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Quantitative Methods for Food Safety and Quality in the Vegetable Industry
This book focuses on the food safety challenges in the vegetable industry from primary production to consumption. It describes existing and innovative quantitative methods that could be applied to the vegetable industry for food safety and quality, and suggests ways in which such methods can be applied for risk assessment. Examples of application of food safety objectives and other risk metrics for microbial risk management in the vegetable industry are presented. The work also introduces readers to new preservation and packaging methods, advanced oxidative processes (AOPs) for disinfection, product shelf-life determination methods, and rapid analytic methods for quality assessment based on chemometrics applications, thus providing a quantitative basis for the most important aspects concerning safety and quality in the vegetable sector.
The Future of Food
The destiny of humans is parallel to the destiny of food. If the latter is available, then the former will also be present. The definition of food today is very different from that of our ancestors, who saw it as a nutritious thing that may obtainable through collecting or planting. However, today, food can be modified genetically and made through molecular synthesis. This book discusses the future of food, and explores the context of novel definitions of food through horizon scanning. It considers the most cutting-edge developments in the food industry, including lab-meat, nano-engineered foods, vertical agriculture, foodomics, and Marsfoods. The book also investigates new food engineering processing techniques, future technologies, and future consumption trends.
Safety of Meat and Processed Meat
Safety of Meat and Processed Meat provides the reader with the recent developments in the safety of meat and processed meat, from the abattoir along the processing chain to the final product. To achieve this goal, the editor uses five approaches. The first part deals with the main biological contaminants like pathogen microorganisms, specially E. coli and L. monocytogenes, toxins and biogenic amines that can be present either in meat or its derived products. The second part focuses on main technologies for meat decontamination as well as developments like active packaging or bioprotective cultures to extend the shelf life. The third part presents non-biological contaminants and residues in m...
Exploring Bacterial Colonies in Solid Foods or Model Foods Using Non-Destructive Techniques
Bacteria are always present in foods, either as initial contamination or as technological agents. In solid foods, they are immobilized and develop as colonies. So far, there is a lack of knowledge about the bacteria in colonies, growth and physiology. Non-destructive and resolute techniques, such as fluorescent microscopy, now allow investigating the world of bacteria in colonies and their surroundings in food, at the microscopic scale.
Novel Food Preservation and Microbial Assessment Techniques
Demand for minimally processed foods has resulted in the development of innovative, non-thermal food preservation methods, such as high-pressure sonication, ozone, and UV treatment. This book presents a summary of these novel food processing techniques. It also covers new methods used to monitor microbial activity, including spectroscopic methods (
Handbook of Fermented Meat and Poultry
An internationally respected editorial team and array of chapter contributors has developed the Handbook of Fermented Meat and Poultry, an updated and comprehensive hands-on reference book on the science and technology of processing fermented meat and poultry products. Beginning with the principles of processing fermented meat and ending with discussions of product quality, safety, and consumer acceptance, the book takes three approaches: background and principles; product categories; and product quality and safety. The historical background on the fermentation of meat and poultry products is followed by a series of discussions on their science and technology: curing, fermentation, drying an...
Handbook of Meat Processing
This handbook comprehensively presents the current status of the manufacturing of the most important meat products. Editor and renowned meat expert Fidel Toldrá heads an international collection of meat scientists who have contributed to this essential reference book. Coverage is divided into three parts. Part one, Technologies, begins with discussions on meat chemistry, biochemistry and quality and then provides background information on main technologies involved in the processing of meat, such as freezing, cooking, smoking, fermentation, emulsification, drying and curing. Also included are key chapters on packaging, spoilage prevention and plant cleaning and sanitation. Part two, Product...
Predictive Modelling in Food
This volume brings together papers detailing the latest advances in the field of predictive microbiology in foods presented at the 10th International Conference on Predictive Modelling in Food, held in Córdoba, Spain, in 2016. Predictive microbiology is a scientific area providing mathematical models to predict microbial behaviour in the food environment, providing valuable tools for food risk managers, food scientists and the food industry as a whole. The book introduces the reader to the most used and recognized modelling techniques for food, providing a thorough overview of this discipline and establishing the basis for future investigations. It is presented as a compendium of several high-quality research studies developed across the world, representing a unique contribution to the field as it shows recent discoveries and new trends of modelling in food and risk assessment. The most innovative methods, such as the use of genomic information for risk assessment and the application of quantitative risk assessment technology for foodborne pathogenic microorganisms, are also included here.
Industrial and Host Associated Stress Responses in Food Microbes. Implications for Food Technology and Food Safety
Throughout the food processing chain and after ingestion by the host, food associated bacteria have to cope with a range of stress factors such as thermal and/or non-thermal inactivation treatments, refrigeration temperatures, freeze-drying, high osmolarity, acid pH in the stomach or presence of bile salts in the intestine, that threaten bacterial survival. The accompanying plethora of microbial response and adaptation phenomena elicited by these stresses has important implications for food technology and safety. Indeed, while resistance development of pathogenic and spoilage microorganisms may impose health risks for the consumer and impart great economic losses to food industries, reduced ...
