笼形水合物晶体对顺势疗法高稀释剂结构影响的研究

N. Sukul, Sumit Ghosh, R. Singh, N. Pande, A. Sukul
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引用次数: 0

摘要

在顺势疗法中使用的高稀释(HD)药物大多过于稀释而不含原始药物分子。但有证据支持它们的特殊生物学和治疗效果。这背后的原因被认为是原药的水结构特征。光谱学研究表明,hd中特定的水结构可以分解为自由水分子、水羟基氢键强度、氢键数和笼形水合物晶体(CHC)。hd是在EtOH水溶液中通过连续稀释和机械搅拌制备的,称为效价。本研究的目的是进一步证实三种药物的两种效价中存在CHCs。电子光谱显示两个宽峰和明显的吸收强度差异。测试电位和控制电位的前红外(FT-IR)光谱显示OH拉伸和弯曲带的强度位移和轮廓形状存在差异。所有的实验数据都表明在测试电位中存在不同数量的CHCs。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of the Influence of clathrate hydrate crystals on the Structuring of Homeopathic High Dilutions
High dilutions (HD) of drugs used in homeopathy are mostly too dilute to contain original drug molecules. But evidences support their specific biological and therapeutic effects. The reason behind this is thought to be water structure characteristic of the original drug.  Spectroscopic studies indicate that the specific water structure in HDs can be resolved into free water molecules, hydrogen bonding strength of water hydroxyl, number of hydrogen bonds and clathrate hydrate crystals (CHC). HDs are prepared in EtOH water solution by serial dilution and mechanical agitation, and are called potencies. The objective of the present study is to further confirm the presence of CHCs in the two potencies of three drugs. Electronic spectra of the HDs of the potencies indicate two broad peaks and marked difference in intensities of absorption. Furior Transform Infrared (FT-IR) spectra of the test potencies and their control show difference in intensity shift and contour shape of OH stretching and bending bands. All the experimental data indicate the presence of CHCs in varying amounts in the test potencies.
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