Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations details the most recent developments and updates regarding processed cheeses and cheese products. It offers comprehensive information on all aspects of processed cheese, including manufacturing, types, ingredients, flavors, colors, preservatives, functionality (texture and rheology), analyses, quality, microbiology, regulations and legislations.

Structured into 16 chapters, the book begins with an introduction that provides a general overview of processed cheese, followed by a detailed description of the ingredients used in manufacturing, such as using cheeses as ingredients, vegetable-originated ingredients, salts, and more. In addition, low sodium and low-salt processed cheeses are discussed, highlighting the potential benefits for human health. Technological aspects of processed cheese are also covered, followed by an outline of special types of processed cheeses. The book then goes on to examine techniques for end-product characterization, as well as the quality aspects including the microbiology of processed cheese. The last chapter discusses the applications, current challenges, and market trends of processed cheese.

Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations is an excellent resource aimed at food scientists, researchers in academia, and individuals working in the food industry and the commercial sector with a focus on processed cheeses and their end-products.

Offers the most complete coverage of processed cheese products to-date Led by active researchers and educators with expertise in processed cheeses, featuring chapters by global dairy science experts Includes extensive lists of references for further reading at the end of each chapter

Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations details the most recent developments and updates regarding processed cheeses and cheese products. It offers comprehensive information on all aspects of processed cheese, including manufacturing, types, ingredients, flavors, colors, preservatives, functionality (texture and rheology), analyses, quality, microbiology, regulations and legislations.Structured into 16 chapters, the book begins with an introduction that provides a general overview of processed cheese, followed by a detailed description of the ingredients used in manufacturing, such as using cheeses as ingredients, vegetable-originated ingredients, salts, and more. In addition, low sodium and low-salt processed cheeses are discussed, highlighting the potential benefits for human health. Technological aspects of processed cheese are also covered, followed by an outline of special types of processed cheeses. The book then goes on to examine techniques for end-product characterization, as well as the quality aspects including the microbiology of processed cheese. The last chapter discusses the applications, current challenges, and market trends of processed cheese.Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations is an excellent resource aimed at food scientists, researchers in academia, and individuals working in the food industry and the commercial sector with a focus on processed cheeses and their end-products.- Offers the most complete coverage of processed cheese products to-date- Led by active researchers and educators with expertise in processed cheeses, featuring chapters by global dairy science experts- Includes extensive lists of references for further reading at the end of each chapter

Casein: Structural Properties, Uses, Health Benefits and Nutraceutical Applications investigates casein properties, uses, and applications in food and non-food products, in addition to exploring its health benefits and uses in manufacturing, such as in cheese products, along with an in-depth discussion on the future scope, challenges, and market trends of this protein.Casein: Structural Properties, Uses, Health Benefits and Nutraceutical Applications is an excellent reference for food scientists, dairy researchers, pharmaceutical scientists, students and researchers studying related fields.- Provides comprehensive coverage of casein, the main milk protein that has many applications and uses- Includes suggested reading for further information- Addresses a wide-range of related topics, including non-food applications of casein

Casein: Structural Properties, Uses, Health Benefits and Nutraceutical Applications investigates casein properties, uses, and applications in food and non-food products in addition to exploring its health benefits and uses in manufacturing, such as in cheese products. Sections include in-depth discussions on the future scope, challenges, and market trends of this protein. This book is an excellent reference for food scientists, dairy researchers, pharmaceutical scientists, students and researchers studying related fields.

Provides comprehensive coverage of casein, the main milk protein that has many applications and usesIncludes suggested reading for further informationAddresses a wide-range of related topics, including non-food applications of casein

Whey: Composition, Processing, Applications, Health Benefits and Waste Utilization covers the basics of its chemistry and composition and its more advanced aspects and applications. The nutritive, bioactive, and functional properties covered, as well as whey's uses in the texture and stability of dairy foods. Finally, whey is discussed as a by-product of foods such as cheese and yogurt, along with methods for responsible conversion into valuable products to minimize environmental impact. Written with a student and early-career audience in mind, this work offers a one-stop-shop to all aspects of a key dairy component that has exciting potential for future research.This book will particularly benefit graduate and post graduate students, as well as post docs and early career researchers in dairy science, food science, and nutrition. Experienced scientists will also find this book useful as a starting point for new research projects.Offers a complete, one-stop reference for whey, a crucial concept in dairy science and researchCovers the composition, nutritional information, applications, and by-products of whey productionIncludes interdisciplinary contributions from a global team of experts in food sciences, chemistry, pharmaceutical sciences, and related fields

Whey: Composition, Processing, Applications, Health Benefits and Waste Utilization covers the basics of its chemistry and composition and its more advanced aspects and applications. The nutritive, bioactive, and functional properties covered, as well as whey's uses in the texture and stability of dairy foods. Finally, whey is discussed as a by-product of foods such as cheese and yogurt, along with methods for responsible conversion into valuable products to minimize environmental impact. Written with a student and early-career audience in mind, this work offers a one-stop-shop to all aspects of a key dairy component that has exciting potential for future research.This book will particularly benefit graduate and post graduate students, as well as post docs and early career researchers in dairy science, food science, and nutrition. Experienced scientists will also find this book useful as a starting point for new research projects. - Offers a complete, one-stop reference for whey, a crucial concept in dairy science and research- Covers the composition, nutritional information, applications, and by-products of whey production- Includes interdisciplinary contributions from a global team of experts in food sciences, chemistry, pharmaceutical sciences, and related fields

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principles Mastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

Provides the most recent developments in microscopy techniques and types of analysis used to study the microstructure of dairy products 

This comprehensive and timely text focuses on the microstructure analyses of dairy products as well as on detailed microstructural aspects of them. Featuring contributions from a global team of experts, it offers great insight into the understanding of different phenomena that relate to the functional and biochemical changes during processing and subsequent storage. 

Structured into two parts, Microstructure of Dairy Products begins with an overview of microscopy techniques and software used for microstructural analyses. It discusses, in detail, different types of the following techniques, such as: light microscopy (including bright field, polarized, and confocal scanning laser microscopy) and electron microscopy (mainly scanning and transmission electron microscopy). The description of these techniques also includes the staining procedures and sample preparation methods developed. Emerging microscopy techniques are also covered, reflecting the latest advances in this field. Part 2 of the book focuses on the microstructure of various dairy foods, dividing each into sections related to the microstructure of milk, cheeses, yogurts, powders, and fat products, ice cream and frozen dairy desserts, dairy powders and selected traditional Indian dairy products. In addition, there is a review of the localization of microorganism within the microstructure of various dairy products. The last chapter discusses the challenges and future trends of the microstructure of dairy products.

Presents complete coverage of the latest developments in dairy product microscopy techniques Details the use of microscopy techniques in structural analysis An essential purchase for companies, researchers, and other professionals in the dairy sector 

Microstructure of Dairy Products is an excellent resource for food scientists, technologists, and chemists—and physicists, rheologists, and microscopists—who deal in dairy products.

Provides the most recent developments in microscopy techniques and types of analysis used to study the microstructure of dairy products 

This comprehensive and timely text focuses on the microstructure analyses of dairy products as well as on detailed microstructural aspects of them. Featuring contributions from a global team of experts, it offers great insight into the understanding of different phenomena that relate to the functional and biochemical changes during processing and subsequent storage. 

Structured into two parts, Microstructure of Dairy Products begins with an overview of microscopy techniques and software used for microstructural analyses. It discusses, in detail, different types of the following techniques, such as: light microscopy (including bright field, polarized, and confocal scanning laser microscopy) and electron microscopy (mainly scanning and transmission electron microscopy). The description of these techniques also includes the staining procedures and sample preparation methods developed. Emerging microscopy techniques are also covered, reflecting the latest advances in this field. Part 2 of the book focuses on the microstructure of various dairy foods, dividing each into sections related to the microstructure of milk, cheeses, yogurts, powders, and fat products, ice cream and frozen dairy desserts, dairy powders and selected traditional Indian dairy products. In addition, there is a review of the localization of microorganism within the microstructure of various dairy products. The last chapter discusses the challenges and future trends of the microstructure of dairy products.

Presents complete coverage of the latest developments in dairy product microscopy techniques Details the use of microscopy techniques in structural analysis An essential purchase for companies, researchers, and other professionals in the dairy sector 

Microstructure of Dairy Products is an excellent resource for food scientists, technologists, and chemists—and physicists, rheologists, and microscopists—who deal in dairy products.

Provides the most recent developments in microscopy techniques and types of analysis used to study the microstructure of dairy products This comprehensive and timely text focuses on the microstructure analyses of dairy products as well as on detailed microstructural aspects of them. Featuring contributions from a global team of experts, it offers great insight into the understanding of different phenomena that relate to the functional and biochemical changes during processing and subsequent storage. Structured into two parts, Microstructure of Dairy Products begins with an overview of microscopy techniques and software used for microstructural analyses. It discusses, in detail, different types of the following techniques, such as: light microscopy (including bright field, polarized, and confocal scanning laser microscopy) and electron microscopy (mainly scanning and transmission electron microscopy). The description of these techniques also includes the staining procedures and sample preparation methods developed. Emerging microscopy techniques are also covered, reflecting the latest advances in this field. Part 2 of the book focuses on the microstructure of various dairy foods, dividing each into sections related to the microstructure of milk, cheeses, yogurts, powders, and fat products, ice cream and frozen dairy desserts, dairy powders and selected traditional Indian dairy products. In addition, there is a review of the localization of microorganism within the microstructure of various dairy products. The last chapter discusses the challenges and future trends of the microstructure of dairy products. Presents complete coverage of the latest developments in dairy product microscopy techniquesDetails the use of microscopy techniques in structural analysisAn essential purchase for companies, researchers, and other professionals in the dairy sector Microstructure of Dairy Products is an excellent resource for food scientists, technologists, and chemists—and physicists, rheologists, and microscopists—who deal in dairy products.

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principlesMastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principlesMastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principles Mastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

This handbook is intended to be a comprehensive reference for the various chemical aspects of foods and food products. Apart from the traditional knowledge, this book covers the most recent research and development of food chemistry in the areas of functional foods and nutraceuticals, organic and genetically modified foods, nonthermal food processing as well as nanotechnology. This handbook contains both the basic and advanced chemistry both for food research and its practical applications in various food related industries and businesses. This book is appropriate for undergraduates and postgraduates in the academics and professionals from the various disciplines and industries who are interested in applying knowledge of food chemistry in their respective fields.

Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations details the most recent developments and updates regarding processed cheeses and cheese products. It offers comprehensive information on all aspects of processed cheese, including manufacturing, types, ingredients, flavors, colors, preservatives, functionality (texture and rheology), analyses, quality, microbiology, regulations and legislations.

Structured into 16 chapters, the book begins with an introduction that provides a general overview of processed cheese, followed by a detailed description of the ingredients used in manufacturing, such as using cheeses as ingredients, vegetable-originated ingredients, salts, and more. In addition, low sodium and low-salt processed cheeses are discussed, highlighting the potential benefits for human health. Technological aspects of processed cheese are also covered, followed by an outline of special types of processed cheeses. The book then goes on to examine techniques for end-product characterization, as well as the quality aspects including the microbiology of processed cheese. The last chapter discusses the applications, current challenges, and market trends of processed cheese.

Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations is an excellent resource aimed at food scientists, researchers in academia, and individuals working in the food industry and the commercial sector with a focus on processed cheeses and their end-products.

Offers the most complete coverage of processed cheese products to-date Led by active researchers and educators with expertise in processed cheeses, featuring chapters by global dairy science experts Includes extensive lists of references for further reading at the end of each chapter

Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations details the most recent developments and updates regarding processed cheeses and cheese products. It offers comprehensive information on all aspects of processed cheese, including manufacturing, types, ingredients, flavors, colors, preservatives, functionality (texture and rheology), analyses, quality, microbiology, regulations and legislations.Structured into 16 chapters, the book begins with an introduction that provides a general overview of processed cheese, followed by a detailed description of the ingredients used in manufacturing, such as using cheeses as ingredients, vegetable-originated ingredients, salts, and more. In addition, low sodium and low-salt processed cheeses are discussed, highlighting the potential benefits for human health. Technological aspects of processed cheese are also covered, followed by an outline of special types of processed cheeses. The book then goes on to examine techniques for end-product characterization, as well as the quality aspects including the microbiology of processed cheese. The last chapter discusses the applications, current challenges, and market trends of processed cheese.Processed Cheese Science and Technology: Ingredients, Manufacture, Functionality, Quality, and Regulations is an excellent resource aimed at food scientists, researchers in academia, and individuals working in the food industry and the commercial sector with a focus on processed cheeses and their end-products.- Offers the most complete coverage of processed cheese products to-date- Led by active researchers and educators with expertise in processed cheeses, featuring chapters by global dairy science experts- Includes extensive lists of references for further reading at the end of each chapter

Casein: Structural Properties, Uses, Health Benefits and Nutraceutical Applications investigates casein properties, uses, and applications in food and non-food products, in addition to exploring its health benefits and uses in manufacturing, such as in cheese products, along with an in-depth discussion on the future scope, challenges, and market trends of this protein.Casein: Structural Properties, Uses, Health Benefits and Nutraceutical Applications is an excellent reference for food scientists, dairy researchers, pharmaceutical scientists, students and researchers studying related fields.- Provides comprehensive coverage of casein, the main milk protein that has many applications and uses- Includes suggested reading for further information- Addresses a wide-range of related topics, including non-food applications of casein

Casein: Structural Properties, Uses, Health Benefits and Nutraceutical Applications investigates casein properties, uses, and applications in food and non-food products in addition to exploring its health benefits and uses in manufacturing, such as in cheese products. Sections include in-depth discussions on the future scope, challenges, and market trends of this protein. This book is an excellent reference for food scientists, dairy researchers, pharmaceutical scientists, students and researchers studying related fields.

Provides comprehensive coverage of casein, the main milk protein that has many applications and usesIncludes suggested reading for further informationAddresses a wide-range of related topics, including non-food applications of casein

Whey: Composition, Processing, Applications, Health Benefits and Waste Utilization covers the basics of its chemistry and composition and its more advanced aspects and applications. The nutritive, bioactive, and functional properties covered, as well as whey's uses in the texture and stability of dairy foods. Finally, whey is discussed as a by-product of foods such as cheese and yogurt, along with methods for responsible conversion into valuable products to minimize environmental impact. Written with a student and early-career audience in mind, this work offers a one-stop-shop to all aspects of a key dairy component that has exciting potential for future research.This book will particularly benefit graduate and post graduate students, as well as post docs and early career researchers in dairy science, food science, and nutrition. Experienced scientists will also find this book useful as a starting point for new research projects.Offers a complete, one-stop reference for whey, a crucial concept in dairy science and researchCovers the composition, nutritional information, applications, and by-products of whey productionIncludes interdisciplinary contributions from a global team of experts in food sciences, chemistry, pharmaceutical sciences, and related fields

Whey: Composition, Processing, Applications, Health Benefits and Waste Utilization covers the basics of its chemistry and composition and its more advanced aspects and applications. The nutritive, bioactive, and functional properties covered, as well as whey's uses in the texture and stability of dairy foods. Finally, whey is discussed as a by-product of foods such as cheese and yogurt, along with methods for responsible conversion into valuable products to minimize environmental impact. Written with a student and early-career audience in mind, this work offers a one-stop-shop to all aspects of a key dairy component that has exciting potential for future research.This book will particularly benefit graduate and post graduate students, as well as post docs and early career researchers in dairy science, food science, and nutrition. Experienced scientists will also find this book useful as a starting point for new research projects. - Offers a complete, one-stop reference for whey, a crucial concept in dairy science and research- Covers the composition, nutritional information, applications, and by-products of whey production- Includes interdisciplinary contributions from a global team of experts in food sciences, chemistry, pharmaceutical sciences, and related fields

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principles Mastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

Provides the most recent developments in microscopy techniques and types of analysis used to study the microstructure of dairy products 

This comprehensive and timely text focuses on the microstructure analyses of dairy products as well as on detailed microstructural aspects of them. Featuring contributions from a global team of experts, it offers great insight into the understanding of different phenomena that relate to the functional and biochemical changes during processing and subsequent storage. 

Structured into two parts, Microstructure of Dairy Products begins with an overview of microscopy techniques and software used for microstructural analyses. It discusses, in detail, different types of the following techniques, such as: light microscopy (including bright field, polarized, and confocal scanning laser microscopy) and electron microscopy (mainly scanning and transmission electron microscopy). The description of these techniques also includes the staining procedures and sample preparation methods developed. Emerging microscopy techniques are also covered, reflecting the latest advances in this field. Part 2 of the book focuses on the microstructure of various dairy foods, dividing each into sections related to the microstructure of milk, cheeses, yogurts, powders, and fat products, ice cream and frozen dairy desserts, dairy powders and selected traditional Indian dairy products. In addition, there is a review of the localization of microorganism within the microstructure of various dairy products. The last chapter discusses the challenges and future trends of the microstructure of dairy products.

Presents complete coverage of the latest developments in dairy product microscopy techniques Details the use of microscopy techniques in structural analysis An essential purchase for companies, researchers, and other professionals in the dairy sector 

Microstructure of Dairy Products is an excellent resource for food scientists, technologists, and chemists—and physicists, rheologists, and microscopists—who deal in dairy products.

Provides the most recent developments in microscopy techniques and types of analysis used to study the microstructure of dairy products 

This comprehensive and timely text focuses on the microstructure analyses of dairy products as well as on detailed microstructural aspects of them. Featuring contributions from a global team of experts, it offers great insight into the understanding of different phenomena that relate to the functional and biochemical changes during processing and subsequent storage. 

Structured into two parts, Microstructure of Dairy Products begins with an overview of microscopy techniques and software used for microstructural analyses. It discusses, in detail, different types of the following techniques, such as: light microscopy (including bright field, polarized, and confocal scanning laser microscopy) and electron microscopy (mainly scanning and transmission electron microscopy). The description of these techniques also includes the staining procedures and sample preparation methods developed. Emerging microscopy techniques are also covered, reflecting the latest advances in this field. Part 2 of the book focuses on the microstructure of various dairy foods, dividing each into sections related to the microstructure of milk, cheeses, yogurts, powders, and fat products, ice cream and frozen dairy desserts, dairy powders and selected traditional Indian dairy products. In addition, there is a review of the localization of microorganism within the microstructure of various dairy products. The last chapter discusses the challenges and future trends of the microstructure of dairy products.

Presents complete coverage of the latest developments in dairy product microscopy techniques Details the use of microscopy techniques in structural analysis An essential purchase for companies, researchers, and other professionals in the dairy sector 

Microstructure of Dairy Products is an excellent resource for food scientists, technologists, and chemists—and physicists, rheologists, and microscopists—who deal in dairy products.

Provides the most recent developments in microscopy techniques and types of analysis used to study the microstructure of dairy products This comprehensive and timely text focuses on the microstructure analyses of dairy products as well as on detailed microstructural aspects of them. Featuring contributions from a global team of experts, it offers great insight into the understanding of different phenomena that relate to the functional and biochemical changes during processing and subsequent storage. Structured into two parts, Microstructure of Dairy Products begins with an overview of microscopy techniques and software used for microstructural analyses. It discusses, in detail, different types of the following techniques, such as: light microscopy (including bright field, polarized, and confocal scanning laser microscopy) and electron microscopy (mainly scanning and transmission electron microscopy). The description of these techniques also includes the staining procedures and sample preparation methods developed. Emerging microscopy techniques are also covered, reflecting the latest advances in this field. Part 2 of the book focuses on the microstructure of various dairy foods, dividing each into sections related to the microstructure of milk, cheeses, yogurts, powders, and fat products, ice cream and frozen dairy desserts, dairy powders and selected traditional Indian dairy products. In addition, there is a review of the localization of microorganism within the microstructure of various dairy products. The last chapter discusses the challenges and future trends of the microstructure of dairy products. Presents complete coverage of the latest developments in dairy product microscopy techniquesDetails the use of microscopy techniques in structural analysisAn essential purchase for companies, researchers, and other professionals in the dairy sector Microstructure of Dairy Products is an excellent resource for food scientists, technologists, and chemists—and physicists, rheologists, and microscopists—who deal in dairy products.

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principlesMastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principlesMastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

A large variety of food products all over the world are prepared by the fermentation of various raw materials. Fermentation: Effects on Food Properties explores the role of fermentation reactions in the chemical, functional, and sensory properties of food components as well as their effect on food component content and biological activity. Emphasizing the various chemical changes that take place during processing, both pre- and post-fermentation, the book explores: The complex microbial community in fermented foods The generation of the flavor and aroma compounds in fermented foodsThe effect of fermentation on the rheological properties and the color of foodsThe effect of fermentation on bioactivities of foodsHow microorganisms during fermentation can remove or detoxify antinutritional compounds in raw foodsThe fortification of products derived from fermentation processes and technical issues in the production and distribution of such foodsFermentation processes for cereals, legumes, vegetables, dairy products, seafood, and meatFood safety and adherence to the Hazard Analysis and Critical Control Points (HACCP) principles Mastering today’s art of fermentation processes requires detailed knowledge of food raw materials, microbiology, enzymology, chemistry/biochemistry, physics, engineering, and technology. This volume is an important starting point in understanding the process. Presented in concise, accessible chapters contributed by food experts, the book contains ample references to enhance further, more detailed exploration of this critical topic as we search for ways to enhance food quality for better health.

This handbook is intended to be a comprehensive reference for the various chemical aspects of foods and food products. Apart from the traditional knowledge, this book covers the most recent research and development of food chemistry in the areas of functional foods and nutraceuticals, organic and genetically modified foods, nonthermal food processing as well as nanotechnology. This handbook contains both the basic and advanced chemistry both for food research and its practical applications in various food related industries and businesses. This book is appropriate for undergraduates and postgraduates in the academics and professionals from the various disciplines and industries who are interested in applying knowledge of food chemistry in their respective fields.