邱宏端, 林娟, 宋智晶, 石丽荣. 植物多糖的提取及对双歧杆菌的增殖作用[J]. 农业工程学报, 2002, 18(2): 96-100.
    引用本文: 邱宏端, 林娟, 宋智晶, 石丽荣. 植物多糖的提取及对双歧杆菌的增殖作用[J]. 农业工程学报, 2002, 18(2): 96-100.
    Qiu Hongduan, Lin Juan, Song Zhijing, Shi Lirong. Extraction of Vegetal Polysaccharose and Its Effect on Bifidobacterium Multiplication[J]. Transactions of the Chinese Society of Agricultural Engineering (Transactions of the CSAE), 2002, 18(2): 96-100.
    Citation: Qiu Hongduan, Lin Juan, Song Zhijing, Shi Lirong. Extraction of Vegetal Polysaccharose and Its Effect on Bifidobacterium Multiplication[J]. Transactions of the Chinese Society of Agricultural Engineering (Transactions of the CSAE), 2002, 18(2): 96-100.

    植物多糖的提取及对双歧杆菌的增殖作用

    Extraction of Vegetal Polysaccharose and Its Effect on Bifidobacterium Multiplication

    • 摘要: 采用水提法提取枸杞、红枣、甘薯、淮山4种植物原料及花菇多糖,正交设计优化提取条件,并将植物提取多糖用于双歧杆菌的增殖试验。结果表明,植物多糖提取优化条件,加水比例分别为:枸杞、红枣1∶10,花菇1∶15,甘薯1∶3,淮山1∶9;提取温度:80~95℃;提取时间1~3h。5种原料在优化条件下的多糖提取率相对于植物取样质量分别为:枸杞51.8%、红枣53.2%、花菇28.2%、甘薯18.8%、淮山18.3%。5种原料提取多糖对双歧杆菌的增殖作用:菌体在对数生长期生长速率常数(R)提高135%~85%,世代时间(G)缩短56%~44%。

       

      Abstract: The water extraction of vegetal polysaccharose from the fruit of Chinese wolfberry, red jujube, flower mushroom, sweet potato and huaishan, the optimization of extracting conditions by orthogonal design and the multiplication of bifidobacterium functioned by polysaccharose extracted from vegetable were studied. The results showed that the optimal extracting conditions of vegetal polysaccharose are as follows: the adding ratio of water, for the fruit of Chinese wolfberry and red jujube is 1∶10, flower mushroom is 1∶15, sweet potato is 1∶3 and huaisan is 1∶9, the temperature of extraction: is 80~95 ℃, the time of extraction: is 1~3 h.In the conditions, the extraction rates of vegetal polysaccharose are: wolfberry 51 8%, red jujube 53.2%, flower mushroom 28.2%, sweet potato 18.8%, huaishan 18.3%. The multiplication of bifidobacterium functioned by polysaccharose extracted from five kinds of vegetal was that the growth rate constant (R) is raised by 135%~85% and the generation time (G) is reduced 56%~44% in logarithmic phase.

       

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