Cazin J C, Cazin M, Gaborit J L, Chaoui A, Boiron J, Belon P, Cherruault Y, Papapanayotou C
Hum Toxicol. 1987 Jul;6(4):315-20. doi: 10.1177/096032718700600408.
Having developed a pharmacokinetic method for studying the fate of orally administered arsenious anhydride by a radioactive tracer method, the influence of Hahnemannian dilutions of arsenicum album on the elimination and retention of this toxin in the rat was then investigated. The effects of centesimal (cH) and decimal (dH) dilutions were studied. All the dilutions studied were found to be active. The strongest effects were observed after the administration of dilutions corresponding to a concentration of 10(-14) (14dH and 7cH). Overall, the decimal dilutions augmented the elimination of arsenic more than the centesimals. The observed results were submitted to mathematical analysis. A mathematical model, which confirms that Hahnemannian dilutions have biological effects which are a direct function of the degree of dilution, was developed.
通过放射性示踪法建立了一种研究口服亚砷酸酐命运的药代动力学方法后，随后研究了顺势疗法稀释的白砷对大鼠体内这种毒素消除和保留的影响。研究了百分之一（cH）和十分之一（dH）稀释液的效果。所有研究的稀释液都被发现具有活性。在给予相当于10（-14）浓度的稀释液（14dH和7cH）后观察到最强的效果。总体而言，十分之一稀释液比百分之一稀释液更能促进砷的消除。将观察结果进行数学分析。建立了一个数学模型，该模型证实顺势疗法稀释液具有生物学效应，且这种效应是稀释程度的直接函数。
