Background: The consequences of malaria during pregnancy are different regarding local conditions of malaria transmission. In stable malaria areas, the main complications are maternal anaemia and fetal growth restrict...Background: The consequences of malaria during pregnancy are different regarding local conditions of malaria transmission. In stable malaria areas, the main complications are maternal anaemia and fetal growth restriction. This study aims to determine if pregnancy-associated malaria is associated with the risk of the above-mentioned complications and to determine if IPTp-sp reduces them in Kisangani. Methods: It is a cross-sectional analytical study conducted in parturients, in 6 medical facilities of Kisangani, from January 1st to September 30th, 2017. At delivery we measured their hemoglobin, we performed the thick blood smear of their peripheral blood and placental apposition;and we weighed their newborns at birth. Results: Risk of anaemia at delivery increased with malaria access during pregnancy (p = 0.0056;OR: 1.4221, 95% CI: 1.0851 - 1.8638) and peripheral parasitaemia at delivery (p = 0.0000;OR: 6.3855, 95% CI: 4.5552 - 8.9512). LBW increased with peripheral parasitaemia at delivery (p = 0.0000;OR: 3.5299, 95% CI: 2.4424 - 5.1015) and placental parasitaemia (p = 0.0000;OR: 18.3247, 95% CI: 12.5141 - 26.8332). IPTp-sp did not have effect on maternal hemoglobin at delivery (p = 0.1546;OR: 0.7553, IC à 95%: 0.4414 - 1.2923) and the birth weight (p = 0.1225;OR: 0.6638, IC à 95%: 0.3375 - 1.3056). Conclusion: In Kisangani, pregnancy-associated malaria is associated with maternal anaemia at delivery and LBW. IPTp-sp does not reduce the risk of these complications. Therefore, studies evaluating IPTp alternatives are required in malaria endemic areas.展开更多
基金Faculty of Medicine and Pharmacy of University of Kisangani
文摘Background: The consequences of malaria during pregnancy are different regarding local conditions of malaria transmission. In stable malaria areas, the main complications are maternal anaemia and fetal growth restriction. This study aims to determine if pregnancy-associated malaria is associated with the risk of the above-mentioned complications and to determine if IPTp-sp reduces them in Kisangani. Methods: It is a cross-sectional analytical study conducted in parturients, in 6 medical facilities of Kisangani, from January 1st to September 30th, 2017. At delivery we measured their hemoglobin, we performed the thick blood smear of their peripheral blood and placental apposition;and we weighed their newborns at birth. Results: Risk of anaemia at delivery increased with malaria access during pregnancy (p = 0.0056;OR: 1.4221, 95% CI: 1.0851 - 1.8638) and peripheral parasitaemia at delivery (p = 0.0000;OR: 6.3855, 95% CI: 4.5552 - 8.9512). LBW increased with peripheral parasitaemia at delivery (p = 0.0000;OR: 3.5299, 95% CI: 2.4424 - 5.1015) and placental parasitaemia (p = 0.0000;OR: 18.3247, 95% CI: 12.5141 - 26.8332). IPTp-sp did not have effect on maternal hemoglobin at delivery (p = 0.1546;OR: 0.7553, IC à 95%: 0.4414 - 1.2923) and the birth weight (p = 0.1225;OR: 0.6638, IC à 95%: 0.3375 - 1.3056). Conclusion: In Kisangani, pregnancy-associated malaria is associated with maternal anaemia at delivery and LBW. IPTp-sp does not reduce the risk of these complications. Therefore, studies evaluating IPTp alternatives are required in malaria endemic areas.
