酵母细胞壁

  • 网络yeast cell wall;YCW
酵母细胞壁酵母细胞壁
  1. 结果表明:在日粮中添加0.3%酵母细胞壁可显著提高肉仔鸡22-42日龄平均日增重,提高5-42日龄饲料转化率(P<0.05),降低肉仔鸡的死亡率。

    The results showed that adding 0.3 % yeast cell wall to diet significantly increased 22-42 days daily gain of broiler ( P0.05 ), improved 5-42 days conversion rates , reduced broiler mortality .

  2. 双螺杆挤压膨化破碎啤酒酵母细胞壁的研究

    Crush of beer yeast cell wall by twin-screw extrusion

  3. 酵母细胞壁主要结构蛋白CWP33的纯化与研究

    Purification and characterization of major structural protein of cell wall ( cwp33 ) of yeast

  4. 紫外照射培养对酵母细胞壁葡聚糖的影响

    Effect of UV Radiation on Glucan of Cell Walls of Yeast

  5. 高压均质破碎啤酒酵母细胞壁的研究

    Study on the cell wall breaking of brewer 's yeast by high-pressure homogenization

  6. 酵母细胞壁在生长猪上的应用研究

    Study on the application of Polysaccharide from yeast cell wall in growing pigs

  7. 酵母细胞壁及其在水产中的应用

    The yeast cell wall and its application in aquiculture

  8. β-甘露聚糖酶水解酵母细胞壁水解条件的研究

    Study on optimization of hydrolysis by β - mannanase in yeast cell wall

  9. 酵母细胞壁混合物对尼莫地平片溶出度的影响

    Effects of brewer 's yeast cell wall mixture on medicine dissolution of tablets nimodipine

  10. 从酵母细胞壁提取β-1,3-D-葡聚糖的研究

    Study on the extraction of β - 1,3-D-Glucan from the cell wall of medical yeast

  11. 酵母细胞壁对免疫抑制状态下肉仔鸡生长性能和免疫功能的影响

    Effect of Yeast Cell Wall on the Performance and Immune Function on Status of Immunosuppression in Broilers

  12. 酵母细胞壁是一种环保型绿色饲料添加剂,在水产健康养殖中应用十分广泛。

    Yeast cell wall , a kind of environmental protection feed additive , is widely applied in health aquaculture .

  13. 杀手毒素的作用机制与抑制酵母细胞壁β葡聚糖合成有关。

    The mechanism of killer toxin is believed to relate to the inhibition of yeast cell wall β glucan synthesis .

  14. 研究结果表明绿原酸成功的包埋到酵母细胞壁内,且在包埋过程中没有发生任何化学变化。

    All these results suggested that chlorogenic acid was successfully encapsulated and no significant chemical changes occurred during the encapsulation process .

  15. 酵母细胞壁合成前体物以提高原生质体再生能力,当原生质体形成率>95%时,再生率最高达58.6%。

    When the formation rates of protoplasts are more than 95 % , the highest regeneration rate comes up to 58.6 % .

  16. 结果:用酵母细胞壁混合物取代辅料糊精,淀粉后,片剂的溶出度大大提高。

    Results : Medicine dissolution of tablets nimodipine in that the adjuvant was replaced by yeast cell wall mixture was increased greatly .

  17. 文章论述了酵母细胞壁的主要组成成分、作用机理、功能特点及其在水产健康养殖中的应用情况,并对其应用前景作了分析。

    This article summarizes the constituents of yeast cell wall , functions , function mechanisms , applications and application prospect of yeast cell wall in health aquaculture .

  18. 根据免疫多糖(酵母细胞壁)在饲料中添加量的不同将试验中华鳖分为6组,各组添加量依次为0mg/kg。

    The juvenile soft-shelled turtle were divided into 6 groups and were fed with feed supplemented with different ratio of yeast cell wall , that was 0 mg / kg .

  19. 对红酵母RY-981细胞壁破碎及其类胡萝卜素浸提的方法进行了较详细的筛选和条件优化研究。

    The methods of breaking cell walls and extracting carotenoids were studied .

  20. 以干啤酒酵母细胞为壁材制备丁香油微胶囊。

    The microcapsule of Clove Oil ( CO ) was prepared by utilizing dried beer yeast ( S. cerevisiae ) cell as wall materials .

  21. 产朊假丝酵母细胞和细胞壁对铜离子吸附条件研究

    Biosorption conditions of copper ion by Candida utilis cells and cell walls

  22. 以灭活的干酵母细胞为囊壁材料制备水杨酸甲酯微囊。

    The microcapsule of methyl salicylate ( MS ) was prepared by utilizing dried yeast ( S.

  23. 比较紫外伤害培养和未经紫外伤害培养的酵母细胞的胞壁葡聚糖得率,分别为22.60%和18.85%,相对纯度分别为81.67%和75.76%;

    The extraction rate of glucan was compared by UV injuring culture yeast and normal yeast that was respectively reached 22.60 % and 18.85 % which was raised 19.90 % .

  24. 以丁香油为囊芯,探讨利用干酵母细胞作为囊壁材料制备微胶囊的可行性。

    The clove oil ( CvO ) was extracted from dried clove bud via supercritical CO_2 extraction ( SC-CO_2 ), and the production of the CvO microcapsules by using the dried yeast ( S.

  25. 分别以丁香油和水杨酸甲酯为囊芯,以干酵母细胞作为囊壁材料制备一种新型的微胶囊。

    A novel microcapsule was prepared with dried yeast ( S. cerevisiae ) cell as wall materials , and the clove bud oil ( CBO ) and methyl salicylate ( MS ) were selected as core materials .

  26. 采用酶解法提取啤酒废酵母泥的酵母细胞壁多糖。

    The polysaccharides of cell wall in waste beer yeast slurry were extracted by enzyme decomposition method .

  27. 目前,我国企业对酵母细胞的研究利用,除了发酵面制品及酿酒外,主要集中在酵母抽提物的生产(用于调味品和培养基),其副产品酵母细胞壁的利用主要局限于饲料。

    At present , the utilization of yeast cell , in addition to yeasty flour products and wine-brewing , is mostly the production of yeast extracts applied on spice and culture medium , the remaining of the sediment is as fodder for sell .