Transforming Biotech in Food Processing is a comprehensive and forward-thinking exploration at the intersection of biotechnological innovations and global food processing.
Transforming Biotech in Food Processing is a comprehensive and forward-thinking exploration at the intersection of biotechnological innovations and global food processing.
In recent years, the convergence of food science and nanotechnology has revolutionized the way bioactive compounds are extracted, delivered and utilized for therapeutic and functional purposes.
In recent years, the convergence of food science and nanotechnology has revolutionized the way bioactive compounds are extracted, delivered and utilized for therapeutic and functional purposes.
Non-destructive quality analysis refers to a method of food testing that is designed explicitly to eliminate the potential of damage to the food quality.
Non-destructive quality analysis refers to a method of food testing that is designed explicitly to eliminate the potential of damage to the food quality.
Beta-glucans are the polysaccharides obtained from the cell wall of fungi, yeast, bacteria, and cereals with different physicochemical properties depending on the source.
Beta-glucans are the polysaccharides obtained from the cell wall of fungi, yeast, bacteria, and cereals with different physicochemical properties depending on the source.
In a rapidly evolving world, the integration of food processing and bioprocessing technologies has become essential to meet the demands of sustainable food production, resource optimization, and environmental conservation.
In a rapidly evolving world, the integration of food processing and bioprocessing technologies has become essential to meet the demands of sustainable food production, resource optimization, and environmental conservation.
This book offers a comprehensive overview of bioactive phytochemicals within by-products from leaf, stem, root, and tuber vegetables, and it explores the valorisation of these vegetable cultivation and processing by-products, not only as a source of valuable bioenergy but also for health purposes.
This textbook offers a comprehensive and practical guide to oenology, detailing the scientific principles and techniques essential for producing various types of wines.
This book examines nutraceuticals derived from plant, animal, or microbial sources, and presenting significant opportunities for food scientists and industry professionals to develop innovative foods or food components that address future human wellness and well-being requirements.
This book examines nutraceuticals derived from plant, animal, or microbial sources, and presenting significant opportunities for food scientists and industry professionals to develop innovative foods or food components that address future human wellness and well-being requirements.
The use of nanomaterials in food packaging is a rapidly advancing area with massive potential for increasing shelf life and improving the safety of food products.
This book highlights the science underlying honey, which is central to an understanding of conventional medicine or ingredients of food used mostly in all societies and it is attracting increasing interest among food scientists and professionals worldwide.
There is an increasing need for the food industry to provide information to ensure quality requirements and prevent the food fraud, applying in-situ and on-line technologies for full process control along the food chain.
For researchers and food industry professionals seeking a comprehensive, fully up to date single source on nanotechnology in food packaging, this text provides all the needed information.
One of the greatest challenges facing food product developers today is that of preserving aroma and flavor stability over time without comprising quality.
One of the greatest challenges facing food product developers today is that of preserving aroma and flavor stability over time without comprising quality.
Starch nanomaterials can be classified as nanocrystals, nanoparticles, nanofibers, nanomicelles and nanovesicles which are produced by both "e;top-down"e; and "e;bottom-up"e; approaches.
Starch nanomaterials can be classified as nanocrystals, nanoparticles, nanofibers, nanomicelles and nanovesicles which are produced by both "e;top-down"e; and "e;bottom-up"e; approaches.
This book addresses special lipids produced by chemical and enzymatic interesterification and explores the interesterification process and its crucial role in the modification of oils for various applications.