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Comparison of PCR, Peripheral Blood Smear and Rapid Malaria Antigen Test for Malaria Diagnosis


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1 Department of Microbiology, TN Medical College, BYL Nair Hospital, Mumbai, India
     

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Purpose: In this study we assessed the performance of three tests PCR, Peripheral smear 8 Rapid Malaria Antigen Test & compared the same for malaria diagnosis. Material & Methods: After obtaining Institutional ethics committee approval, prospective study was carried out on blood samples of clinically suspected malaria cases submitted to the laboratory at Dept. of Microbiology 8 Dept. of Pathology, in a tertiary care hospital. Results: Microscopy (PS) of blood smears identified malarial parasites in 58% (29 out of 50), while the (RMAT) Paramax3 TM test detected malaria infection in 78% (39 out of 50) of the cases. PCR detected malaria infection in 74% (37 out of 50) and in 16% (8 out of 50) of control samples. Conclusion: Improved methods of extraction and target sourcing for amplification would modify and enable precise molecular diagnosis of malaria in appropriate settings.
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  • Comparison of PCR, Peripheral Blood Smear and Rapid Malaria Antigen Test for Malaria Diagnosis

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Authors

Ketaki Kulkarni
Department of Microbiology, TN Medical College, BYL Nair Hospital, Mumbai, India
Kirti Malpekar
Department of Microbiology, TN Medical College, BYL Nair Hospital, Mumbai, India
Jayanthi Shastri
Department of Microbiology, TN Medical College, BYL Nair Hospital, Mumbai, India

Abstract


Purpose: In this study we assessed the performance of three tests PCR, Peripheral smear 8 Rapid Malaria Antigen Test & compared the same for malaria diagnosis. Material & Methods: After obtaining Institutional ethics committee approval, prospective study was carried out on blood samples of clinically suspected malaria cases submitted to the laboratory at Dept. of Microbiology 8 Dept. of Pathology, in a tertiary care hospital. Results: Microscopy (PS) of blood smears identified malarial parasites in 58% (29 out of 50), while the (RMAT) Paramax3 TM test detected malaria infection in 78% (39 out of 50) of the cases. PCR detected malaria infection in 74% (37 out of 50) and in 16% (8 out of 50) of control samples. Conclusion: Improved methods of extraction and target sourcing for amplification would modify and enable precise molecular diagnosis of malaria in appropriate settings.