首页> 美国卫生研究院文献>Journal of Basic and Clinical Pharmacy >MAGNETIZED SOLUTIONS ALTERED THE ABSORBANCE OF TRAMADOL HCL: UV-SPECTROPHOTOMETER STUDY
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MAGNETIZED SOLUTIONS ALTERED THE ABSORBANCE OF TRAMADOL HCL: UV-SPECTROPHOTOMETER STUDY

机译:磁化溶液改变了盐酸特拉莫拉盐酸盐的吸收率:紫外分光光度计研究

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摘要

Magnetized water showed alterations in the electrolyte potential and vibration modes. This study aimed to investigate the effect of magnetic water and physiological solutions on the UV-spectra of tramadol HCl. Distilled water as well as full strength or diluted physiological solutions are magnetized by magnetic disc. Then tramadol HCl was dissolved in each magnetic and in non-magnetic solution to obtain the following final concentrations: 0, 25, 50, 100, and 200μg/mL. The pH of each solution and the absorbance (O.D.) was recorded at wavelength 271 nm. Magnetized water or physiological solutions showed alterations in pH as well as in the absorbance (O.D.) of tramadol HCl detected by ultraviolet spectra at λ271 nm. It concludes that magnetized physiological solutions adversely altered the stability of tramadol HCl.
机译:磁化水显示出电解质电势和振动模式的变化。这项研究旨在调查磁性水和生理溶液对盐酸曲马多的紫外光谱的影响。蒸馏水,全浓度或稀释的生理溶液均通过磁盘磁化。然后将曲马多HCl溶解在每种磁性溶液和非磁性溶液中,以得到以下最终浓度:0、25、50、100和200μg/ mL。在波长271nm处记录每种溶液的pH和吸光度(O.D.)。磁化水或生理溶液的pH值以及曲马多HCl的吸光度(O.D.)都有变化,通过271 nm的紫外光谱检测到。结论是,磁化的生理溶液不利地改变了曲马多盐酸盐的稳定性。

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