| 978-1-4419-0826-1_Book_OnlinePDF.pdf | 1 |
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| Foreword | 6 |
| Preface | 8 |
| Contents | 1 |
| Contributors | 12 |
| Introduction to the Microbiological Spoilage of Foodsand Beverages | 14 |
| Introduction | 14 |
| Food Loss Data | 15 |
| Microorganisms and Mechanisms Involved in Spoilage | 17 |
| Sources of Contamination | 17 |
| Preharvest Contamination | 17 |
| Postharvest Contamination | 18 |
| Ecology of Microbiological Spoilage | 19 |
| Microorganisms Involved in Spoilage | 19 |
| Means to Characterize and Differentiate Microorganisms | 19 |
| Groups of Microorganisms Involved in Spoilage | 21 |
| Microbiological Food Spoilage Mechanisms | 23 |
| Quorum Sensing | 25 |
| Associations Between Groups of Spoilage Microorganisms | 26 |
| Antagonisms | 26 |
| Synergisms | 26 |
| Metabiosis | 27 |
| Intrinsic Factors to Control Microbiological Spoilage | 27 |
| Water Activity | 28 |
| pH | 30 |
| Chemical Preservatives | 31 |
| Chemical Properties of Organic Acids | 31 |
| Chemical Food Preservatives | 32 |
| Oxidation--Reduction Potential | 34 |
| Extrinsic Factors to Control Microbiological Spoilage | 35 |
| Thermal Processes | 35 |
| Thermal Destruction of Microorganisms | 35 |
| Sterilization | 36 |
| Pasteurization | 37 |
| Nonthermal Processes | 38 |
| Ionizing Irradiation | 38 |
| High Hydrostatic Pressure | 39 |
| Pulsed Electric Fields | 39 |
| High-Intensity Ultrasound | 39 |
| Ultraviolet Irradiation | 40 |
| Filtration | 40 |
| Sterilizing Gases | 40 |
| Refrigeration | 40 |
| Food Preservation by Refrigerated Storage | 41 |
| Food Preservation by Frozen Storage | 41 |
| Vacuum and Modified Atmosphere Packaging | 42 |
| Vacuum Packaging | 42 |
| Modified Atmosphere Packaging | 42 |
| Food Plant Sanitation | 43 |
| Detection of Microbiological Spoilage | 44 |
| Organoleptic Methods for Spoilage Detection | 44 |
| Odor | 44 |
| Visual | 44 |
| Taste | 45 |
| Microbiological Methods for Spo
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