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1·Group e: treated with mannitol and nimodipine.

组：甘露醇与尼莫通合用组。

2·The addition of mannitol inhibits the formation and growth of callus.

甘露醇的添加抑制了愈伤组织的诱导和生长。

3·Mannitol has extensive USES, especially in pharmaceutical and food industry.

甘露醇具有广泛的用途，尤其是在医药和食品行业。

4·It points out that microbiology of product Mannitol has a good industry future.

指出了微生物发酵法生产甘露醇的良好工业前景。

5·As the most common osmotic diuretics, mannitol is effective in decreasing the ICH.

甘露醇作为临床最常用的渗透性利尿剂对降低ich是有效的。

6·Positive and negative predictive values of the mannitol challenge for EIB were 69% and 91%.

针对EIB进行的甘露醇激发试验的阳性和阴性预测值分别为69%和91%。

7·Objective to investigate the influence of mannitol on brain edema after cerebral hemorrhage.

目的探讨甘露醇对脑出血后脑水肿的影响。

8·Experimental phlebitis models were prepared by intravenously infusing 20% mannitol for rabbits.

采用20%甘露醇溶液静脉输注制造实验性静脉炎模型。

9·Screening from the various cryoprotectant, mannitol and sucrose were ensure to protect liposome.

最后确定以甘露醇和蔗糖合用作为冻干保护剂。

10·Describe type selection and design of the evaporator-the critical equipment of producing mannitol.

介绍了生产甘露醇的关键设备——蒸发器的选型与设计。

甘露醇

1·Other treatments include intravenous acetazolamide or mannitol, anterior chamber paracentesis, and trabeculectomy.

其它治疗方法包括静脉滴注乙酰唑胺或甘露醇，前房穿刺，和小梁切除术。

2·The study confirmed the infiltration of regulators can promote the induction of embryonic cells: Add sorbitol or mannitol, due to accumulation of material within cells, callus growth rate slowed down.

该研究证实了渗透调节物质可促进体细胞胚的诱导：添加甘露醇或山梨醇后，由于细胞内物质积累，愈伤组织生长速率减慢。

3·Objective to investigate the influence of mannitol on brain edema after cerebral hemorrhage.

目的探讨甘露醇对脑出血后脑水肿的影响。

4·A clear correlation between the granule porosity (evaluated by X-ray tomography) and the binder concentration was found for the mannitol granules.

对于甘露醇颗粒，发现颗粒多孔性(用x -线断层摄影术测定)与黏合剂浓度间明显相关。

5·The addition of mannitol inhibits the formation and growth of callus.

甘露醇的添加抑制了愈伤组织的诱导和生长。