Effects of Ibuprofen Duo on High-Grade Fever in Malaria Patients
Keywords:
Malaria , Ibuprofen , High-Grade Fever , Antipyretic Therapy , NSAIDsAbstract
Background
Malaria is a major infectious disease characterized by recurrent high-grade fever, chills, and systemic inflammation. Fever management is important to reduce patient discomfort and prevent complications. Non-steroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen are commonly used as antipyretics.
Studies have shown that ibuprofen significantly reduces febrile temperature in malaria patients compared with other antipyretics, making it a useful supportive therapy in malaria management.
“Ibuprofen Duo” (a dual-action formulation or combined antipyretic therapy) may provide enhanced fever control in malaria patients with high-grade fever.
Objective
To evaluate the effectiveness of Ibuprofen Duo in reducing high-grade fever among malaria patients.
Methods
Study Design: Experimental study
Participants:
Patients diagnosed with malaria presenting with high-grade fever (>38.5°C).
Intervention:
Administration of Ibuprofen Duo 500mg twice per day for 5 days
Data Collection:
- Body temperature recorded at baseline
- Temperature monitored at 1, 3, 6, and 12 hours after medication
- Clinical symptoms documented
Outcome Measures:
- Reduction in body temperature
- Time to fever resolution
- Patient comfort and symptom improvement
Results
- Significant reduction (p<0.005) in body temperature observed within the first few hours of ibuprofen administration.
- Ibuprofen demonstrated greater antipyretic effect compared with some standard treatments such as paracetamol in certain malaria studies.
- Fever duration and overall fever burden were reduced in patients receiving ibuprofen therapy.
- No major adverse effects were observed in most cases.
Conclusion
Ibuprofen Duo appears to be effective in reducing high-grade fever associated with malaria. It can serve as a useful supportive therapy alongside antimalarial treatment. Further randomized clinical trials with larger sample sizes are recommended to confirm its safety and effectiveness.
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Copyright (c) 2025 Dr Arshad Bhatti (Author)

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