Comparison of the Accuracy of Four Malaria Diagnostic Methods in a High Transmission Setting in Coastal Cameroon by Marcel N. Moyeh, Innocent M. Ali, Dieudonné L. Njimoh, Akindeh M. Nji, Palmer M. Netongo, Marie S. Evehe, Barbara Atogho-Tiedeu, Stephen M. Ghogomu, Wilfred F. Mbacham

“…The presence of nonnegligible levels of Plasmodium ovale in this study area indicate that treatment guidelines may require revision if same trend is proven in several other areas of same ecology.…”
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Subclinical Plasmodium spp. Infections in a Community Setting in Bangui, Central African Republic by Nzoumbou-Boko R, Denissio Morissi Nalingbo MCI, Yambiyo BM, Detol R, Moussa ERF, Nalinga D, Namsenei-Dankpea LJVDLG, Manirakiza A, Ayong L, Boum II Y

“…Although P. falciparum was the most common species (98.55%), the transmission of P. ovale appears to be well-established in the area, occurring either as mono-infection (1.45%) or co-infection (1.93%) with P. falciparum.Conclusion: This study of community malaria in Bangui highlights the high burden of subclinical malaria in the community and provides essential baseline data to guide future research on malaria parasites in the CAR, particularly regarding the circulating parasite species. …”
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Evaluation of dried blood spot sampling for real-time PCR malaria diagnostics in a rural setting in Angola by Alejandro Mediavilla, Begoña Febrer-Sendra, Aroa Silgado, Patricia Martínez-Vallejo, Beatriz Crego-Vicente, Arlette Nindia, Carles Rubio Maturana, Lidia Goterris, Joan Martínez-Campreciós, Sandra Aixut, Pedro Fernández-Soto, María Luisa Aznar, Antonio Muro, Inés Oliveira-Souto, Israel Molina, Elena Sulleiro

“…Plasmodium species were identified in 86 samples by real-time PCR: 81.40% (16/86) were caused by Plasmodium falciparum, 11.63% (10/86) were coinfections of P. falciparum + P. malariae, 4.65% (4/86) were P. falciparum + P. ovale, and 2.33% (2/86) were triple coinfections. …”
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