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Prensa méd. argent ; 108(3): 157-164, 20220000.
Article in English | LILACS, BINACIS | ID: biblio-1373258


Este artículo cubre los conceptos básicos de un nuevo modelo de homeopatía que se basa en la termodinámica química. La equivalencia entre el compuesto que causa la enfermedad en una persona saludable y el compuesto que causa la enfermedad en una persona enferma, lo que llevó a esta interpretación del nuevo modelo de homeopatía, está bien considerado. Se han considerado el mecanismo de curación, la Ley de los Similares y la Ley de los Infinitesimales. Este artículo también analiza los conceptos básicos del mecanismo de dilución y su influencia en la concentración final de moléculas de remedio en soluciones homeopáticas. El número máximo de pasos sucesivos que impliquen una molienda vigorosa y se consideró la dilución donde todavía es posible la existencia de una concentración terapéutica.

Tis article covers the basics of a new model of homeopathy that is grounded in chemical thermodynamics. Te equivalence between the disease-causing compound in a heathy person and the disease-causing compound in an ill person, which led to this interpretation of the new model of homeopathy, is well considered. Te mechanism of curing, the Law of Similars, and the Law of Infinitesimals were considered. Tis article also discusses the basics of the dilution mechanism and its influence on the final concentration of remedy molecules in homeopathic solutions. Te maximum number of succession steps involving vigorous grinding and dilution where the existence of a therapeutic concentration is still possible was considered

Humans , Thermodynamics , Cure in Homeopathy/methods , Small Doses , Law of Similars/methods , Potency , Dilution/methods , Chemical Phenomena , Homeopathy/methods
Prensa méd. argent ; 106(4): 231-236, 20200000.
Article in English | LILACS, BINACIS | ID: biblio-1368015


This paper explains the second elementary law of homeopathy, the Law of the Infinitesimals, on the basis of a kinetic model. When a remedy occurs in the human cell of a healthy person and forms a reaction product (simillimum) that induces the finest medical symptoms of an ill person, then remedies entering the cell of the ill person will form identical simillimum molecules and re-establish the initial equilibrium of the healthy state and cure the ill person. However, this will also induce a molecular crowding in the cells of the ill person. For kinetic reasons this will aggravate the re-establishment of the initial equilibrium and consequently worsen or even interrupt the medical treatment. At a low remedy concentration, the molecular crowding becomes negligible while the formation of the simillimum and the re-establishment of the initial equilibrium will take place continuously and cure the person who is ill

Humans , Cure in Homeopathy , Laws of Cure in Homeopathy , Simillimum , Homeopathy
Prensa méd. argent ; 105(10): 686-692, oct 2019.
Article in English | LILACS, BINACIS | ID: biblio-1025966


This paper explains the elementary law of homeopathy, the Law of Similars, on the bases of thermodynamic aspects by means of the chemical thermodynamic. Le Chatelier principle was used, to explain the re-establishment of starting biochemical equilibrium compartmentalized in individual human cells of an ill person consuming the remedy, to clarify the Law of Similars. In addition, the application of the Law of mass action during the re-establishment of the initial equilibrium in an ill person when digesting the remedy exposed the law of Similars as the strongest outcome of homeopathy

Humans , Biochemical Phenomena , Pharmacodynamics of Homeopathic Remedy , Homeopathy Foundation/history , Law of Similars , Homeopathy/history
Acta Chim Slov ; 59(4): 789-94, 2012 Dec.
Article in English | MEDLINE | ID: mdl-24061360


This paper reports on the synthesis of a new hydroxylammonium fluoroferrate, with the formula (NH3OH)3FeF6, obtained after dissolving iron powder in hydrofluoric acid and adding solid NH3OHF. This new compound has been characterized by chemical and thermal analysis, single-crystal X-ray diffraction, and magnetic measurements. The title compound crystallizes trigonal, R3c, with cell parameters a = 11.4154(2) Å, c = 11.5720(2) Å, Z = 6. The structure consists of NH3OH+ cations and isolated FeF63- octahedra in which the central ion lies on a threefold axis. The oxygen and nitrogen atoms of the hydroxylammonium cations are donors of hydrogen bonds to fluoride anions, resulting in a network of hydrogen bonds between counterions. The effective magnetic moment µeff = 5.8 BM was calculated and perfectly matches the expected value of high-spin Fe(III) ions. The thermal decomposition of the compound was studied by TG, DSC, and X-ray powder diffraction.