Measurements 354 24.2.3 The Effect of Ingredients and Processing Conditions on Structural Properties 356 24.3 Oat β‐Glucan 356 24.3.1 Sensory Attributes 356 24.3.2 Rheological Properties 357 References 358 Part VIII Africa 361 25 Textural Characteristics of Nigerian Foods 363Matthew Olusola Oluwamukomi and Olaide Samuel Lawal 25.1 Introduction 363 25.2 Classification of Foods Based on Their Rheological/Textural Characteristics 364 25.3 Foods That Flow and Do Not Require Any Chewing During Oral Processing (Newtonian and Non‐Newtonian Fluids) 364 25.3.1 Newtonian Fluids 364 25.3.1.1 Palm Wine 365 25.3.1.2 Pito 365 25.3.1.3 Kunun from Cereal 365 25.3.1.4 Nunu from Milk 365 25.3.1.5 Otika 366 25.3.1.6 Burukutu 366 25.3.2 Non‐Newtonian Fluids 366 25.3.2.1 Ketchup 366 25.3.2.2 Draw Soups: (Ogbono, okra, ewedu) 366 25.4 Semisolid Foods That Are Processed in the Mouth by Squeezing the Tongue and Palate 367 25.4.1 Pasting Properties of Starch Pastes (Ogi, Tuwo, Amala, Lafun, or Pupuru) 367 25.4.1.1 Ogi/Akamu Porridge/Agidi from Maize 369 25.4.1.2 Tuwo from Maize 370 25.4.1.3 Gari / Eba from Cassava 370 25.4.1.4 Pounded Yam (iyan) or Yam Fufu from Yam 372 25.4.1.5 Amala (Amala isu) from Yam 372 25.5 Soft‐Solid Foods That Require Chewing but Do Not Have “Crispy”Attributes 373 25.5.1 Akara from Cowpeas 373 25.5.2 Warankasi from Milk 375 25.6 Hard‐Solid Foods Are Crispy and Associated with a Crunchiness 375 25.6.1 Ipekere Agbado (Maize Fritters) 376 25.6.2 Maize Kokoro 376 25.7 Conclusion 377 References 377 Index 385

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Book SynopsisFermenting For Dummies (9781119594208) was previously published as Fermenting For Dummies (9781118615683). While this version features a new Dummies cover and design, the content is the same as the prior release and should not be considered a new or updated product. Want to ferment at home? Easy. Fermentation is what makes foods like beer, pickles, and sauerkraut deliciousand nutritious. Fermented foods are chock-full of probiotics that aid in digestive and overall health. In addition, the fermentation process also has been shown to add nutrients to food, making already nutritious food even better! Fermenting For Dummies provides step-by-step information for cooks, homesteaders, farmers, and food lovers of any kind who want to develop a deeper understanding and appreciation for arguably the oldest form of food preservation. Fermenting For Dummiesgives you the scoop on the fermenting process, the tools and ingredients youTable of ContentsIntroduction 1 About This Book 2 Foolish Assumptions 2 Icons Used in This Book 3 Beyond the Book 3 Where to Go from Here 4 Part 1: Getting Started with Fermenting 5 Chapter 1: In the Beginning: Fermenting Roots 7 Getting Familiar with Fermentation 8 Fermentation throughout History 8 Mesoamerica: Calling all chocolate lovers! 9 Africa: Turning toxins into edible tubers 9 Asia: Thirst-quenching and candied culture 9 Eastern Europe and Russia: Bubbly fruit kvass 10 Japan: The sensational soybean 10 North Africa and Morocco: When life gives you lemons 11 How Can Something Rotten Be Good for Me? 11 Fermenting Essentials 12 Pickling (and How it Differs from Fermenting) 13 A Quick and Easy Intro to Fermenting: Making Sauerkraut 14 Chapter 2: The 4-1-1 on Fermenting 17 Why Ferment? 17 Getting Acquainted with the Good and Bad Guys 18 Mold 18 Yeast 19 Bacteria 19 Enzymes 19 The Mechanics of Fermenting 20 Salt curing and drying versus fermenting 20 Vinegar and acids versus fermenting 21 Canning versus fermenting 22 Refrigerating fermented food 22 Freezing fermented food 23 Fermenting foods and drinks 23 Avoiding spoilage 24 Chapter 3: The Benefits of Fermenting 25 The Lowdown on Lacto-Fermentation and How it Helps Your Body 25 Boosting your health with vitamins and minerals 26 Loading up on enzymes 26 Aiding pre-digestion 27 Activating your foods 28 Promoting probiotics 29 Strengthening your immunity 29 How Fermentation Can Make You a Better Cook 30 Keeping it simple and easy 30 Following the seasons 30 Figuring Out How Much and How Often 31 Chapter 4: Getting it All Together 33 Assembling Your Equipment and Tools 33 Basic containers 34 Essential tools and utensils 35 Special equipment for meat fermenting 38 Special brewing equipment and tools 39 Keeping Everything Clean 41 Cleaning, sanitizing, and sterilizing: Three different and important procedures 42 Developing a cleaning work flow 43 Getting Familiar with Common Ingredients 43 Water 44 Salt 45 Sweeteners 45 Sourcing the Best Foods for Fermentation 46 Whole, organic, and local 46 Considerations for meat and dairy 46 Part 2: Vegetables, Fruits, Condiments, and Salsas 49 Chapter 5: Vegetables 51 Picking Produce for Fermenting 52 Identifying ideal veggie choices 52 Finding your garden delights 52 Sourcing the healthiest produce 53 Selecting Starters for Vegetable Ferments 54 Mastering the Basics 55 Preparing your vegetables 55 Salting 55 Packing the jars 56 Waiting and tasting (and waiting some more!) 56 Chapter 6: Fun with Fruits 69 Fermenting Fruit for Long-Term Storage 69 Selecting Ideal Fruits 70 Nondairy Starters for Fruit Fermentation 72 To Add Sugar or Not to Add Sugar? That is the Question 73 White sugar versus alternative sugars 73 How do I know what amount of sugar to replace? 73 Chapter 7: Spreads, Dips, Condiments, and Salsas 83 Reaping the Health Benefits of Homemade Condiments 84 Experimenting with Flavor 84 Exploring Vinegars 85 The process 85 It’s all about your mother 86 Part 3: Grains, Seeds, Nuts, and Beans 95 Chapter 8: Grains 97 Getting to Know Your Grains 97 Ancient grains 98 Pseudo-grains (seeds) 99 Soaking and Sprouting Grains 101 Infamous Sourdough and Its Starter 102 Feeding your sourdough starter with tender loving care 102 Choosing the type of sourdough starter to use 103 Chapter 9: Beans 117 Beans, Beans, the Musical Fruit 117 Buying and storing beans 118 Preparing beans 118 Cooking beans 118 Sprouting beans 119 Fermenting beans 120 Soy and Fermented Soy Foods 120 Comparing tofu and tempeh 121 Making the most of miso 122 Chapter 10: Nuts, Seeds, Coconuts, and Tubers 135 Nuts and Seeds: Great Nutrition in Small Packages 135 Selecting seeds 136 Getting nutty 136 Sprouting Nuts and Seeds 137 Learning how to sprout 138 Drying or storing your sprouts 139 Using sprouted nuts and seeds 139 Making Nondairy Ferments 139 Making yogurt without the moo 140 Culturing nondairy cheese 140 Cracking into Coconuts 140 Fermenting Potatoes and Other Roots 141 Preparing cassava 142 Talking about taro 142 Part 4: Meat, Dairy, and Eggs 151 Chapter 11: Got Milk? 153 The Basics of Fermenting Milk 154 Making lactose tolerable by fermenting 154 Choosing pasteurized or raw milk 155 Separating milk 156 Sourcing Your Starter Cultures 157 Serving and Storing Fermented Dairy Products 158 Chapter 12: Making Cheese 169 Understanding Cheese Making Ingredients and Techniques 170 Choosing milk 170 All about rennet 170 Turning milk to cheese 170 Fermenting 171 Colorings 171 Salting 172 Ripening 172 Storage 172 Making Soft and Semisoft Cheeses 173 Making Hard Cheeses 173 Serving Cheese 174 Chapter 13: Meat, Fish, and Eggs 185 Choosing Meat and Ingredients for Fermentation 186 Selecting spices, herbs, and flavorings 186 Selecting starters 187 Nitrates or not? 188 Choosing Casings 188 Natural casings 189 Artificial casings 189 Meat Fermentation Techniques 189 Grinding and mixing meat 190 Stuffing sausages 192 Brining 192 Curing 192 Smoking 193 Making Food Safety a Priority 193 Choosing a Spot to Ferment Meat 194 Determining space needs 194 Controlling the environment 194 Storing Fermented Meats 195 Part 5: Beer, Wine, and Other Beverages 205 Chapter 14: Healing Beverages 207 Choosing Starters 208 Finding starter cultures 208 Using starter cultures 209 Understanding the differences between alcoholic and nonalcoholic brews 209 Making Natural Carbonated Drinks 210 Ginger soda 211 Lacto-lemonade 211 Beet, apple, and ginger kvass 211 Root beer 211 Kefir 211 Amasake 212 Kombucha 212 Chapter 15: Making Wine from Water and Fruit 229 Getting Yourself Ready to Make Wine 230 Getting supplies 231 Choosing grapes 231 Understanding Wine Fermentation 233 Primary fermentation: From juice to wine 233 Knowing when it’s done and what to do then 234 Post fermentation: Completing the process 235 Storing and Aging Your Wine 235 Finishing and Bottling 237 Tasting and Talking about Wine 238 Chapter 16: Brewing Basics 243 Gathering Your Ingredients 243 Malt: Going with grain 244 Hops heaven 244 Yeast: The key to fermentation 245 Don’t forget the water 246 Cleaning Up Your Act: Sanitation 246 Practicing safe sanitation 248 Bottle cleanliness is a virtue 249 Ready, Set, Brew: Beginners 249 Assembling your tools 249 Brewing your first batch 250 Taking hydrometer readings 253 A Primer on Priming 254 Getting ready to prime 255 Making primer decisions 255 Bottling Your Brew 256 Picking out bottles 256 Preparing to bottle 256 Pouring a cold one: Getting your beer into bottles 259 Intermediate Homebrewing 262 Using better ingredients 262 Conditioning for better beer with secondary fermentation 262 Chapter 17: Brewing Beer 265 Looking at Beer Types 265 Ales 265 Lagers 266 Mixed beers 266 Exploring Specific Types of Ales, Lagers, and More 267 Irish red ale 267 American pale ale 268 Brown porter 268 Stout 269 English India pale ale 269 American premium lager 269 Märzen/Oktoberfest 270 Traditional bock 270 Herb, spice, and vegetable beer 271 Christmas/winter/spiced beer 272 Trying a Few Beer Recipes 272 Part 6: The Part of Tens 283 Chapter 18: More Than Ten Troubleshooting Tips for Fermented Creations 285 My Fermented Food is Too Salty What Do I Do? 286 Why is the Fermentation Taking So Long? 286 Why are My Fermented Creations Different throughout the Year? 286 Why is My Ferment Too Soft or Mushy? 287 Why Isn’t My Ferment Working? 287 Why is My Fermented Creation Too Dry? 288 What Do I Do about Yeast or Mold on the Surface of the Ferment? 288 What Should I Do about a Ferment Jar That’s Bulging? 288 Why Did the Color Change? 289 Why is My Ferment Leaking or Overflowing? 289 Why Does it Stink? 290 Chapter 19: Top Ten Benefits of Eating Fermented Foods 291 A Much-Needed Nutritional Boost 291 Digestion, Enzymes, and Probiotics 291 Immunity Boost 292 Unique Flavor 292 Money Savings 292 Time Savings 292 Ecological Impact 293 Slow Food Movement 293 Control over Your Food 293 The Satisfaction of Doing Something Good for Yourself 293 Chapter 20: More Than Ten Food and Equipment Resources 295 Cultures for Health 295 Yolife 296 Water Kefir Grains 296 Wildwood Foods 296 Miso Master 296 Leeners 297 Homesteader’s Supply 297 The Sausage Maker 297 New England Cheesemaking Supply 298 The Sausage Source 298 Adventures in Homebrewing 298 Chapter 21: More Than Ten Tips for a Long and Healthy Life 299 Food is Medicine, So Eat to Enhance Your Health 299 Use Alternative Sugar 300 Reduce Plastic Use and Go BPA-Free 300 Choose Organic 300 Get to Know Your Farmer 300 Be Conscious about Your Condiments 301 Eat Whole Grains 301 Choose GMO-Free Foods 302 Get Protein from Plants 302 Find Vegan Milk, Butter, and Dairy Options 302 Learn to Love Water 302 Index 303

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Book SynopsisTable of ContentsVol 1: 1. Introduction to Nutraceuticals and Natural Products 2. Functional Nutraceuticals: Past, Present and Future 3. Effect of Nutritional Supplements in Health Care 4. Nutraceutical Supplements in Drug Delivery 5. Role of Nanotechnology in Nutraceuticals 6. Nutraceuticals for Prevention and Treatment of Cancer 7. Proangiogenic and Anti-Angiogenic Effect of Small Molecules from Natural Products 8. Nutraceuticals and Natural Product Derivatives for Disease Prevention 9. Encapsulation of Nutraceuticals in Drug Delivery System 10. Liposomal Nanotechnology in Nutraceuticals 11. Bioavailability and Delivery of Nutraceuticals by Nanoparticles 12. Prebiotics and Probiotics: Concepts and Advances 13. Extraction and Purification of Bioactive Ingredients from Natural Products 14. Health Benefits of Turmeric and Ginger 15. Cannabis-Unique Herb with Versatile 16. Marine Nutraceuticals Application Vol 2: 17. Nutraceuticals as Therapeutic Agents 18. Carbohydrates, Proteins and Amino Acids 19. Flavors and Fragrances from Natural Products 20. Nutraceutical Antioxidants as Novel Neuroprotective Agents 21. Flavonoids as Nutraceuticals 22. Current Concepts and Prospects of Herbal Nutraceutical 23. Recent Advances in Extraction of Nutraceuticals from Plants 24. Phytochemicals of Nutraceutical Importance 25. Natural Product Drug Discovery in the Field of Nutraceuticals 26. Trends in use, Pharmacology, and Clinical Applications of Emerging Herbal Nutraceuticals 27. Nanoliposomes and Tocosomes as Multifunctional Nanocarriers for the Encapsulation of Nutraceutical and Dietary Molecules 28. Genetically Modified Products and Non-GMO Products in Nutraceuticals 29. Market Analysis and Concept Developments of Nutraceuticals and Natural Product Derivatives 30. Nutraceutical Formulations and Challenges: Ethical Issues and Intellectual Property Rights 31. Quality assurance of nutraceuticals and natural products and their approval, registration, marketing 32. Intellectual property consideration, regulatory constraints in new product development, and approval procedures in united states and Europe

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Book SynopsisFunctional Foods Presenting cutting-edge information on new and emerging food engineering processes, Functional Foods, the second volume in the groundbreaking new series, Bioprocessing in Food Science, is an essential reference on the modeling, quality, safety, and technologies associated with food processing operations today. Functional Foods, the second volume in series, Bioprocessing in Food Science, is an up-to-date, comprehensive volume covering the preparation, processes and health benefits of functional foods. Written and edited by a team of experts in the field, this important new volume provides readers extensive knowledge about different types of traditional and commercially available functional foods from different sources, such as milk, meat, cereals, millets and fruits and vegetables. The main objective of this book is to disseminate knowledge about the recent technologies developed in the field of functional foods to students, researchers, and industry professionals. Table of ContentsPreface xv 1 Overview of Functional Foods 1Navnidhi Chhikara and Anil Panghal 1.1 Introduction 2 1.2 Functional Food History and Market 2 1.2.1 History 3 1.2.2 Definition of Functional Foods 6 1.3 Classification of Functional Foods 7 1.4 Types of Functional Foods 9 1.4.1 Dairy Based Functional Foods 9 1.4.2 Cereal Based Functional Foods 10 1.4.3 Fruits and Vegetables Based Functional Foods 11 1.4.4 Seafood, Meat and Poultry Based Functional Foods 12 1.5 Functional Foods and Health Claims 13 1.6 Conclusion 14 References 15 2 Prebiotics and Synbiotics in Functional Foods 21Cássia P. Barros, Ramon Silva, Jonas T. Guimarães, Celso F. Balhtazar, Silvani Verruck, Tatiana C. Pimentel, Erick A. Esmerino, Mônica Q. Freitas, Maria Carmela K.H. Duarte, Márcia Cristina Silva and Adriano Gomes da Cruz 2.1 Introduction 22 2.2 Prebiotics 27 2.3 Prebiotic Dairy Functional Foods 32 2.4 Synbiotics 35 2.5 Synbiotic Dairy Functional Foods 38 2.6 Conclusions 42 Acknowledgements 43 References 43 3 Cereal-Based Functional Foods 55Semih Otles and Emine Nakilcioglu-Tas 3.1 Introduction 55 3.2 Structure and Chemical Composition of Cereal Grains 58 3.2.1 Wheat 58 3.2.2 Buckwheat 60 3.2.3 Oat 61 3.2.4 Barley 63 3.2.5 Flaxseed 65 3.2.6 Psyllium 66 3.2.7 Brown Rice 67 3.2.8 Other Cereals 69 3.3 Functional Foods Produced from Cereal Grains 71 3.3.1 Baked Products and Breakfast Cereals 71 3.3.2 Multigrain Functional Beverages 71 3.4 Conclusion 73 References 73 4 Millet Based Functional Food 91Aastha Dewan, Manish Tiwari, Navnidhi Chhikara and B. S. Khatkar 4.1 Introduction 92 4.2 Classification of Millets 93 4.2.1 Major Millets 94 4.2.2 Minor Millets 97 4.3 Nutritional Importance of Major and Minor Millets 98 4.3.1 Major Millets 98 4.3.2 Minor Millets 99 4.4 Grain Structure and Chemical Composition 100 4.4.1 Sorghum and Millet Grain Structure and Appearance 100 4.4.1.1 Sorghum 100 4.4.1.2 Millets 102 4.4.2 Chemical Composition of Millets 105 4.5 Functional Compounds Present in Millets 111 4.5.1 Polyphenols 111 4.5.2 Flavonoids 113 4.5.3 Phytate 113 4.5.4 Xylo-Oligosaccharides 114 4.5.5 Carotenoid and Tocopherols 115 4.6 Millet and Sorghum Based Commercial Products 116 4.7 Millet Based Functional Food Products 132 4.7.1 Probiotics 133 4.7.2 Prebiotics 137 4.7.3 Super Foods 137 4.8 Health Benefits of Millet Based Functional Food 139 4.8.1 Diabetes 139 4.8.2 Cataractogenesis Inhibition 140 4.8.3 Wound Healing and Nerve Growth Factor (NGF) Production 140 4.8.4 Antioxidant Activity (AA) 141 4.8.5 Other Health Beneficial Effects 142 4.9 Future Aspects 143 4.10 Challenges 145 4.11 Conclusions 146 References 147 5 Dairy Milk Based Functional Foods 161Cássia P. Barros, Ramon Silva, Silvani Verruck, Erick A. Esmerino, Mônica Q. Freitas, Márcia Cristina Silva and Adriano Gomes da Cruz 5.1 Introduction 161 5.2 Functional Foods and Regulation 163 5.3 Functional Dairy Foods 168 5.3.1 Probiotics 169 5.3.2 Prebiotics 174 5.4 Industrial Processing of Functional Dairy Products 181 5.4.1 Factors That Affects the Viability of Probiotics During Processing and Storage 183 5.5 Conclusions 186 Acknowledgements 187 References 187 6 Fruits and Vegetable Functional Foods 195Nicola Gasparre and Cristina M. Rosell 6.1 Introduction 195 6.2 Fruit and Vegetable as Functional Ingredients 198 6.3 Common Functional Compounds in Fruits and Vegetables 199 6.3.1 Carbohydrates 199 6.3.2 Protein 199 6.3.3 Lipid 200 6.3.4 Vitamins 200 6.3.5 Polyphenols 201 6.3.6 Carotenoids 202 6.3.7 Glucosinolates 203 6.4 Physicochemical Treatments to Produce Fruit and Vegetable Based Ingredients 203 6.4.1 Preliminary Operations to Obtain Ingredients from Fruits and Vegetable 204 6.5 Main Technologies to Obtain Powder Ingredients from Fruits and Vegetable 206 6.5.1 Conventional Oven Drying 206 6.5.2 Vacuum Drying 207 6.5.3 Freeze-Drying 207 6.5.4 Microwave Drying 207 6.5.5 Osmotic Dehydration 208 6.5.6 Size Reduction Process 208 6.5.7 From Fruits and Vegetable to Liquid Ingredients 209 6.5.8 Spray Drying 209 6.6 Foods as Carriers of Bioactive Compounds from Fruits and Vegetable 216 6.6.1 Bakery Foods 216 6.6.2 Pasta Like-Products 217 6.6.3 Snacks 218 6.6.4 Beverages 219 6.7 Fruits and Vegetable By-Products as Functional Ingredients 220 6.8 Impact of Food Processing on the Biofunctional Properties 221 6.9 Concluding Remarks and Future Outlooks 223 Acknowledgements 224 References 224 7 Meat Based Functional Foods 235Dr Amee Ravani and Dr Harsh P. Sharma 7.1 Introduction 235 7.2 Meat Role in the Nourishments 237 7.2.1 Meat Nutrition 238 7.2.2 Source of Protein 239 7.2.3 Vitamins and Minerals in Meat 242 7.3 Types of Meat 243 7.3.1 Red Meat 243 7.3.1.1 White Meat 244 7.3.1.2 Meat as Processed 244 7.4 Benefits of Consuming Meat 244 7.5 Concept of Functional Foods 245 7.6 Creation of Functional Foods Based on Meat 247 7.6.1 Bioactive Compounds Which are Found in Meat 248 7.6.2 Methods Designed for Producing Integrated Meat Foods 250 7.6.3 Reformulation of Products Containing Meat 252 7.6.4 Production of Shelf-Stable, Health Driven Functional Poultry Meat Finger Chips 255 7.6.5 As a Functional Element in Meat and Meat Products, Dietary Fibre 256 7.6.6 Fish Oils for Omega-3s and Lipoprotein Metabolism 262 7.6.7 Improvements in Animal Feed 266 7.6.8 Meat Reformulation 267 7.6.9 Design of Meat-Based Foods with Walnuts 269 7.7 Innovation of Technology for New Dietary Principles 272 7.8 Conclusion 273 References 275 8 Seafood Based Functional Foods 289M. Selvamuthukumaran 8.1 Introduction 289 8.2 Fish Protein Hydrolysates 290 8.2.1 Process for Preparing Fish Protein Hydrolysates 290 8.3 Fish Oil 292 8.3.1 Oil Refining 292 8.4 Chitin 294 8.4.1 Source of Chitin 294 8.4.2 Extraction of Chitin 294 8.4.3 Extraction of Chitin Using Biological Process 295 8.5 Fish Roe 296 8.5.1 Fish Roe Protein Concentrates 297 8.6 Gelatine 298 8.7 Conclusions 298 References 298 9 Millet Based Functional Foods: Bio-Chemical and Bio-Functional Properties 303Issoufou Amadou 9.1 Introduction 304 9.2 Recent Developments on Millet Based Functional Foods 306 9.3 Millet Nutrition Profile 307 9.3.1 Carbohydrates 309 9.3.2 Protein 309 9.3.3 Lipids 310 9.3.4 Fibers 310 9.3.5 Vitamins 311 9.3.6 Minerals 311 9.3.7 Anti-Nutritional Factors 312 9.4 Bioactivities of the Millet Based Functional Foods Compounds 312 9.5 Biomedicinal and Health Potential of Millet-Based Foods 314 9.6 Conclusion 323 References 324 10 Mushroom as a Source of Fungal Based Functional Foods 331Mandira Kapri, Prem Prakash Srivastav and Satyawati Sharma 10.1 Introduction 331 10.2 Life Cycle of Mushroom 333 10.3 Different Types of Mushroom Cultivation Process 335 10.4 Traditional and Valorised Substrates Used for Cultivation of Mushroom Under SSF Process 337 10.5 Challenges of Mushroom Cultivation and Upcoming Strategies 337 10.6 Mycelium Physiology 338 10.7 Mushroom Mycelium Cultivation Status 339 10.8 Enhancement of Nutritional and Therapeutic Attributes Present in Mycelium and Mushroom 341 10.9 Nutraceuticals Compounds Present in Mycelium and Mushroom Along with their Therapeutic Effects 341 10.10 Food Products Developed from Mushroom Mycelium and Fruit-Bodies 366 10.11 Umami Flavour Extracted from Mushroom Mycelium and Fruit-Bodies 371 10.12 Conclusion 373 Abbreviations 373 References 374 11 Probiotics and Prebiotics as Functional Foods 391Tolulope Joshua Ashaolu 11.1 Introduction 391 11.2 Immunity of the Gut and its Connection to Microbes 392 11.3 An Overview of Functional Foods 393 11.3.1 Probiotics 394 11.3.2 Prebiotics 401 11.4 Critical Evaluations on Probiotics and Prebiotics 408 11.5 Conclusions 409 References 410 12 Food Function and Health Benefits of Functional Foods 419Anil Panghal, Nitin Kumar, Sunil Kumar, Anju Kumari and Navnidhi Chhikara 12.1 Introduction 420 12.2 Functional Foods Terminology and Definition 420 12.2.1 Prebiotics, Probiotics, and Synbiotics 421 12.3 Constituents in Functional Foods 423 12.3.1 Macronutrients 424 12.3.2 Micronutrients 424 12.4 Bioactive Compounds in Functional Foods 424 12.4.1 Phenolic Compounds 425 12.4.2 Flavonoids 425 12.4.3 Alkaloids 426 12.4.4 Terpenes and Terpenoids 426 12.4.5 Saponins 427 12.5 Health Benefits 427 12.5.1 Diabetes Mellitus 427 12.5.2 Cancer 430 12.5.3 Cardiovascular Disease (CVD) 430 12.6 Sources of Functional Foods 430 12.6.1 Plant-Based Functional Foods 430 12.6.2 Animal-Based Functional Foods 431 12.6.3 Microbial-Derived Functional Foods 432 12.7 Effect of Processing on Functional Products 432 12.8 Present Status and Future Aspects 434 12.9 Conclusion 435 References 436 13 Double Emulsion for Controlled Delivery of Functional Food Ingredients 443Madhulekha Rakshit and P P Srivastav 13.1 Introduction 444 13.2 Double Emulsion Formation Mechanism 446 13.3 Types of Functional Ingredient for Delivery 448 13.4 Double Emulsion Particle Specification 457 13.5 Double Emulsion Stability 458 13.5.1 Physical Stability 458 13.5.1.1 Gravitation Separation 458 13.5.1.2 Particle Aggregation 460 13.5.1.3 Flocculation and Coalescence 461 13.5.1.4 Ostwald Ripening 462 13.5.2 Chemical Stability 463 13.6 Release Characteristics 463 13.7 Gastrointestinal Properties 466 13.7.1 Bioavailability and Bioaccessibility 466 13.7.2 Variations in Delivery Properties 466 13.8 Conclusion 468 References 468 14 Use of Biopolymers for Packaging of Functional Foods 477Bababode Adesegun Kehinde, Olakanmi Sunday Joy, Majid Ishrat, Oluwabusolami Kehinde and Tolulope Joshua Ashaolu 14.1 Introduction 478 14.2 Applications of Biopolymers in Scientific Fields 480 14.2.1 Nanoscale Processing 480 14.2.2 Biomedical Applications 480 14.2.3 Cosmetic Functions 481 14.2.4 Construction Engineering 481 14.2.5 Pharmacology 482 14.3 Food Product Processing 482 14.3.1 Water Purification 486 14.3.2 Enzymology 487 14.3.3 Food Packaging 487 14.4 Use of Biopolymers for Packaging of Functional Foods 490 14.4.1 Antioxidant Packaging of Functional Foods 491 14.4.2 Antimicrobial Packaging 496 14.5 Biopolymers Used for Processing of Functional Foods 497 14.5.1 Starch 497 14.5.2 Poly Lactic Acid (PLA) 498 14.5.3 Cellulose 498 14.5.4 Chitosan 498 14.5.5 Proteins 499 14.5.6 Carrageenan 499 14.5.7 Alginate 500 14.6 Conclusion 500 References 501 15 Global Concepts and Regulations in Functional Foods 511Montaña Cámara, Virginia Fernández-Ruiz, Laura Domínguez Díaz, Rosa Mª Cámara Hurtado and Mª de Cortes Sánchez Mata 15.1 Introduction 511 15.2 Regulatory Framework of Functional Foods 513 15.2.1 Concept 513 15.2.2 Definition 514 15.2.3 International Overview on Functional Food Classification 518 15.2.4 Functional Ingredients of Functional Foods: Nutrients and Bioactive Compounds 522 15.2.4.1 Regulatory Framework of Functional Ingredients Added to Functional Foods 528 15.2.5 Nutrition and Health-Related Claims for Functional Foods Around the World 534 15.2.6 Claims Related to the Absence of a Specific Allergens and/or Substances that can Cause Intolerance in the Human Organism 543 15.3 Conclusions 546 Acknowledgements 546 References 547 Index 555

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Book SynopsisFOOD CHEMISTRY A unique book detailing the impact of food adulteration, food toxicity and packaging on our nutritional balance, as well as presenting and analyzing technological advancements such as the uses of green solvents with sensors for non-destructive quality evaluation of food. Food Chemistry: The Role of Additives, Preservatives and Adulteration is designed to present basic information on the composition of foods and the chemical and physical changes that their characteristics undergo during processing, storage, and handling. Details concerning recent developments and insights into the future of food chemical risk analysis are presented, along with topics such as food chemistry, the role of additives, preservatives, and food adulteration, food safety objectives, risk assessment, quality assurance, and control. Moreover, good manufacturing practices, food processing systems, design and control, and rapid methods of analysis and detection are covered,Table of ContentsPreface xix 1 Food Chemistry: Role of Additives, Preservatives, and Adulteration 1Mousumi Sen 1.1 Introduction 2 1.2 Categories of Food Colors 2 1.3 Natural Colors Are Best Over Artificial Colors 3 1.4 Classification of Food Colorants 3 1.4.1 Natural Colorants 3 1.4.2 Synthetic Colorants 7 1.4.2.1 Water Soluble Synthetic Colors 7 1.4.2.2 Fat Soluble Synthetic Colorants 8 1.4.2.3 Lake Colorants 8 1.5 Classification of Food Additives 9 1.5.1 Why Food Colors Are Preferred 12 1.5.2 E-Numbering 13 1.6 Food Spoilage and Preservation 14 1.6.1 Causes of Spoilage 14 1.6.2 Principle of Food Preservation 15 1.7 Preservatives 15 1.7.1 Factors Affecting Preservative Efficiency 15 1.7.1.1 Interaction With Formulation Components 15 1.7.1.2 Properties of Preservatives 16 1.7.1.3 Effect of Containers 16 1.7.1.4 Types of Micro-Organisms 16 1.7.1.5 Influence of pH 16 1.7.2 Factors Affecting Chemical Preservation 17 1.7.3 Classification of Chemical Preservatives 17 1.7.4 Types of Chemical Preservatives 17 1.7.5 Natural Chemical Preservatives 18 1.7.6 Methods of Food Preservation 19 1.8 Antioxidants 20 1.9 Oils and Spices 21 1.10 Introduction to Hurdle Technology 22 1 Advantages of Food Additives and Preservatives 23 2 Disadvantages of Food Additives and Preservatives 23 3 Effects of Food Additives and Food Preservatives 24 4 Safety of Food Additives and Preservatives 25 1.11 Adulteration 26 1 History of Food Adulteration 27 2 Types of Food Adulteration 27 2.1 Intentional Adulteration 27 2.2 Incidental Adulteration 28 2.3 Metallic Adulteration 28 3 A Food Is Considered Adulterated if It Has the Following Factors 28 4 Effects of Adulterated Food on Human Health 28 5 Reasons for Food Adulteration 29 6 Methods of Food Adulteration 29 7 Trends of Food Adulteration in Developing Countries 30 1.12 Food Safety and Standards Act 30 1 Few Steps to Avoid Adulteration 32 2 Detection Methods of Adulteration 33 3 Technique to Check Food Adulteration 33 1.13 Conclusion 33 References 35 2 Additives and Preservatives Used in Food Processing and Preservation, and Their Health Implication 43Sunita Adhikari (Nee Pramanik) Abbreviations 44 2.1 Introduction 44 2.2 Merits and Demerits of Food Additives and Preservatives 47 2.2.1 Merits of Food Additives and Preservatives 47 2.2.2 Demerits of Food Additives and Preservatives 47 2.3 Types of Food Additives and Preservatives 48 2.3.1 Preservatives 48 2.3.2 Nutritional Additives 51 2.3.3 Flavoring Agent 51 2.3.4 Coloring Agent 51 2.3.5 Texturizing Agent 53 2.3.6 Miscellaneous Additives 54 2.3.6.1 Acidity Regulator 54 2.3.6.2 Anti-Caking Agent 54 2.3.6.3 Antifoaming Agent 54 2.3.6.4 Flour Treatment Agents 54 2.3.6.5 Fat Replacers 56 2.3.6.6 Sweeteners 56 2.3.6.7 Leavening Agent 61 2.3.6.8 Firming Agent 62 2.3.6.9 Glazing Agent 62 2.3.6.10 Humectant 62 2.3.6.11 Sequestering Agent 62 2.3.6.12 Gelling Agent 63 2.3.6.13 Propellants 63 2.3.6.14 Foaming Agent 63 2.3.6.15 Seasoning 63 2.3.6.16 Curing Agents 64 2.3.6.17 Probiotics 64 2.3.6.18 Other Food Additives 65 2.3.6.19 Indirect Food Additives 65 2.4 Health Effect of Food Additives and Preservatives 66 2.5 Conclusion 70 References 71 3 Role of Packaging in Food Processing 73Bhasha Sharma, Susmita dey Sadhu, Rajni Chopra and Meenakshi Garg 3.1 Introduction 74 3.2 State-of-the-Art 76 3.3 Raw Materials Used in Food Packaging 78 3.3.1 Metals 79 3.3.2 Glass 80 3.3.3 Plastics 80 3.3.4 Paper and Cardboard 80 3.4 Packaging Footprints on Quality, Shelf Life, and Safety of Food 81 3.5 Prolegomenon on Active and Smart Packaging Systems 81 3.5.1 Active Packaging 82 3.5.2 Intelligent Packaging System 83 3.6 Aseptic Packaging in Food Processing 84 3.7 The Paradigm in Strategies for Improvement of Food Packaging 85 3.7.1 Bequest of Packaging Into the Cycle of Food Chain Sustainability 85 3.7.2 Selection of Materials With the Objective of Recyclability 86 3.7.3 Escalating Protective Role of Packaging 87 3.7.4 How Biodegradable Polymers can Mitigate the Plight of Packaging in Food Processing 88 3.8 Integration of Nanotechnology to Ameliorate Food Packaging 89 3.9 Life Cycle Assessment (LCA) 90 3.10 Deciphering the Challenges for Sustainable Food Packaging 91 3.11 Conclusion and the Way Forward 92 Acknowledgement 92 References 92 4 Laws Impacting Chemicals Added to Food 97Preeti Khanna, Rajni Chopra and Meenakshi Garg 4.1 Introduction 98 4.2 Functions of Food Additives 98 4.2.1 Sustain or Enhance the Shelf Life and Freshness of a Product 99 4.2.2 Sustain or Enhance the Nutritional Quality of a Product 99 4.2.3 Improve the Aesthetic Appeal and Sensory Attributes of a Product 99 4.3 Classification of Food Additives 99 4.3.1 Classification Based on Functionality 99 4.3.1.1 Flavoring Agents 100 4.3.1.2 Enzyme Preparations 100 4.3.1.3 Other Additives 100 4.4 Classification Based on Primary and Secondary Technological Roles—Direct and Indirect Additives 101 4.5 Evaluating the Health Risk of Food Additives 101 4.6 International Regulations for the Efficacy of Food Additives 102 4.7 International Laws 102 4.7.1 US Food and Drug Administration 102 4.8 Indian Regulations—Food Safety and Standards Authority of India (FSSAI), Additives Regulations (Regulation 3.1) 103 4.9 Safety Assessment: Redbook’s Principles of Safety Evaluation 105 4.10 Levels of Concern for Direct Food Additives 106 4.11 Threshold Regulation Exemption for Indirect Food Additives 107 4.12 Estimated Daily Intakes 108 4.13 Human Data and Clinical Studies 109 4.14 GRAS Substances 109 4.15 European Union Legislation 110 4.16 Categorization of Food Additives 110 1 Additives Can Be Used for the Following Purposes 110 4.17 Safety Assessment of Food Additives 111 4.18 Safety Evaluation Process and Authorization 112 4.19 Use of Food Additives in Food Products 113 1 Traditional Foods 113 2 Restricted Provisions 114 4.20 Labeling Regulations and Guidelines 114 4.21 Conclusion 114 References 114 5 Detection of Food Adulterants in Different Foodstuff 117Aditi Negi, P Lakshmi Praba K., R Meenatchi and Akash Pare 5.1 Introduction 118 5.2 Types of Adulteration 118 5.3 Impact of Adulteration on Health 120 5.4 Approaches for Adulterant Authentication in Food Materials 121 5.5 Physical Authentication Techniques 122 5.6 Application of Biochemical and Analytical Methods in Adulterant Authentication 124 5.6.1 Adulterant Authentication Through HPLC 124 5.6.2 Adulterant Authentication Through GCMS 127 5.6.3 Adulterant Authentication Through Spectroscopic Method 127 5.6.4 Adulterant Authentication Through Ambient Mass Spectroscopy Techniques 128 5.6.5 Adulterant Authentication Through Nuclear Magnetic Resonance Technique 128 5.7 Adulterant Identification by Molecular Techniques 136 5.7.1 Polymerase Chain Reaction–Based Techniques for Adulterant Identification 137 5.7.2 Application of Real-Time PCR in Adulterant Authentication 142 5.7.3 Isothermal Amplification Methods for Adulterant Identification 142 5.7.4 Sequencing and Hybridization-Based Methods in Adulterant Identification 147 5.8 Limitation in Use of Molecular-Based Methods for Adulterant Authentication 148 5.9 Conclusion 152 References 152 6 Trends of Food Adulteration in Developing Countries and Its Remedies 165Satyam Chachan, Anand Kishore, Khushbu Kumari and Arun Sharma 6.1 Introduction 166 6.2 Food Fraud in Developing Countries 166 6.2.1 Impact of Adulteration 168 6.3 Classification of Food Adulteration 169 6.3.1 Intentional Adulteration 171 6.4 Common Food Adulterants 172 6.5 Adulteration Remedy Strategies 177 6.5.1 Government and Regulatory Agency Initiative 177 6.5.2 Loopholes in Existing Method of Eliminating Adulteration 179 6.5.3 Process and Product Verification 181 6.5.4 Higher Levels of Transparency/Traceability in Supply Chain 182 6.5.5 Use of Novel Technology 182 6.5.6 Training 183 6.5.7 Awareness 183 6.6 Conclusion 185 References 186 7 Food Adulteration and Its Impacts on Our Health/Balanced Nutrition 189Suka Thangaraju, Nikitha Modupalli and Venkatachalapathy Natarajan 7.1 Introduction 190 7.2 Types of Adulteration 192 7.2.1 Intentional Adulteration 192 7.2.2 Incidental Adulteration 193 7.2.3 Other Types of Adulteration 193 7.2.3.1 Natural Contamination 193 7.2.3.2 Metallic Contamination 193 7.2.3.3 Microbial Contamination 194 7.2.3.4 Adulteration in Organic Foods 195 7.2.3.5 Adulteration During Irradiation of Foods 195 7.2.3.6 Genetically Modified Foods 195 7.3 Adulteration in Foods 196 7.3.1 Global Food Environment 197 7.4 Effects of Food Adulteration 201 7.4.1 Health Effects 201 7.4.2 Balanced Nutrition 205 7.5 Measures to Mitigate Food Adulteration 206 7.5.1 Producer’s or Manufacturer’s End 206 7.5.2 Consumer’s End 206 7.5.3 Government and Regulatory Agencies 207 References 209 8 Natural Food Toxins as Anti-Nutritional Factors in Plants and Their Reduction Strategies 217Naman Kaur, Aparna Agarwal, Manisha Sabharwal and Nidhi Jaiswal Abbreviations 218 8.1 Introduction 218 8.2 Anti-Nutritional Factor 221 8.2.1 Tannins 221 8.2.1.1 Types 222 8.2.1.2 Adverse Effects 222 8.2.2 Saponins 223 8.2.2.1 Saponins 223 8.2.2.2 Adverse Effects 224 8.2.3 Lectins and Hemagglutinin 225 8.2.3.1 Adverse Effects 226 8.2.4 Alkaloids 227 8.2.4.1 Adverse Health Effects 227 8.2.5 Oxalates 228 8.2.5.1 Adverse Effects 229 8.2.6 Cyanogenic Glycosides 230 8.2.6.1 Adverse Effects 231 8.2.7 Goitrogens 231 8.2.7.1 Adverse Effects 232 8.3 Methods to Reduce Levels of Anti-Nutritional Factors in Foods 234 8.3.1 Soaking 234 8.3.2 Fermentation 235 8.3.3 Germination 236 8.3.4 Milling 237 8.3.5 Extrusion 237 8.3.6 Heating-Autoclaving (Wet Heating) and Roasting (Dry Heating) 238 8.3.7 Gamma Radiation 239 8.3.8 Genomic Technology 239 8.4 Conclusion 240 References 240 9 Feeding the Future—Challenges and Limitations 249Baishakhi De and Tridib Kumar Goswami 9.1 Introduction 250 9.2 Early Life Nutrition and Healthy Future 252 9.2.1 Choice of Food and “Nutrition Transition” 253 9.3 Challenges and Opportunities in Developing the Future Food Systems 255 9.4 Sustainable Diet for the Future 257 9.5 Research Trends and Green Food Technologies 259 9.5.1 Green Technologies in Food Processing 260 9.5.2 Nanotechnology in Food Processing and Food Safety 262 9.5.3 CRISPR-Based Technologies 262 9.5.4 Future Directives 265 9.5.4.1 3D Food Printing and Mass Customization of Diet 266 9.6 Regulations and Trade 270 9.7 Conclusion 270 References 271 10 Alternate Food Preservation Technology 275Pratik S Gaikwad, Chayanika Sarma, Aditi Negi and Akash Pare 10.1 Introduction 276 10.2 Non-Thermal Preservation Technique 277 10.2.1 Packaging Technology 277 10.2.1.1 Challenges and Future Scope of MAP Processing 282 10.2.2 Ozone (O3) Treatment 282 10.2.2.1 Properties of O3 291 10.2.2.2 Principle of O3 Generation 291 10.2.2.3 Challenges and Future Scope of O3 Processing 292 10.2.3 High Hydrostatic Pressure Treatment 292 10.2.3.1 Principles of HPP Treatment 294 10.2.3.2 HPP Time 294 10.2.3.3 Challenges and Future Scope of HPP Treatment 295 10.2.4 Ultrasound Treatment 295 10.2.4.1 Principle of Ultrasound Treatment 296 10.2.4.2 Challenges and Future Scope of Ultrasound Treatment 296 10.2.5 Pulsed Electric Field Treatment 296 10.2.5.1 Principle of PEF Treatment 297 10.2.5.2 Challenges and Future Scope of PEF Treatment 298 10.2.6 Cold Plasma Treatment 298 10.2.6.1 Generation of CP Treatment 298 10.2.6.2 Challenges and Future Scope of CP 300 10.2.7 Oscillating Magnetic Field 300 10.2.7.1 Challenges and Future Scope of OMF 301 10.2.8 Membrane Filtration Process 301 10.2.8.1 Principle of the Membrane Filtration Process 301 10.2.8.2 Microfiltration 301 10.2.8.3 Ultrafiltration 302 10.2.8.4 Nanofiltration 303 10.2.8.5 Reverse Osmosis 303 10.2.8.6 Challenges and Future Scope of the Membrane Filtration Process 303 10.3 Novel-Thermal Preservation Technique 303 10.3.1 Ohmic Heating Treatment 303 10.3.1.1 Application of OH Treatment 304 10.3.1.2 Challenges and Future Scope of OH Treatment 311 10.3.2 Microwave Heating 311 10.3.2.1 Principle of MW Heating 311 10.3.2.2 Applications of MW Heating 312 10.3.2.3 Challenges and Future Scope of MW Heating 312 10.3.3 Infrared Heating (IRH) 312 10.3.3.1 Application of IRH 313 10.3.3.2 Challenges and Future Scope of IRH 313 10.3.4 Radio Frequency Heating 313 10.3.4.1 Principle of RF Heating 314 10.3.4.2 Factor Influencing of RF Heating 314 10.3.4.3 Challenges and Future Scope of RF Heating 314 10.4 Other Alternate Preservation Techniques 315 10.4.1 Freezing 315 10.4.1.1 Challenges and Future Scope of Freezing 316 10.4.2 Dehydration 316 10.4.3 Frying 317 10.4.4 Chilling 318 10.4.5 Extrusion 318 10.4.6 Three-Dimensional (3-D) Printing 319 10.4.6.1 Principle of 3-D Printing 319 10.4.6.2 Factor Influencing 3-D Printing 319 10.4.7 Blanching 320 10.5 Hurdle Technology for Preservation of Food 320 10.6 Irradiation Process for Preservation of Food 321 10.6.1 Electron Beam 327 10.6.2 X-Radiation (X-Ray) 327 10.6.3 Gamma Rays 327 10.7 Food Additives for the Preservation of Food 328 10.7.1 Natural Additives 328 10.7.2 Synthetic Additives 328 10.7.3 Challenges and Future Scope of Additives 331 10.8 Conclusion 332 References 332 11 Green Solvents for Food Processing Applications 341A Surendra Babu, A Sangeetha and R Jaganmohan 11.1 Introduction 342 11.2 Green Solvents 344 11.2.1 Water as Green Solvent 345 11.2.2 Subcritical Water Extraction 346 11.2.3 Supercritical Fluids as Green Solvent 346 11.2.4 Gas Expanded Liquids as Green Solvent 347 11.2.5 Ionic Liquids as Green Solvent 348 11.2.5.1 Classification of Ionic Liquids 348 11.2.6 Solvents Derived From Biomass as Green Solvent 349 11.2.7 Deep Eutectic Solvents as Green Solvents 352 11.3 Synthesis of NADES 353 11.3.1 NADES for Extraction of Phenolic Compounds 355 11.3.2 NADES for Extraction of Flavonoids 360 11.3.3 NADES for Extraction of Other Polar Compounds 364 11.3.3.1 Ferulic Acid Extraction From Ligusticum Chuanxiong Hort and NADES 364 11.3.4 NADES for Extraction of Food Samples 364 11.3.4.1 Extraction of Vanillin With NADES 364 11.3.4.2 Extraction of Anthocyanins With NADES 364 11.3.4.3 Extraction of Phenolic Compounds With NADES 364 11.3.5 General Considerations Using NADES as Extraction Solvents 365 11.4 Conclusion and Future Trends 366 References 366 12 Technological Advancement in Food Additives and Preservatives 375Shikha Pandhi, Arvind Kumar and Akansha Gupta Abbreviations 376 12.1 Introduction 377 12.2 Food Additives and Preservatives 378 12.2.1 Classes of Food Additives 379 12.2.2 Significance in Food Processing and Preservation 381 12.2.3 Mechanism of Action of Food Preservatives 381 12.3 Regulatory Aspects of Food Additives and Preservatives 382 12.3.1 Generally Recognized as Safe 383 12.3.2 FSSAI Regulations on Permissible Limits of Food Additives 383 12.4 Health Concerns of Conventional Food Additives 383 12.5 Technological Advancements in Food Additives and Preservatives 384 12.5.1 Novel Food Additives 384 12.5.1.1 Essential Oils/Phytochemicals 385 12.5.1.2 Metallic Nanoparticles as Antimicrobial (Green Route) 386 12.6 Novel Technological Approaches for Enhanced Functionality 386 12.6.1 Nanoencapsulation 386 12.6.1.1 Fundamentals and Techniques 387 12.6.1.2 Types of Encapsulating Material 388 12.7 Methods for Food Additives Determination 389 12.7.1 Analytical Methods 389 12.7.1.1 Spectroscopy Techniques 389 12.7.1.2 Chromatographic Techniques 390 12.7.1.3 Electroanalytical Techniques 391 12.8 Future Prospects 391 12.9 Conclusion 392 References 393 13 Sensors for Non-Destructive Quality Evaluation of Food 397Krishna Gopalakrishnan, Arun Sharma, Neela Emanuel, Pramod K Prabhakar and Ritesh Kumar 13.1 Introduction 398 13.2 Different Types of Non-Destructive Methods 400 13.2.1 Mechanical Method 400 13.2.1.1 Mechanical Thumb Method 400 13.2.1.2 Sinclair IQTM–Firmness Tester (SIQ-FT) 401 13.2.1.3 Laser Air-Puff 401 13.2.2 Chemical Method 401 13.2.2.1 Electronic Nose 401 13.2.3 Electromagnetic Method 404 13.2.3.1 Nuclear Magnetic Resonance (NMR) 404 13.2.3.2 Magnetic Resonance Imaging 406 13.2.4 Optical Method 408 13.2.4.1 NIR Spectroscopy 408 13.2.4.2 Image Analysis Techniques 410 13.2.4.3 Time-Resolved Reflectance Spectrometry 415 13.2.5 Dynamic Method 418 13.2.5.1 X-Rays 418 13.2.5.2 Computed Tomography 419 13.2.5.3 Ultrasonic 420 13.2.5.4 Acoustic Techniques 421 13.2.6 Sensor Fusion 423 13.3 Non-Destructive Quality Testing in Various Food Commodities 425 13.3.1 Staple Foods 425 13.3.1.1 Sensory Aspect 426 13.3.1.2 Adulteration Aspects 427 13.3.1.3 Chemical Aspects 427 13.3.2 Fruits 427 13.3.2.1 Fruit Quality Inspection Using Electronic Nose 429 13.3.2.2 Fruit Quality Inspection Using UV-VIS-NIR Spectroscopy 429 13.3.2.3 Fruit Quality Inspection Using Ultrasound Sensing Technique 430 13.3.2.4 Fruit Quality Inspection Using Machine Vision Sensing Technique 430 13.3.2.5 Fruit Quality Inspection Using Acoustic Impulse Technique 431 13.3.3 Vegetables 431 13.3.3.1 Spectroscopic Techniques 431 13.3.3.2 Sound Waves Techniques 434 13.3.3.3 Imaging Analysis Techniques 435 13.4 Conclusion 436 References 437 Index 451

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Book SynopsisLENTILS Understand the future of plant protein with this comprehensive overview Lentils are one of the oldest and most widely cultivated crop species in the world and a leading global source of protein, carbohydrates, and dietary fiber, as well as numerous micro-nutrients. In recent years, they have emerged as a leading candidate to form the basis of non-meat protein substitutes, a skyrocketing industry with immense climate and public health implications. There has never been a more urgent need to understand the cultivation and use of these flexible, resource-rich crops. Lentils provides a comprehensive overview of every stage in the lentil production chain, from cultivation to processing to sale to consumption. It focuses particularly on pre- and post-harvest processing, alerting readers to the possibilities of lentils in a newly health and environmentally conscious global food marketplace. The result is a thorough, highly accessible, and navigable introduction to a vital subject. The reader can also find: Detailed coverage of lentils including global production/trade, breeding practices, value-addition, nutrition, consumption trends, and quality assessmentInnovative three-part structure to facilitate reader navigationDedicated chapters on lentil-based meat analogs, engineering properties, and innovative processing technologies The book can be used as a useful reference for academics and researchers who are working in the fields of food science, food technology, food process engineering, and applied nutrition, as well as for food industry professionals and government regulators with an interest in food production, food security, and the global food market dynamics.Table of ContentsPart I: Overview, breeding practices, postharvest handling and storage 1. An overview of lentil production, trade, processing and nutrient profile 2. Recent advances in lentil genetics, genomics, and molecular breeding 3. Preharvest quality management, postharvest handling and consumption trends of lentils Part II: Processing, physical and functional properties, food and non-food applications 4. Value-added processing of lentils and emerging research trends 5. Milling and fractionation processing of lentils 6. Functional properties of lentils and its ingredients in natural or processed form 7. Rheological properties of lentil protein and starch 8. Pasting, thermal, and structural properties of lentils 9. Lentil protein: a sustainable and green alternative to animal meat protein 10. Utilization of lentils in different food products 11. Non-food applications of lentils and their processing byproducts 12. Innovative processing technologies for lentil flour, protein and starch Part III: Nutrition, antinutrients, sensory properties, and global consumption trends 13. Nutritional profile, bioactive compounds and health benefits of lentils 14. Antinutritional factors in lentils: Their effect on bioavailability of nutrients and significance in human health 15. Sensory properties of cooked lentils and lentil-based products 16. Global consumption and culinary trends in lentils utilization

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Book Synopsis* Essential information for airline companies * Airline food is a multi-billion dollar industry * Written by an expert from a company specialising in the preparation of high class safe airline foods * Coverage includes HACCP, supply chain locistics and liability issues .Table of ContentsDedication. About the author. Foreword. Preface. Acknowledgements. Abbreviations. Introduction. 1 Aviation safety and its impact on the global ecconomy. 2 Consumer perceptions - fact or fiction?. 3 Current codes of practice. 4 Have Airlines Considered Crisis Prevention? (HACCP). 5 Implementing manufacturing SOPs to achieve aviation safety utopia. 6 Liability issues - protecting the airline brand. 7 The airline catering supply chain. 8 Fitness to fly. 9 Cabin crew - the missing link. 10 Managing aircraft water. 11 Aircraft disinsection and pest management. 12 Special meals - special hazards. 13 Aviation food safety versus aviation food security. 14 Food safety in the business avaition environment. References. Index.

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Book SynopsisTaking a fresh approach to information on baked products, this exciting new book from industry consultants Cauvain and Young looks beyond the received notions of how foods from the bakery are categorised to explore the underlying themes which link the products in this commercially important area of the food industry.Trade Review"Taking a fresh new approach to information on baked products this exciting new book looks beyond the perceived notions of how foods from the bakery are categorised to explore the underlying themes that link the products. This book is a valuable practical resource for all food scientists and food technologists within bakery companies, ingredient suppliers and general food research companies." Food Engineering and Ingredients, June 2007 "Baked Products: Science, Technology and Practice is a valuable practical resource for all food scientists and food technologists within bakery companies, ingredient suppliers and general food companies. The book will be an important addition for librarian and research establishments." Beverage & Food World, September 2007 “Provide[s] a more detailed understanding to underpin the development of new processes and products. Few can be more qualified to do this than Stan Cauvain and Linda Young. Together they have over 65 years’ experience in the industry with a formidable record of publications on baking technology.” Food Science and TechnologyTable of ContentsPreface. 1 The current approaches to the classification of bakery products. Introduction. An historical background to the production of baked products. The traditional basis for classifying bread and fermented goods, cakes, pastries and biscuits. The concept of recipe balance in the development of baked products. Reconsidering the basis for baked product classification. 2 The key characteristics of existing bakery product groups and typical variations within such groups. What makes baked products different from other processed foods?. An introduction to the methods used to characterise baked products. Methods for evaluating the character of baked products. Subjective scoring sheets. Measurement of size. Measurement of volume. Measurement of colour. Texture properties. Measurement of cellular structure. Measurement of product moisture content. Water activity and its relevance. Key physical characteristics of bread and fermented goods. Key physical characteristics of sponges and cakes. Key physical characteristics of biscuits, crackers and cookies. Key physical characteristics of pastry. 3 The characterisation of bakery products by formulation and the key functional roles of the main ingredients used in baking. Introduction. The key functional roles of individual ingredients. How baked product formulations are expressed. Baker’s percentage. Total weight percentage. Ingredient level (absolute). Other methods. Conversion statistics. Typical recipes used in the manufacture of baked products. Relationships between product groups. Flour types. Sample recipes. Bread and fermented goods. Doughnuts. Cakes. Cookies, biscuits and crackers. Pastries. Unleavened breads. Other products. 4 Ingredients and their influences. Wheat flour. Fibres. Soya flour. Cocoa powder. Sugars and sweeteners. Sucrose. Dextrose/glucose syrups. Invert sugar/honey. Glycerol and sorbitol. Fats and emulsifiers. Fats. Butter. Margarines. Emulsifiers. Egg products. Baking powders and their components. Dried and candied fruits. Chocolate chips. Salt. Yeast. Ascorbic acid and other improvers. Enzymes. Water. Milk products. 5 The nature of baked product structure. Introduction. Techniques to evaluate baked product structure. The formation of cellular structures. The formation of gluten. The role of fat in the formation of baked product structures. Mechanisms of structure formation and expansion in baked products. Bread and fermented goods. Cakes and sponges. Biscuits and cookies. Short and sweetened pastry. Laminated products and crackers. Flat breads. Doughnuts. Bagels and steam breads. Hot-plate products. 6 Interactions between formulation and process methodologies. Introduction. The main processing methodologies. Mixing – the importance of energy. Mixing – gas incorporation. Mixing – single- and multi-stage methods. Dividing/scaling/depositing. Forming/moulding/shaping. Expansion and relaxation. Baking. Frying. Boiling and steaming. Using re-work. The contribution of ingredients and formulation to the evolution of current processing methodologies. 7 Heat transfer and product interactions. Introduction. The heat transfer processes. Refrigeration and Retarding. Proving. The baking of cake batters. The baking of bread dough. The baking of biscuit and cookie dough. The baking of pastry products. The baking of laminated products. Microwave baking. The frying of doughnuts and other products. Baking on a hot-plate. Cooling. Deep freezing. The foam to sponge conversion and the collapse of bakery products. Ingredient, recipe and product interactions. 8 Understanding and manipulating the end product requirements. The importance of records. Optimising baked product quality through test baking. Control of baked product characteristics by manipulation of ingredients, formulation and processing methods. Optimising baked product quality through the application of knowledge-based systems. Knowledge-based systems for bread products. Using the Bread Advisor. Fault diagnosis or quality enhancement. Processing details. Other software tools for fermented products. Knowledge-based systems for cake products. Determining raising or leavening agents in cake and biscuit/cookie products. 9 The opportunities for new product development. The processes involved in the development of baked products. The start. The product development brief. The product development process. Characterising the Product. The potential for new product development using IT methodologies. Cake product development using IT systems. Software to determine process settings. Ensuring product safety using software. HACCP software. Company specific knowledge. Matching patterns in baking for innovation. Using structure assessment in innovation. Visualising the world of baked products. Conclusion. References. Further reading. Index

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Book SynopsisStructure of Dairy Products, a new volume in the Society of Dairy Technology's Book Series, published by Blackwell Publishing, covers all major aspects of the structure of dairy products, including details of the use of techniques such as scanning electron microscopy and transmission electron microscopy.Trade Review?This book provides an important and valuable contribution to understanding the structure of dairy products. Every chapter provides a comprehensive up-to-date reference list, effectively the date of production. Unquestionably a major plus point of this book is the perfect quality of the micrographs representing different microscopic techniques used when investigating the microstructure of milk and dairy products.? ( Journal of Dairy Technology, February 2008) "Structure of Dairy Products provides a timely and comprehensive review of understanding the micro structure of milks and milk products. In the last 30 years great interest is seen, in the structure of dairy products and at the same time different techniques have been developed to visualise the properties of these products. The book is multi-author text containing chapters that summarise recent findings for each dairy product" Food and Beverage WorldTable of ContentsChapter 1. Overview of Microscopical Approaches. . Chapter 2. Instrumental Techniques for Sample Preparation. Chapter 3. Microstructure of Milk Components. Chapter 4. Microstructure of Dairy Fat Products. Chapter 5. Microstructure of Concentrated and Dried Milk Products. Chapter 6. Structure of Fermented Milks. Chapter 7. Microstructure of Natural Cheeses. Chapter 8. Processed Cheese and Cheese Analogues. Chapter 9. Microstructure of Frozen and Dairy-Based Confectionary Products. Chapter 10. The Microscope in Troubleshooting

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Book SynopsisThe market for carbonated beverages has grown dramatically over recent years in most countries, and this growth has required changes in the way factories are run. Like other food products, soft drinks are required to be produced under stringent hygiene conditions. Filling technology has progressed rapidly to meet the needs of manufacturers and consumers alike. Packaging choices have changed and there have been improvements in closure design. This book provides an overview of carbonated soft drinks production in the early part of the twenty first century, presenting the latest information on carbonation and filling methods. There are also chapters on bottle design, can making, general packaging considerations, production and distribution. A final chapter deals with quality assurance, and environmental and legislative issues. Detailed references provide opportunity for further reading in more specialised areas. The book is aimed at graduates in food science, chemiTable of ContentsList of Contributors. Preface. 1. Introduction (Bob Hargitt). 2. Water treatment (Walter Tatlock). 3. Ingredients and formulation of carbonated soft drinks (Barry Taylor). 4. Syrup preparation and syrup room operations (John Horman). 5. Carbon dioxide, carbonation and the principles of filling technology (David P. Steen). 6. Filling Systems (Andrew Wilson and John Medling). 7. Bottle design, manufacture and related packaging (David Syrett). 8. Secondary packaging (David Rose). 9. Production System (David P. Steen). 10. Production planning and distribution (Philip A. Wood). 11. Quality, environment and food safety systems (Ray D. Helliwell). Index.

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Book SynopsisThis important and comprehensive book covers, in depth, the most important recent advances in dairy technology. Providing core commercially important information for the dairy industry, the editors, both internationally known for their work in this area, have drawn together an impressive and authoritative list of contributing authors.Trade Review?The most important recent advances ? .The Editors ? have drawn together and impressive and authoritative list of contributing authors. An essential purchase.? Food Industry News "This book provides an excellent account of dairy food product safety and quality, and new technologies to improve the quality, and new technologies to improve the quality and refining of a novel ingredients or to reduce the cost of effluent treatment. It is a most welcome addition to the literature of dairy science and technology because it concentrates on a range of fundamental aspects... technologists across the dairy industry may well find this book helpful. Similarly, students of food or dairy science will welcome access to this text." International Journal of Dairy Technology, Volume 61Table of ContentsList of Contributors x Preface xi 1 Thermapl Processing of Milk 1Peter de Jong 1.1 Introduction 2 1.1.1 Background 2 1.1.2 Outline 2 1.2 Heat-induced changes of milk 3 1.2.1 Heat-induced reactions in milk – bulk reactions 3 1.2.2 Heat-induced reactions in milk – surface reactions 7 1.2.3 Reaction engineering approach 7 1.3 Processes 9 1.3.1 Equipment 9 1.3.2 Classification of heating processes 11 1.3.3 Advanced processes 13 1.4 Operational considerations and limitations 15 1.4.1 Flow characteristics 15 1.4.2 Protein and mineral fouling 16 1.4.3 Adherence and growth of microorganisms 19 1.5 Optimization 22 1.5.1 Introduction 22 1.5.2 Approach 23 1.5.3 Case study: pasteurization 25 1.6 Conclusions and future trends 28 1.6.1 Longer operating times 28 1.6.2 Integrating technologies 29 1.6.3 Model-based control of heating processes 30 References 31 2 Applications of Membrane Separation 35Athanasios Goulas and Alistair S. Grandison 2.1 Introduction 36 2.2 Transport theory of membrane separation processes 37 2.2.1 Classification of processes 37 2.2.2 Concentration polarization and fouling 42 2.2.3 Physical parameters of membrane processes 45 2.2.4 Diafiltration 46 2.2.5 Parameters affecting flux and rejection 47 2.3 Membrane classification, production methods and characterization 48 2.4 Modules and modes of operation of pressure-driven membrane filtration processes 50 2.5 Hygiene and cleaning 54 2.6 Composition and properties of dairy fluids for membrane processing 55 2.7 Applications of membranes in the dairy industry 57 2.7.1 Reverse osmosis 57 2.7.2 Nanofiltration 58 2.7.3 Ultrafiltration 58 2.7.4 Microfiltration 61 2.7.5 Electrodialysis and electro-membrane filtration 62 2.7.6 Membrane bioreactors 63 2.7.7 Selective separations of dairy-derived carbohydrates by nanofiltration 69 2.8 Future developments 70 References 71 3 Hygiene by Design 75J. Ferdie Mostert and Elna M. Buys 3.1 Introduction 76 3.2 Maintaining a clean working environment in dairy plant operations 77 3.2.1 Introduction 77 3.2.2 Regulations 77 3.2.3 Sources of contamination 79 3.2.4 Waste and effluent management 90 3.3 Clean room design 91 3.3.1 Hygienic plant design 91 3.3.2 Dealing with airborne contamination 92 3.3.3 Hygienic equipment design 94 3.4 Clean room operations 96 3.4.1 Objectives of plant cleaning 96 3.4.2 Cleaning operations 97 3.4.3 Sanitization and sterilization 105 3.5 Dealing with biofilms 107 3.5.1 Biofilm formation 108 3.5.2 Detection of biofilms 109 3.5.3 Biofilm control/removal 110 3.6 Monitoring dairy plant hygiene 111 3.6.1 Air quality 111 3.6.2 Cleanliness of sanitized surfaces 112 3.6.3 Water quality 114 References 114 4 Automation in the Dairy Industry 121Evaggelos Doxanakis and Asterios Kefalas 4.1 Introduction 122 4.2 A brief history of automation in the dairy 122 4.3 Factors contributing to automation 124 4.3.1 Six factors driving automation 124 4.4 Benefits of automation 125 4.5 Conceptual framework of an automated system 125 4.5.1 What is a system? 125 4.5.2 Objects 126 4.6 Stages in automation in the dairy 129 4.6.1 First wave: mechanization 129 4.6.2 Second wave: automation 130 4.6.3 Third wave: cybernation 135 4.7 Lotus integrated safety system – a case study in the dairy industry 143 4.7.1 Summary 146 4.8 Automation at the enterprise level 147 4.8.1 Logistics in dairy: how it helps 149 4.8.2 Enterprise Resource Planning 150 4.9 Conclusions 152 References 152 5 Safety and Quality of Dairy Products 153Peter J. Jooste and Lucia E.C.M. Anelich 5.1 Introduction 154 5.2 Pathogens of special relevance 155 5.2.1 Introduction 155 5.2.2 Prions 156 5.2.3 Viruses 157 5.2.4 Rickettsiae 158 5.2.5 Protozoa 158 5.2.6 Bacteria 160 5.3 Chemical hazards 168 5.3.1 Mycotoxins 169 5.3.2 Antimicrobials 170 5.3.3 Allergens 171 5.3.4 Industrial and environmental contaminants 171 5.3.5 Procedures to minimize risk of feed and milk contamination 173 5.4 Physical hazards 174 5.5 Traceability of ingredients 176 References 178 6 Modern Laboratory Practices – Analysis of Dairy Products 183Thomas Bintsis, Apostolos S. Angelidis and Lefki Psoni 6.1 Introduction 184 6.2 Laboratory quality assurance 184 6.2.1 Accreditation of laboratories 185 6.2.2 Validation of analytical methods 187 6.2.3 Quantifying uncertainty, calibration and traceability 187 6.2.4 Quality aspects of microbiological media 188 6.2.5 Laboratory safety 189 6.3 Sampling 190 6.3.1 Sample collection 191 6.3.2 Sampling report 192 6.4 Chemical analyses 192 6.4.1 Fat content 193 6.4.2 Protein content 193 6.4.3 Total solids 196 6.4.4 Ash content 196 6.4.5 Lactose content 196 6.4.6 Urea determination 197 6.4.7 Salt content 197 6.4.8 Routine instrumental methods 197 6.5 Detection of antibiotic residues 198 6.6 Detection of adulteration in dairy products 203 6.7 Detection of abnormal milk 211 6.8 Microbiological methods 212 6.8.1 Standard plate count 212 6.8.2 Direct microscopic count 214 6.8.3 Direct epifluorescent technique 214 6.8.4 Spiral plate counting 214 6.8.5 Bactoscan 215 6.8.6 Dye reduction tests 215 6.8.7 Determination of pyruvate or ammonia 216 6.8.8 Contaminating microorganisms 216 6.8.9 Thermoduric bacteria 217 6.8.10 Coliforms and Enterobacteriaceae 217 6.8.11 Enterococcus spp. 218 6.8.12 Yeasts and moulds 219 6.8.13 Specific pathogenic bacteria 219 6.9 Rapid microbiological methods 221 6.9.1 Antibody-based methods 222 6.9.2 Nucleic-acid-based methods 227 6.9.3 Membranes 232 6.9.4 Impedance 232 6.9.5 Biochemical enzymatic methods and diagnostic kits 233 6.9.6 ATP bioluminence 234 6.10 Sensory evaluation of dairy products 234 Acknowledgements 238 References 238 7 Dealing with Environmental Issues 262Trevor J. Britz, Corné Lamprecht and Gunnar O. Sigge 7.1 Introduction 263 7.2 Dairy wastewaters: sources and composition 263 7.2.1 General composition of dairy wastewaters 263 7.2.2 Milk reception and storage areas 264 7.2.3 Heat processing of milk 265 7.2.4 Production of evaporated milk products 265 7.2.5 Production of powdered dairy products 265 7.2.6 Cheese manufacture 266 7.2.7 Butter manufacture 266 7.2.8 Yoghurt manufacture 266 7.3 Treatment options 267 7.3.1 Direct discharge to a sewage-treatment works 267 7.3.2 Pre-treatment options 268 7.3.3 Aerobic biological systems 271 7.3.4 Anaerobic biological systems 280 7.3.5 Chemical systems 286 7.4 Conclusions 287 References 288 Index 294

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Book SynopsisThe production, safety, quality control, and processing of the dairy industry's raw commodity, milk, is of paramount importance throughout the world. This important book, which brings together expertise from many internationally acknowledged experts in the subject, covers all major aspects of hygienic milk production, storage, and processing.Trade Review"It should be noted that this book is undeniable valuable for the production of safe food of animal origin because, in spite of the implement HACCP system, the incidence of food poisoning does not diminish, which justifies the need to improve these systems." (International Journal of Dairy Technology, February 2011) “The book is a welcome and overdue replacement for the Pasteurization Manual from the Society of Dairy Technology. It has succeeded in bringing up to date all aspects of quality management of liquid milk. The section on HACCP is well documented and is of considerable practical value. It is a must for all those involved in production of liquid milks, and should become compulsory reading for students and new entrants to the milk and milk products industry.” ( Journal of Dairy Technology, August 2009)Table of ContentsPreface to Technical Series. Preface. Contributors. 1 On-Farm Hygienic Milk Production (M.M.M. VISSERS AND F. DRIEHUIS). 1.1 Introduction. 1.2 Sources of microbial contamination of bulk tank milk. 1.3 Control of microbial contamination of bulk tank milk. 1.4 Future developments in handling of the milk on the farm. 1.5 Conclusions. 2 Properties and Constituents of Cow’s Milk (T. HUPPERTZ AND A.L. KELLY). 2.1 Introduction. 2.2 Milk composition. 2.3 Milk constituents. 2.4 Heat-induced changes in physicochemical properties of milk. 2.5 Heat-induced changes in processing characteristics of milk. 2.6 Relationship between the quality of raw milk and that of products. 2.7 Conclusions. 3 Microbiology of Raw and Market Milks (V. TOUCH AND H.C. DEETH). 3.1 Introduction. 3.2 Microflora of raw milk. 3.3 Microflora of pasteurised milk. 3.4 Microflora of UHT milk. 3.5 Microflora of ESL milk. 3.6 Sources of contamination. 3.7 Measures to reduce bacterial contamination of raw and market milks. 3.8 Conclusion. 4 Quality Control (J. BELLOQUE, R. CHICON AND I. RECIO). 4.1 Introduction. 4.2 Quality control of raw milk. 4.3 Quality control of processed milk. 4.4 Methods of analysis. 4.5 Major components analysis. 4.6 Analysis of fraudulent addition of ingredients and authentication. 4.7 Conclusion. 5 Current Legislation of Market Milks (M. HICKEY). 5.1 Introduction. 5.2 EU legislation. 5.3 UK legislation. 5.4 Irish legislation. 5.5 USA legislation. 5.6 The international perspective – Codex Alimentarius. 5.7 Conclusions and possible future developments. 6 The Safety of Raw Liquid Milk (M. O'MAHONY, S. FANNING AND P. WHYTE). 6.1 Introduction. 6.2 Implication of milk in human disease. 6.3 Microbial hazards in milk. 6.4 Chemical contaminants and residues. 6.5 Poorly understood and emerging hazards. 6.6 Risk management strategies to ensure safety of liquid milk. 6.7 Summation. 7 Heat Treatment of Milk (M.J. LEWIS AND H.C. DEETH). 7.1 Introduction. 7.2 Milk composition. 7.3 Reaction kinetics. 7.4 Principles of heat transfer. 7.5 Thermisation and tyndallisation. 7.6 Pasteurisation. 7.7 Sterilisation – safety and spoilage considerations. 7.8 In-container sterilisation. 7.9 UHT processing. 7.10 High-temperature processing (extended shelf life). 7.11 Reconstituted and recombined milk products. 7.12 Conclusions. 7.13 Appendix. 8 Novel Methods of Milk Processing (M. VILLAMIEL, M.A.I. SCHUTYSER AND P. DE JONG). 8.1 Introduction. 8.2 Microwaves. 8.3 High Pressure. 8.4 Pulsed electric fields. 8.5 Ultrasound. 8.6 Microfiltration. 8.7 Innovative steam injection – a novel heating method. 8.8 Combined technologies. 8.9 Computer models for design and implementation of novel milk-processing methods. 9 Hygiene Practices in Liquid Milk Dairies (A.J. VAN ASSELT AND M.C. TE GIFFEL). 9.1 Introduction. 9.2 Principal hazards. 9.3 Hygienic processing. 9.4 Monitoring and control. 9.5 Concluding remarks. 10 Hazard Analysis (Appraisal) Critical Control Point (HACCP) in Milk Processing – A Practical Overview (A. SAYLER). 10.1 Introduction. 10.2 General aspects of the benefits of the HACCP system. 10.3 HACCP definitions. 10.4 Implementation and maintenance of the HACCP programme. 10.5 Steps to HACCP implementation. 10.6 Hazard components. 10.7 Prerequisite programme. 10.8 The principles of an HACCP plan. 10.9 Internal and external auditing in the HACCP process. 10.10 Overview and summary. 11 Sensory Profiling of Market Milks (E. MOLINA, L. AMIGO AND A. QUIROS). 11.1 Introduction. 11.2 Sensory properties of market milks. 11.3 Different types of market milks. 11.4 Conclusion. Index.

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Book SynopsisDrying is of fundamental importance in most sectors of food processing. This volume provides an up to date account of all the major drying technologies employed in the food industry and their underlying scientific principles and effects. Various equipment designs are classified and described.Trade Review"This book is aimed at the post-graduate market. Indeed, it will probably find its natural audience among those already working in the food industry who wants insights into their industry." (BTS Newsletter, Summer 2009) "This volume provides an up-to-date account of all major drying technologies employed in the food industry and their underlying scientific principles and effects.... The micrograph photos depicted are the best I have ever seen." (Food & Beverage Reporter, June 2009) "The volume provides an account of the major drying technologies employed by food industry and their underlying scientific principles." (Food Manufacture, November 2008)Table of ContentsPreface. Xiao Dong Chen and Arun Mujumdar. Images of foods and dried products. Xiao Dong Chen. 1. Food drying fundamentals. Xiao Dong Chen. 2. Water activity of foods. Bhesh Bhandari and Benu P. Adhikari. 3. Food biological changes during drying processes. Xiao Dong Chen and Kamlesh C. Patel. 4. Spray drying of liquid foods. Bhesh Bhandari, Kamlesh C. Patel, Xiao Dong Chen. 5. Low-pressure superheated steam drying of food products. Sakamon Devahastin and Peamsuk Suvarnakuta. 6. Heat-pump aided drying. Raisul Islam and Arun Mujumdar. 7. Freeze and vacuum drying of foods. Cristina Ratti. 8. Post-drying aspects for meat and horticultural products. Mohammad Shafiur Rahman. 9. Food dryer process control. Brent R. Young. 10. Fire and explosion protection in food dryers. Xiao Dong Chen

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Book SynopsisCoeliac disease (CD) and other allergic reactions/intolerances to gluten are on the rise, largely due to improved diagnostic procedures and changes in eating habits. The worldwide incidence of coeliac disease has been predicted to increase by a factor of ten over the next number of years, and this has resulted in a growing market for high quality gluten-free cereal products. However, the removal of gluten presents major problems for bakers. Currently, many gluten-free products on the market are of low quality and short shelf life, exhibiting poor mouthfeel and flavour. This challenge to the cereal technologist and baker alike has led to the search for alternatives to gluten in the manufacture of gluten-free bakery products. This volume provides an overview for the food industry of issues related to the increasing prevalence of coeliac disease and gluten intolerance. The properties of gluten are discussed in relation to its classification and important functional characteristics, andTable of Contents1. The increasing incidence of coeliac disease and the range of gluten-free products in the marketplace. 2. The clinical presentation and diagnosis of celiac disease. 3. Classification of proteins in cereal grains: what is toxic and how is it measured in foods?. 4. The nutritional quality of gluten-free foods. 5. Gluten-free dough: rheological properties, testing procedures - methods and potential processing problems. 6. Enzymatic manipulation of gluten-free breads. 7. Commercial aspects of gluten-free products. 8. Dough microstructure and textural aspects of gluten-free yeast bread and biscuits. 9. Manufacture of gluten-free speciality breads and confectionery products. 10. Production of gluten-free beer. 11. Functionality of starches and hydrocolloids in gluten-free foods. 12. Coeliac disease and gluten-free research: What does the future hold for the physician, the patient and the scientist?

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Book SynopsisOils and fats are almost ubiquitous in food processing - whether naturally occurring in foods or added as ingredients for functional benefits and, despite the impression given by several sources to the contrary, they remain an essential part of the human diet.Trade Review"This volume provides a concise and easy-to-use reference on the nature of oils and fats for those working in the food industry and for those in the media seeking to advise the public … .The references, websites and index are well catered for." (Food and Beverage Reporter, April 2009) "An easy-to-use and concise reference for food engineers as well as media experts." (The Chemical Engineer, November 2008)Table of ContentsChapter 1. The Chemical Nature of Lipids. 1.1 Fatty acids. 1.2 Triacylglycerols. 1.3 Ester waxes. 1.4 Phospholipids. 1.5 Sterols and sterol esters. 1.6 Tocols. 1.7 Hydrocarbons. Chapter 2. The Major Sources of Oils and Fats. 2.1 Introduction. 2.2 Animal fats (butter, lard, tallow, chicken fat, and fish oils). 2.3 Cocoa butter and cocoa butter alternatives. 2.4 Lauric oils (coconut, palm kernel). 2.5 Olive oil. 2.6 Palm oil. 2.7 Rapeseed (canola) oil. 2.8 Soybean oil. 2.9 Sunfl ower seed oil. 2.10 Other vegetable oils. 2.11 Single cell oils. Chapter 3. Extraction, Refining, and Modification Processes. 3.1 Extraction. 3.2 Refining. 3.3 Modification processes. 3.4 Blending. 3.5 Fractionation including winterisation and dewaxing. 3.6 Hydrogenation. 3.7 Interesterification using a chemical catalyst. 3.8 Interesterification using an enzymatic catalyst. 3.9 Domestication of wild crops. 3.10 Oilseeds modified by conventional seed breeding or by genetic engineering. 3.11 Animal fats modified through nutritional changes. Chapter 4. Analytical Parameters. 4.1 Introduction. 4.2 Oil content. 4.3 Unsaturation – iodine value. 4.4 Saponification – free acids, sap value. 4.5 Melting behaviour, solid fat content, low temperature properties. 4.6 Oxidation – peroxide value, anisidine value, stability, shelf life, stability trials, taste panels. 4.7 Gas chromatography. 4.8 Near-infrared and Fourier transform infrared spectroscopy. 4.9 1H NMR spectroscopy. 4.10 13C NMR and 31P NMR spectroscopy. 4.11 Mass spectrometry. Chapter 5. Physical Properties. 5.1 Polymorphism, crystal structure, and melting point. 5.2 Alkanoic and alkenoic acids. 5.3 Glycerol esters. 5.4 Ultraviolet spectroscopy. 5.5 IR and Raman spectroscopy. 5.6 Nuclear magnetic resonance spectroscopy. 5.7 Mass spectrometry. 5.8 Density. 5.9 Viscosity. 5.10 Refractive index. 5.11 Solubility of gases in oils. 5.12 Other physical properties. Chapter 6. Chemical Properties. 6.1 Hydrogenation. 6.2 Atmospheric oxidation. 6.3 Thermal changes. 6.4 Reactions of the carboxyl/ester function. Chapter 7. Nutritional Properties. 7.1 Introduction. 7.2 EFA and fatty acid metabolism. 7.3 De novo synthesis of saturated acids. 7.4 Desaturation and elongation in plant systems. 7.5 Desaturation and elongation in animal systems. 7.6 Antioxidants. 7.7 Cholesterol and phytosterols. 7.8 Conjugated linoleic acid. 7.9 Diacyglycerols. 7.10 Recommended intake of fats and of fatty acids. 7.11 Role of fats in health and disease. 7.12 Obesity. 7.13 Coronary heart disease. 7.14 Diabetes. 7.15 Inflammatory diseases. 7.16 Psychiatric disorders. 7.17 Cancer. Chapter 8. Major Edible Uses of Oils and Fats. 8.1 Introduction. 8.2 Spreads – butter and ghee. 8.3 Spreads – margarine, vanaspati, and flavoured spreads. 8.4 Baking fats and shortenings. 8.5 Frying oils and fats. 8.6 Salad oils, mayonnaise and salad cream, French dressing. 8.7 Chocolate and confectionery fats. 8.8 Ice cream. 8.9 Incorporation of vegetable fats into dairy products. 8.10 Edible coatings. 8.11 Emulsifying agents. 8.12 Functional foods. 8.13 Appetite suppressants. References and Further Reading. Useful Websites. Index.

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Book SynopsisNow in a fully-revised new edition, this book covers the science and technology underlying cheesemaking, as practised today in the manufacture of hard, semi-soft and soft cheeses. Emphasis is placed on the technology, and the science and technology are integrated throughout. Authors also cover research developments likely to have a commercial impact on cheesemaking in the foreseeable future within the areas of molecular genetics, advanced sensor / measurement science, chemometrics, enzymology and flavour chemistry. In order to reflect new issues and challenges that have emerged since publication of the first book, the new chapters are included on milk handling prior to cheesemaking; packaging; and major advances in the control of the end user properties of cheese using key manufacturing parameters and variables. The volume has been structured to flow through the discrete stages of cheese manufacture in the order in which they are executed in cheese plants - from milk process scienceTrade Review"In summary, this book will provide a very useful addition to the texts available to cheese technologists." (International Journal of Dairy Technology, 2 May 2011) Table of ContentsPreface to the Technical Series. Preface to the Second Edition. Preface to the First Edition. Contributors. 1 The Quality of Milk for Cheese Manufacture (T.P. Guinee and B. O'Brien). 1.1 Introduction. 1.2 Overview of milk composition. 1.3 Principles of cheese manufacture. 1.4 Quality definition of milk. 1.5 Factors affecting the quality of milk for cheese manufacture. 1.6 Strategy for quality milk production. 1.7 Conclusions. References. 2 The Origins, Development and Basic Operations of Cheesemaking Technology (M. Johnson and B.A. Law). 2.1 Introduction. 2.2 The world market for cheese. 2.3 The fundamentals of cheese technology. 2.4 Basic cheese manufacture. 2.5 The stages of cheesemaking. 2.6 Cheese ripening/maturation. 2.7 Reduced-fat versions of traditional cheeses. 2.8 Whey technology for cheesemakers. 2.9 The role of research and development in the future of cheese technology. 2.10 Acknowledgements. References. 3 The Production, Action and Application of Rennet and Coagulants (M. Harboe, M.L. Broe and K.B. Qvist). 3.1 Historical background and nomenclature. 3.2 Types of rennet and coagulants. 3.3 Molecular aspects of the enzymes in rennet and coagulants. 3.4 Technology of enzymes production. 3.5 Analysis of coagulants. 3.6 Legislation and approvals. 3.7 Physical chemistry and kinetics of enzymatic coagulation of milk. 3.8 Application of rennet and coagulants. 3.9 Conclusions. References. 4 The Formation of Cheese Curd (T. Janhøj and K.B. Qvist). 4.1 Introduction. 4.2 Chemistry and physics of curd formation. 4.3 Effect of milk composition on curd formation. 4.4 Effects of milk pre-treatment on curd formation. 4.5 Factors controlling curd formation in the vat. 4.6 On-line measurement of curd firmness and syneresis. 4.7 Cheese with reduced-fat content. References. 5 The Production, Application and Action of Lactic Cheese Starter Cultures (E. Høier, T. Janzen, F. Rattray, K. Sørensen, M.W. Børsting, E. Brockmann and E. Johansen). 5.1 Introduction. 5.2 Historical background. 5.3 Production of starter cultures. 5.4 Range of LAB used as starter cultures. 5.5 Taxonomy of LAB. 5.6 The types of lactic cultures. 5.7 Modern approaches to the development of new starter cultures. 5.8 Biochemistry of acidification by LAB. 5.9 Proteolysis by LAB. 5.10 Bacteriophage of LAB. 5.11 Development of phage-resistant starters. 5.12 Future perspectives in starter culture development. References. 6 Secondary Cheese Starter Cultures (W. Bockelmann). 6.1 Introduction. 6.2 Surface-ripened cheeses. 6.3 Classification of secondary starter cultures. 6.4 Commercially available secondary cheese starter cultures. 6.5 Surface ripening. 6.6 Development of defined surface starter cultures. 6.7 Proteolysis and lipolysis. 6.8 Aroma. 6.9 Conclusions. References. 7 Cheese-Ripening and Cheese Flavour Technology (B.A. Law). 7.1 Introduction. 7.2 The breakdown of milk proteins to flavour compounds in cheese. 7.3 Breakdown of milk lipids in cheese. 7.4 Lactose and citrate metabolism in cheese. 7.5 The commercial drive for cheese-ripening and flavour technology. 7.6 Commercial opportunities created by cheese-ripening and flavour technologies. 7.7 Methods for the controlled and accelerated ripening of cheese. 7.8 EMCs and cheese flavour products. 7.9 Acknowledgements. References. 8 Control and Prediction of Quality Characteristics in the Manufacture and Ripening of Cheese (T.P. Guinee and D.J. O'Callaghan). 8.1 Introduction. 8.2 Principles of cheese manufacture. 8.3 Cheese quality characteristics. 8.4 Cheese quality: influence of chemical composition of milk. 8.5 Cheese quality: effect of milk pre-treatments and manufacturing operations. 8.6 Cheese quality: effect of cheese composition. 8.7 Cheese quality: effect of ripening. 8.8 Quality assurance in cheese manufacture. 8.9 Conclusions. References. 9 Technology, Biochemistry and Functionality of Pasta Filata/Pizza Cheese (P.S. Kindstedt, A.J. Hillier and J.J. Mayes). 9.1 Introduction. 9.2 Measuring functional properties of pizza cheese. 9.3 Manufacture of pizza cheese. 9.4 Microbiological, proteolytic and physicochemical properties. 9.5 Non-traditional methods of manufacture. References. 10 Eye Formation and Swiss-Type Cheeses (A. Thierry, F. Berthier, V. Gagnaire, J.R. Kerjean, C. Lopez and Y. Noel). 10.1 Introduction. 10.2 Open texture and eye formation. 10.3 Gas formation through propionic fermentation. 10.4 Cheese structure and eye formation. 10.5 Conclusions. References. 11 Microbiological Surveillance and Control in Cheese Manufacture (P. Neaves and A.P. Williams). 11.1 Introduction. 11.2 Milk for cheese manufacture. 11.3 Heat treatment. 11.4 Cheesemaking. 11.5 Maturation of the curd. 11.6 Specialist cheeses and cheese products. 11.7 Cheese defects. 11.8 Prevention and control. 11.9 End-product testing and environmental monitoring. 11.10 Microbiological techniques. 11.11 Conclusions. References. 12 Packaging Materials and Equipment (Y. Schneider, C. Kluge, U. Weiand H. Rohm). 12.1 Introduction. 12.2 Cutting of the cheese. 12.3 Applications of cutting. 12.4 Packaging of cheeses. 12.5 Packaging machines. 12.6 Conclusion. References. 13 The Grading and Sensory Profiling of Cheese (D.D. Muir). 13.1 Introduction to cheese-grading systems. 13.2 Fundamentals of sensory processing. 13.3 Grading systems: defect versus attribute grading. 13.4 The direct link: cheesemaking to consumer. 13.5 Introduction to sensory profiling of cheese. 13.6 Sensory vocabulary. 13.7 Sample preparation and presentation. 13.8 Assessor selection. 13.9 Integrated design and analysis of data. 13.10 Sensory character of commercial cheese. 13.11 Development of flavour lexicons. 13.12 Overview. 13.13 Acknowledgements. References. Index.

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Book SynopsisFood 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 geTable of ContentsList of contributors Preface 1 Creating and formulating flavours John Wright 1.1 Introduction 1.2 Interpreting analyses 1.3 Flavour characteristics 1.4 Applications 1.5 Flavour forms 1.6 Production issues 1.7 Regulatory affairs 1.8 A typical flavour 1.9 Commercial considerations 1.10 Summary References 2 Flavour legislation Jack Knights 2.1 Introduction 2.2 Methods of legislation 2.3 Legislation in the United States 2.4 International situation: JECFA 2.5 Council of Europe 2.6 European community 2.7 Current EU Situation and the future 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 3.1 Introduction 3.2 General aspects of the Maillard reaction cascade 3.3 Important aroma compounds derived from Maillard reaction in food and process flavours 3.4 Preparation of process flavours 3.5 Outlook References 4 Biotechnological flavour generation Ralf G. Berger, Ulrich Krings and Holger Zorn 4.1 Introduction 4.2 Natural flavours: market situation and driving forces 4.3 Advantages of biocatalysis 4.4 Micro-organisms 4.5 Enzyme technology 4.6 Plant catalysts 4.7 Flavours through genetic engineering 4.8 Advances in bioprocessing 4.9 Conclusion References 5 Natural sources of flavours Peter S.J. Cheetham 5.1 Introduction 5.2 Properties of flavour molecules 5.3 Dairy flavours 5.4 Fermented products 5.5 Cereal products 5.6 Vegetable sources of flavour 5.7 Fruit 5.8 Other flavour characteristics 5.9 Fragrance uses 5.10 Conclusion References 6 Useful principles to predict the performance of polymeric flavour delivery systems Daniel Benczédi 6.1 Overview 6.2 Introduction 6.3 Compatibility and cohesion 6.4 Sorption and swelling 6.5 Diffusion and release References 7 Delivery of flavours from food matrices Saskia M. van Ruth and Jacques P. Roozen 7.1 Introduction 7.2 Flavour properties 7.3 Thermodynamic aspects of flavour delivery 7.4 Kinetic aspects of flavour delivery 7.5 Delivery systems: food technology applications 7.6 Conclusions References 8 Modelling flavour release Rob Linforth 8.1 Introduction 8.2 Equilibrium partition models 8.3 Dynamic systems 8.4 In vivo consumption 8.5 Conclusion References 9 Instrumental methods of analysis Gary Reineccius 9.1 Analytical challenges 9.2 Aroma isolation 9.3 Selection of aroma isolation method 9.4 Aroma isolate fractionation prior to analysis 9.5 Flavour analysis by gas chromatography 9.6 Flavour analysis by HPLC 9.7 Identification of volatile flavours 9.8 Electronic ‘noses’ 9.9 Summary References 10 On-line monitoring of flavour processes Andrew J. Taylor and Rob S.T. Linforth 10.1 Introduction 10.2 Issues associated with in vivo monitoring of flavour release 10.3 Pioneers and development of on-line flavour analysis 10.4 On-line aroma analysis using chemical ionisation techniques 10.5 Analysis of tastants using direct mass spectrometry 10.6 Applications 10.7 Future References 11 Sensory methods of flavour analysis Ann C. Noble and Isabelle Lesschaeve 11.1 Introduction 11.2 Analytical tests 11.3 Consumer tests 11.4 Sensory testing administration 11.5 Selection and training of judges 11.6 Statistical analysis of data 11.7 Relating sensory and instrumental flavour data 11.8 Summary References 12 Brain imaging Luca Marciani, Sally Eldeghaidy, R.C. Spiller, P.A. Gowland and S.T. Francis 12.1 Introduction 12.2 Cortical pathways of taste, aroma and oral somatosensation 12.3 Imaging of brain function 12.4 Brain imaging of flavour 12.5 Future trends References Index

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Book SynopsisPart of the Society of Dairy Technology Series, this book deals with a commercially significant sector of dairy science. The book includes chapters on legislation, functionality of ingredients, processing plants and equipment, manufacturing best practice, packaging, and quality control.Table of ContentsPreface to the Technical Series. Preface. Contributors. 1 Processed Cheese and Analogues: An Overview (A.Y. Tamime). 1.1 Historical background. 1.2 Diversity of products. 1.2.1 Terminology and/or nomenclature. 1.2.2 Classification. 1.3 Patterns of production. 1.4 Principles of manufacturing stages. 1.4.1 Natural cheeses. 1.4.2 Formulation of a balanced mix. 1.4.3 Emulsifying salts. 1.4.4 Addition of miscellaneous additives. 1.4.5 Heat treatment. 1.4.6 Homogenisation. 1.4.7 Filling machines and packaging materials. 1.5 Conclusions. References. 2 Current Legislation on Processed Cheese and Related Products (M. Hickey). 2.1 Introduction and background. 2.2 Definitions and standards of identity. 2.2.1 Background and evolution. 2.2.2 Legislation in the European Union (EU). 2.2.3 Legislation in the UK. 2.2.4 Legislation in the Republic of Ireland. 2.2.5 Legislation in Germany. 2.2.6 Legislation in the Netherlands. 2.2.7 Legislation in France. 2.2.8 Legislation in Denmark. 2.2.9 Legislation in Sweden. 2.2.10 Legislation in Spain. 2.2.11 Legislation in Italy. 2.2.12 Legislation in the Czech Republic. 2.2.13 Legislation in Hungary. 2.2.14 Legislation in the USA. 2.2.15 Legislation in Canada. 2.2.16 Legislation in Australia and New Zealand. 2.2.17 Legislation in Japan . 2.2.18 Legislation in Mercosur/Mercosul. 2.2.19 Legislation in Chile. 2.2.20 Legislation in some Middle Eastern countries. 2.2.21 Codex Alimentarius standards. 2.3 Summary and conclusions. 2.4 Acknowledgements. References. 3 Effects of Natural Cheese Characteristics and Processing Conditions on Rheology and Texture: The Functionality of Cheese Components in the Manufacture of Processed Cheese (T.P. Guinee). 3.1 Definition of processed cheese products: an introduction. 3.2 Overview of manufacture. 3.2.1 Background. 3.2.2 Manufacture. 3.3 Microstructure of PCPs. 3.4 Principles of processed cheese manufacture. 3.4.1 Destabilisation and dehydration of milk during the manufacture of natural cheese. 3.4.2 Characteristics of protein in natural cheeses. 3.4.3 Effects of heating/shearing cheese (protein). 3.4.4 The interaction of emulsifying salt with cheese protein during processing. 3.5 Effects of natural cheese characteristics on PCPs. 3.5.1 Calcium content. 3.5.2 pH. 3.5.3 Degree of maturity and intact casein content. 3.6 Effects of processing conditions. 3.6.1 Time. 3.6.2 Temperature. 3.6.3 Shear. 3.7 Conclusions. References. 4 Functionality of Ingredients: Emulsifying Salts(J.A. Lucey, A. Maurer-Rothmann and S. Kaliappan). 4.1 Introduction. 4.2 Main types of emulsifying salts. 4.2.1 Citrate. 4.2.2 Phosphate-based. 4.2.3 Other types of emulsifying salts. 4.3 Properties and roles of emulsifying salts used in processed cheese. 4.3.1 Calcium binding/ion exchange. 4.3.2 pH adjustment, buffering and titration behaviour. 4.3.3 Casein dispersion, protein hydration and fat emulsification. 4.3.4 Creaming and structure formation during cooling and storage. 4.3.5 Antimicrobial activity 4.3.6 Crystal formation and other properties of emulsifying salts. 4.4 Selection of emulsifying salt. 4.5 Conclusion. References. 5 Flavours and Flavourants, Colours and Pigment(G. Osthoff, E. Slabber, W. Kneifel and K. D¨urrschmid). 5.1 Introduction. 5.2 Types of processed cheese. 5.3 Raw material. 5.4 Flavour. 5.4.1 Natural flavourants. 5.4.2 Chemical flavourants. 5.4.3 Flavour changes. 5.5 Colours. 5.5.1 Natural colours. 5.5.2 Colour decay and changes. 5.5.3 Process colours. 5.6 Sensory attributes of processed cheese. 5.7 Conclusion. References. 6 Manufacturing Practices of Processed Cheese (M. Nogueira de Oliveira, Z. Ustunol and A.Y. Tamime). 6.1 Introduction. 6.2 Some historical background. 6.3 Processed cheese and products. 6.4 Key steps in processing. 6.4.1 Selection of ingredients. 6.4.2 Emulsifying salts. 6.4.3 Preservatives. 6.4.4 Formulation of the cheese blend. 6.4.5 Grinding/shredding. 6.4.6 Heating/cooking. 6.4.7 Miscellaneous processing steps. 6.4.8 Packaging . 6.4.9 Rate of cooling and storage. 6.5 Changes in processed cheese during its shelf-life. 6.6 Conclusions. References. 7 Processed Cheese Plants and Equipment: A Practical Overview (S. Dixon). 7.1 Introduction. 7.2 Unit operations. 7.2.1 Weighing the ingredients to be processed. 7.2.2 Initial size reduction. 7.2.3 Grinding. 7.2.4 Blending the ingredients to form a standardised cheese mix or blend. 7.2.5 Transferring the standardised cheese blend to a cooking system. 7.2.6 Direct steam injection into the cooking systems. 7.2.7 Filtering the molten cheese. 7.3 Processing plant for the manufacture of processed cheese slices. 7.4 Conclusions. 8 Packaging Materials and Equipment (E.M. Buys and J.F. Mostert). 8.1 Introduction. 8.2 Packaging materials. 8.2.1 General specifications. 8.2.2 Functions of a package. 8.2.3 Types of packaging materials. 8.2.4 Hygiene of packaging material. 8.2.5 Shelf-life and interactions with packaging materials. 8.3 Packaging equipment. 8.3.1 Background . 8.3.2 Portions/wedges. 8.3.3 Blocks. 8.3.4 Sausage shape. 8.3.5 Metal cans. 8.3.6 Tubs, jars, cups and plastic containers. 8.3.7 Collapsible tubes. 8.3.8 Packs with external decoration. 8.3.9 Slices. 8.4 Conclusion. References. 9 Production of Analogue Cheeses (E.D. O’Riordan, E. Duggan, M. O’Sullivan and N. Noronha). 9.1 Introduction. 9.2 Definition and legislation. 9.3 Applications and advantages of analogue cheese products. 9.4 Manufacture of analogue cheese. 9.4.1 General principles and manufacturing protocol. 9.4.2 Key ingredients used in the production of analogue cheese products. 9.4.3 Formulation. 9.4.4 Processing equipment. 9.5 Factors influencing analogue cheese functionality. 9.5.1 Hydration of protein: impact on cheese functionality. 9.5.2 Effect of compositional change on analogue cheese functionality. 9.6 Developments in analogue cheese. 9.6.1 Protein replacement. 9.6.2 Fat replacement. 9.6.3 Microwave expansion of analogue cheese. 9.7 Future of analogue cheese. References. 10 Quality Control in Processed Cheese Manufacture (A.Y. Tamime, D.D. Muir, M. Wszolek, J. Domagala, L. Metzger, W. Kneifel, K. D¨urrschmid, K.J. Domig, A. Hill, A. Smith, T.P. Guinee and M.A.E. Auty). 10.1 Introduction. 10.2 HACCP. 10.2.1 Background. 10.2.2 Implementation (theoretical approach). 10.2.3 Implementation (practical approach). 10.2.4 Verification of HACCP. 10.2.5 Monitoring the processing plant. 10.3 Examination of raw materials. 10.3.1 Natural cheeses. 10.3.2 Butter and fat of plant origin. 10.3.3 Dairy powders. 10.3.4 Natural flavouring ingredients. 10.3.5 Emulsifying salts. 10.3.6 Miscellaneous additives. 10.3.7 Water/steam. 10.3.8 Sampling for quality appraisal of the retail product. 10.4 Analysis of chemical composition. 10.5 Microbiological quality and safety of the product. 10.5.1 Introduction and microbiological techniques. 10.5.2 Microbiological safety of the product. 10.5.3 Preliminary treatment of natural cheese milk and effect. of certain additives. 10.5.4 Hygienic production/facility: HACCP. 10.5.5 Bacteriological examination. 10.6 Assessment of physical characteristics. 10.6.1 Unmelted characteristics. 10.6.2 Melting characteristics. 10.7 Assessment of the microstructure. 10.7.1 Background. 10.7.2 Some aspects affecting microstructure formation. 10.7.3 Cryo-SEM description of processed cheese microstructure. 10.7.4 Faults in processed cheese products. 10.7.5 Product development. 10.7.6 Application of confocal scanning laser microscopy . as a quality control tool in processed cheese manufacture. 10.8 Sensory profiling of processed cheese. 10.8.1 Elements of sensory assessment. 10.8.2 Assessor selection. 10.8.3 Acclimatisation and confirmation. 10.8.4 Sensory vocabulary. 10.8.5 Tasting protocol. 10.8.6 Analysis and interpretation of data. 10.9 Conclusions. 10.10 Acknowledgements. References. Appendix: Example of a product quality information as a result of using a HACCP system. Index. Colour plate section

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Book SynopsisAmerican historians will find this study both enlightening and surprising.Trade ReviewA well-composed, clearly written, highly informative study that significantly contributes to our understanding of how alcohol was brewed, distributed, and consumed in the colonial Chesapeake area. -- Susan C. Imbarrato Journal of American History This exceptionally well-researched book provides important new information about alcohol practices in colonial America. -- W. J. Rorabaugh North Carolina Historical Review Meacham's style is eminently readable, informative, and entertaining. Her detailed 'Essay on sources' is particularly useful. This work would appeal to students of early American studies, American history, and women's history. -- M. Susan Anthony Journal of American Culture Meacham has studied and interrelated a broad variety of primary sources for this book: diaries, letters, account books, probate inventories and wills, cookbooks, court and local government records. The result is an eminently insightful, readable, and usefully annotated history. -- Carolyn Cooper Technology and Culture This book does a real service in putting free women's work (enslaved women receive far briefer attention) at the center of colonial experience... With its focus on the methods and organization of alcohol production, Every Home a Distillery will appeal to anyone interested in early business history. -- Ellen Hartigan-O'Connor Common-Place Meacham offers an engaging, thoughtful analysis of the gendered nature of alcohol production, using original sources and challenging historians to think in more complex ways about colonial men, women and gendered labor. -- Monica D. Fitzgerald Register of the Kentucky Historical Society [Meacham] convincingly argues that alcohol consumption was central to the lives of men and women in the colonial period... This book provides an important look at the gendered production of alcohol. It is useful to anyone interested in colonial history, women's history, or the history of alcohol. -- Gina Hames Journal of Social History What is instructive about Meacham's book is that it examines the whole landscape of drink production and consumption in the eighteenth-century Chesapeake and explores the linkages between domestic and commercial output, the tavern trade and the nature and impact of alcohol drinking... An interesting, well-written book that makes an important contribution to the literature. -- Peter Clark Enterprise and Society Anyone interested in daily life in the colonial Chesapeake would certainly benefit from reading this work. -- Alexa S. Cawley Journal of Southern History It is a great pleasure when one comes across a brilliant interpretation of primary sources... [Meacham] tells a most fascinating and unique story... Every Home a Distillery offers a penetrating look at how people produced and acquired alcohol in the Chesapeake, the microcosm that greatly influenced the creation of the United States. -- Cynthia D. Bertelsen Gastronomica Meacham's study is a welcome addition... By focusing her narrative on the production side of the alcohol market, Meacham establishes the basis for the ultimate microbrewery-the home, but, in her case, the plantation. -- Linda L. Sturtz HistorianTable of ContentsPrefaceIntroduction1. "It Was Being Too Abstemious That Brought This Sickness upon Me": Alcoholic Beverage Consumption in the Early Chesapeake2. "They Will be Adjudged by Their Drinke, What Kind of Housewives They Are": Gender, Technology, and Household Cidering inEngland and the Chesapeake, 1690 to 17603. "This Drink Cannot Be Kept During the Summer": Large Planters, Science, and Community Networks in the Early Eighteenth Century4. "Anne Howard . . . Will Take in Gentlemen": White Middling Women and the Tavernkeeping Trade in Colonial Virginia5. "Ladys Here All Go to Market to Supply Their Pantry": Alcohol for Sale, 1760 to 17766. "Every Man His Own Distiller": Technology, the American Revolution, and the Masculinization of Alcohol Production in the Late Eighteenth Century7. "He Is Much Addicted to Strong Drinke": The Problem of AlcoholConclusionA Few RecipesEssay on SourcesIndex

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Book Synopsis*Comprehensive and substantial overview of the emerging field of food safety engineering.Trade Review“This book presents a comprehensive overview of the emerging field of food safety engineering, bringing together the 4 essential components of food safety : fundamentals of microbial growth; food safety analytical techniques; microbial inactivation techniques; and food safety managements systems.” (Food Science & Technology Abstracts, 2012)Table of ContentsList of Contributors xvii About the Editor xxii Preface xxiv PART ONE: FUNDAMENTALS 1 1 Introduction to Food Microbiology 3 Martin Adams 1.1 Introduction 3 1.2 Microorganisms and foods 4 1.3 Foodborne illness 5 1.4 Food spoilage 8 1.5 Food fermentation 9 1.6 Microbial physiology and food preservation 10 1.7 Microbiological analysis 12 1.8 Food safety management systems 14 1.9 Conclusions 16 2 Overview of Foodborne Pathogens 18 Amalia G.M. Scannell 2.1 Introduction 18 2.2 Bacterial pathogens 20 2.3 Foodborne viruses 37 2.4 Foodborne parasites 39 2.5 Conclusions 42 3 Chemical Safety of Foods 57 Steve L. Taylor and Joseph L. Baumert 3.1 Introduction 57 3.2 Nature of chemical hazards in foods 57 3.3 Food safety engineering and control of chemical hazards 71 3.4 Food allergen control 72 3.5 Conclusions 76 4 Intrinsic and Extrinsic Parameters for Microbial Growth and Heat Inactivation 79 Vijay K. Juneja, Lihan Huang and Xianghe Yan 4.1 Introduction 79 4.2 Factors affecting microbial growth 80 4.3 Factors affecting heat resistance 88 4.4 Combining traditional preservation techniques 89 4.5 Conclusions 90 5 Kinetics of Microbial Inactivation 92 Osman Erkmen and Aykut Ö. Barazi 5.1 Introduction 92 5.2 Microbial inactivation kinetics based on food processing methods 92 5.3 Kinetic parameters for the inactivation of pathogens 102 5.4 Conclusions 105 6 Predictive Microbial Modelling 108 Ursula Andrea Gonzales-Barron 6.1 Introduction 108 6.2 Classification of models 108 6.3 Description of main models 117 6.4 Applications of predictive microbial modelling 136 6.5 Predictive microbial modelling and quantitative risk assessment 138 6.6 Conclusions 140 7 Integration of Food Process Engineering and Food Microbial Growth 153 Lijun Wang 7.1 Introduction 153 7.2 Inactivation of microbial growth 154 7.3 Process-dependent microbial modeling 160 7.4 Process modeling 165 7.5 Integration of process and microbial growth kinetic models 169 7.6 Conclusions 170 PART TWO: ADVANCED FOOD SAFETY DETECTION METHODS 177 8 Rapid Methods and Automation in Microbiology: 30 Years of Trends and Predictions 179 Daniel Y.C. Fung 8.1 Introduction 179 8.2 Sample preparation 179 8.3 Microorganism detection 180 8.4 Future developments 185 8.5 Conclusions 185 9 Phage-based Detection of Foodborne Pathogens 190 Udit Minocha, Mindy Shroyer, Patricia Romero and Bruce M. Applegate 9.1 Introduction 190 9.2 Fundamentals of bacteriophage 192 9.3 Phage-based detection of pathogens 197 9.4 Bacteriophage-mediated biocontrol 205 9.5 Conclusions 210 10 Real-time PCR 217 Alan G. Mathew 10.1 Introduction 217 10.2 Real-time PCR theory and technologies 218 10.3 Real-time PCR systems 231 10.4 Real-time PCR applications for food safety 232 10.5 Conclusions 252 11 DNA Array 258 Magdalena Gabig-Cimin´ska, Joanna Jakóbkiewicz-Banecka and Grzegorz Wegrzyn 11.1 Introduction 258 11.2 History – from double helix via blot to DNA array 259 11.3 Principle 260 11.4 DNA array structure and operating rules 261 11.5 Applications and potential use of the DNA arrays 273 11.6 Conclusions 274 12 Immunoassay 279 David L. Brandon and J. Mark Carter 12.1 Introduction 279 12.2 Strategic considerations 281 12.3 Immunoassay formats 288 12.4 Combined methodologies 297 12.5 Selected examples of immunoassay applied to food safety 299 12.6 Troubleshooting and validation 304 12.7 Future developments 305 12.8 Conclusions 306 13 Biosensors 313 Francis J. Mulaa and Petra M. Krämer 13.1 Introduction 313 13.2 Biosensors for food control and safety 314 13.3 Conclusions 342 PART THREE: CONVENTIONAL PROCESSING SYSTEMS OF PRODUCING SAFE FOODS 353 14 Pasteurization and Sterilization 355 Tatiana Koutchma 14.1 Introduction 355 14.2 Sterilization 356 14.3 Pasteurization 356 14.4 Conclusions 369 15 Microwave Processing 371 Shaojin Wang 15.1 Introduction 371 15.2 Mechanism of microwave heating 372 15.3 Microwave related dielectric properties 373 15.4 Computer simulations to improve microwave heating uniformity 380 15.5 Practical and commercial microwave processing 382 15.6 Conclusions 387 16 Drying of Foods 394 Naphaporn Chiewchan, Sakamon Devahastin and Arun S. Mujumdar 16.1 Introduction 394 16.2 Occurrence of mycotoxins and pathogenic bacteria in dried food products 395 16.3 Control of mycotoxins and pathogenic bacteria in dried food products 400 16.4 Conclusions 405 17 Frying of Foods 412 Serpil Sahin and Isil Barutcu 17.1 Introduction 412 17.2 Oil absorption 413 17.3 Changes in oil during frying 418 17.4 Formation of toxic substances in fried food during frying 427 17.5 Conclusions 432 18 Food Refrigeration 444 Adriana E. Delgado and Da-Wen Sun 18.1 Introduction 444 18.2 Food microbiology and refrigeration 445 18.3 Refrigerated prepared meals 455 18.4 Refrigerated storage and safety 457 18.5 Active and intelligent packaging 461 18.6 Conclusions 463 19 Sous Vide and Cook-chill Processing 468 Ronan Gormley and Fergal Tansey 19.1 Introduction 468 19.2 Sous vide processing 469 19.3 Cook-chill processing (non-sous vide) 482 19.4 High-quality shelf-life, distribution and retailing 488 19.5 Conclusions 491 20 Irradiation 497 Monique Lacroix 20.1 Introduction 497 20.2 Definition of irradiation 498 20.3 Gamma irradiation 499 20.4 UV-C irradiation 502 20.5 Combined treatments 504 20.6 Conclusions 515 21 Aseptic Processing and Packaging 524 Julius Ashirifie-Gogofio and John D. Floros 21.1 Introduction 524 21.2 A brief history of aseptic processing in the food industry 525 21.3 Basic principles and applications 525 21.4 Aseptic packaging applications 527 21.5 Aseptic packaging systems 531 21.6 Aseptic bulk storage 532 21.7 Selection of an aseptic packaging system 533 21.8 Aseptic processing operation: establishment, validation and regulations 534 21.9 Safety of aseptically processed foods 535 21.10 Advantages of aseptically processed foods 536 21.11 Future trends for aseptic processing and packaging 538 21.12 Conclusions 539 22 Modified Atmosphere Packaging 543 Francisco Artés, Perla A. Gómez, Encarna Aguayo and Francisco Artés-Hernández 22.1 Introduction 543 22.2 Atmosphere modification 544 22.3 Effects of the atmosphere modification 547 22.4 Potential benefits 547 22.5 Potential disadvantages 550 22.6 Tolerance to O2 and CO2 551 22.7 Nonconventional atmospheres 552 22.8 Map recommendations 553 22.9 Package design 556 22.10 Modelling 557 22.11 Types of films 559 22.12 Active and intelligent packaging 560 22.13 Conclusions 564 PART FOUR: NOVEL PROCESSING METHODS FOR FOOD MICROBIAL INACTIVATION 575 23 High Pressure Processing 577 Montserrat Mor-Mur and Jordi Saldo 23.1 Introduction 577 23.2 Basics on HPP equipment design 578 23.3 Modeling of the effect of high pressure treatments 580 23.4 Mode of action of high pressure on spoiling and pathogenic agents 585 23.5 Pressure assisted thermal sterilization (PATS) 592 23.6 Packaging materials 594 23.7 Commercial and economical aspects 595 23.8 Future perspectives and promising applications 596 23.9 Conclusions 597 24 Pulsed Electric Field Processing 603 Olga Martín-Belloso, Angel Sobrino-López and Pedro Elez-Martínez 24.1 Introduction 603 24.2 Microbial inactivation 603 24.3 Quality and shelf-life of PEF-treated foods 616 24.4 Management of PEF processing 618 24.5 Conclusions 620 25 Radio Frequency Technology 627 Valérie Orsat and Ramesh Murugesan 25.1 Introduction 627 25.2 Radio frequency heating technology 628 25.3 RF treatments 631 25.4 Role of RFID in food product traceability 636 25.5 Conclusions 638 26 Pulsed Light Technology 643 Vicente M. Gómez-López 26.1 Introduction 643 26.2 Types of UV lamps 644 26.3 Characterizing pulsed light treatments 644 26.4 Pulsed light systems 646 26.5 Microbial inactivation mechanisms and related topics 650 26.6 Inactivation kinetics 655 26.7 Technological challenges to deliver appropriate illumination 657 26.8 Microbial-related factors affecting PL efficacy 659 26.9 Inactivation of pathogenic microorganisms and toxins 660 26.10 Pulsed light photosensitization 665 26.11 Conclusions 665 27 Ohmic Heating Treatment 669 António A. Vicente, Inês de Castro, José A. Teixeira and Luís F. Machado 27.1 Introduction 669 27.2 Ohmic heating theory 671 27.3 Ohmic heating effects 673 27.4 Commercial applications 676 27.5 Conclusions 677 28 Ozone Processing 681 Kasiviswanathan Muthukumarappan 28.1 Introduction 681 28.2 Ozone and its production 682 28.3 Microbial inactivation of food materials 684 28.4 Safety requirements 689 28.5 Conclusions 689 29 Intelligent Packaging 693 Ibrahim Sani Özdemir 29.1 Introduction 693 29.2 Intelligent packaging systems 694 29.3 Anti-counterfeiting applications 701 29.4 Legislation 702 29.5 Conclusions 702 PART FIVE: FOOD SAFETY MANAGEMENT SYSTEMS 707 30 Introduction to Food Safety Management 709 Ioannis S. Arvanitoyannis and Maria Sakkomitrou 30.1 Introduction 709 30.2 GMP and GHP systems and their application in food safety 710 30.3 HACCP 713 30.4 BRC and IFS 723 30.5 ISO 22000:2005 726 30.6 Conclusions 730 31 Good Manufacturing Practice (GMP) 733 Ólafur Sveinn Oddgeirsson 31.1 Introduction 733 31.2 Rights and responsibilities 734 31.3 GMP and prerequisite programmes 735 31.4 Production premises 745 31.5 Checks on finished products 759 31.6 Information on audits 759 31.7 Further information 761 31.8 Conclusions 762 32 Sanitation Standard Operating Procedures 763 Felix H. Barron, Angela Fraser and Kenneth Herring 32.1 Introduction 763 32.2 Principle of SSOPs 764 32.3 Application procedures of SSOPs 765 32.4 USA SSOPs regulations 766 32.5 Conclusions 770 33 Hazard Analysis Critical Control Point (HACCP) System 772 Kerri B. Harris 33.1 Introduction 772 33.2 History of HACCP and its principles 772 33.3 Implementing HACCP 782 33.4 Training 782 33.5 Conclusions 784 34 ISO 22000 Food Safety 786 Peter Raspor and Mateja Ambro?iè 34.1 Introduction 786 34.2 History of food standards 787 34.3 Review of existing standards related to food 788 34.4 Conceptual principles for standard development 790 34.5 ISO 22000 792 34.6 Application of ISO 22000 in practice 798 34.7 Advantages and disadvantages of standardization 811 34.8 Future needs 812 34.9 Conclusions 813 Index 817

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Book SynopsisIn the last two decades, there have been significant developments in membrane filtration processes for the dairy and beverage industries. The filtration systems can be classified into four main groups: reverse osmosis, nanofiltration, ultrafiltration and microfiltration. The primary objective of this book is to assess critically the pool of scientific knowledge available to the dairy and beverages industry, as a tool for process and product innovation, quality improvement and safety. The book is divided into three main parts. Part I reviews the principals, developments and designs of membrane processes that are mainly used in commercial dairy and beverage applications. Part II provides information on the applications of membrane processes in the manufacture of dairy products, from on-farm concentration of milk as a pre-treatment for cheesemaking to fractionation of milk and whey to provide ingredients for food and other applications. Part III considers membrane applications dTrade Review“In summary, a very worthwhile addition to the series that provides an excellent source for those working with this technology.” (International Journal of Dairy Technology, 3 August 2013) Table of ContentsPreface to the Technical Series xiii Preface xv Contributors xvii 1 Development of Membrane Processes 1 K. Smith 1.1 Historical background 1 1.2 Basic principles of membrane separations 3 1.2.1 Depth versus screen filters 3 1.2.2 Isotropic versus anisotropic membranes 4 1.2.3 Cross-flow filtration 5 1.2.4 Requirements of membrane processes 7 1.3 Types of membrane separations 8 1.3.1 Reverse osmosis 8 1.3.2 Nanofiltration 8 1.3.3 Ultrafiltration 9 1.3.4 Microfiltration 9 1.4 Theory of membrane transport 9 1.4.1 Transport models 9 1.4.2 Reverse osmosis/nanofiltration membranes 10 1.4.3 Ultrafiltration/microfiltration membranes 11 1.5 Factors affecting membrane separations 11 1.5.1 Factors affecting reverse osmosis/nanofiltration separations 11 1.5.2 Factors affecting ultrafiltration/microfiltration separations 12 1.5.3 System parameters 13 1.6 General characteristics of membrane processes 13 1.6.1 Retention and rejection 13 1.6.2 Pore size 14 1.6.3 Molecular weight cut-off 14 1.6.4 Flux 14 1.6.5 Concentration factor 15 1.6.6 Membrane life 15 1.7 Conclusion and future development 15 Suggested literature 15 2 Principles of Membrane Filtration 17 A. Hausmann, M.C. Duke and T. Demmer 2.1 Introduction and definitions 17 2.1.1 Membrane processes 17 2.1.2 Definitions of membrane processes 18 2.2 Membrane properties based on materials 24 2.2.1 Membrane structure 24 2.2.2 Material properties 26 2.3 Flux behaviour in pressure-driven membrane operations 29 2.3.1 Modelling flux behaviour 30 2.3.2 Influence of chemical potential on the reverse osmosis process 35 2.4 Effects of feed characteristics and operating parameter on separation efficiency 37 2.4.1 Effects of feed components 37 2.4.2 Effects of operating parameters 40 2.5 Cross-flow systems 43 2.5.1 Background 43 2.5.2 Single-pass versus feed-and-bleed operation 43 2.6 Recent membrane processes following different operating principles 44 2.6.1 Forward osmosis 44 2.6.2 Osmotic distillation 45 2.6.3 Membrane distillation 46 2.7 Conclusions 47 References 47 3 Commercial Membrane Technology 52 K. Smith 3.1 Introduction: polymers used in membrane manufacture 52 3.1.1 Cellulose acetate 52 3.1.2 Polysulphone/polyethersulphone 53 3.1.3 Polyamide 54 3.1.4 Polyvinylidene fluoride 55 3.1.5 Thin-film composites 55 3.2 Other materials used for membranes 56 3.2.1 Ceramic membranes 56 3.2.2 Metallic membranes 57 3.3 Membrane configuration 58 3.3.1 Spiral-wound 59 3.3.2 Tubular 61 3.3.3 Hollow fibre 63 3.3.4 Plate and frame 64 3.4 Modes of operation 65 3.4.1 Diafiltration 66 3.4.2 Batch design 67 3.4.3 Continuous design 69 3.5 Conclusion and future developments 71 Suggested literature 71 4 Membrane Fouling, Cleaning and Disinfection 73 L.L.A. Koh, M. Ashokkumar and S.E. Kentish 4.1 Introduction 73 4.2 Flux reduction 73 4.2.1 Membrane resistance 74 4.2.2 Concentration polarisation 74 4.2.3 Fouling 80 4.2.4 Fouling in the beverage industry 83 4.2.5 Fouling in the dairy industry 83 4.3 Membrane cleaning and disinfection 84 4.3.1 Cleaning methods 84 4.3.2 Chemical cleaning factors 87 4.3.3 Disinfection 95 4.3.4 Cleaning procedures 95 4.3.5 Chemical cleaning agents recovery and reuse 97 4.4 Recent developments 98 4.5 Conclusions 99 4.6 Nomenclature 100 References 102 5 General Application for the Treatment of Effluent and Reuse of Wastewater 107 N.A. Milne and S.R. Gray 5.1 General wastewater quality issues 107 5.2 General wastewater treatment 108 5.2.1 Primary treatment: solids, fats, oils and grease removal 110 5.2.2 Secondary treatment: biological treatment and the membrane bioreactor 110 5.2.3 Tertiary treatment: disinfection 115 5.2.4 Desalination: nanofiltration and reverse osmosis 116 5.3 Water reuse 117 5.4 Conclusions and future applications 123 References 124 6 Liquid Milk Processing 128 G. Gesan-Guiziou 6.1 Introduction 128 6.2 On-farm concentration of milk 128 6.3 Protein standardisation by ultrafiltration 130 6.3.1 Advantages of protein standardisation 131 6.3.2 Regulatory aspects 132 6.3.3 Process involved 133 6.4 Removal of bacteria by microfiltration 134 6.4.1 Microfiltration process: operating conditions and performances 134 6.4.2 Industrial applications 137 6.5 Fractionation of fat 138 6.6 Removal of somatic cells by microfiltration 139 6.7 Conclusions and future trends 140 References 140 7 Membrane Processing of Fermented Milks 143 B. Ozer and A.Y. Tamime 7.1 Introduction 143 7.2 Microflora of the starter cultures 144 7.3 Patterns of production and consumption 145 7.4 Manufacturing practice of gel-type (set and stirred) products 145 7.4.1 Mesophilic–lactic fermentations 145 7.4.2 Thermophilic–lactic fermentations 148 7.4.3 Yeast–lactic fermentations 151 7.4.4 Mould–lactic fermentations 152 7.5 Manufacturing practice of concentrated products 152 7.5.1 Background 152 7.5.2 Concentrated yoghurt 153 7.5.3 Shrikhand and chakka 156 7.5.4 Ymer 156 7.5.5 Skyr 158 7.6 Quality control 158 7.6.1 Compositional quality 158 7.6.2 Microbiological quality 167 7.6.3 Organoleptic properties 168 7.7 Conclusion 169 References 170 8 Cheese 176 V.V. Mistry 8.1 Background 176 8.2 Properties of membrane processed concentrates 177 8.2.1 Buffering capacity 177 8.2.2 Rheology of concentrated milks 178 8.2.3 Rennet coagulation 178 8.3 Applications of ultrafiltration in cheesemaking 178 8.3.1 Protein standardisation 178 8.3.2 Medium or intermediate concentrated retentates 179 8.3.3 Liquid pre-cheeses concept 180 8.3.4 Application of ultrafiltration for fresh and soft cheeses 184 8.4 Cheese quality 185 8.5 Applications of microfiltration in cheesemaking 186 8.5.1 Removal of bacteria 186 8.5.2 Casein standardisation 187 8.5.3 αs-/β-casein ratio adjustment by microfiltration 187 8.5.4 Recovery of fat and brine 188 8.6 Nanofiltration 188 8.7 Milk protein concentrates 189 8.8 Future potential 189 References 190 9 Whey Processing 193 L. Ramchandran and T. Vasiljevic 9.1 Introduction 193 9.2 Whey: components, their functionality and uses 193 9.3 Problems of traditional whey processing 195 9.4 Membranes in whey processing 196 9.4.1 Microfiltration 197 9.4.2 Ultrafiltration 198 9.4.3 Diafiltration 199 9.4.4 Nanofiltration and reverse osmosis 200 9.4.5 Electrodialysis and other related processes 200 9.4.6 Integrated processes 204 9.5 Conclusions 204 References 205 10 Concentrated Milk and Powders 208 G. Gesan-Guiziou 10.1 Introduction 208 10.2 Concentrated milks and powders 208 10.2.1 Background 208 10.2.2 Production of concentrated whole milk and powder 209 10.2.3 Production of concentrated skimmed milk and powder 211 10.2.4 Applications of reverse osmosis concentrated milks 215 10.2.5 Dulce de Leche 217 10.3 Milk protein concentrates 218 10.3.1 Manufacture of milk protein concentrates 218 10.3.2 Applications of milk protein concentrates 219 10.4 Conclusion and future trends 222 References 222 11 Further Applications of Membrane Filtration in Dairy Processing 225 J.A. O’Mahony and J.J. Tuohy 11.1 Introduction 225 11.2 Fractionation of milk proteins using membranes 226 11.2.1 Separation of casein and whey proteins in milk 226 11.2.2 Fractionation of individual casein proteins 229 11.2.3 Fractionation of individual whey proteins 232 11.2.4 Fractionation of milk protein hydrolysates 233 11.2.5 Enrichment of osteopontin from milk/whey 238 11.2.6 Production of microparticulated whey protein 239 11.2.7 Isolation and enrichment of growth factors from milk/whey 240 11.3 Fractionation of milk fat using membranes 240 11.3.1 Isolation and enrichment of native milk fat globules 240 11.3.2 Isolation and enrichment of milk fat globule membrane 242 11.3.3 Removal of phospholipids from liquid whey 243 11.3.4 Filter sterilisation of polyunsaturated fatty acids 244 11.4 Fractionation of milk carbohydrates using membranes 245 11.4.1 Isolation and purification of bovine milk oligosaccharides 245 11.4.2 Filter sterilisation of lactase 247 11.4.3 Lactic acid removal and purification 247 11.5 Fractionation of milk salts using membranes 248 11.5.1 Demineralisation using membranes 248 11.5.2 Demineralisation using electrodialysis 249 11.6 Conclusions and future trends 251 References 253 12 Fruit Juices 262 A. Cassano 12.1 Introduction 262 12.1.1 General Background 262 12.1.2 Background to manufacturing practice 262 12.2 Fruit juice clarification by microfiltration and ultrafiltration 265 12.2.1 Microfiltration 265 12.2.2 Ultrafiltration 265 12.2.3 Selection of microfiltration and ultrafiltration membranes 266 12.3 Membrane fouling and membrane cleaning 266 12.3.1 Membrane fouling 266 12.3.2 Methods of reducing membrane fouling 267 12.3.3 Methods of fouling treatment 268 12.4 Performance of microfiltration and ultrafiltration membranes 269 12.5 Process configurations 273 12.6 Quality of the clarified juices 274 12.7 Integrated processes 276 12.8 Conclusions and future development 277 References 277 13 Beer and Cider 281 J. Bergin and J.J. Tuohy 13.1 Introduction 281 13.2 Beer brewing process 282 13.2.1 Milling 283 13.2.2 Mashing 284 13.2.3 Wort separation 284 13.2.4 Boiling 287 13.2.5 Trub separation 287 13.2.6 Fermentation 288 13.2.7 Clarification 289 13.2.8 Beer make-up 290 13.2.9 Packaging and microbiological stabilisation 291 13.3 Cidermaking process 292 13.3.1 Juice extraction and formulation 292 13.3.2 Fermentation 293 13.3.3 Racking and maturation 293 13.3.4 Blending, filtration and packaging 293 13.4 Membrane applications in the brewing process 294 13.4.1 Wort separation 295 13.4.2 Beer filtration and stabilisation 298 13.5 Membrane applications in cidermaking 300 13.5.1 Background 300 13.5.2 Cider clarification 301 13.6 Membrane applications common to brewing and cidermaking 302 13.6.1 Yeast separation and product recovery 302 13.6.2 Microbiological stabilisation 304 13.6.3 Gas standardisation using membranes 305 13.6.4 Water recovery/cleaning-in-place systems 308 13.6.5 Alcohol removal for non- or low-alcohol products and malt beverage production 309 13.7 Future opportunities 311 References 313 14 Wine 316 K. Grainger 14.1 Background 316 14.2 Clarification and filtration methods 318 14.2.1 Traditional methods in common use 318 14.2.2 Membrane filtration 319 14.2.3 Cross-flow microfiltration 320 14.3 Membrane fouling 322 14.4 Must correction, wine correction and alcohol reduction using membrane technologies 322 14.4.1 Reverse osmosis 322 14.4.2 Ultrafiltration 324 14.4.3 Wine correction: reducing alcohol content 324 14.4.4 Wine correction: removing acetic acid 325 14.4.5 Wine correction: removal of taints 326 14.5 Wine stabilisation and pH adjustment 327 14.5.1 Tartrate stabilisation 327 14.5.2 pH adjustment 328 14.6 Conclusions and future developments 328 References 330 15 Application of Membrane Technology in Vinegar 334 F. Lopez 15.1 Introduction 334 15.2 Process of vinegar making 335 15.3 Membrane technology in the production of vinegar 336 15.4 Conclusions 338 References 338 Index 339

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Book SynopsisProviding a comprehensive overview of phytochemicals in food processing, Handbook of Phytochemicals offers the most in-depth coverage of this commercially important sector of food science, enabling manufacturers to increase the level of health-promoting plant phytochemicals in foods. Author B.K.Trade Review“This book provides a comprehensive overview of the occurrence, significance and factors affecting phytochemicals in plant foods . . . It covers the processing techniques aimed at the production of phytochemical-rich foods that can have a role in disease prevention, making it ideal for the food industry and those who are researching the health benefits of particular foods.” (South African Food Science and Technology magazine, 1 May 2015)Table of ContentsContributor list xiii 1 Plant food phytochemicals 1 B.K. Tiwari, Nigel P. Brunton and Charles S. Brennan 1.1 Importance of phytochemicals 1 1.2 Book objective 2 1.3 Book structure 2 Part I CHEMISTRY AND HEALTH 5 2 Chemistry and classification of phytochemicals 7 Rocio Campos-Vega and B. Dave Oomah 2.1 Introduction 7 2.2 Classification of phytochemicals 8 2.3 Chemical properties of phytochemicals 21 2.4 Biochemical pathways of important phytochemicals 34 3 Phytochemicals and health 49 Ian T. Johnson 3.1 Introduction 49 3.2 Bioavailability of phytochemicals 50 3.3 Phytochemicals and their health-promoting effects 55 3.4 General conclusions 63 4 Pharmacology of phytochemicals 68 José M. Matés 4.1 Introduction 68 4.2 Medicinal properties of phytochemicals 69 4.3 Phytochemicals and disease prevention 78 4.4 Phytochemicals and cardiovascular disease 82 4.5 Phytochemicals and cancer 88 4.6 Summary and conclusions 95 Part II SOURCES OF PHYTOCHEMICALS 105 5 Fruit and vegetables 107 Uma Tiwari and Enda Cummins 5.1 Introduction 107 5.2 Polyphenols 107 5.3 Carotenoids 113 5.4 Glucosinolates 117 5.5 Glycoalkaloids 120 5.6 Polyacetylenes 121 5.7 Sesquiterpene lactones 123 5.8 Coumarins 124 5.9 Terpenoids 125 5.10 Betalains 125 5.11 Vitamin E or tocols content in fruit and vegetables 126 5.12 Conclusions 129 6 Food grains 138 Sanaa Ragaee, Tamer Gamel, Koushik Seethraman, and El-Sayed M. Abdel-Aal 6.1 Introduction 138 6.2 Phytochemicals in cereal grains 139 6.3 Phytochemicals in legume grains 144 6.4 Stability of phytochemicals during processing 149 6.5 Food applications and impact on health 152 6.6 Cereal-based functional foods 152 6.7 Legume-based functional foods 153 7 Plantation crops and tree nuts: composition, phytochemicals and health benefits 163 Narpinder Singh and Amritpal Kaur 7.1 Introduction 163 7.2 Composition 165 7.3 Phytochemicals content 167 7.4 Health benefits 174 8 Food processing by-products 180 Anil Kumar Anal 8.1 Introduction 180 8.2 Phytochemicals from food by-products 181 8.3 By-products from fruit and vegetables 187 8.4 Tuber crops and cereals 189 8.5 Extraction of bioactive compounds from plant food by-products 190 8.6 Future trends 190 Part III Impact of procesing on phytochemicals 199 9 On farm and fresh produce management 201 Kim Reilly 9.1 Introduction 201 9.2 Pre-harvest factors affecting phytochemical content 202 9.3 Harvest and post-harvest management practices 218 9.4 Future prospects 222 10 Minimal processing of leafy vegetables 235 Rod Jones and Bruce Tomkins 10.1 Introduction 235 10.2 Minimally processed products 236 10.3 Cutting and shredding 237 10.4 Wounding physiology 238 10.5 Browning in lettuce leaves 240 10.6 Refrigerated storage 241 10.7 Modified atmosphere storage 242 10.8 Conclusions 243 11 Thermal processing 247 Nigel P. Brunton 11.1 Introduction 247 11.2 Blanching 248 11.3 Sous vide processing 250 11.4 Pasteurisation 251 11.5 Sterilisation 254 11.6 Frying 255 11.7 Conclusion 257 References 257 12 Effect of novel thermal processing on phytochemicals 260 Bhupinder Kaur, Fazilah Ariffin, Rajeev Bhat, and Alias A. Karim 12.1 Introduction 260 12.2 An overview of different processing methods for fruits and vegetables 261 12.3 Novel thermal processing methods 261 12.4 Effect of novel processing methods on phytochemicals 264 12.5 Challenges and prospects/future outlook 268 12.6 Conclusion 269 13 Non thermal processing 273 B.K. Tiwari, PJ Cullen, Charles S. Brennan and Colm P. O'Donnell 13.1 Introduction 273 13.2 Irradiation 273 13.3 High pressure processing 281 13.4 Pulsed electric field 284 13.5 Ozone processing 286 13.6 Ultrasound processing 289 13.7 Supercritical carbon dioxide 291 13.8 Conclusions 292 Part IV STA BILITY OF PHYTOCHEMICALS 301 14 Stability of phytochemicals during grain processing 303 Laura Alvarez-Jubete and Uma Tiwari 14.1 Introduction 303 14.2 Germination 304 14.3 Milling 307 14.4 Fermentation 312 14.5 Baking 315 14.6 Roasting 323 14.7 Extrusion cooking 324 14.8 Parboiling 327 14.9 Conclusions 327 References 327 15 Factors affecting phytochemical stability 332 Jun Yang, Xiangjiu He, and Dongjun Zhao 15.1 Introduction 332 15.2 Effect of pH 335 15.3 Concentration 337 15.4 Processing 338 15.5 Enzymes 346 15.6 Structure 349 15.7 Copigments 350 15.8 Matrix 353 15.9 Storage conditions 357 15.10 Conclusion 363 16 Stability of phytochemicals at the point of sale 375 Pradeep Singh Negi 16.1 Introduction 375 16.2 Stability of phytochemicals during storage 375 16.3 Food application and stability of phytochemicals 381 16.4 Edible coatings for enhancement of phytochemical stability 382 16.5 Modified atmosphere storage for enhanced phytochemical stability 383 16.6 Bioactive packaging and micro encapsulation for enhanced phytochemical stability 384 16.7 Conclusions 387 Part V ANALYSIS AND APPLICAT ION 397 17 Conventional extraction techniques for phytochemicals 399 Niamh Harbourne, Eunice Marete, Jean Christophe Jacquier and Dolores O'Riordan 17.1 Introduction 399 17.2 Theory and principles of extraction 399 17.3 Examples of conventional techniques 405 17.4 Conclusion 409 18 Novel extraction techniques for phytochemicals 412 Hilde H. Wijngaard, Olivera Trifunovic and Peter Bongers 18.1 Introduction 412 18.2 Pressurised solvents 413 18.3 Enzyme assisted extraction 421 18.4 Non-thermal processing assisted extraction 423 18.5 Challenges and future of novel extraction techniques 426 19 Analytical techniques for phytochemicals 434 Rong Tsao and Hongyan Li 19.1 Introduction 434 19.2 Sample preparation 436 19.3 Non-chromatographic spectrophotometric methods 439 19.4 Chromatographic methods 442 20 Antioxidant activity of phytochemicals 452 Ankit Patras, Yvonne V. Yuan, Helena Soares Costa and Ana Sanches-Silva 20.1 Introduction 452 20.2 Measurement of antioxidant activity 453 20.3 Concluding remarks 465 21 Industrial applications of phytochemicals 473 Juan Valverde 21.1 Introduction 473 21.2 Phytochemicals as food additives 474 21.3 Stabilisation of fats, frying oils and fried products 481 21.4 Stabilisation and development of other food products 488 21.5 Nutracetical applications 492 21.6 Miscellaneous industrial applications 494 References 495 Index 502

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Book SynopsisThis book helps in Achieving food safety success which requires going beyond traditional training, testing, and inspectional approaches to managing risks. It requires a better understanding of the human dimensions of food safety. In the field of food safety today, much is documented about specific microbes, time/temperature processes, post-process contamination, and HACCP-things often called the hard sciences. There is not much published or discussed related to human behavior-often referred to as the "soft stuff." However, looking at foodborne disease trends over the past few decades and published regulatory out-of-compliance rates of food safety risk factors, it''s clear that the soft stuff is still the hard stuff. Despite the fact that thousands of employees have been trained in food safety around the world, millions have been spent globally on food safety research, and countless inspections and tests have been performed at home and abroad, food safety remains a significant public health challenge. Why is that? Because to improve food safety, we must realize that it''s more than just food science; it''s the behavioral sciences, too. In fact, simply put, food safety equals behavior. This is the fundamental principle of this book. If you are trying to improve the food safety performance of a retail or food service establishment, an organization with thousands of employees, or a local community, what you are really trying to do is change people''s behavior. The ability to influence human behavior is well documented in the behavioral and social sciences. However, significant contributions to the scientific literature in the field of food safety are noticeably absent. This book will help advance the science by being the first significant collection of 50 proven behavioral science techniques, and be the first to show how these techniques can be applied to enhance employee compliance with desired food safety behaviors and make food safety the social norm in any organization.Table of ContentsChapter 1: 48 Million Verses OneChapter 2: Getting Your Foot in the Door for Food SafetyChapter 3: Enclothed Food Safety?Chapter 4: Does What You See Influence What You Do?Chapter 5: Priming the Pump for Enhanced Food SafetyChapter 6: Influence Values to Change AttitudesChapter 7: Broken Windows and Food SafetyChapter 8: Learning from the Right Way or Wrong Way?Chapter 9: Make Food Safety the Social NormChapter 10: Shining a Light on Food SafetyChapter 11: What Nouns, Verbs, & Voting Can Teach Us About Food SafetyChapter 12: Birds of a Feather Might Influence Food Safety for BetterChapter 13: Keep Food Safety in Mind by Making It RhymeChapter 14: Making Scents of Food SafetyChapter 15: Font Style & Food SafetyChapter 16: Can SOPs Actually Hinder Food Safety?Chapter 17: Which One is Better, Written or Verbal?Chapter 18: Three Degrees of Food SafetyChapter 19: Food Safety @ the Speed of Thought Chapter 20: Do Text Based Warning Labels Work?Chapter 21: Enhancing Food Safety by MelodyChapter 22: Can the Words We Use Influence Risk Perception?Chapter 23: Don’t Be a Food Safety BystanderChapter 24: To Checklist or Not to Checklist?Chapter 25: The Most Powerful Word in Food SafetyChapter 26: Food Safety in Mind through Building DesignChapter 27: Does How You Make a Food Safety Request Matter?Chapter 28: Is the Sum of Food Safety Efforts Greater Than In Parts?Chapter 29: Making Food Safety FunChapter 30: Role Modeling Food Safety

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Book SynopsisThis volume, Food Structures, Digestion, and Health, draws together research findings from a range of domains to examine cutting-edge research concerns at the innovative and challenging confluence of food science and nutrition. The global food business needs new understanding in this field to create a new generation of foods with enhanced healthy and sensory properties. Recent investigations in how food structure impacts the extent and kinetics of uptake of nutrients and its consequent effects on the physiological outcomes are beginning to shift the understanding on nutrition. It also discussed the development of food structure in a variety of food settings and takes into account how this changes to create food with particular functionalities and performance. Future food designs that offer the best nutrient bioavailability and promote health must take this insight into account. It also includes the modelling of the gastrointestinal tract, the impact of structure on digestion, and the design of healthy food. It also integrates fresh ideas for designing healthy foods by drawing on actual instances of applied research and inventions made by top authorities in the industry. The adaptation of plant based diet indeed growing trend and the term plant based more inclusive, allowing for flexibility in dietary choice. In recent year, there has been a growing emphasis on using scientific insights to develop foods that not only satisfy our nutritional needs but also contribute to improved health and wellbeing. This interdisciplinary approach, combining nutrition, food science, and health research, has the potential to revolutionize the way we think about food and its role in promoting human health.

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Book SynopsisAdvances in Food and Beverage Labelling: Information and Regulations is a comprehensive book covering labelling practices in the dynamic and ever-changing food and beverage industry. The book covers crucial topics, including labelling significance, historical evolution, regulatory frameworks, consumer interpretation, ethical considerations, Front-of-Package nutrition labelling, technological advancements, and international trade implications. Chapter 1 introduces the significance of labelling in the modern marketplace, setting the stage for subsequent chapters. Chapter 2 traces the historical evolution of labelling practices, providing insights into its transformation over time. Chapter 3 focuses on food labelling regulations, equipping professionals to navigate complex legal and compliance aspects. Chapter 4 addresses consumer interpretation of nutrition and other information on labels, enabling effective communication with consumers. Chapter 5 explores ethical and environmental labelling, including sustainability and fair trade certifications. Chapter 6 sheds light on Front-of-Package nutrition labelling, a growing trend. Chapter 7 explores technological innovations in labelling, enhancing consumer engagement. Chapter 8 tackles international trade issues and harmonizing labelling standards. It equips professionals with the knowledge and insights needed to meet evolving consumer expectations and comply with regulatory requirements. Whether experienced industry professionals or budding researchers, readers will gain valuable insights to meet evolving consumer expectations and regulatory requirements effectively.Table of Contents Chapter 1 Advances in Food and Beverage Labeling Chapter 2 History and Evolution of Labeling Practices Chapter 3 Food Labeling Regulation Chapter 4 Consumer Interpretation of Nutrition and Other Information on Food and Beverage Labels Chapter 5 Ethical and Environmental Labeling of Foods and Beverages Chapter 6 Front of Pack (FOP) Nutrition Labeling Chapter 7 Technological Innovations in Food and Beverage Labeling Chapter 8 Labels, Food Safety, and International Trade

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Book Synopsis* Quinoa is an invaluable crop, highlighted by the FAO as one of the world’s main crops for future food security * Timely publication – The year 2013 has been declared "The International Year of the Quinoa" (IYQ), recognizing the Andean indigenous peoples, who have maintained, controlled, protected and preserved quinoa as food for present and future generations thanks to their traditional knowledge and practices of living well in harmony with mother earth and nature. * Covers the history, phylogeny and systematics, botany and agrotechnologyTable of Contents1: Preface PART I: Introduction and History 2: Introduction 3: Historical Perspectives and Domestication 4: Distribution PART II: Phylogeny and Systematics 5: Taxonomy 6: Cytology and Genome Size PART III: Botany and Agrotechnology 7: Botany 8: Crop Production and Management 9: Stress Tolerance 10: Diseases and Pests 11: Breeding 12: Molecular Studies PART IV: Qualitative Aspects, Economics and Marketing 13: Chemistry 14: Saponins 15: Transparency from Production to Consumption: New Challenges for the Quinoa Market Chain

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Book SynopsisThis interdisciplinary textbook provides the reader with vital information and comprehensive coverage of foodborne microbial pathogens of potential risk to human consumers. It includes human pathogens and toxins originating from plants, fungi and animal products and considers their origin, risk, prevention and control. From the perspectives of microorganisms and humans, the authors incorporate concepts from the social and economic sciences as well as microbiology, providing synergies to learn about complex food systems as a whole, and each stage that can present an opportunity to reduce risk of microbial contamination. Microbial Food Safety: A Food Systems Approach explains concepts through a food supply network model to show the interactions between how humans move food through the global food system and the impacts on microorganisms and risk levels of microbial food safety. Presented in full colour throughout, this book: - Is clearly organised into easy digestible and accessible contents - Includes key questions, summaries, further reading and a glossary to aid and focus reading - Contains information boxes and numerous examples to help you review and apply the concepts covered Written by authors renowned in the field and with extensive teaching experience, this book is essential reading for upper-level undergraduate and postgraduate students of food microbiology, food safety and food science, in addition to professionals working in these areas.Table of ContentsSection 1: Food Matrix Basics: Intrinsic and Extrinsic Factors that Affect Microorganisms in Food 1: Food 2: Ecological Concepts of Foods and Definition of Pre- and Post-Harvest 3: Intrinsic and Extrinsic Factors and Potentially Hazardous Foods 4: Humans and Microbes – Risk Analysis Section 2: Foodborne Pathogens 5: Foodborne Infections, Intoxications and Etiology 6: Gram Positive Bacteria 7: Gram Negative Bacteria 8: Eukaryotic Microorganisms of Concern in Food - Parasites and Molds 9: Viruses and Prions Section 3: How Social, Regulatory, and Economic Factors can Affect Risk Levels for Pathogenic Microorganisms in Food 10: Control Measures: The Case of PR/HACCP 11: Cost of Microbial Foodborne Outbreaks 12: Cost of Microbial Foodborne Outbreaks to Society 13: Cost and Benefits of Control Measures: Food Traceability 14: Impacts on Global Trade and Regulations

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Book SynopsisThe third edition of this successful title presents current research and commercial uses of controlled atmosphere storage and modified atmosphere packaging of fresh fruit and vegetables to provide a comprehensive and up-to-date overview. New and developed technologies for the transportation and storage of horticultural products are essential to ensure that produce reaches consumers in the best possible condition, and have the potential to reduce the postharvest use of chemicals, reduce losses and maintain nutritional quality and organoleptic characteristics. Covering the increasingly used science and technology of preserving the freshness of fruit and vegetables in all aspects of their postharvest life, this book puts the subject in the context of its history and current practices, in addition to future prospects. The new edition: - Explores the large volume of research that is continuously being published on the topic. - Reviews and evaluates the adaptation and improvement of commercial technologies. - Considers the effects of techniques and technologies on flavour, quality and physiology, in addition to the damage inflicted by pests, diseases and disorders. - Contains 5 new chapters covering genetics and CA storage, dynamic CA storage, hyperbaric storage, hypobaric storage and fruit ripening. Fully revised and presented in full colour throughout, this book is a readily accessible resource for researchers, scientists, growers, students and industry personnel.Table of Contents1: Introduction 2: Harvest and Pre-harvest Factors 3: Effects and Interactions 4: Quality 5: Physiology, Ripening and Genetics 6: Pests, Diseases and Disorders 7: Pre-storage Treatments 8: CA Technology 9: Dynamic CA Storage 10: Hyperbaric and High-oxygen Storage 11: Hypobaric and Low-oxygen Storage 12: Recommended CA Conditions 13: Transport 14: MA Packaging

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Book SynopsisThis book provides comprehensive and up-to-date knowledge relating to the morphological, structural, and functional characteristics of tuber starches, particularly in relation to their applications in food and industry. In recent years there has been significant progress and extensive research conducted on tropical root starches and especially on some of the lesser known tuber crop starches. There has also been a shift towards using biomaterials in place of synthetic materials in various applications. As researchers investigate the availability of natural products with similar properties, starch has been identified as a reliable alternative to these synthetic materials. Reflecting the growing body of research, Tropical Tuber Starches: - Explores the structure, properties and applications of tropical root and tuber starches (cassava, sweet potato, aroids, yams and other minor tuber crops) - Includes a chapter on the methodology for starch characterisation - Covers patents on starch-based products and the commercial potential of tropical root starches A valuable resource for researchers and students, plant breeders, and commercial producers working with, or considering working with, tropical tuber starches.Table of Contents1: Introduction - Tropical Tuber Crops and Their Importance 2: Starch - General Considerations 3: Cassava 4: Sweet Potato 5: Aroids 6: Yams 7: Other Starches 8: Starch Modifications 9: Applications of Tuber Starches 10: Characterization and Analysis of Starches 11: Conclusions and Future Prospects

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Book SynopsisPostharvest is an important element of getting fresh, high-quality fruit to the consumer and technological advances continue to outpace infrastructure. This book provides valuable, up-to-date information on postharvest handling of seven fruit and nut crops: almond, fig, peach, persimmon, pistachio, pomegranate and table grape. These crops are of particular importance in the Mediterranean region, but also to those countries that export and import these crops, where intensive economic resources are dedicated to developing information to understand and solve their postharvest problems. Written by a team of internationally-recognized postharvest experts, this manual collates and verifies essential, but often difficult to access, information on these important crops, that is pertinent to the world's agricultural economy and affects agricultural communities. The book: Covers relevant postharvest topics for each crop across harvesting, packing, shipping and retail postharvest phases. Has an emphasis on knowledge useful to solve current worldwide industry problems. Includes practical recommendations. Makes available for the first time in English information previously published in other languages. Includes up-to-date references and high-quality photos that make it an excellent resource for postharvest educators and students. This is a must-have manual for growers and commodity handlers, cold storage managers, transportation personnel, produce managers and retail handlers, researchers, or anyone in the food chain that packs, transports, stores and sells these fruits and nuts.Table of ContentsChapter 1: Almond Chapter 2: Fresh Fig Chapter 3: Peach and Nectarine Chapter 4: Persimmon Chapter 5: Pistachio Chapter 6: Pomegranate Chapter 7: Table Grape

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Book SynopsisGac fruit, Momordica cochinchinensis Spreng, is rich in nutrients such as carotenoids (particularly ß-carotene and lycopene), fatty acids, vitamin E, polyphenol compounds and flavonoids. This book provides the latest research on this fruit, from cultivation through to novel processing technologies for health products. It addresses several techniques for propagation and cultivation in order to increase the production and quality of Gac fruit, including traditionally used parts of the fruit (aril) and those whose value has not yet been maximized (peel, pulp and seed). This plant has the potential to be a high value crop, particularly as parts of the fruit can be processed into nutrient supplements and natural colorants. Currently only the aril is commercially harvested, and this presents opportunities for upcycling the rest of the fruit. As such, this book contains special emphasis on: · Improving yield and fruit quality. · Extraction methods of Gac oil rich in ß-carotene and lycopene from the aril and peel. · Encapsulation of Gac oil and applications in various food products. · Nutritional values and bioactive compounds of Gac pulp and peel. · Processing and utilization of Gac seeds. · The market for Gac target products. Practical applied technologies such as microwave drying, heat pump drying, freeze drying, ultrasound assisted extraction, supercritical CO2 extraction, encapsulation techniques are all presented. This is an essential reference text for academics, researchers and graduate students in Gac fruit cultivation, food processing, science and nutrition. Product developers in health food and health supplements will also find it valuable.Table of ContentsChapter 1: Improving Cultivation of Gac Fruit. Xuan T. Tran and Sophie E. Parks Chapter 2: Diversity in Nutrition and Bioactivity of Gac Fruit. Dao Nguyen and Tien Huynh Chapter 3: Carotenoids in Gac Fruit Aril - Structure and bioaccessibility. Sevcan Ersan and Judith Müller-Maatsch Chapter 4: Gac Aril Processing Technology. Tuyen C. Kha and Minh H. Nguyen Chapter 5: Advanced Extraction Techniques for Gac Aril Oil. Huan Phan-Tai, Tuyen C. Kha and Minh H. Nguyen Chapter 6: Membrane Filtration Technology and its Application in Gac (Momordica cochinchinensis Spreng) oil concentration. Huynh Cang Mai Chapter 7: Microencapsulation of Gac Aril Oil. Ngoc T. M. Ta, Tuyen C. Kha, Minh H. Nguyen Chapter 8: Processing Technology of Gac Pulp and Peel. Hoang Van Chuyen Chapter 9: Processing Technology of Gac Seeds. Van-Anh Le Chapter 10: The Market of the Gac Target Products¬. Tai Huu Pham

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Book SynopsisWe live in a world of major disruption, where the individual and the collective stand in opposition against the backdrop of globalization, digital revolution, community development, growing concerns around health and the planet, and now an unprecedented global health crisis.This book explores how these phenomena influence the social ties that surround food and the way we eat together. Extensive research is presented on institutional recommendations concerning eating together, the role of online communities in supporting weight loss, the perceived consequences of diets, the social phenomena involved in vegetarianism, market segmentation in the case of ritual and religious practices, and the rising tendency to "buy local" and to value local identity. As the Covid-19 crisis adds to the complexity of these issues, its impact is also taken into account.For both interested readers and the many players involved in the agri-food industry, these reflections shed light on the current developments in "eating together".Table of ContentsForeword xi Thibaut Nguyen Acknowledgments xv Author Biographies xvii Introduction xxi Gilles Séré De Lanauze Chapter 1 Eating Together, a PNNS Recommendation How Can it be Put Into Practice? 1 Margot DYEN and Lucie SIRIEIX 1.1 Introduction 1 1.2 Eating together, a recommendation of the National Nutrition and Health Plan 2 1.3 Understanding the emergence and maintenance of eating together 5 1.3.1 Benefits of practice theories to the study of eating together 5 1.3.2 A two-stage qualitative study to understand how consumers “eat together” 7 1.3.3 The different practices of eating together 10 1.4 Eating together: materials, meanings and skills 13 1.5 Interactions between materials, meanings and skills: particular practices or means of overcoming constraints 17 1.6 Does eating together always promote well-being? 20 1.7 What are the perspectives for promoting eating together? 21 1.8 Appendix: Sample summary 23 1.9 References 24 Chapter 2 “Eating Together” Through the Internet: The Case of Online Weight Loss Support Communities 27 Steffie GALLIN, Laurie BALBO and Marie-Christine LICHTLÉ 2.1 Introduction 27 2.2 Online weight loss support communities 28 2.3 Exchanges in these communities: informational as well as emotional social support 29 2.4 Social influence within online weight loss support communities 31 2.5 A hybrid research methodology 32 2.5.1 Step 1: Survey of health experts and community participants 33 2.5.2 Step 2: Analysis of the content shared within the weight loss support communities 34 2.6 Analysis of the results 34 2.6.1 Content exchanged in weight loss support communities 34 2.6.2 The exchange of informational support in online weight loss support communities 38 2.6.3 The exchange of emotional support in online weight loss support communities 41 2.6.4 Recipes at the heart of discussions in the communities… 44 2.6.5 Informational and normative social influence in online weight loss support communities 46 2.6.6 The degree of susceptibility to social influence 50 2.7 Conclusion 51 2.8 Appendices 52 2.8.1 Appendix 1: Characteristics of the expert sample 52 2.8.2 Appendix 2: Characteristics of the user sample 54 2.9 References 55 Chapter 3 “Eating Together”: With or Without the Dietary Constraints of Others? 59 Andréa GOURMELEN, Marie-Christine LICHTLÉ, Laurie BALBO and Steffie GALLIN 3.1 Introduction 59 3.2 Dietary constraints, whether endured or chosen 61 3.2.1 What are the possible dietary constraints? 62 3.2.2 Nutritional compliance and the role of social support in chronic disease 63 3.2.3 Selected dietary constraints: the example of consideration of future consequences (CFC) 65 3.3 Suffering from dietary constraints but eating with others: the case of meals between sick and healthy people 67 3.3.1 The difficulties of the system 69 3.3.2 Factors that explain deviations from the plan 70 3.3.3 Meals with other people: a variety of situations 71 3.4. Having dietary constraints out of conviction: How do you eat with others? 73 3.4.1 The point of view of those who impose constraints on themselves: wanting to convince without being judged 74 3.4.2 The point of view of those who do not have constraints: wanting to make an effort but not too much 77 3.4.3 Struggles, trade-offs and compromises of eating together 78 3.5 Conclusion 80 3.6 Appendix: Characteristics of the Study 2 sample 81 3.7 References 82 Chapter 4 Eating Together, Yes, But Without Meat! Social Influences Related to Vegetarianism and Veganism 85 Gilles SÉRÉ DE LANAUZE, Lucie SIRIEIX and Erick SUAREZ DOMINGUEZ 4.1 Introduction 85 4.2 Not eating meat! 87 4.2.1 What does vegetarianism mean? 87 4.2.2 Vegetarianism, the steps of a process 91 4.3 Relationships between vegetarians and non-vegetarians 94 4.3.1 From hostility to acceptance 94 4.3.2 The notion of a vegetarian community 96 4.4 Opposition between society and community, the normative dissonance 101 4.4.1 Conceptualizing forms of normative dissonance (what normative perceptions of vegetarianism?) 102 4.4.2 Perceived normative dissonance between community and society 103 4.4.3 Strategies for managing and reducing normative dissonance 105 4.5 Conclusion 107 4.6 References 108 Chapter 5 Eating Together and Differently: Halal Between Standardization and Segmentation 111 Foued CHERIET, Félix JOURDAN and M’hamed MERDJI 5.1 The halal meat market: eating together or differently? 111 5.2 Producing together AND differently: actors, complexity and differentiation: segments within the segment 116 5.2.1 Producing differently: actors and organization of halal meat production 116 5.2.2 Producing together: between standardization and differentiation 120 5.3 Consuming together and differently: credibility, trust and differentiation: more segments within segments 122 5.3.1 Eating differently: specificities of the halal meat market in France 123 5.3.2 Eating together: between standardization and hyper-differentiation 125 5.4 Conclusion: the halal meat market in France: eating together and differently 136 5.5 Appendices 138 5.5.1 Appendix 1: Secondary data on the halal meat market in France 138 5.5.2 Appendix 2: Description of the questionnaire survey 140 5.5.3 Appendix 3: Example of information collected during the semi-structured interview survey (16 respondents, Montpellier, November 2019–January 2020) 141 5.6 References 142 Chapter 6 From “Eating Together” to “Living Together Better”, the Case of Local Products 145 René Pierre BEYLIER, Fatiha FORT and Andry RAMAROSON 6.1 Introduction 145 6.2 Eating locally in a global context 147 6.2.1 Close links between local products and the local area 148 6.2.2 Food and local anchoring: the challenge of trust 156 6.3 Eating locally: from local conviviality to globalized connectivity 162 6.3.1 Attachment to a soil: the conviviality of the land and better living together 163 6.3.2 Digital technology and better living together through local consumption 173 6.4 Conclusion 181 6.5 Appendices 182 6.6 References 185 Chapter 7 By Way of an Epilogue: “Eating Together” in the Time of Covid-19 189 Gilles SÉRÉ DE LANAUZE and Guillaume LE BORGNE 7.1 Introduction 189 7.2 The change in practices 190 7.3 Irruption and trivialization of the digital in food and conviviality 192 7.4 Strengthening communities and beliefs? 194 7.5 A refocusing on the local and nearby 196 7.6 What are the possible scenarios? 197 Conclusion 199 Guillaume LE BORGNE and Gilles SÉRÉ DE LANAUZE List of Authors 217 Index 219

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Book SynopsisThis book provides industry insights and fresh ideas for the advancement of the most vital global industry - food. Drawing on their industry and academic expertise the authors have identified three controlling aspects of food business operations that can unleash long term success: consumer health and wellbeing; product and process sustainability; and harnessing advances in digitalization. If developed to their maximum potential these factors have the capability to revolutionize the food sector. Food Industry 4.0 highlights advancement opportunities for the food manufacturing sector, including innovation in products, processes and services, as it seeks to combine productive, efficient and sustainable practices. The contents address: · Mapping data, new approaches for food system applications. · The perfect meal and making a balanced global diet possible. · Industry 4.0 applications in the food sector: robotics and automation, big data, Internet of Things, cybersecurity. · Resource utilization in the food manufacturing sector. · Resilience and sustainability in food supply chains. · Environmental and social governance in our food system. It is of significant benefit to food industry practitioners working in operational and product development roles, academic researchers, policy makers, students, and food sector professionals.Table of Contents1: Our Connected Future and Global Food Markets 2: Mapping Data: New Approaches for Food System Applications 3: The Perfect Meal 4: Food 4.0: Industry 4.0 Applications in the Food Sector 5: Revealing the Value of Resource Efficiency in the Food Manufacturing Sector 6: Sustainability in the Food Supply Chains 7: Transformational Systems and Resilience in Food Manufacturing 8: Corporate Social Responsibility as a Driver for the Advancement of a Productive and Sustainable Food System

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Book SynopsisQuality assessment and the need for authentication are important features of the food and personal care products industries. This volume provides an overview of the methods relevant to analysis and authentication of oils and fats. All the major oils and fats are included. Chapter authors are drawn from the academic and industrial sectors. The volume is directed at chemists and technologists working in the food industry, the pharmaceutical industry and in oils and fats processing. It will also be of interest to analytical chemists and quality assurance personnel.Trade Review"This book contains much valuable information to all interested parties." Charlie Lipid Technology "The book is excellent, well organised and clearly written. I can easily recommend it to food scientists, fat chemists and analysts working in the field of authentication and adulteration check-up of high-value oils and fats, as well as speciality oils." Chemistry and Industry "Michael Jee has many years of experience in this area, and he is to be commended for bringing together many of the best-known experts to survey specific topics with little duplication... readable and technically sound with an acceptable index. Each chapter contained a useful, but thankfully not exhaustive, list of references... I have no hesitation in recommending this book to all concerned with the chemistry of oils and fats." Food Science and Technology "I would certainly recommend this book to lipid chemists and analytical chemists who wish to become more familiar with the issues of authentication... highly readable." InformTable of ContentsAdulteration and authenticity of oils and fats: an overview; Authentication of olive oil; Authentication of cocoa butter; Authentication of evening primrose, borage and fish oils; Authentication of milk fat and other animal fats; Analysis of minor components as an aid to authentication; Chemometrics as an aid to authentication; Authenticity of edible oils and fats - the legal position; References; Index.

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Book SynopsisBringing together the latest research from leading experts, this book provides an indispensable reference on the health benefits of drinking tea. It examines the general health giving properties of tea before moving on to a detailed review of the evidence for the beneficial effects of tea on specific ailments including cancer, the common cold, renal disease, cardiovascular disease, antiviral influenza, arthritis, lung and pulmonary ailments, aging, oral health, and dementia. The book concludes by challenging misconceptions of the effects of tea.Table of ContentsPreface Part I: General Protective Effects of Tea 1: Tea is a Health Promoting Beverage in Lowering the Risk of Premature Killing Chronic Diseases, J Weisburger 2: Tea as a Rasayana, B N Dhawan, Lucknow, India 3: Health Properties of Tea Catechins, Y Hara, Mitsui Norin Co., Ltd, Japan 4: Bioavailabilities of Tea Polyphenols in Humans and Rodents, J D Lambert, J Hong, H Lu, X Meng, M Lee and C S Yang, The State University of New Jersey, USA 5: Immunomodulatory Activity of Tea, J Singh and G N Qazi, CSIR, India 6: Antigenotoxic Activity of Tea, Y Shukla and A Arora, Industrial Toxicology Research Centre, Lucknow, India 7: Methodological Issues in Population Studies of Tea and Disease Prevention, I A Hakim, University of Arizona, USAPart II: Protective Effects of Tea against Specific Ailments 8: Protective Effects of Tea against Cardiovascular Diseases, S Wiseman, I Zijp, R Weggemans, and A Rietveld, Unilever Food and Health Research Institute, The Netherlands 9: Potential Targets of Tea Polyphenols in Cancer Prevention: Significance in Angiogenesis, Metastasis and Apoptosis as well as in Protection of Host Defence System, T Das, G Sa, Bose Institute, India, and M Siddiqi 10: The Beverage Tea in Chemoprevention of Prostate Cancer, M Saleem, I A Siddiqui and H Mukhtar, University of Wisconsin, USA 11: Anti-Diabetic Effects of Tea and its Constituents, Y K Gupta, C Tripathi and Y Shukla, Industrial Toxicology Research Centre, Lucknow, India 12: Green Tea Catechins against Oxidative Stress of Renal Disease, T P Rao, L R Juneja, Taiyo Kagaku Co., Ltd, Japan, and T Yokozawa, Toyama Medical and Pharmaceutical University, Japan 13: Hepatoprotective Properties of Tea, Y Shukla, N Kalra and Y K Gupta, Industrial Toxicology Research Centre, Lucknow, India 14: Preventive Effects of Tea against Obesity, K Sayama, Shizuoka University, Japan, T Hase, and I Tokimitsu, Kao Corporation, Japan, and I Oguni, Hamamatsu University, Japan 15: Protective Effects of Tea against Lung/Pulmonary Ailments, H Yamada, University of Shizuoka 16: Antibacterial and Antiviral Influenza including SARS, P C Leung, Chinese University of Hong Kong 17: Green Tea and the Prevention of Arthritis, S Ahmed, B B Hafeez and T M Haqqi, Case Western Reserve University, USA 18: Chemoprevention Effect of Tea against Neuronal Death-Dementia, T Kakuda, Itoen Ltd, Japan 19: Chemoprevention Action of Tea against Senescence/Ageing, K Unno, University of Shizuoka, Japan 20: Tea and Oral Health, C D Wu, University of Illinois at Chicago, USA

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Book SynopsisAnimal welfare issues are becoming increasingly prominent in animal production, for both economic and moral reasons. This book presents a clear understanding of the relationship between the welfare of major food animal species and their physiology, and the direct impact this has on meat quality. This new edition focuses on recent research and developments and also looks into welfare in aquaculture.Table of Contents1: Animal Welfare and the Meat Market 2: Animal Welfare in Developing Countries 3: Genetics and Animal Welfare 4: Cattle 5: Sheep 6: Pigs 7: Poultry and Rabbits 8: Aquaculture 9: Other Species 10: Livestock Presentation and Welfare Before Slaughter 11: Stunning and Slaughter 12: Meat Quality 13: Implementing Effective Animal Welfare Auditing Programs, by Temple Grandin 14: The Future

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Book SynopsisChemical food safety deals with all aspects of chemical risks in the food chain, predominantly with the biologically active components of food, additives, contaminants and their toxicology. Preventing the contamination of food with problematic chemical compounds requires a thorough understanding of how compounds enter and pass through the food production process, in addition to toxicology and risk management. Chemical Food Safety covers the underlying principles and applied science required to understand, analyse and take professional action on food safety problems and questions that call for interventions at a local, national or international level. The text follows food contaminants through the production and processing of plant, fungal, algal and animal foods, including oral exposure and intestinal absorption. Risk assessment is explained in the context of targeted future risk management and risk communication, with a view to assessing, managing and communicating risk in the food chain. Chemical Food Safety is ideal for higher level students as well as those working in the food production industry, consultants and national food authorities.Trade ReviewWe live in an era where 'food safety' is rarely out of the news, and rightly so, as the importance of food and nutrition in human health becomes increasingly clear. Therefore the arrival of this book is timely: taking a holistic, 360o, farm-to-fork approach, it provides the reader with a clear grounding on all relevant aspects of chemical food safety, from the various sources and origins of chemical toxins that can find their way into food, through the effects of toxins on the body, and laboratory-based approaches used to test the toxicity of chemicals, to the principal ways in which foods are tested for the presence of toxins. Useful, relevant background information regarding regulatory bodies, whose task it is to legislate and "police" food safety, is also provided. Naturally-occurring toxins are covered, and some attention is also focused on more recent and 'emerging' topics such as allergens and GMOs. Great care has clearly been taken to ensure a clear writing style throughout, and the diagrams and figures are also very clear. Overall, this is a very well-structured, well-written and relevant book that will provide any chemically-literate reader with an excellent grounding in the area of Chemical Food Safety. -Gerard O'Brien, Course Director BSc Hons Food and Nutrition, University of Ulster, Northern IrelandTable of Contents1: Food, nutrition and food safety; an introduction 2: The food production and processing chain 3: Unwanted chemical substances 4: The production and processing chain in food safety 5: Introduction to ADME (Absorption, Distribution, Metabolism and Excretion) 6: Absorption and distribution of chemical compounds 7: Metabolism of chemical compounds 8: Excretion of chemical compounds and their metabolites 9: Toxicokinetics 10: Toxicodynamics 11: An introduction to the history of regulation and control worldwide (International institutions in risk assessment and safety regulation) 12: The EU with EFSA and EMEA 13: Safety assessment methods in the laboratory: toxicity testing 14: In vitro methods 15: Naturally inherent plant toxicants -introduction and non-glycosidic compounds 16: Naturally inherent plant toxicants - glycosides 17: Naturally inherent toxins: mushrooms, algae (marine biotoxins) and animals 18: Introduction to food contaminants and about metals, metalloids and other elements 19: Mycotoxins 20: Pesticides and persistent organic pollutants (POP's) 21: Contaminants from processing machinery and food contact materials 22: Toxic compounds formed during processing or improper storage 23: Veterinary drugs and contaminant overall conclusion 24: Food additives and flavourings etc. 25: Food allergies and intolerances 26: Analytical chemistry in food safety 27: Risk analysis 28: Food safety (quality) assurance and certification of production 29: GMO and food 30: Cases

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Book SynopsisBeginning with their sources, including manure and animal feed, and detailing their development, spread and transmission to humans, Zoonotic Pathogens in the Food Chain gives an insightful introduction to and epidemiological overview of the problems raised by zoonotic pathogens. The authors specifically examine the attributes of microorganisms that allow potential contamination of food sources and the factors in modern animal production processes that contribute to the risk of infection. Chapters discuss in detail pathogens that have recently emerged as important sources of infection, investigating in depth the implications of avian flu, swine flu, bovine spongiform encephalopathies and Johne's disease for human consumers, and considering where potential mitigation strategies should be focused. With a focus on new trends in animal production, such as organic livestock farming and raw milk consumption, this text provides an interesting and up-to-date reference for researchers, academics and those with an interest in pathology working in the livestock industry.Table of Contents1: Globalization of the food supply and the spread of disease 2: Epidemiology of pathogens in the food supply 3: Manure as a source of zoonotic pathogens 4: Animal feed as a source of pathogens 5: Milk and Raw Milk Consumption as a Vector for Human Disease 6: The Contribution of Antibiotic Residues and Antibiotic Resistance Genes from Livestock Operations to Antibiotic Resistance in the Environment and Food Chain 7: On-farm mitigation of enteric pathogens to prevent human disease 8: Organic agriculture and its contribution to zoonotic pathogens 9: Zoonotic Implications of Avian and Swine Influenza 10: Crohn's disease in humans and Johne's disease in cattle - linked diseases? 11: Transmissible Spongioform Encephalopathies as a Case Study in Policy Development for Zoonoses

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Book SynopsisThe demands of producing high quality, pathogen-free food rely increasingly on natural sources of antimicrobials to inhibit food spoilage organisms, foodborne pathogens and toxins. Discovery and development of new antimicrobials from natural sources for a wide range of applications requires that knowledge of traditional sources for food antimicrobials is combined with the latest technologies in identification, characterization and application. This book explores some novel, natural sources of antimicrobials as well as the latest developments in using well-known antimicrobials in food. Covering antimicrobials derived from microbial sources (bacteriophages, bacteria, algae, fungi), animal-derived products (milk proteins, chitosan, reduction of biogenic amines), plants and plant-products (essential oils, phytochemicals, bioactive compounds), this book includes the development and use of natural antimicrobials for processed and fresh food products. New and emerging technologies concerning antimicrobials are also discussed.Table of Contents1: Naturally Occurring Biocides in the Food Industry 2: Bacteriophages and Phage-encoded Proteins: Prospects in Food Quality and Safety 3: A Survey of Antimicrobial Activity in Lactic Acid Bacteria of Different Origin 4: Bacteriocins for Bioprotection of Foods 5: Bacterial Antimicrobial Peptides and Food Preservation 6: Microbial Fermentation for Food Preservation 7: Antimicrobials from Marine Algae 8: Antimicrobial Secondary Metabolites from Fungi for Food Safety 9: Antimicrobial Films and Coatings from Milk Proteins 10: Antimicrobial and Other Beneficial Applications of Chitosans 11: Reduction of Biogenic Amine Levels in Meat and Meat Products 12: Biogenic Amines in Wine and Vinegar: Role of Starter Culture in its Inhibition 13: Natural Inhibitors of Food-borne Fungi from Plants and Microorganisms 14: Application of Plant-based Antimicrobials in Food Preservation 15: Essential Oils and their Components for the Control of Phytopathogenic Fungi that Affect Plant Health and Agri-food Quality and Safety 16: Fruit Postharvest Disease Control by Plant Bioactive Compounds 17: Antimicrobials from Wild Edible Plants of Nigeria 18: Natural Antimicrobials Compounds to Preserve Quality and Assure Safety of Fresh Horticultural Produce 19: Biological Approaches for Control of Human Pathogens on Produce 20: Antimicrobial and Other Biological Effects of Garcinia Plants Used in Food and Herbal Medicine 21: Predictive Modelling of Antimicrobial Effects of Natural Aromatic Compounds in Model and Food Systems 22: Database Mining for Bacteriocin Discovery

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Book SynopsisResearchers and practitioners in food science and technology routinely face several challenges, related to sparseness and heterogeneity of data, as well as to the uncertainty in the measurements and the introduction of expert knowledge in the models. Evolutionary algorithms (EAs), stochastic optimization techniques loosely inspired by natural selection, can be effectively used to tackle these issues. In this book, we present a selection of case studies where EAs are adopted in real-world food applications, ranging from model learning to sensitivity analysis.Trade ReviewLutton et al. show how to address some of the challenges related to optimization in the food science domain, by presenting ways to better integrate the role of the user in the optimization process. As stated in the book (preface, xxiii): "The user plays a key role in the optimization process: quality depends on the knowledge put into the design of the optimization task, and into the interpretation of the results." The emphasis is on improving the quality of the solution, rather than just the speed or quantity, and if this leads to irresolution, this is deemed part of the process. This outlook is embodied in the two main aims of the book. Firstly, to show that adapting and customizing the evolutionary optimization algorithms to the specifics of the problem is a good strategy for improving quality. For example, Lutton et al. recommend using a cooperative co-evolutionary algorithm in which the fitness of an individual depends on its relationship to other members of the population. Secondly, to provide new ways to better integrate human expertise with evolutionary computation tools as certain quantities are very difficult to express using equations, e.g. taste and flavour. They proceed in making a convincing case that I agree with, that interactive evolutionary schemes are a rich ground for developing interactive modelling and decision-making in this domain. Evolutionary Algorithms for Food Science and Technology is well organized. The authors begin with a wonderful philosophical discussion in the preface, questioning the purpose of optimization and whether the right tools are used for addressing the right issues. It give a good motivation for the main aims in the book: why humans play an important role in the optimization process of real-world applications in food science, and that optimization algorithms should not be treated as “black boxes”. Instead we should allow for customization and fluid user interactions. E.g. by providing visualizations to aid interaction and by embedding assessments/judgements such as taste, flavour, perceptions, etc. The first chapter gives a good overview of the key features that make evolutionary computation challenging in food science. It also gives a panorama of the current uses of evolutionary optimization methods in this domain. This is particularly useful for readers that are new to the field of food science. The second chapter gives a clear and easy to understand introduction to evolutionary algorithms with lots of references to explore for a deeper understanding. The next three chapters describe three examples from the authors’ experience for some new usages of EA’s in food science. All successfully address one or the other of their two main aims (see above). Chapters 3, 4 and 5 can be read independently. Chapter three presents a methodology that combines EAs with visualisation to help food science experts explore in silico food models for enhancing their understanding. The structure of these models are intricate as they mirror the complex phenomena involved in these real-world processes. When exploring the models, one of the things that experts find hard is to find meaningful correlations between variables. The approach was tested on a specific model of milk gel structures. (The formation of milk gels is the first step in both cheese and yoghurt manufacture). One of the main research lines on milk gel is devoted to the development of models with the ability to replicate the dynamics of gel formation at relevant scales, linking the structure to macroscopic properties. As a non-expert in food sciences I found this model difficult to understand, but the authors provide a useful glossary of variables for reference, plenty of citations and lots of insights into the process that are useful to understand how to use this approach to explore other models. The exploration of the model is done by visualizing the data collected during the execution of an EA using a ultidimensional visualization tool called GraphDice. A reader would find the description of how to use GraphDice in this way useful for replicating the process. The exploration resulted in experts finding a correlation between two parameters, previously considered independent. A Bayesian network is a probabilistic directed acyclic graph whereby the nodes represent variables and the edges represent conditional dependencies between the variables. Learning the optimal structure of a Bayesian network is an NP-hard problem and even finding good approximations is extremely hard. This is because a balance between the complexity and representiveness of the model must be found. In chapter four, a preliminary study was conducted to explore what is the best trade off between automatic evolution and user interaction for finding possible solutions for the problem of learning Bayesian network structures. The authors developed a prototype tool with a graphical-user interface that allows a domain expert user to guide the evolution of a network by alternating between automatic and fully interactive steps. Their approach was tested with two experts: one analyzing a dataset on cheese ripening and another a dataset on biscuit baking. The feedback given by the experts helped Lutton et al. to compile a list of features that would improve the efficiency of the structure learning experience. This list is noteworthy for any readers that want to adopt this approach. Chapter five is the longest and presents in great technical depth two approaches for dealing with modelling issues based on cooperative co-evolution schemes. The experiments focused on the modelling of a Camembert cheese ripening process. The first approach explores how genetic programming (GP) and cooperative-co-evolution algorithms can be used to learn expert knowledge. While the second addresses the problem of learning the structure of a Bayesian network, with an approach based on independent models. In all three technical chapters, the authors articulate well key issues and insights for each approach. Such knowledge only comes from experience. There are also plenty of useful tables and figures illustrating results. Some of the figures in the book are difficult to read because they are in grayscale rather than colour. The authors have provided URLs to colour versions of the figures, however, these are broken and do not resolve to content. The final chapter is short but effective. This works well because the main technical chapters have detailed discussions in their conclusions.In summary, Evolutionary Algorithms for Food Science and Technology would be invaluable to anyone considering using EAs in food science. The authors have made a convincing case for integrating human expertise with evolutionary computation tools and have shown several new ways to do this.Table of ContentsAcknowledgments ix Preface xi Chapter 1. Introduction 1 1.1. Evolutionary computation in food science and technology 1 1.2. A panorama of the current use of evolutionary algorithms in the domain 2 1.3. The purpose of this book 6 Chapter 2. A Brief Introduction to Evolutionary Algorithms 7 2.1. Artificial evolution: Darwin’s theory in a computer 8 2.2. The source of inspiration: evolutionism and Darwin’s theory 10 2.3. Darwin in a computer 12 2.4. The genetic engine 14 2.4.1. Evolutionary loop 14 2.4.2. Genetic operators 17 2.4.3. GAs and binary representation 17 2.4.4. ESs and continuous representation 18 2.4.5. GP and tree-based representation 20 2.4.6. GE and grammar-based representation 23 2.4.7. Selective pressure 23 2.5. Theoretical issues 24 2.6. Beyond optimization 26 2.6.1. Multimodal landscapes 26 2.6.2. Co-evolution 27 2.6.3. Multiobjective optimization 29 2.6.4. Interactive optimization 31 Chapter 3. Model Analysis and Visualization 33 3.1. Introduction 33 3.1.1. Experimental data 37 3.1.2. Modeling milk gel competition at the interface 39 3.1.3. Learning the parameters of the model using an evolutionary approach 41 3.1.4. Visualization using the GraphDice environment 43 3.2. Results and discussion 45 3.2.1. Sensitivity analysis 45 3.2.2. Visual exploration of the model 46 3.2.3. Theoretical discussion 48 3.3. Conclusions 53 3.4. Acknowledgments 55 Chapter 4. Interactive Model Learning 57 4.1. Introduction 58 4.2. Background 59 4.2.1. Bayesian networks 59 4.2.2. The structure learning problem 60 4.2.3. Visualizing BNs 63 4.3. Proposed approach 63 4.4. Experimental setup 66 4.5. Analysis and perspectives 67 4.6. Conclusion . 70 Chapter 5. Modeling Human Expertise Using Genetic Programming 71 5.1. Cooperative co-evolution 72 5.2. Modeling agrifood industrial processes 73 5.2.1. The Camembert cheese-ripening process 74 5.2.2. Modeling expertise on cheese ripening 77 5.3. Phase estimation using GP 77 5.3.1. Phase estimation using a classical GP 77 5.3.2. Phase estimation using a Parisian GP 81 5.3.3. Variable population size strategies in a Parisian GP 86 5.3.4. Analysis 98 5.4. Bayesian network structure learning using CCEAs 99 5.4.1. Recalling some probability notions 99 5.4.2. Bayesian networks 100 5.4.3. Evolution of an IM 105 5.4.4. Sharing 109 5.4.5. Immortal archive and embossing points 110 5.4.6. Description of the main parameters 111 5.4.7. BN structure estimation 112 5.4.8. Experiments and results 114 5.4.9. Analysis 122 5.5. Conclusion 123 Conclusion 125 Bibliography 127 Index 149

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