碱性药物

  • 网络Basic drugs;alkaline drug
碱性药物碱性药物
  1. 尸体脏器中混合碱性药物及其主要代谢物的毛细柱GC/MS检验

    Identification of Mixture Basic Drugs and Their Metabolites in the Postmortem Tissues by Capillary Column GC / MS

  2. 双柱双pH固相萃取和毛细管气相色谱法同时快速测定血浆中酸性和碱性药物

    A double column double pH solid phaes extraction and capillary gc / fid method for rapid simultaneous determination of acidic and basic drugs in human plasma

  3. 结果表明:HP-β-CD浓度和缓冲溶液的pH是影响碱性药物对映体分离的重要因素,HP-β-CD的取代度和取代位置对分离有明显的影响。

    The results showed that both HP - β - CD concentration and buffer pH were the important factors influencing chiral separation .

  4. 抗酸治疗经历了碱性药物、H2受体拮抗剂、质子泵抑制剂的不断发展。

    Antacid therapies have gone through alkaline drugs , H2 receptor antagonist , proton pump inhibitors .

  5. 将毛细管区带电泳/前沿分析技术用于测定碱性药物verapamil(VER)和propranolol(PRO)与人血清白蛋白(HSA)平衡体系中结合参数的研究。

    A CZE / FA method was applied to the study of association parameters of basic drugs , verapamil ( VER ) and propranolol ( PRO ), to human serum albumin ( HSA ) under drug HSA association equilibria .

  6. 以碱性药物盐酸伪麻黄碱和酸性药物布洛芬为对象研究了分流式电动进样(一种用于流动注射毛细管电泳(FICE)联用系统的新进样方法)歧视效应的特性。

    The characteristics of bias caused by split-flow electrokinetic injection ( SEKI ), a new sample injection method applied in coupled flow injection-capillary electrophoretic system ( FI-CE ), was investigated using pseudoephedrine hydrochloride , a basic drug and ibuprofen , an acidic drug , as model analytes .

  7. 从高度腐败生物脏器中检验7种碱性药物的研究

    A study of determination of seven basic drugs from Necrogenic tissues

  8. 高效毛细管电泳同时分析尿中20种碱性药物与毒物

    Analysis of twenty basic drugs in urine by high performance capillary electrophoresis

  9. 亲水作用色谱及其在碱性药物分析中的应用

    Hydrophilic Interaction Chromatography and Its Applications in the Separation of Basic Drugs

  10. 该方法适当改进后也可以应用于其他碱性药物的检测。

    This method can also be improved for quantitation of other alkaline drugs .

  11. 固相萃取GC-FID和GC-MS分析血浆中碱性药物

    Systematic analysis of basic drugs in plasma using x5-5 solid-phase extraction GC-FID and GC-MS

  12. 血中碱性药物的高效液相色谱分析

    Determination of basic drugs in blood by RPHPLC

  13. 用羧甲基聚合环糊精作手性剂的毛细管电泳法分离3种碱性药物

    The Separation of Three Basic Drugs with Carboxymethyl-Poly - β - Cyclodextrin as Chiral Additive by Capillary Electrophoresis

  14. 以茚三酮为显色剂应用薄层色谱法鉴定33种常见碱性药物

    Use of ninhydrin as a spray reagent for the detection of 33 common basic drugs on thin-layer chromatograms

  15. 将功效函数法结合遗传算法用于碱性药物肾上腺素的手性毛细管电泳的多指标同时优化。

    A methodology based on the combination of desirability function approach and genetic algorithm was applied to the multicriteria-decision-making simultaneous optimization of epinephrine enantiomers by capillary electrophoresis .

  16. 对碱性药物与新型脂肪族聚碳酸酯&聚[碳酸(亚丙酯-co-γ-丁内酯)酯]之间的相互影响进行了研究和讨论。

    Different drugs have different influences on the carrier . In this paper , the influence of caffeine on poly ( propylene-co - γ - butyrolactone carbonate ) ( PPCG ) was studied and discussed .

  17. 亲水作用色谱是采用极性固定相、高含量极性有机溶剂-水相缓冲液为流动相的一种分离技术,它能有效地保留反相色谱中保留弱或不保留的强极性碱性药物。

    Hydrophilic interaction chromatography ( HILIC ) is a convenient method for separating basic drugs and their metabolites which have poor retention on reversed-phase column by passing highly polar organic-aqueous buffer mobile phase across a polar stationary phase .

  18. 尿液中几种碱性麻醉药物的检验

    Identification of several kinds of basic narcotics in human urine

  19. 结果:偏碱性的药物有50g/L碳酸氢钠,谷氨酸钠、谷氨酸钾注射液;

    [ WT5HZ ] Results : [ WT5BZ ] Injection of 50 % sodium bicarbonate , sdium glutamate and potassium glutamate are basic drugs ;

  20. 另一方面,需要通过填料的加入,使复合材料进一步功能化,特别是利用填料的碱性或药物作用,减少聚乳酸类基体降解引起的炎症。

    On the other hand , it is necessary to make composite more functional via the addition of fillers , especially using their basicity or drug function to lessen inflammation caused by the degradation of PLAs .

  21. 碱性化合物作为药物及生物制品中的主体,其分析检测具有重要价值。

    The analysis and detection of basic compounds , which play a very significant part of chemicals with pharmaceutical and biological products , are of great value .

  22. 结论:AOT-藻酸盐纳米粒能明显提高碱性水溶性药物的细胞内释放。

    Conclusions AOT-alginate nanoparticles significantly enhance the cellular delivery of basic , water-soluble drugs .

  23. 基于这些研究结果,AOT-藻酸盐纳米粒是增加和延长碱性水溶性药物细胞内释放的合适载体。

    Based on these results , AOT-alginate nanoparticles appear to be suitable carriers for enhanced and sustained cellular delivery of basic , water-soluble drugs .