: William H. Sperber, Michael P. Doyle
: William H. Sperber, Michael P. Doyle
: Compendium of the Microbiological Spoilage of Foods and Beverages
: Springer-Verlag
: 9781441908261
: 1
: CHF 161.50
:
: Chemische Technik
: English
: 376
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF
The increased emphasis on food safety during the past two decades has decreased the emphasis on the loss of food through spoilage, particularly in developed co- tries where food is more abundant. In these countries spoilage is a commercial issue that affects the pro?t or loss of producers and manufacturers. In lesser developed countries spoilage continues to be a major concern. The amount of food lost to spoilage is not known. As will be evident in this text, stability and the type of spoilage are in?uenced by the inherent properties of the food and many other factors. During the Second World War a major effort was given to developing the te- nologies needed to ship foods to different regions of the world without spoilage. The food was essential to the military and to populations in countries that could not provide for themselves. Since then, progress has been made in improved product formulations, processing, packaging, and distribution systems. New products have continued to evolve, but for many new perishable foods product stability continues to be a limiting factor. Many new products have failed to reach the marketplace because of spoilage issues.
978-1-4419-0826-1_Book_OnlinePDF.pdf1
Foreword6
Preface8
Contents1
Contributors12
Introduction to the Microbiological Spoilage of Foodsand Beverages14
Introduction14
Food Loss Data15
Microorganisms and Mechanisms Involved in Spoilage17
Sources of Contamination17
Preharvest Contamination17
Postharvest Contamination18
Ecology of Microbiological Spoilage19
Microorganisms Involved in Spoilage19
Means to Characterize and Differentiate Microorganisms19
Groups of Microorganisms Involved in Spoilage21
Microbiological Food Spoilage Mechanisms23
Quorum Sensing25
Associations Between Groups of Spoilage Microorganisms26
Antagonisms26
Synergisms26
Metabiosis27
Intrinsic Factors to Control Microbiological Spoilage27
Water Activity28
pH30
Chemical Preservatives31
Chemical Properties of Organic Acids31
Chemical Food Preservatives32
Oxidation--Reduction Potential34
Extrinsic Factors to Control Microbiological Spoilage35
Thermal Processes35
Thermal Destruction of Microorganisms35
Sterilization36
Pasteurization37
Nonthermal Processes38
Ionizing Irradiation38
High Hydrostatic Pressure39
Pulsed Electric Fields39
High-Intensity Ultrasound39
Ultraviolet Irradiation40
Filtration40
Sterilizing Gases40
Refrigeration40
Food Preservation by Refrigerated Storage41
Food Preservation by Frozen Storage41
Vacuum and Modified Atmosphere Packaging42
Vacuum Packaging42
Modified Atmosphere Packaging42
Food Plant Sanitation43
Detection of Microbiological Spoilage44
Organoleptic Methods for Spoilage Detection44
Odor44
Visual44
Taste45
Microbiological Methods for Spo