article · International Journal of Medical Sciences and Pharma Research
Maternal malaria, predominantly caused by Plasmodium falciparum, causes recognized immediate complications such as low birth weight, preterm birth, and placental dysfunction. The consequences of infection also extend to future pregnancies. Prior infections contribute to long-term risks through persistent inflammation, immune system alterations, and chronic placental damage. These biological disruptions can impair future placental performance and heighten the likelihood of complications such as placental abruption and preterm labour. Women with a history of maternal malaria remain at elevated risk for delivering low birth weight infants or experiencing preterm delivery in later pregnancies. Recognising how past malaria infections lead to enduring immune dysregulation and tissue damage provides an essential foundation for designing targeted interventions and public health strategies to reduce adverse maternal and neonatal outcomes in endemic areas.
Malaria in pregnancy is traditionally treated as an acute condition, but these findings show its harms can persist across subsequent pregnancies. Understanding that prior infections cause enduring placental damage and immune changes helps healthcare providers anticipate complications, protect vulnerable mothers, and improve long-term infant health in regions where malaria transmission remains high.
The work represents early-stage review research that informs future interventions rather than a direct commercial product. It could guide public health agencies, antenatal healthcare providers, and diagnostic developers in designing screening programmes or therapeutic protocols aimed at managing women with a history of gestational malaria. However, the abstract does not describe any specific diagnostic tools, medical devices, or commercial therapies nearing implementation.
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Maternal malaria, primarily caused by Plasmodium falciparum, has well-documented immediate effects on pregnancy, including preterm birth, low birth weight, and placental dysfunction. However, its impact extends beyond the current pregnancy, potentially influencing outcomes in subsequent pregnancies. This review examines how maternal malaria affects future pregnancies, focusing on the mechanisms through which previous malaria infections contribute to subsequent complications. Key mechanisms include chronic placental damage, immune system alterations, and persistent inflammation, which can disrupt placental function and increase the risk of adverse outcomes such as preterm labor and placental abruption in future pregnancies. The review highlights evidence that women with a history of maternal malaria are at an elevated risk for complications in subsequent pregnancies, including an increased likelihood of preterm birth and low birth weight. Persistent placental damage and immune dysregulation resulting from past malaria infections contribute to these risks. Understanding these long-term effects is crucial for developing effective public health strategies and interventions aimed at mitigating the risks of adverse pregnancy outcomes in malaria-endemic regions. Keywords: Maternal malaria, Plasmodium falciparum, pregnancy complications, placental damage, immune dysregulation, chronic inflammation, preterm birth
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DOI: 10.22270/ijmspr.v10i2.95
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