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- OBJECTIVE To establish a method of bacterial endotoxin test for xanthinol Nicotinate Injection. 目的建立烟酸占替诺注射液的细菌内毒素检查法。
- Keywords Xanthinol Nicotinate;Neural injury diabetes;Clinic observation; 烟酸占替诺;糖尿病神经病变;临床观察;
- Keywords Xanthinol Nicotinate Injection;Bacterial endotoxin;Inferential test; 烟酸占替诺注射液;细菌内毒素;干扰试验;
- Application of Charge Transfer Reaction to the Determination of Xanthinol Nicotinate 荷移反应用于测定烟胺羟丙茶碱
- Keywords Xanthinol Nicotinate;HPLC Gradient Elution;GC;Residual Solvents;Validation of Analytical Procedures; 烟酸占替诺;HPLC梯度洗脱;GC有机残留溶剂;方法验证;
- Keywords xanthinol nicotinate;related substances;theophylline;RP-HPLC;gradient elution; 烟酸占替诺;有关物质;茶碱;反相HPLC法;梯度洗脱;
- Keywords Charge transfer reaction;xanthinol nicotinate;alizarin red;spectrophotometry; 电荷转移反应;烟胺羟丙茶碱;茜素红;分光光度法;
- xanthinol nicotinate 烟胺羟丙茶碱(周围血管扩张药)
- Xanthinol Nieotinate is a safe and effective drug for treatment of acute cerebral embolism. 烟酸占替诺是一种治疗急性脑梗塞安全有效的药物。
- Conclusion:Xanthinol Nieotinate is a safe and effective drug for treatment of acute cerebral embolism. 结论：烟酸占替诺是一种治疗急性脑梗塞安全有效的药物。
- Objective:To improve the TLC condition for the separation of related substances of xanthinol. 目的:更好的分离样品中有关物质。
- Purpose:To observe the curative effect of Xanthinol Nieotinate for Acute cerebral Embolism. 目的：观察烟酸占替诺治疗急性脑梗塞的效果。
- And 40 patients(M 19, F 21;age 62 ?6 a)were treated with inositol nicotinate 200 mg, tid, po, for 30 d. 40例(男性19例,女性21例;年龄62±6a)采用烟酸肌醇酯200mg, tid, po治疗。 2组均以30d为一个疗程。
- Synthesis of ethyl iso nicotinate using BTEAC (benzyl triethyl ammonium chloride) as phase transfer catalyst was studied. 以 BTEAC(苄基三乙基氯化铵 )为相转移催化剂合成了异烟酸乙酯。
- With 100% ammonium, reducing sugar, Cl and amylum were highest, and K/Cl, nicotin and K were lowest. 100%25铵态氮时，还原糖、氯含量、淀粉的含量最高，碱、钾、钾氯比最低，同时显著地降低烤烟的等级结构。
- The nicotinate chromium yeast could obviously restore the structure of damaged islets of pancreas and B cells in experimental diabetes of ... 烟酸铬对实验性糖尿病小鼠受损胰岛及B细胞形态结构具有明显的改善作用。
- With 100% ammonium, reducing sugar, Cl and amylum were highest, and K/Cl,nicotin and K were lowest. 100%25硝态氮时，总氮、钾、氯在烟叶中的含量最低，吸收总量也最少，同时产量、产值、均价也处于最低水平；
- Note that the overall reaction for this fermentation cannot involve the consumption of nicotin -amide coenzymes or citric acid cycle intermediates. 标明这个发酵的所有反应不包括尼克酰胺辅酶或者三羧酸循环中间产物的消耗。
- CrCL3, CrNano, Cr piconiate (CrPic) and Cr nicotinate (CrNic) were dissolved to different concentration as 100,200,400,800,1600 ppb in 0.9% NaCl solution. 将氯化铬、纳米铬、吡啶羧酸铬和烟酸铬分别配制成5个浓度梯度：100、200、400、800、1000ppb，调节溶液Ph值到8.;5后，测定溶液中铬浓度。
- The adsorption properties of nicotin by D001B macroporous strong acid resin from sulfuric acid solution have been investigated. 研究了硫酸溶液中D001B大孔强酸型树脂对烟碱的吸附性能。
