Homeopathic Medicines Influence Fungal Adhesion and Cellular Oxygen Metabolism of MDCK and MA104 Cell Lines


  • Carla Holandino Universidade Federal do Rio de Janeiro
  • Venicio Veiga Instituto de Microbiologia Prof. Paulo de Góes
  • Gleyce Moreno Barbosa Faculdade de Farmacia
  • Camila Siqueira Monteiro Faculdade de Farmacia and Instituto Federal de Educação
  • Antonio Galina Instituto de Bioquímica Médica
  • Tatiana El-Bacha Instituto de Nutrição Josué de Castro
  • José Nelson Couceiro Instituto de Microbiologia Professor Paulo de Góes
  • André Luis Souza dos Santos Instituto de Microbiologia Professor Paulo de Góes




Candida albicans, influenza A virus, homeopathy, in vitro models.


Background: Fungal and viral infections constitute a serious public health problem, because morbidity and mortality rates of these diseases have been increasing in the last decades [1,2]. The resistance to antifungal and antiviral agents [3,4] currently available in the pharmaceutical market motivates the development of new therapies, including complementary and alternative health practices [5,6]. In this context, our research group has deepened the knowledge about the therapeutic potential of homeopathy using different models [7-9]. Homeopathic medicines undergo a process of serial dilution whereby the final remedy contains extremely low amounts of the active substance, with pharmacological action, and, consequently, cannot be considered merely placebos [10]. Aims: In the present study, we evaluated the potential of two different homeopathic medicines, named Influenzinum RC (compounded with influenza A virus) and Candida albicans RC (compounded with Candida albicans yeasts), which are prepared according to Brazilian homeopathic procedures [11]. Methodology: The biotherapics (12x, 30x) were prepared from Candida albicans yeasts [7, 11] and from influenza A (H3N2) viruses [6,11]. The cellular parameters evaluated after biotherapic treatments were: cytotoxicity by MTT assay; PFK-1 activity; and maximum respiratory capacity. Results: Our results showed that Influenzinum RC did not cause cytotoxic effects but induced morphological alterations, increased (p < 0.05) mitochondrial respiration, and significantly modified (p < 0.05) PFK-1 activity of MDCK cells. Additionally, using high-resolution respirometry we could detect an increase in the maximum respiratory capacity when these cells were treated with Influenzinum RC, despite a well-preserved ultrastructure of their mitochondrial organelles. In contrast, when MA104 cells were treated with Candida albicans RC, a significant decrease in cellular respiratory capacity as well as in yeasts adhesion rate was detected. Conclusions: These results indicate that homeopathic medicines modify important cellular and metabolic aspects of mammalian cells and these alterations should be responsible for the therapeutic potential of these drugs.

Author Biography

Carla Holandino, Universidade Federal do Rio de Janeiro

Faculdade de Farmacia

Universidade Federal do Rio de Janeiro




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