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chemical sciences --- biology --- chemical technologies --- food engineering --- General biochemistry --- biotechnologie
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industrial engineering --- electronics --- architecture --- food engineering --- Engineering --- Technology
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When compared to other major fruits, citrus fruits have resistance to pests and diseases, a short growing season and productivity even under harsh environmental conditions. Worldwide, citrus fruits are well known for their nutrients-rich juice and medicinal properties. Juice extracted from citrus fruits is rich source of vitamin C and various antioxidant compounds that are required to sustain a healthy life. Fruits are consumed in raw as well as processed forms, and the pharmacological importance of citrus fruits are not only limited to its edible parts, but also to non edible seeds and peel that are also a rich source of bioactive constituents with health benefiting properties. In current fruit processing techniques the peel is discarded as a byproduct after extraction of the juice. Researchers and food scientists are now focusing on utilization of fruit waste/byproducts to use them as a substrate in food processing, cosmetic and pharmaceutical industries. Whole fruits, seeds contain important antioxidant and antimicrobial properties. Recent Advances in Citrus Fruits provide in-depth knowledge on the nutritional profile, production details, processing, products and health benefits of citrus fruits. The most important citrus fruits, from lemons and limes to grapefruit and mosambi are covered in full, providing researchers with full breakdowns on each citrus fruit's nutritional makeup, processing specifics and agrarian importance, health benefits and use in various products across a wide range of industries. This text covers all of the latest research related to citrus fruits and provides researchers with a curated source on these valuable fruits.
Food science. --- Food --- Food Science. --- Food Engineering. --- Food Microbiology. --- Microbiology.
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The rapid increase in industrial processes for the preparation and processing of various food products have resulted in the creation of large quantities of waste. These food wastes contain large amounts of nutrients which can be further converted into useful products, making byproduct technology increasingly important. Byproducts produced from various agro-based industries like cereals, fruits, vegetable processing, fish, meat and poultry can be converted into beneficial products. For instance, cereal and legume processing produces large quantities of wastes which can result in environmental problems affecting air, soil and water quality. These wastes can be efficiently utilized and converted into value added products such as bioethanol, butanol, biohydrogen, biogas, biocoal, industrially treasured enzymes, biofertilizer, proteins and organic acids. Value Added Products From Food Waste covers waste management techniques utilized for managing raw materials in the food industry in an efficient way, recovering and reusing waste or neutralizing unwanted components. Chapters focus on the latest technologies and efficient management systems in all areas of food processing that make this process economical and minimize the hazards caused by the deposition of waste. From the dairy industry to cereals to fruits and vegetables to fish, each aspect of the food industry is examined with an eye for how to utilize food waste, transforming these wastes into value added products.
Food science. --- Food --- Food Science. --- Food Microbiology. --- Food Engineering. --- Microbiology.
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Nutraceuticals are defined as any food bioactive compounds or supplements which provide health and medicinal benefits, usually in the prevention of disease and sometimes playing a role in their treatment as well. Nutraceuticals are a combination of a variety of nutrients ranging from vitamins and minerals to certain amino acids. Nutrients are an essential part of the diet and serve a variety of roles in human physiology through various enzymes which govern biocatalysis in various metabolic pathways including tissue and DNA repair and body defense and immunity. Nutrients that are routinely prescribed as dietary supplements include multivitamins, minerals and certain specific amino acids. Nutraceuticals not only serve a pivotal role in tissue repair and body defense mechanism but also play a crucial role in various signal transduction and metabolic pathways. The deficiency of any crucial nutrient can negatively affect metabolic and transduction pathways which can lead toa variety of diseases and disorders. The preventive use of nutraceuticals is a promising new trend for a variety of diseases and disorders. Nutraceuticals: A New Millennium Approach for Preventive Medicine focuses on the preventive use of nutraceuticals to avoid various diseases and disorders. The chapters cover nutrients and human physiology, metabolism and xenobiotics, plus their use in the prevention and treatment of a wide range of diseases and disorders from cancer to cardiovascular disorders to diabetes and renal diseases. Further chapters study the role nutraceuticals play in the treatment of depression and mental illnesses, neurogenerative diseases and autoimmune diseases. The relationship between nutrients and suboptimal health is explored as are links between nutrition and infertility. As these food supplements continue to gain in popularity with consumers, it is increasingly important to understand their benefits and limitations in the prevention and treatment of various diseases and disorders, and this book offers a fully up-to-date snapshot for researchers. .
Food science. --- Nutrition. --- Physiology. --- Biotechnology. --- Biochemistry. --- Food Science. --- Food Engineering.
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food technology --- food engineering --- food science --- food safety --- food --- Food science and technology
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food science --- food engineering --- food manufacturing --- food production --- food applications --- food processing
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food technology --- food microbiology --- food engineering --- food science --- food chemistry --- food safety
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