Sakamon Devahastin – författare

Food Microstructure and Its Relationship with Quality and Stability is a comprehensive overview of the effects that the properties of the underlying structures of food have on its perceived quality to the consumer.

The book's first section consists of chapters outlining the fundamentals of food microstructure, food composition, molecular mobility of various food constituents, and their relationships with food quality and stability. The role of various processing technologies in the production of specific microstructures for enhanced quality and stability is outlined.

The second part of the book consists of various chapters devoted to microstructures, constituents and their relationship with quality, functionality, and stability of selected foods, for example, food hydrocolloids, frozen seafood, dried foods, extruded products, and dietary fibers.

This information is of paramount importance for both academic researchers in the areas of food quality, preservation, and stability, as well as for food developers and processors.

Brings together leading experts from around the world to provide the latest information on a topic essential to the quality of food products Includes dedicated chapters covering the microstructure of specific products and its relationship to quality and stability, making this book ideal for those working in industry Provides a single reference source for a topic of great importance to a number of fields within both academic and industrial food sciences - food quality, stability, processing, and engineering

Food Microstructure and Its Relationship with Quality and Stability is a comprehensive overview of the effects that the properties of the underlying structures of food have on its perceived quality to the consumer.The book''s first section consists of chapters outlining the fundamentals of food microstructure, food composition, molecular mobility of various food constituents, and their relationships with food quality and stability. The role of various processing technologies in the production of specific microstructures for enhanced quality and stability is outlined.The second part of the book consists of various chapters devoted to microstructures, constituents and their relationship with quality, functionality, and stability of selected foods, for example, food hydrocolloids, frozen seafood, dried foods, extruded products, and dietary fibers.This information is of paramount importance for both academic researchers in the areas of food quality, preservation, and stability, as well as for food developers and processors.- Brings together leading experts from around the world to provide the latest information on a topic essential to the quality of food products- Includes dedicated chapters covering the microstructure of specific products and its relationship to quality and stability, making this book ideal for those working in industry- Provides a single reference source for a topic of great importance to a number of fields within both academic and industrial food sciences – food quality, stability, processing, and engineering

Physical and chemical interactions between various constituents resulting from processing operations often lead to physical, sensory, and nutritional changes in foods. Combining important information on processing and food quality, Physicochemical Aspects of Food Engineering and Processing describes the effects of various processing technologies on quality changes of different major foods in an integrative manner.Written by Physicochemical Experts in Food Engineering & Processing Part I critically reviews the physicochemical property changes of different foods undergoing selected processes, such as microencapsulation, frying, microwave-assisted thermal processing, high-pressure processing, pulsed electric field processing, and freezing. This section also includes a chapter on the effects of various processing technologies on microbial growth and inactivation. Part II focuses on multiphase food systems made of proteins, seafoods, red meats, and pet foods, and the physicochemical changes they undergo when being processed. Physicochemical Aspects of Food Engineering and Processing covers the engineering, processing, and quality angles equally. It is an extremely useful resource for academic and industrial researchers seeking an up-to-date overview of the increasingly important combination of both sides of food research and development.

Physical and chemical interactions between various constituents resulting from processing operations often lead to physical, sensory, and nutritional changes in foods. Combining important information on processing and food quality, Physicochemical Aspects of Food Engineering and Processing describes the effects of various processing technologies on quality changes of different major foods in an integrative manner.Written by Physicochemical Experts in Food Engineering & Processing Part I critically reviews the physicochemical property changes of different foods undergoing selected processes, such as microencapsulation, frying, microwave-assisted thermal processing, high-pressure processing, pulsed electric field processing, and freezing. This section also includes a chapter on the effects of various processing technologies on microbial growth and inactivation. Part II focuses on multiphase food systems made of proteins, seafoods, red meats, and pet foods, and the physicochemical changes they undergo when being processed. Physicochemical Aspects of Food Engineering and Processing covers the engineering, processing, and quality angles equally. It is an extremely useful resource for academic and industrial researchers seeking an up-to-date overview of the increasingly important combination of both sides of food research and development.

Physical and chemical interactions between various constituents of foods resulting from processing operations often lead to physical, sensory, and nutritional changes in the properties of foods. Answering the need for a resource in this area, this volume describes the effects of various processing technologies in different food processing situations. A first part looks at the physicochemical property changes of different foods undergoing selected processes, such as drying, extrusion, microencapsulation, and microwave assisted thermal processing. The second part focuses on the changes of physicochemical properties of different products, such as seafood, meat, and confectionary products.