木糖醇

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  • xylitol
木糖醇木糖醇
  1. 静脉滴注木糖醇对糖尿病患者血糖和C肽的影响

    Influence of Intravenous Infusion of Xylitol on Blood Glucose and C-peptide in Diabetic Patients

  2. 咀嚼木糖醇口香糖对牙面菌斑原位pH值的影响

    Effect of xylitol chewing gum on dental plaque pH in vivo

  3. 木糖醇加锌漱口液对牙菌斑pH值影响的实验研究

    Clinical study of ZnCl_2 and xylitol on pH of dental plaque

  4. 目的通过对牙面菌斑原位pH值的动态检测,观察咀嚼木糖醇口香糖对牙菌斑pH值的影响。

    Objective To evaluate the effect of xylitol chewing gum on dental plaque pH in vivo .

  5. 角质清洁成份、木糖醇、生体关连洗净成份AMT、双C美白因子等。

    Horny clean ingredients , xylitol , Health-related components Wash AMT , two-whitening C , and other factors .

  6. 酿酒酵母saccharomycescerevisiae重组菌株木糖醇发酵的初步研究

    Primary study on xylitol production by recombinant Saccharomyces cerevisiae strain

  7. 通过比较研究证明candidasp.是一个木糖醇发酵的优良菌株。

    It was found that Candida sp. is a good strain for xylitol production .

  8. 目的:观察咀嚼含糖口香糖和含木糖醇口香糖对牙菌斑原位pH值变化的影响。

    Objective : To evaluate the effect of chewing sugar-containing gum and sugar-free gum after sucrose challenge on the variance of dental plaque pH in situ .

  9. 测定并比较在蔗糖、木糖醇和赤藓糖醇条件下,体外菌斑糖酵解模型产酸液的pH值。

    The pH value of plaque glycolysis model in vitro was measured respectively under the condition of sucrose , xylitol and erythritol . Result : 1 .

  10. Azithromycin临床药物动力学研究木糖醇片剂的研制

    Clinical pharmacokinetics of azithromycin RESEARCH OF TABLET - XYLITOL

  11. 本文的研究对象FT公司是典型的制造型民营企业,经过多年的经营发展,已经逐渐成长为国内木糖醇行业的标杆企业。

    After years of business development , FT Company has gradually developed into benchmark companies in xylitol industry .

  12. 注射用奥沙利铂与木糖醇注射液配伍8h,pH值、含量逐渐降低。

    After 8 hours compatibility between oxaliplatin injection and xylitol infusion , the solutions pH values and content were gradually decreased .

  13. MACS控制系统在木糖醇项目中的应用

    Application of MACS Control System in Xylitol Project

  14. 制得的ACA生物微胶囊被用于木糖醇的分批发酵,并与传统的游离发酵和海藻酸钙固定化发酵作对比。

    ACA microcapsule was applied in xylitol batch fermentation . The microcapsules were used repeatedly in four batches .

  15. tropicalis的耐糖性及木糖醇转化率普遍优于其它酵母。

    Tropicalis than other yeast species for xylitol production and sugar tolerance .

  16. 木糖还原酶(xylosereductase)催化木糖为木糖醇的反应,是木糖代谢的第一步。

    The first enzymatic step in xylose metabolize was catalyzed by xylose reductase ( XR ), which converted xylose to xylitol .

  17. Thermusthermophilus木糖异构酶与木糖醇的分子对接及模型分析

    Molecular Docking of Xylitol and Xylose Isomerase from Thermus thermophilus and Model Analysis

  18. 结论GA注射液分别与注射用还原型谷胱甘肽、维生素K1注射液配伍后在5%木糖醇注射液中6h内性质稳定;

    Conclusion The mixture of glycyrrhizic acid diammonium salt injection mixing with reduced glutathione injection and vitamin K1 injection in 5 % xylitol injection is stable in quality within 6 h.

  19. 目的考察甘草酸二铵(GA)注射液分别与注射用还原型谷胱甘肽、维生素K1注射液配伍后在5%葡萄糖注射液(GS)和5%木糖醇注射液中的稳定性。

    Objective To study the stability of glycyrrhizic acid diammonium salt injection mixing with reduced glutathione injection and vitamin K1 injection in 5 % glucose injection and 5 % xylitol injection .

  20. 目的:考察不同温度(25℃、37℃)下6h内,美洛西林钠与木糖醇的配伍稳定性。

    Objective : To study the stability of compatibility of mezlocillin sodium in 5 % xylitol injection at different temperature ( 25 ℃、 37 ℃) winthin six hours .

  21. 目的:1.观察不同剂量木糖醇(Xy)对链脲佐菌素(STZ)诱导的糖尿病(DM)大鼠肾小球超微结构的影响,并探讨可能的机制。

    Objective : 1.To observe the effects of xylitol ( Xy ) on the ultrastructure of glomerulus in streptozotocin ( STZ ) induced diabetic rats and investigate the potential mechanisms .

  22. 利用14C标记的葡萄糖进行的同位素示踪实验结果表明,葡萄糖、果糖和木糖醇以8:4:2比例供给在术后早期可增加葡萄糖的利用。

    The cumulative curves of expired14CO2 after injection of radioactive glucose with GFX solutions showed that GFX-8:4:2 enhanced glucose utilization in the early postoperative period .

  23. 利用15N标记的甘氨酸进行的同位素示踪实验结果表明,葡萄糖、果糖和木糖醇以8:4:2比例供给比单独使用葡萄糖明显增加术后肝脏的蛋白质合成。

    Tracer studies with15N-glycin in rats showed that carbohydrate mixture of GFX-8:4:2 increased the protein synthesis in the liver just after operative stress more remarkably than glue0se alone .

  24. 通过L16(45)正交实验进行了优化,获得了单阳膜技术电化学合成木糖醇的最佳参数。

    The optimum parameters of the single-yang membrane electrochemical synthesis of the xylitol were obtained by L16 ( 45 ) orthogonal experiment .

  25. ACA微囊化酵母细胞利用酒糟水解液发酵生产木糖醇的研究上清液经木聚糖酶酶解后,低聚木糖的含量可达到上清液总糖的84.93%。

    Study on Xylitol Production of Wine Lees Hydrolysate by Microencapsulated Candida Tropicalis Cells ; After enzymatic hydrolysis , the yield of XOS could be up to 84.93 % of total carbohydrates of the supernatant .

  26. 木糖还原酶(XR)是D-木糖代谢途径中的关键酶,催化还原D-木糖成木糖醇。

    Xylose reductase ( XR ) is a key enzyme in D-xylose metabolism , catalyzing the reduction of D-xylose to xylitol . The reported xylose reductase from C.

  27. 以木糖醇渣做为栽培料生产香菇,效果良好:生产周期缩短30d,生物转化率达90%以上。

    Results have been achieved with the Klinit dregs to cultivate Lentinus edodes The Cultivation Cycle is shortened by 30 days and biotransformation rate is up to over 90 %

  28. 分别选用不同量的羟丙基-β-环糊精、木糖、木糖醇、PVP、聚乙烯醇10000等不同类型的辅料,选用喷雾干燥技术对硫酸氨基葡萄糖产物进行表面改性处理。

    Choose with different amount of times different types of accessories , such as he Hydroxypropyl Cyclodextrin , xylose , xylitol , PVP , polyvinyl alcohol , choose spray-drying technology on glucosamine sulfate product of surface modification treatment .

  29. 利用固定化细胞重复进行10批次共30d发酵,木糖醇得率平均为73.7%,达到了理论值的80%。

    In 10 repeated batches ( 30 days ) fermentation , average xylitol yield was 73.7 % . The immobilized cells have high density , steady fermentability and good resistance to inhibitors in the hydrolysates .

  30. 以木糖醇和3,4-二甲基苯甲醛为原料合成了1,3-2,4-二(3,4-二甲基)苄叉木糖醇(DMDBX)。

    , 3-2,4-di ( 3,4-dimethylbenzylidene ) xylitol ( DMDBX ) was synthesized with xylitol and ( 3,4-dimethyl ) benzaldehyde .