The process of electrochemical reduction synthesis of mannitol from fructose was investigated in this paper.
本实验以果糖为原料，研究了阴极电化学还原合成甘露醇的过程。
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。
Group e: treated with mannitol and nimodipine.
组：甘露醇与尼莫通合用组。
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。
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%。
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。
There are insufficient data on the effectiveness of pre-hospital administration of mannitol.
没有足够的数据证明使用甘露醇进行院前急救的有效性。
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。
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。
The woman was treated with furosemide and mannitol but remained comatose with a glasgow coma scale of6.
给予速尿和甘露醇治疗，但这位妇女仍然昏迷，格拉斯哥昏迷评分为6分。
This paper reviews the present state of application of D-mannitol in the synthesis of natural products.
介绍了甘露醇作为手性材料在具有重要生理活性天然产物合成中的应用概况。
Randomised controlled trials of mannitol, in patients with acute traumatic brain injury of any severity.
纳入的研究为甘露醇治疗不同程度急性创伤性脑损伤的随机对照试验。
Objective to determine the content of glucose and mannitol in compound mannitol injection by polarimetry.
目的用旋光法测定复方甘露醇注射液中葡萄糖和甘露醇的含量。
The glucose, fructose and mannose are the most direct raw materials for the industrial production of mannitol.
葡萄糖、果糖和甘露糖同属己糖，均是工业生产甘露醇最直接的原料。
MethodsStudying the effect of mannitol on determining cardiomypeptide content by blank test and recovery test.
方法用空白、加样回收等方法考察甘露醇对测定结果的影响。
Objective: To investigate the effects of both dialysis and drug treatment on mannitol-induced osmotic nephrosis.
目的：研究透析、药物等综合治疗甘露醇诱发渗透性肾病的效果。
ConclusionBoth mannitol and glycerin fructose could relieve intracranial hypertension and alleviate cerebral edema.
结论甘露醇与甘油果糖均能缓解颅脑损伤后颅内高压，减轻脑水肿。
Soybean oil, soy lecithin, vegetable shortening, hydrogenated soybean oil, beeswax mannitol, dibasic calcium phosphate.
大豆油，大豆卵磷脂，植物起酥油，氢化大豆油，蜂蜡甘露醇，磷酸氢钙。
Objective to determine the effect of low dose and short interval application of mannitol rescuing infant brain herniation.
目的探讨小剂量、短间隔应用甘露醇抢救婴儿脑疝的疗效。
Methods: 92 cases were retrospectively studied for the changes of symptoms and signs after treating of half-quantity of mannitol.
方法：回顾性分析92例四肢创伤后诊断为早期骨筋膜室综合征患者应用半量甘露醇静脉滴注治疗后症状和体征的变化。
The single step process of converting sucrose into sorbitol and mannitol by simultaneous hydrolysis and hydrogenation is studied.
研究了蔗糖水解并加氢直接制造山梨醇和甘露醇的一步法工艺。
Objective to study the effect for intestinal preparation by taking mannitol plus senna-orange soup for intravenous pyelography (IVP).
目的探讨口服甘露醇加番陈汤在静脉肾盂造影(IVP)前行肠道准备的效果。
Objective To investigate the correlation between the mannitol therapy and delayed cerebral edema after hypertensive cerebral hemorrhage.
目的分析和探讨高血压性脑出血后迟发性脑水肿与甘露醇的关系。
ObjectiveTo observe the effects of glycerol fructose and mannitol in treating intracranial hypertension induced by craniocerebral injury.
目的观察甘露醇和甘油果糖对颅脑损伤后颅内高压的治疗效果。
Objective to observe the clinical effects of small doses of mannitol combining with insulin for the treatment of acute cerebral infarction.
目的观察小剂量甘露醇加胰岛素治疗急性脑梗塞的临床疗效。
Objective To study the correlative factors causing renal function injury in patients with acute cerebral vascular disease treated with mannitol.
目的探讨甘露醇治疗急性脑血管病引起肾功能损害的危险因素。
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。
The cell morphology, transepithelial electrical resistance, mannitol efflux rate and alkaline phosphatase activities were monitored during culture.
采用细胞形态学、跨膜电阻值、甘露醇透过率和碱性磷酸酶活性等指标对细胞模型进行检测。
There is evidence that, in prolonged dosage, mannitol may pass from the blood into the brain, where it might cause increased intracranial pressure.
有证据表明，长时间使用甘露醇，其通过血液进入大脑可能会导致颅内压增高。
There is evidence that, in prolonged dosage, mannitol may pass from the blood into the brain, where it might cause increased intracranial pressure.
有证据表明，长时间使用甘露醇，其通过血液进入大脑可能会导致颅内压增高。
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