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1 近年我国主要谷物生产和消费量
2003年谷物产量:稻谷1.6亿t;小麦0.865亿t,玉米1.158亿t;薯类0.3513亿t。 相似文献
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谷物中含有诸多对人体具有健康功效的营养和生物活性物质。植酸广泛分布于谷物中,是一种既对人体发挥有益功能活性,同时又干扰营养物质消化和吸收的抗营养因子。本文围绕谷物中的植酸,首先介绍了其分子结构、物化性质,以及在谷物中的含量与分布;其次从不利和有益两个角度描述了植酸的功能活性,比较了三种不同生物加工方式(生物发酵、萌芽和酶处理)对植酸活性的影响,并汇总分析了生物加工调控植酸水平对婴幼儿膳食、肠道微生态的影响及其在工业添加剂中的应用;最后对谷物中植酸的未来研究热点及发展方向进行了展望,旨在为谷物中植酸的进一步研究和开发应用,以及探索合理利用植酸的谷物加工技术提供参考与指导。 相似文献
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食醋是人们生活中不可或缺的调味品,也是世界上应用最为广泛的酸性调味品.中国、日本、韩国等东亚国家的食醋多以高粱、大米、糯米等谷物为原料发酵而成,而欧美、非洲等国家和地区则以水果原料酿造为主.风味是食醋的基本属性,直接影响其品质与受欢迎程度.食醋风味分析主要包括风味物质浓缩与提取、风味物质的定性与定量、特征风味化合物及其... 相似文献
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Antioxidant Properties of Cereal Products 总被引:1,自引:0,他引:1
Four commercial cereal products were examined and compared for their free radical scavenging properties, chelating capacity, and total phenolic contents. The Quaker Oat Bran? ready‐to‐eat cold cereal showed the greatest activity to quench DPPH radicals, while the Quaker oatmeal had the highest capacity against ABTS+. Significant Fe2+ chelating activity was also detected in these cereal products with EDTA equivalents of 0.08 to 0.48 mg/g cereals. The total phenolic contents were 203 to 524 mg per gram of cereal products. These results indicate that readily available cereal products contain significant levels of antioxidants and may be an important source of dietary antioxidants. 相似文献
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我国杂粮加工制品的发展现状及趋势 总被引:2,自引:0,他引:2
目前杂粮制品成为人们饮食营养的新宠。本文就杂粮制品的营养功效、市场上杂粮制品的品种及开发现状、杂粮制品的发展思路等方面进行了综述。 相似文献
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《Food Reviews International》2013,29(4):335-379
Baked cereal products represent one of the most consumed foodstuffs in the world. Extensive scientific research has been focused on the volatile composition of these types of products. It has been shown that in spite of the great number of compounds identified, only a small number of them are responsible for the aroma. Many factors can affect the aroma composition of baked cereal products and different strategies have been proposed to improve the endogenous aroma. Furthermore, the addition of exogenous aroma compounds is extensively employed when baked cereal products with special traits are required. This article reviews the different ways in which the aroma is generated in baked cereal products and the methods that can be used to control or modify their flavor, as well as the problems related to the flavoring and the different approaches that flavor technologists have proposed to solve these problems. Some important issues and directions for future research in the flavor of baked cereal products are listed. 相似文献
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Baked cereal products represent one of the most consumed foodstuffs in the world. Extensive scientific research has been focused on the volatile composition of these types of products. It has been shown that in spite of the great number of compounds identified, only a small number of them are responsible for the aroma. Many factors can affect the aroma composition of baked cereal products and different strategies have been proposed to improve the endogenous aroma. Furthermore, the addition of exogenous aroma compounds is extensively employed when baked cereal products with special traits are required. This article reviews the different ways in which the aroma is generated in baked cereal products and the methods that can be used to control or modify their flavor, as well as the problems related to the flavoring and the different approaches that flavor technologists have proposed to solve these problems. Some important issues and directions for future research in the flavor of baked cereal products are listed. 相似文献
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《Food Reviews International》2013,29(2):107-121
Tarhana has a long history. According to historical records, it was first produced by Turkish people in Middle Asia and afterwards it spread out to different parts of the world. It is a fermented cereal-based food and can be simply defined as a mixture of yoghurt, cereal flours, yeast, different vegetables, herbs, and spices. After the mixing process, tarhana dough is fermented for 1 to 5 days and immediately dried. Both lactic acid bacteria (LAB) and yeast fermentations occur simultaneously during tarhana production. Therefore, tarhana has sour and acidic taste with yeast flavour as well. It is sun-dried at the home-made level or oven-dried of the commercial level. Several types of tarhana can be classified depending upon processing method or raw materials used. Low moisture (6–10%), low pH (3.5–5.0), and components (organic acids, bacteriosin, etc.) formed in fermentation have bacteriostatic effect on pathogens and spoilage microorganisms during long term storage (1–2 years) and enhance shelf life. Since tarhana is a good source of B vitamins, minerals, organic acids, and free amino acids, and since it is a product of LAB and yeast fermentation, it may be considered a functional and probiotic food. 相似文献
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Tarhana has a long history. According to historical records, it was first produced by Turkish people in Middle Asia and afterwards it spread out to different parts of the world. It is a fermented cereal-based food and can be simply defined as a mixture of yoghurt, cereal flours, yeast, different vegetables, herbs, and spices. After the mixing process, tarhana dough is fermented for 1 to 5 days and immediately dried. Both lactic acid bacteria (LAB) and yeast fermentations occur simultaneously during tarhana production. Therefore, tarhana has sour and acidic taste with yeast flavour as well. It is sun-dried at the home-made level or oven-dried of the commercial level. Several types of tarhana can be classified depending upon processing method or raw materials used. Low moisture (6-10%), low pH (3.5-5.0), and components (organic acids, bacteriosin, etc.) formed in fermentation have bacteriostatic effect on pathogens and spoilage microorganisms during long term storage (1-2 years) and enhance shelf life. Since tarhana is a good source of B vitamins, minerals, organic acids, and free amino acids, and since it is a product of LAB and yeast fermentation, it may be considered a functional and probiotic food. 相似文献