Active Pregnancy, Children & Inherited Conditions Diabetes, Hormones & Metabolism

Preterm pre-eclampsiA: PlAcental Growth factor testing for reduction of Adverse Outcomes

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Every year, pre-eclampsia kills 30,000 mothers and 500,000 babies globally, mostly in low- and middle-income countries where diagnosis is difficult and resources are scarce. This research group aims to change that by testing a simple blood test for placental growth factor (PlGF)—already recommended in the UK—in settings like Sierra Leone. PlGF levels drop sharply in pre-eclampsia, and the test outperforms all current diagnostics, cutting time to diagnosis and reducing harm. The only cure is delivery, but delivering too early in low-resource settings can harm the baby. The team will run two linked trials: one comparing revealed versus concealed PlGF test results in women with suspected pre-eclampsia, and another testing planned early delivery against expectant management in late preterm cases where PlGF guides the decision. If successful, the work could transform how pre-eclampsia is managed across the global south. It would give clinicians a reliable tool to decide which women need immediate delivery and which can safely wait, reducing both maternal deaths and unnecessary neonatal complications. The group will also build local research capacity and embed community engagement so that findings translate directly into policy and practice, making pregnancies safer for the most vulnerable women.

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We propose an NIHR Global Health Research Group focused on reducing maternal and perinatal mortality and morbidity from pre-eclampsia, across low- and middle-income countries (LMICs). This will build on the outputs and partnerships from our MRC funded trials and developed in our successful NIHR CRIBS Group in Sierra Leone and further develop local research capacity. Globally, pre-eclampsia causes 30,000 maternal and 500,000 perinatal deaths annually, with the majority in LMICs. Many of these are preventable, with early diagnosis and appropriately timed delivery; however, pre-eclampsia diagnosis can be challenging in high-burden, low-resource settings. Placental growth factor (PlGF) is abnormally low in pre-eclampsia necessitating delivery. PlGF outperforms all pre-eclampsia diagnostics, reducing adverse maternal outcomes and time to diagnosis. It is recommended in the UK but has not been evaluated in low resource settings, where the great health burden lies. The only definitive treatment for pre-eclampsia is delivery. Recent evidence has demonstrated planned early delivery is safe in late preterm pre-eclampsia (34-37 weeks’). Early delivery in LMICs in the absence of pre-eclampsia, would increase neonatal morbidity. Angiogenic markers should enhance diagnostic precision and enable rule-in and rule-out of women for whom early delivery is beneficial. Objectives: • Describe care pathways for preterm pre-eclampsia, identify barriers to, and facilitators of PlGF testing in LMICs • Assess clinical and cost effectiveness of PlGF testing in suspected preterm pre-eclampsia • Evaluate clinical and cost effectiveness of planned early delivery in late preterm pre-eclampsia with diagnosis incorporating PlGF testing • Sustainably build local research capacity at individual and institutional levels Methods: Workstream 1: a six-month mixed-methods observational feasibility study to describe current pre-eclampsia care, optimise PlGF testing and conduct community engagement Workstream 2: a randomised controlled trial comparing revealed PlGF to concealed PlGF testing, in women with suspected pre-eclampsia Workstream 3: a randomised controlled trial comparing planned delivery with usual care of expectant management, in women with late preterm pre-eclampsia (diagnosis incorporating PlGF testing) A strong element of this programme is our community engagement and involvement strategy. Building on our existing partnerships with communities and stakeholders, we will reach the most vulnerable women by embedding research in rural communities with limited access to healthcare. The project will be planned, designed, and implemented by the people who will benefit from it and decisions will align with local priorities that are relevant beyond the timeline of the research group. Anticipated impact and dissemination: We anticipate improved maternal and neonatal outcomes through demonstrating the clinical and economic benefit of PlGF testing in low-income settings and establishing how it can be used to optimally time delivery. Our partnerships will enable rapid translation into policy and nationwide scaleup. The evidence accrued will offer generalisability and we will share our findings to encourage widespread adoption and achieve large-scale impact. We envision increased community awareness of PE, long-term improvements in management, sustainable strengthening of the LMIC research capacity and, ultimately, safer pregnancies for women and their babies.

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