This research update follows up on the previous elaborate discussion regarding the use of nosodes in clinical homeopathic practice, which was based on survey outcomes demonstrating their unhindered use. To explore whether this clinical practice correlates with scientific research, a few peer-reviewed publications have been assessed where nosodes yielded promising outcomes. The translational value explores the translational values, challenges, and key questions arising from these studies, categorised by their year of publication.
Format available: Web / PDF / YouTube / Audio
Languages: ENG / FR / ES / PL
(See below for links)
1. Treatment of Metastatic Carcinomas (2012)
- Authors/Publication: A. Chatterjee et al., The Journal of Alternative and Complementary Medicine.
- Study Design: Three cases of stage IV metastasis (periampullary, gallbladder, and liver) were treated with Psorinum 6X in a predefined format for almost two years, alongside the patients’ existing therapies.
- Outcomes: The study reported no adverse events related to Psorinum 6X and noted that all three patients maintained a stable quality of life.
- Translational value: While case series sit at the bottom of the evidence pyramid, the study is valuable in homeopathy due to ethical constraints and patient expectations. This research demonstrates confident homeopathic application, providing a foundation for future, more robust research designs.
- Study Link: https://pubmed.ncbi.nlm.nih.gov/22339106/
2. Anti-Malarial Efficacy in Mice (2014)
- Authors/Publication: Upma Bagai et al., Journal of Complementary and Integrative Medicine.
- Study Design: Evaluated the in vivo efficacy of a combination of Chelidonium 30CH and Malaria Nosode 30CH against P. berghei infection in mice.
- Analysis: The combination demonstrated considerable antimalarial activity with chemosuppression and enhanced the mean survival time of the mice. Hepatic and renal biomarkers were significantly altered favourably in the verum group compared to the placebo group, suggesting the combination safely protected against hepatic and renal toxicity.
- Translational value: One may argue about usage of a combination here versus single remedies. This may be argued towards the curiosity of the team investigating the effects of ultra-high dilutions on malaria. Future research could involve separating the agents into distinct groups alongside a placebo.
- Study Link: https://pubmed.ncbi.nlm.nih.gov/25046315/
3. Action on Lung Cancer Cell Lines (2016)
- Authors/Publication: Professor A. R. Khuda Bukhsh, Journal of Integrative Medicine.
- Study Design: Assessed the action of Psorinum 6X (with Ethanol 6X as a control) on three cancer cell lines: A549, MCF-7, and HepG2. Effects were studied via flow cytometry, fluorescence microscopy, Western blotting, and confocal microscopy.
- Outcomes: Psorinum 6X showed significant anti-cancer activity, particularly in the A549 cell line, arresting cancer cell proliferation 24 hours post-treatment. It triggered apoptosis in the A549 line via up- and downregulation of signal proteins including p53, caspase-3, Bax, and Bcl-2.
- Translational value: This study is highly prominent, as achieving quantifiable outcomes in cancer cell line research is very difficult.
- Study Link: https://pubmed.ncbi.nlm.nih.gov/26988436/
4. Efficacy Against Livestock Myiasis
- Study Design: Evaluated the efficacy of homeopathic Sulphur, Pyrogenium, and a Nosode prepared from C. hominivorax (the major fly causing myiasis in livestock) in 8cH and 12cH potencies against 3rd stage larvae.
- Outcomes: Larval mortality rates reached 94.6% with Sulphur and 98.6% with Pyrogenium.
- Translational value: The results suggest these homeopathic treatments could serve as a safe, effective alternative to chemosynthetic insecticides for preventing and treating myiasis in humans and animals.
- Study Link: https://pubmed.ncbi.nlm.nih.gov/30836408/
5. Treatment of Oral Papillomatosis in Dogs (2020)
- Authors/Publication: PAA Raj et al.
- Study Design: Evaluated a homeopathic combination of Sulphur, Thuja, Graphites, and Psorinum 30C in 16 untreated dogs with oral papillomatosis. The treatment was administered twice daily for 15 days.
- Outcomes: The verum group showed early recovery and significant lesion reduction compared to the placebo group, proving to be a safe and cost-effective treatment.
- Translational value: The combination drugs are frequently utilised in veterinary and agricultural contexts where eliciting direct homeopathic principles is highly challenging.
- Study Link: https://pubmed.ncbi.nlm.nih.gov/32158174/
6. Protection of Lettuce from Nematodes (2021)
- Authors/Publication: Ferreira TM et al., Homeopathy.
- Study Design: Investigated the effects of an M. enterolobii Nosode applied via irrigation to lettuce plants prior to seedling setup and subsequent nematode inoculation.
- Outcomes: The Nosode significantly reduced nematode production and positively affected root density.
- Translational value: The study demonstrates that nosodes can play a pivotal role in agricultural infections, improving crop yield while safely reducing disease burden.
- Study Link: https://pubmed.ncbi.nlm.nih.gov/33946121/ Â
7. In-Vitro and In-Vivo Anti-Malarial Efficacy (2022)
- Authors/Publication: Suri M et al., Homeopathy.
- Study Design: Assessed a mixture of Nosodes prepared from three strains of P. falciparum. Activity was assessed via a schizont inhibition assay in mice inoculated with P. berghei.
- Translational value: The mixed Nosode exhibited promising anti-malarial activity against both infections. Histopathological and biochemical assays confirmed the remedies were safe for the liver and kidneys.
- Study Link: https://pubmed.ncbi.nlm.nih.gov/34768298/
Conclusion
The studies were randomly selected for the review and are among various other peer-reviewed publications. These diverse studies demonstrate the promising potential of nosodes. Regardless of whether individual studies are flawed or robust, they collectively shape the broader landscape of homeopathic research. The ultimate goal of research is not to simply guarantee positive outcomes but to generate reliable, replicable results that inspire new research questions.
