The theme for this volume was chosen because no previous book has discussed the quality attributes of meat, poultry and fish and the methods that can be utilized for their measurement. The topics are not only timely but of great importance. Chapter I provides an introduction to the topic and presents a brief overview of the subject to be discussed. The next two chapters review information on the importance of color and some color problems in muscle foods, and explains the basis of color vision and perception of color before describing the methods that may be used for its measure ment. The following chapter discusses water binding and juiciness and their importance, while Chapter 5 provides the first intensive modern review on measurement of juiciness that has been published (to the knowledge of the author and editors). Chapter 6 reviews the physiology and psychology of flavor and aroma, which serves as a background for further discussion on the flavor and aroma of foods. The next chapter discusses the chemistry of flavor and aroma in muscle foods, while measurement of flavor and aroma are covered in Chapter 8. Chapter 9 reviews the species-specific meat flavors and aromas. Chapter 10 reviews some flavor and aroma problems in muscle foods and their measurement.

The Microbiological Quality of Food: Foodborne Spoilers covers the microbiological spoilage of foods, with a focus on the spoilers, the foods themselves, and the signs of spoilage. The book addresses traditional spoilers (filamentous fungi, spore-forming bacteria, yeasts, SSO in fish), as well as some emerging spoilers (Pseudomonas), now recognized as primary targets. Sections also provide a brief overview of important foods (vegetables, milk and dairy products, meat, and fish) and addresses safety and economic loss. Details on the signs of spoilage, how to prevent spoilers, and methods of detecting spoilage and spoilage microorganisms in foods are also presented. This is an authoritative reference for researchers, scientists and students who need to understand microbial spoilage, the impact of biofilm on the quality and safety of many foods, and the implications of biofilm for spoilage and shelf life. Hot topics covered by this book include the possible link between food spoilage and food safety as a consequence of antibiotic resistance spreading all over the world. - Presents Definitions: taxonomy, definition of food spoilage according to the literature and regulatory frameworks - Provides Case Studies: for some foods and emerging spoilers, along with examples of how to prolong the shelf life - Includes Calculations/worked examples: models and practical examples to calculate the shelf life of foods and to design and effective method to inhibit spoilers

The chilling and freezing of meat remains an essential way of extending shelf-life and maintaining quality. Based on the work of the internationally-renowned Food Refrigeration and Process Engineering Centre (FRPERC), Meat refrigeration provides an authoritative guide both to the impact of refrigeration on meat and best practice in using it to maximise meat quality for the consumer.Part one considers the impact of refrigeration on meat quality. There are chapters on the microbiology of refrigerated meat and its influence on shelf-life, drip production, weight loss and the effect of refrigeration on colour and texture. Part two looks at best practice in managing the cold chain from carcass to consumer. The authors discuss primary chilling, freezing, thawing and tempering, transport, storage, retail display and consumer handing. Part three of the book looks at aspects of process control, including chapters on such issues as temperature measurement, the design and optimal use of refrigeration systems.Both authoritative and practical, Meat refrigeration is a standard work for all those wishing to maximise the quality of refrigerated meat. - The standard work on meat refrigeration - Covers both individual quality issues and the management of the cold chain from carcass to consumer

Seafood and seafood products represent some of the most important foods in almost all types of societies around the world. More intensive production of fish and shellfish to meet high demand has raised some concerns related to the nutritional and sensory qualities of these cultured fish in comparison to their wild-catch counterparts. In addition, t

Muscle foods include a wide range of processed meats and poultry, and therefore represent an important percentage of total worldwide food consumption. The sheer volume of products and the variety of processes available makes analyzing them problematic. Co-Edited by Fidel Toldra - Recipient of the 2010 Distinguished Research Award from the American

Meat Science and Applications compiles the most recent science, technology, and applications of meat products, by-products, and meat processing. It details worker safety, waste management, slaughtering, carcass evaluation, meat safety, and animal handling issues from an international perspective. Essential concepts are illustrated with practical examples and helpful diagrams.

A much-anticipated revision of a benchmark resource, written by a renowned author, professor, and researcher in food flavors, Flavor Chemistry and Technology, Second Edition provides the latest information and newest research developments that have taken place in the field over the past 20 years. New or expanded coverage includes:Flavor and the Inf

Understanding of the scientific basis of quality attributes in meat is becoming more advanced, providing more effective approaches to the control of meat eating and technological quality. This important collection reviews essential knowledge of the mechanisms underlying quality characteristics and methods to improve meat sensory and nutritional quality.Part one analyses the scientific basis of meat quality attributes, such as texture and tenderness, colour, water-holding capacity and flavour development. Chapters on the nutritional quality of meat and meat sensory evaluation complete the section. Part two discusses significant insights into the biology of meat quality obtained from genomic and proteomic perspectives, with chapters focussing on different types of meat. Parts three and four then review production and processing strategies to optimise meat quality, considering aspects such as production practices and meat nutritional quality, dietary antioxidants and antimicrobials, carcass interventions, chilling and freezing and packaging. Methods of meat grading and quality analysis are also included.With its distinguished editors and international team of contributors, Improving the sensory and nutritional quality of fresh meat is a standard reference for those industrialists and academics interested in optimising meat quality. - Reviews methods to improve meat sensory and nutritional quality considering the effects of different production practices such as chilling, freezing and packaging - Analyses the scientific basis of meat quality attributes covering texture, tenderness, colour and water-holding capacity - Examines production and processing strategies to optimise meat quality, including the current state of development and future potential

Meat is both a major food in its own right and a staple ingredient in many food products. With its distinguished editors and an international team of contributors, Meat processing reviews research on what defines and determines meat quality, and how it can be maintained or improved during processing.Part one considers the various aspects of meat quality. There are chapters on what determines the quality of raw meat, changing views of the nutritional quality of meat and the factors determining such quality attributes as colour and flavour. Part two discusses how these aspects of quality are measured, beginning with the identification of appropriate quality indicators. It also includes chapters on both sensory analysis and instrumental methods including on-line monitoring and microbiological analysis. Part three reviews the range of processing techniques that have been deployed at various stages in the supply chain. Chapters include the use of modelling techniques to improve quality and productivity in beef cattle production, new decontamination techniques after slaughter, automation of carcass processing, high pressure processing of meat, developments in modified atmosphere packaging and chilling and freezing. There are also chapters on particular products such as restructured meat and fermented meat products.With its detailed and comprehensive coverage of what defines and determines meat quality, Meat processing is a standard reference for all those involved in the meat industry and meat research. - Reviews research on what defines and determines meat quality, and how it can be measured, maintained and improved during processing - Examines the range of processing techniques that have been deployed at various stages in the supply chain - Comprehensively outlines the new decontamination techniques after slaughter and automation of carcass processing