The effects of a peripartum strategy to prevent and treat primary postpartum haemorrhage at health facilities in Niger: a longitudinal, 72-month study.

BACKGROUND: Primary postpartum haemorrhage is the principal cause of birth-related maternal mortality in most settings and has remained persistently high in severely resource-constrained countries. We evaluate the impact of an intervention that aims to halve maternal mortality caused by primary postpartum haemorrhage within 2 years, nationwide in Niger. METHODS: In this 72-month longitudinal study, we analysed the effects of a primary postpartum haemorrhage intervention in hospitals and health centres in Niger, using data on maternal birth outcomes assessed and recorded by the facilities' health professionals and reported once per month at the national level. Reported data were monitored, compiled, and analysed by a non-governmental organisation collaborating with the Ministry of Health. All births in all health facilities in which births occurred, nationwide, were included, with no exclusion criteria. After a preintervention survey, brief training, and supplies distribution, Niger implemented a nationwide primary postpartum haemorrhage prevention and three-step treatment strategy using misoprostol, followed if needed by an intrauterine condom tamponade, and a non-inflatable anti-shock garment, with a specific set of organisational public health tools, aiming to reduce primary postpartum haemorrhage mortality. FINDINGS: Among 5 382 488 expected births, 2 254 885 (41·9%) occurred in health facilities, of which information was available on 1 380 779 births from Jan 1, 2015, to Dec 31, 2020, with reporting increasing considerably over time. Primary postpartum mortality decreased from 82 (32·16%; 95% CI 25·58-39·92) of 255 health facility maternal deaths in the 2013 preintervention survey to 146 (9·53%; 8·05-11·21) of 1532 deaths among 343 668 births in 2020. Primary postpartum haemorrhage incidence varied between 1900 (2·10%; 2·01-2·20) of 90 453 births and 4758 (1·47%; 1·43-1·52) of 322 859 births during 2015-20, an annual trend of 0·98 (95% CI 0·97-0·99; p<0·0001). INTERPRETATION: Primary postpartum haemorrhage morbidity and mortality declined rapidly nationwide. Because each treatment technology that was used has shown some efficacy when used alone, a strategic combination of these treatments can reasonably attain outcomes of this magnitude. Niger's strategy warrants testing in other low-income and perhaps some middle-income settings. FUNDING: The Government of Norway, the Government of Niger, the Kavli Trust (Kavlifondet), the InFiL Foundation, and individuals in Norway, the UK, and the USA. TRANSLATION: For the French translation of the abstract see Supplementary Materials section.

An Integrating Model for Rapid Reduction of Maternal Mortality Due to Primary Postpartum Haemorrhage - Novel Use of the Catalyst Approach to Public Health.

On average 16%-53% of maternal deaths are from postpartum haemorrhage (PPH), with confidence intervals for Eastern Asia reaching beyond 60%. Success in preventing PPH mortality across many large low-resource populations has been fairly limited. Niger's government and an international non-governmental organization (NGO) have developed a model aiming to rapidly reduce primary postpartum haemorrhage mortality, combining relatively new technologies, misoprostol, condom tamponade, and non- inflatable anti-shock garment, with systematic measurement of blood loss and a set of traditional public health tools that constitute the Catalyst Approach to Public Health, with action steps for each phase if haemorrhage occurs. This paper describes each component and testing of the hypothesis that the model can effectively reduce PPH mortality on a national scale. The Niger model is a 'complex intervention' aiming to maximise impact from existing health system resources even in remote areas. The broad applicability of Niger's approach to address a serious global public health problem, and its innovative nature warrant describing the model itself, with results to be published separately. Combining this set of individually proven technologies and a set of organisational tools from disease eradication settings as a single 'complex intervention', has to our knowledge not been described before.