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Worldwide, soybean seed proteins represent a major source of amino acids for human and animal nutrition. Soybean seeds are an important and economical source of protein in the diet of many developed and developing countries. Soy is a complete protein, and soy-foods are rich in vitamins and minerals. Soybean protein provides all the essential amino acids in the amounts needed for human health. Recent research suggests that soy may also lower risk of prostate, colon and breast cancers as well as osteoporosis and other bone health problems, and alleviate hot flashes associated with menopause. This volume is expected to be useful for student, researchers and public who are interested in soybean.
Soybeans represent an excellent source of high-quality protein with a low content in saturated fat. They can be made into various foods, such as tofu, miso, breakfast cereals, energy bars, and soy cakes. Much research has been carried out on the positive health effects of soybeans, and increasing evidence shows that consumption of soybeans may reduce the risk of osteoporosis, have a beneficial role in chronic renal disease, lower plasma cholesterol, and decrease the risk of coronary heart disease. Phytochemicals in Soybeans: Bioactivity and Health Benefits describes in detail the chemical characteristics of health-promoting components of soybeans and soybean products, their impacts on human health, and emerging technologies about soybean processing and new products. With 22 chapters containing the most recent information associated with soybean products, topics of the chapters include soybeans’ role in human nutrition and health, their composition and physicochemical properties, action mechanism of their physiologic function, processing engineering technology, food safety, and quality control. Key Features: Promotes soybean products as functional food with advanced processing technology Presents the basic research containing the experimental design, methods used, and a detailed description of the results. Provides a systematic approach to the subject to facilitate a better comprehension of the subjects with illustrations and diagrams Includes a comprehensive and up-to-date list of references With contributions from authors around the world who are experts in their field, this book contains new information on the health impacts of soybean consumption, new product development, and alternative technologies of soybean processing, and will be useful for professors and researchers, as well as graduate and undergraduate students alike.
This comprehensive new soybean reference book disseminates key soybean information to "drive success for soybeans via 23 concise chapters covering all aspects of soybeans--from genetics, breeding and quality to post-harvest management, marketing and utilization (food and energy applications), U.S. domestic versus foreign practices and production methods. - The most complete and authoritative book on soybeans - Features internationally recognized authors in the 21-chapter book - Offers sufficient depth to meet the needs of experts in the subject matter, as well as individuals with basic knowledge of the topic
The soybean is a crop of global importance and is one of most frequently cultivated crops worldwide. It is rich in oil and protein, used for human and animal consumption as well as for industrial purposes. Soybean plants also play an important role in crop diversification and benefit the growth of other crops, adding nitrogen to the soil during crop rotation. With contributions from eminent researchers from around the world, The Soybean provides a concise coverage of all aspects of this important crop, including genetics and physiology, varietal improvement, production and protection technology, utilization and nutritional value.
Soybean is the main oilseed crop worldwide, a staple crop for protein-rich food and feed as well as a significant source of nutraceutical compounds with many different medical benefits. Soybean for Human Consumption and Animal Feed highlights the state of research in soybean nutritional attributes as well as science-based approaches defining the future of soybean for human consumption and animal feed. Over seven chapters, this book presents a comprehensive picture of the potential of soybean for human and animal diets and health as well as quality stock for pharmaceutical and functional food industries with an emphasis on the importance of genetic improvement of soybean germplasm in enhancing healthy and safe properties of final soy products.
The soybean [Glycine max (L. ) Merrill], a native of China, is one of the oldest crops of the Far East. For centuries, the Chinese and other Oriental people, including Japanese, Korean, and Southeast Asians, have used the bean in various forms as one of the most important sources of dietary protein and oil. For this reason and because the amount of protein produced by soybeans per unit area of land is higher than that of any other crop, this little old bean has been called "yellow jewel," "great treasure," "nature's miracle protein," and "meat of the field. " Now this bean is seen by some as a weapon against world hunger and a protein of the future. Most recently, the soybean has been touted as a possible weapon against chronic diseases. Since large-scale introduction to the Western world at the beginning of the twentieth century, the cultivation and use of soybeans have undergone a dramatic revolution: from traditional soyfoods in the Orient to a new generation of soyfoods in the West, from animal feed to value-added food protein ingredients, from industrial paints to affordable table oils and spreads, from an old field crop to a new crop with wide regions of adoptability, herbicide tolerance, pest resistance, and/or altered chemical composition, and from limited regional cultivation to expanded worldwide production.
While the western world has only recently become enamored with the soybean, East Asia has been consuming and enjoying the associated health benefits of this versatile proteinaceous legume for centuries. The Japanese in particular have devoted much energy to unraveling the mysteries and revealing the science of this oil-rich bean. The Fuji Foundatio
Oilseeds offer a plethora of opportunities for the food and feed industry, thanks to their high oil and protein content . Their phytonutrients and functional components have attracted the interest of researchers, leading to the development of functional foods. This book gathers the latest scientific information on the nutrients, phytonutrients and health benefits as well as the adverse effects of consuming various conventional and non-conventional oilseeds. In addition, each chapter includes a section comprehensively explaining the use of oilseeds in functional bakery, dairy, and other food products. Given its scope, the book is a valuable resource for students, researchers, nutritionists, food scientists and technologists, and for anyone involved in product development based on oilseed and its components.
Meet Coolbean the Soybean! He’s a super bean, but he has something very important in common with kids everywhere. He needs the support and knowledge of his family and friends - including an awesome farmer and some smart scientists - to grow up. Follow Coolbean’s life cycle, from being planted in a cozy bed of healthy soil, to developing flowers and pods, to a happy harvest. See why soybeans are special beans all over the world, feeding billions of people and used for making many other products, from crayons to cars! ...all in alignment with common core standards for reading and science. Aimed at Grades 3 - 5, but lovable by all ages.
This book provides current research on the cultivation, nutritional properties and effects on health of soybeans. Chapter One examines the antioxidant defense system in foliar and seed extracts of seven soybean cultivars. Chapter Two introduces phytic acid, an anti-nutritional factor in soybean seeds, soybean mea and phytic acid in animal production, low phytic acid (LPA) soybeans, LPA soybeans in meal production, and the potential problems with LPA soybean varieties. Chapter Three explains the mechanisms that regulate the triggered responses produced by different insect pests on soybean organs. Chapter Four reviews possible risks of food chain contamination and the possibility of crop loss from soybeans being exposed to arsenic. Chapter Five focuses on the behavior of soybean plants inoculated with the mycorrhisal fungus Rhizophagus intraradices, subjected to i) a sudden and severe water stress; ii) increasing levels of arsenic (As) in soil, and iii) a biotic stress such as the fungal disease charcoal rot. Chapter Six evaluates the deoxynivalenol and zearalenone toxin transmission caused by several F. graminearu isolates, and their effect on seed viability and flour quality of soybean and wheat. Chapter Seven discusses the changes in the form of growing soybeans after the emergence of transgenic soybeans in Brazil, seeking to discuss their advantages and disadvantages in relation to environmental, social and economic areas. Chapter Eight focuses on the ecology, diversity and pathogenicity of the Fusarium graminearum species complex in soybean agroecosystem in Argentina. Chapter Nine describes sustainable chemical control of LSD, FLS and ASR, framed within a program of integrated disease management.