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tail peak
相关语句
  拖尾峰
     The hydrogenate was recovered by adding 5-Sulfosalicylic Acid and water to the refined liquid. The optimum recovery condition was: 5-Sulfosalicylic acid: water: refinement mother liquor=0.025:0.5: 1. The impurity recovered hydrogenate was purified with a new purification method and this method solved the tail peak problem in finished doxycycline hyclate.
     采用向精制母液中加5-磺基水杨酸和水的方法,从精制母液中回收出氢化物,并确定了最佳配比:5-磺基水杨酸∶水∶精制母液=0.025∶0.5∶1。 由于回收氢化物中含有较多的杂质,本文采用新的成品精制方法,解决了成品拖尾峰问题。
短句来源
  “tail peak”译为未确定词的双语例句
     Anomalous signal and small tail peak observed in neon optogalvanic effect
     氖光电流效应中的反常信号与尾部小峰
短句来源
     In addition,an interesting tail peak,followed with the pile ones and eluted with the retention volume of lower molecular weight range same as that of chitooligosaccharides was also found in each of the 3 samples, ignoring the protein removal or not.
     此外,紧随在多重峰之后还有一个尾峰,具有与二聚或三聚氨基葡糖或聚乙酰氨基葡糖相近的保留体积,即使血清或肝中的蛋白质被除去,此尾峰依然存在。
短句来源
     The ionization efficiency of the samarium, as well as the ion transmission efficiency and the receive efficiency were researched. The interference of the tail peak that coming from the strong peak was eliminated and the isobars of Sm was not found.
     对样品形态选择、离子转换效率、离子传输效率和离子接收效率进行研究 ,消除了浓缩同位素测量时强峰拖尾对弱峰的干扰及同量异位素干扰。
短句来源
  相似匹配句对
     The Peak of the World
     世界之峰
短句来源
     The elution of peak I .
     经生物学鉴定,第Ⅰ峰具有生物活性。
短句来源
     The small peak on the tail still exsists and has no relation to the cathode.
     尾部小峰在射频光电流信号中仍存在,证明与阴极无关.
短句来源
     Anomalous signal and small tail peak observed in neon optogalvanic effect
     氖光电流效应中的反常信号与尾部小峰
短句来源
     ③ the length of tail of P.t.
     ③前者尾长大于或等于头体长而后者尾长短于头体长。
短句来源
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  tail peak
Each time series being considered then has a minimum lower tail peak and a maximum upper tail peak.
      


The absorption and the basic metabolism of chitosan in rats are investigted. The results indicated that 14C-chitosan from gastrointestinal tract was absorbed, metabolized and excreted quickly without re-bioavailability. The radioactive compounds perhaps with specifically chemical forms in serum, liver and the contents of small intestines were separated on GPC column and measured by radioactivity counting. A big pile of peaks with the retention volume almost same as that of standard 14C-chitosan and another sharp...

The absorption and the basic metabolism of chitosan in rats are investigted. The results indicated that 14C-chitosan from gastrointestinal tract was absorbed, metabolized and excreted quickly without re-bioavailability. The radioactive compounds perhaps with specifically chemical forms in serum, liver and the contents of small intestines were separated on GPC column and measured by radioactivity counting. A big pile of peaks with the retention volume almost same as that of standard 14C-chitosan and another sharp one with the retention volume in the range of higher molecular weight same as that of BSA were discovered in analysis respectively for contents of intestine and serum or liver. The sharp peak would disappear if the proteins contained in the serum or liver were removed. In addition,an interesting tail peak,followed with the pile ones and eluted with the retention volume of lower molecular weight range same as that of chitooligosaccharides was also found in each of the 3 samples, ignoring the protein removal or not. These results suggested that most of 14C-chitosan was not to be digested in intestine. On the other hand, a small amount of 14 C-chitosan was likely to be absorbed directly or after degraded to small molecular compounds into blood, liver and other tissues, and then connected with the proteins. Perhaps it is these trace materials that were playing important roles in reduction of the bioavailability of radiostrontium in rats.

研究探讨了聚氨基葡糖在小鼠体内的吸收和基础代谢。结果表明,~(14)C-聚氨基葡糖可降解并从消化道中迅速吸收、代谢和排除,没有生物再利用性。被吸收的放射性物质,可能以特有的化学形态存在于血清、肝和小肠内容物中。利用GPC分离这些样本,放射性液闪记数测定发现一组多重峰,具有与标准~(14)C-聚氨基葡糖相同的保留体积;在高分子量区域范围,血清和肝样本中均有一个尖峰,具有与BSA相同的保留体积。但如果血清中的蛋白质被除去,则尖峰消失。此外,紧随在多重峰之后还有一个尾峰,具有与二聚或三聚氨基葡糖或聚乙酰氨基葡糖相近的保留体积,即使血清或肝中的蛋白质被除去,此尾峰依然存在。这些结果说明大部分~(14)C-聚氨基葡糖不易在小肠中消化,但另一方面,少量的~(14)C-聚氨基葡糖可能会被直接吸收,或降解为小分子化合物后再被吸收进入血液、肝和其它组织中,并且与蛋白质相偶合。也许正是这种痕量物质在减少和去除小鼠体内锶的生物有效性方面,起着至关重要的作用。

The hydrogenate was recovered by adding 5-Sulfosalicylic Acid and water to the refinedliquid. The optimalrecover condition is found.The recovered hydrogenate has more impurity, so a new purification method was usedwhichsettl-ed the tail peak problem in finished Doxycycline Hyclate. The optimal purification condition is obtained.

采用向盐酸多西环素精制母液中加5-磺基水杨酸和水的方法,从精制母液中回收出氢化物,并确定了最佳配比。由于回收氢化物中含有较多的杂质。本文采用新的成品精制方法,解决了成品拖尾峰问题,确定了成品精制的最佳工艺。

The hydrogenate was recovered by adding 5-Sulfosalicylic Acid and water to the refined liquid. The optimum recovery condition was: 5-Sulfosalicylic acid: water: refinement mother liquor=0.025:0.5: 1. The impurity recovered hydrogenate was purified with a new purification method and this method solved the tail peak problem in finished doxycycline hyclate. The optimum purification condition was: temperature 50℃, activated carbon decolorized time 15 minutes,activated carbon:water:Hydrogen chloride-Ether:doxycycline...

The hydrogenate was recovered by adding 5-Sulfosalicylic Acid and water to the refined liquid. The optimum recovery condition was: 5-Sulfosalicylic acid: water: refinement mother liquor=0.025:0.5: 1. The impurity recovered hydrogenate was purified with a new purification method and this method solved the tail peak problem in finished doxycycline hyclate. The optimum purification condition was: temperature 50℃, activated carbon decolorized time 15 minutes,activated carbon:water:Hydrogen chloride-Ether:doxycycline monohydrate=0.025:3:3:1.

采用向精制母液中加5-磺基水杨酸和水的方法,从精制母液中回收出氢化物,并确定了最佳配比:5-磺基水杨酸∶水∶精制母液=0.025∶0.5∶1。由于回收氢化物中含有较多的杂质,本文采用新的成品精制方法,解决了成品拖尾峰问题。成品精制的最佳工艺为:温度控制在50℃,活性炭脱色时间20 min,活性炭∶氯化氢-乙醇∶水∶多西环素一水合物=0.025∶3∶3∶1。

 
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