The future prospects of probiotics lie in the successful application of individual strains with specific beneficial effects on the host. This development implies that not only the most robust strains are selected but also strains with a promising probiotic function with moderate or high sensitivity to processing stresses. This also means an increasing variety of probiotic strains with different functions. Therefore the processing of probiotics becomes an important issue. The strains have to be cultivable and proper growth conditions have to be known. Another very important step in processing is the preservation step. This includes either the freezing and frozen storage or the drying and storage in powder form. The fermentation, drying, and storage processes are highly interrelated. Therefore a holistic approach has to be chosen for the production of highly effective probiotic formulation. The book comprises state-of-the-art knowledge on isolation and characterization of probiotics as well as processing (fermentation, freezing, drying, and storage) and application of probiotics in different food products. This book will serve as a guidebook to researchers, technologists, and industry professionals in the field of probiotics.

Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications provides the most updated and comprehensive knowledge on fish protein hydrolysate production using a variety of innovative processing techniques and technologies. This book highlights various biological activities and health benefits of fish protein hydrolysates, their food and nutraceutical industry applications, and associated safety concerns.Written by international experts in the field of fisheries and seafood processing, this book provides its readership with a wealth of recent developments and guidance on each production method, including current and emerging technologies. This book discusses the defatting and debittering aspects of fish protein hydrolysates, purification methods, trends in food product development, food and feed applications, and more. Most importantly, this book provides real-time industrial scale-up process, commercialization, safety, and regulatory issue of fish protein hydrolysate as a food ingredient.Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications is a valuable resource for fish processing industries, researchers, or scientists to update their knowledge on production techniques, bittering issues of fish protein hydrolysates, and scale-up processes. In addition, this is a valuable source for academic scholars and students to keep up to date with the current changes and improvements in fish protein hydrolysate production and applications in the food industry.

Provides methods to utilize low-value fish discards and minimize seafood processing wasteDiscusses current technologies and the impact of different processing parameters on fish protein hydrolysate productionExplains the de-bittering process, functional properties, bioactivities, food applications, and health benefits of fish protein hydrolysatesOutlines food safety concerns and regulation of fish protein hydrolysate as a food ingredient

Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications provides the most updated and comprehensive knowledge on fish protein hydrolysate production using a variety of innovative processing techniques and technologies. This book highlights various biological activities and health benefits of fish protein hydrolysates, their food and nutraceutical industry applications, and associated safety concerns.Written by international experts in the field of fisheries and seafood processing, this book provides its readership with a wealth of recent developments and guidance on each production method, including current and emerging technologies. This book discusses the defatting and debittering aspects of fish protein hydrolysates, purification methods, trends in food product development, food and feed applications, and more. Most importantly, this book provides real-time industrial scale-up process, commercialization, safety, and regulatory issue of fish protein hydrolysate as a food ingredient.Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications is a valuable resource for fish processing industries, researchers, or scientists to update their knowledge on production techniques, bittering issues of fish protein hydrolysates, and scale-up processes. In addition, this is a valuable source for academic scholars and students to keep up to date with the current changes and improvements in fish protein hydrolysate production and applications in the food industry.- Provides methods to utilize low-value fish discards and minimize seafood processing waste- Discusses current technologies and the impact of different processing parameters on fish protein hydrolysate production- Explains the de-bittering process, functional properties, bioactivities, food applications, and health benefits of fish protein hydrolysates- Outlines food safety concerns and regulation of fish protein hydrolysate as a food ingredient

The future prospects of probiotics lie in the successful application of individual strains with specific beneficial effects on the host. This development implies that not only the most robust strains are selected but also strains with a promising probiotic function with moderate or high sensitivity to processing stresses. This also means an increasing variety of probiotic strains with different functions. Therefore the processing of probiotics becomes an important issue. The strains have to be cultivable and proper growth conditions have to be known. Another very important step in processing is the preservation step. This includes either the freezing and frozen storage or the drying and storage in powder form. The fermentation, drying, and storage processes are highly interrelated. Therefore a holistic approach has to be chosen for the production of highly effective probiotic formulation. The book comprises state-of-the-art knowledge on isolation and characterization of probiotics as well as processing (fermentation, freezing, drying, and storage) and application of probiotics in different food products. This book will serve as a guidebook to researchers, technologists, and industry professionals in the field of probiotics.

The future prospects of probiotics lie in the successful application of individual strains with specific beneficial effects on the host. This development implies that not only the most robust strains are selected but also strains with a promising probiotic function with moderate or high sensitivity to processing stresses. This also means an increasing variety of probiotic strains with different functions. Therefore the processing of probiotics becomes an important issue. The strains have to be cultivable and proper growth conditions have to be known. Another very important step in processing is the preservation step. This includes either the freezing and frozen storage or the drying and storage in powder form. The fermentation, drying, and storage processes are highly interrelated. Therefore a holistic approach has to be chosen for the production of highly effective probiotic formulation. The book comprises state-of-the-art knowledge on isolation and characterization of probiotics as well as processing (fermentation, freezing, drying, and storage) and application of probiotics in different food products. This book will serve as a guidebook to researchers, technologists, and industry professionals in the field of probiotics.

Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications provides the most updated and comprehensive knowledge on fish protein hydrolysate production using a variety of innovative processing techniques and technologies. This book highlights various biological activities and health benefits of fish protein hydrolysates, their food and nutraceutical industry applications, and associated safety concerns.Written by international experts in the field of fisheries and seafood processing, this book provides its readership with a wealth of recent developments and guidance on each production method, including current and emerging technologies. This book discusses the defatting and debittering aspects of fish protein hydrolysates, purification methods, trends in food product development, food and feed applications, and more. Most importantly, this book provides real-time industrial scale-up process, commercialization, safety, and regulatory issue of fish protein hydrolysate as a food ingredient.Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications is a valuable resource for fish processing industries, researchers, or scientists to update their knowledge on production techniques, bittering issues of fish protein hydrolysates, and scale-up processes. In addition, this is a valuable source for academic scholars and students to keep up to date with the current changes and improvements in fish protein hydrolysate production and applications in the food industry.

Provides methods to utilize low-value fish discards and minimize seafood processing wasteDiscusses current technologies and the impact of different processing parameters on fish protein hydrolysate productionExplains the de-bittering process, functional properties, bioactivities, food applications, and health benefits of fish protein hydrolysatesOutlines food safety concerns and regulation of fish protein hydrolysate as a food ingredient

Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications provides the most updated and comprehensive knowledge on fish protein hydrolysate production using a variety of innovative processing techniques and technologies. This book highlights various biological activities and health benefits of fish protein hydrolysates, their food and nutraceutical industry applications, and associated safety concerns.Written by international experts in the field of fisheries and seafood processing, this book provides its readership with a wealth of recent developments and guidance on each production method, including current and emerging technologies. This book discusses the defatting and debittering aspects of fish protein hydrolysates, purification methods, trends in food product development, food and feed applications, and more. Most importantly, this book provides real-time industrial scale-up process, commercialization, safety, and regulatory issue of fish protein hydrolysate as a food ingredient.Fish Protein Hydrolysates: From Production to Food and Nutraceutical Industry Applications is a valuable resource for fish processing industries, researchers, or scientists to update their knowledge on production techniques, bittering issues of fish protein hydrolysates, and scale-up processes. In addition, this is a valuable source for academic scholars and students to keep up to date with the current changes and improvements in fish protein hydrolysate production and applications in the food industry.- Provides methods to utilize low-value fish discards and minimize seafood processing waste- Discusses current technologies and the impact of different processing parameters on fish protein hydrolysate production- Explains the de-bittering process, functional properties, bioactivities, food applications, and health benefits of fish protein hydrolysates- Outlines food safety concerns and regulation of fish protein hydrolysate as a food ingredient

The future prospects of probiotics lie in the successful application of individual strains with specific beneficial effects on the host. This development implies that not only the most robust strains are selected but also strains with a promising probiotic function with moderate or high sensitivity to processing stresses. This also means an increasing variety of probiotic strains with different functions. Therefore the processing of probiotics becomes an important issue. The strains have to be cultivable and proper growth conditions have to be known. Another very important step in processing is the preservation step. This includes either the freezing and frozen storage or the drying and storage in powder form. The fermentation, drying, and storage processes are highly interrelated. Therefore a holistic approach has to be chosen for the production of highly effective probiotic formulation. The book comprises state-of-the-art knowledge on isolation and characterization of probiotics as well as processing (fermentation, freezing, drying, and storage) and application of probiotics in different food products. This book will serve as a guidebook to researchers, technologists, and industry professionals in the field of probiotics.