Impact of Arsenicum Album in the Management of Acute Dengue Fever with Bicytopenia: A Case Report

Authors

  • Sonali Chhapia Author
  • Ajay Valke Author
  • Tapas Kundu Author
  • Sachin Bhalerao Author

Keywords:

Arsenicum album, Bicytopenia, Dengue fever, Homeopathy

Abstract

Dengue Fever presents critical therapeutic challenges due to rapid bone marrow suppression and associated visceral parenchymal damage. A 67-year-old female presented with high-grade fever, profound adynamia, persistent nausea, and a subjective bitter taste. Laboratory evaluations confirmed Dengue Fever (Figure 2) , revealing acute bicytopenia with a critical platelet crash (85,000/µL) (Figure 5) and biochemical hepatic involvement. Individualized Homeopathic treatment utilizing Arsenicum album 30 was initiated. Rapid clinical stabilization, subsidence of pyrexia, and a complete reversal of hematological parameters were documented. Within 72 hours, the patient became afebrile, gastric symptoms resolved, and bone marrow recovery was evident as platelets and WBC count improved to 64,000 and 2,450 (Figure 7) respectively. This case underscores the utility of individualized Homeopathic therapeutics in mitigating severe hematological crises and accelerating bone marrow recovery during the critical phase of Dengue Fever.

Author Biographies

  • Sonali Chhapia

    MD Scholar, Department of Practice of Medicine, Motiwala National Homeopathic Medical College, Nashik, Maharashtra, India

  • Ajay Valke

    Professor, HOD, Department - Practice of Medicine, Motiwala National Homeopathic Medical College, Nashik, Maharashtra, India

  • Tapas Kundu

     Guest Professor, Department - Practice of Medicine, Motiwala National Homeopathic Medical College, Nashik, Maharashtra, India

  • Sachin Bhalerao

    Professor, Department - Practice of Medicine, Motiwala National Homeopathic Medical College, Nashik, Maharashtra, India

References

Downloads

Published

2026-06-09

Issue

Section

Case Reports

Similar Articles

You may also start an advanced similarity search for this article.