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1
Project Brief USAID’s MaMoni HSS Project
Overview
Bangladesh is one of 12 countries that bear the largest
global burden of neonatal mortality1. The majority of
newborn deaths are caused by intrapartum complications,
severe infection, and prematurity. Preterm delivery (birth
before 37 weeks of pregnancy are completed) occurs in 14
percent of pregnancies in Bangladesh. This equates to
more than 400,000 preterm newborns each year2. Overall,
complications of preterm birth contribute to nearly one-third
of newborn mortality in the country3.
To accelerate the reduction of newborn mortality, the
Government of Bangladesh adopted a set of
evidence-based newborn interventions that were
announced in 2013. The aim was to address the three
primary causes of newborn death. The adopted newborn
interventions included the use of antenatal corticosteroids
(ACS) for preterm delivery.
Under the leadership of the Ministry of Health and Family
Welfare (MOH&FW), a national-level newborn health
community of experts developed ACS guidelines and a
package of newborn care tools. The United States Agency
for International Development (USAID)-funded MaMoni
Health Systems Strengthening (MaMoni HSS) project
provided support to the MOH&FW for the early
implementation of ACS for improving outcomes of preterm
newborns at district-level facilities.
Implementing National Guidelines on Use of Antenatal Corticosteroids
to Prevent Complications of Prematurity
A woman who received antenatal corticosteroid at Habiganj District Hospital with her newborn.
Ph
oto
by:
Sye
d A
hm
ed
/S
ave
th
e C
hild
ren
September 2018
2
Evidence
Globally, ACS has been used since the early 1970s to
reduce the incidence of respiratory distress syndrome in
preterm infants. Studies have shown that the use of ACS
when a woman is between 24 and 34 weeks of gestation
and delivers within a week of receiving the drug is
associated with a 31 percent reduction in neonatal
mortality4–7. However, this effect was not observed in a
recent multicountry study in low- and middle-income
countries, possibly due to a lack of high-quality newborn
intensive care8. In 2015, the World Health Organization
(WHO) released recommendations on interventions to
improve preterm birth outcomes inclusive of ACS,
antibiotics for preterm labor, kangaroo mother care,
continuous positive airway pressure, surfactant, and safe
oxygen use9.
National Guidelines and Tools Bangladesh’s national guidelines on use of ACS in
Threatened Preterm Deliveries to Reduce Neonatal
Mortality and Morbidities 10, were also released in 2015.
They follow the WHO recommendations (see box) on the
necessary preconditions for safe and efficacious use of
ACS.
The ACS protocol in the national guidelines is as follows:
“The clinical conditions under which antenatal
corticosteroid administration has been investigated are
those associated with threatened or inevitable preterm
delivery.
These include:
1. Preterm labor
2. Preterm premature rupture of membranes (pPROM)
3. Severe Pre-eclampsia/Eclampsia
4. Antepartum Hemorrhage (APH)
Any of the conditions above observed between 24–34
(34+6) weeks of gestational age should prompt a provider
to initiate administration of ACS.”
Figure 1: Antenatal corticosteroids pictorial algorithm
from the Bangladesh Comprehensive Newborn Care
Package (2015)
Preconditions for Antenatal Corticosteroids
Introduction
Gestational age can be accurately assessed.
Preterm birth is considered imminent.
There is no clinical evidence of maternal infection.
Adequate childbirth care is available.
Preterm newborns can receive adequate care for
complications if needed (including resuscitation,
thermal care, feeding support, infection treatment,
and safe oxygen use).
The What and Why of Antenatal Corticosteroids for Preterm Delivery7,9
Respiratory distress syndrome (RDS) is the most common cause of death among babies born before 34 weeks of
gestation.
Use of ACS for women with threatened preterm delivery reduces the severity of and mortality associated with RDS
among these newborns.
Dexamethasone sodium phosphate and betamethasone acetate + phosphate are the two efficacious and safe
corticosteroids for use for threatened or inevitable preterm delivery.
Dexamethasone, listed in the World Health Organization is (WHO) essential medicines list, is inexpensive and widely
available in Bangladesh.
According to WHO recommendations, ACS should be administered to eligible pregnant women in health facilities
that meet certain preconditions for maternal and newborn care.
3
National guidelines exist for the specific management of
each one of the abovementioned clinical conditions. The
recommended ACS dosage as per the national guidelines is
dexamethasone 6 mg every 12 hours (for a maximum of
four doses) or dexamethasone 12 mg every 24 hours (for a
maximum of two doses).
A flowchart for providers is included in the ACS guidelines to
assist them in determining whether a woman is eligible to
receive ACS. In addition, the nationally endorsed
Comprehensive Newborn Care Package (CNCP) was
developed to support implementation of this and the other
priority newborn interventions. A pictorial algorithm (Figure
1) for ACS administration was included in the CNCP.
Support Provided By MaMoni HSS to the
MOH&FW Site Preparation
Three district hospitals were selected for the ACS
intervention. Initially, the intervention was introduced in
Habiganj and Noakhali district hospitals. Later, it was
introduced in Lakshmipur District Hospital. To ensure
newborn care, MaMoni HSS supported the setup of special
care newborn units (SCANUs) and kangaroo mother care
units at each facility. These inputs are described in
separate project briefs. Each hospital had an obstetrician-
gynecologist who provided leadership to ensure the
preconditions for ACS were met.
Provider Capacity-Building
The project mobilized technical experts from the Obstetrical
and Gynaecological Society of Bangladesh and
Bangabandhu Sheikh Mujib Medical University (BSMMU) to
train providers. Thirty-three doctors and 11 nurses from the
initial two hospitals were trained in accordance with the
national ACS guidelines and the CNCP. The training focused
on appropriate screening of cases and use of a decision
algorithm to accurately determine gestational age and
assess the signs of imminent birth. It employed hands-on
demonstration of the necessary technical competencies.
After the training participants received key job aids to assist
them in their practice. The trainers visited each hospital
following the training to provide on-the-job coaching and
supervision. Follow-up visits included brief refresher
trainings.
Documentation and Reporting
For recordkeeping of services, efforts were made to utilize
existing emergency obstetric care registers. Providers
documented information on ACS administration in the
“remarks” column. Other relevant information (i.e.,
gestational age, imminent birth sign[s], ACS dose, and
delivery outcomes) was systematically collected in a
supplementary form and summarized monthly for MaMoni
HSS.
The emergency obstetric care register was later updated at
the national level to capture gestational age. MaMoni HSS
provided support to ensure its availability, and providers
were trained on its use.
4
Results from Initial Implementation In mid-2017 and early 2018, MaMoni HSS conducted a
review of the ACS intervention to reflect upon its
implementation experience in Habiganj and Noakhali
district hospitals. In selecting these two hospitals as the
focus of this analysis, consideration was given to the
relative maturity of the project’s intervention across the
three ACS sites. Data collection consisted of a rapid facility
readiness assessment, review of data of pregnant women
who received ACS, and interviews with providers.
Facility Readiness
The facility readiness assessment revealed that both
hospitals had functional SCANUs and dedicated spaces for
kangaroo mother care. The available SCANU equipment
included radiant warmers to provide thermal care for
unstable, low-birthweight babies, a phototherapy machine,
and essentials (such as a bag and mask) for newborn
resuscitation and safe oxygen use. They also had safe
resting places for mothers with babies admitted to the
SCANU.
The majority of the job aids provided by the project were
available on site during the assessment. These included the
national ACS guidelines, a gestational age calendar,
protocols for the management of pregnancy complications
(eclampsia, APH, and pPROM), a supplementary data
collection form, and the action plan for ACS administration
(Figure 1).
Case Review of Pregnant Women Who Received ACS From January 2016–December 2017, 633 pregnant
women received ACS at Habiganj and Noakhali district
hospitals. Among them, 315 were seen in 2016 and 318 in
2017. About two-thirds were between 20 and 29 years old,
and over 90 percent had at least one antenatal care
consultation during pregnancy.
Figure 2. Antenatal corticosteroid recipients by gestational age (n=623)
Among the women who received ACS, 73 percent were
between 24 and 34 weeks of gestation (Figure 2). The
largest grouping of ACS recipients who fell outside this
window were between 35 and 37 weeks of gestation.
Overall, 425 (67%) were between 24 and 34 weeks of
gestation and presented with a sign of imminent birth.
The segregation of pregnant women who received ACS by
eligibility criteria is demonstrated in Figure 3.
Completeness of data was a significant challenge.
Complete data on methods used for gestational age
assessment was only available in 2017. Among the 318
pregnant women who received ACS that year, gestational
age was determined by last menstrual period (LMP) and
uterine height measurement for all cases. In addition, an
ultrasound was done for 312 cases (98% of ACS
recipients).
Among the 633 ACS recipients, 70 (11%) did not have a
record of a clinical condition indicative of imminent birth.
The most common condition recorded was preterm
prelabor rupture of membranes (69%). This was followed
by cervical effacement and dilation (19%). Severe pre-
eclampsia/eclampsia and antenatal hemorrhage affected
7 percent of women each (Table 1).
Providers’ Perspectives
Five providers (three doctors and two nurses) were
interviewed about their practices in determining eligibility
for and administering ACS. In interviews, providers
described primarily basing their determination of
gestational age on the date of women’s LMP, though they
also use the other two methods (uterine height
measurement and ultrasound). If a woman has trouble
recollecting the date of her LMP, she is asked to
associate it with a festival or harvest period. It is more
common for women with fewer antenatal visits to struggle
with recollecting their LMP, as demonstrated by the
following quotation:
“Most of the women do not take the complete ANC
(minimum four visits). Very few of them take only 1 or 2
ANC and can recall LMP.”
-Nurse, Noakhali District Hospital
Most providers reported that all eligible patients receive
an ACS course. However, some eligible women with
advanced labor do not receive ACS due to lack of time.
1
73
24
2
<24 weeks (01%) 24—34 weeks (73%) 35—37 weeks (24%) >37 weeks (02%)
5
Figure 3. Flowchart of pregnant women who received antenatal corticosteroids by eligibility criteria (Habiganj
and Noakhali, 2016 and 2017)
Across interviews, providers described staffing shortages
as a challenge. They explained that more nurses and
doctors are needed to provide better quality of care for
preterm babies.
Limitations of This Analysis
There were some limitations to this analysis. One of these
was incomplete documentation of services in the
emergency obstetric care registers. Samples of 2 months
of register data revealed that gestational age was only
captured for 38 percent of all pregnant women seen. This
made it impossible to assess how many eligible women
did not receive ACS. Further, information about birth
outcomes and management of sick newborns was only
available for a small proportion of cases. The project is
working to improve this.
Key Lessons This brief is intended to provide public health
professionals with a descriptive snapshot of the early ACS
implementation experience in a secondary-level care
setting in Bangladesh. Some key lessons learned are as
follows:
Adherence to National ACS Guidelines
While two-thirds of ACS recipients met the eligibility
criteria as per national guidelines, prescribing ACS
to ineligible pregnant women was also observed. Thus,
the ACS eligibility criteria described in the national ACS
guidelines are not being adhered to with regularity.
Completeness of Service Records
There were also gaps in the availability of relevant data.
Completeness and accuracy of service documentation, as
well as actionable use of data, were not in practice during
the period selected for review. This prevented
assessment of whether eligible patients were missed,
how maternal infection was monitored and treated, care
provided to preterm newborns, and newborn outcomes.
ACS Dose Packaging Injectable dexamethasone is only available locally in 5
mg/1 mL ampules, while the national guidelines specify
dose sizes of either 6 mg or 12 mg. This makes the
calculation of accurate dosage challenging and raises
questions about injection safety and product waste. This
could be addressed by the Directorate General of Drug
Administration, ensuring that pharmaceutical companies
produce dose convenient packages.
Received
antenatal
corticosteroids:
633
Gestational age
Recorded: 622 Within 24–34
weeks: 456
Signs of
imminent birth
recorded: 425
Beyond the
gestational age
range: 166 Not recorded: 10
Signs of
imminent birth
not recorded: 31
6
SIGNS OF IMMINENT PRETERM BIRTH NUMBER AND PERCENTAGE OF ANTENATAL
CORTICOSTEROID RECIPENTS
Preterm prelabor rupture of membranes 439 69%
Cervical effacement and dilation 118 19%
Severe pre-eclampsia/eclampsia 46 7%
Antenatal hemorrhage 42 7%
None 70 11%
Table 1. Distribution of signs of imminent preterm birth (n=633; all antenatal corticosteroid patients
2016 and 2017)
Conclusion Overall, the key readiness elements and experience for scaling up ACS use in district (secondary)-level facilities are in
place. ACS guidelines and implementation tools, affordability and availability of dexamethasone, and protocols for the
management of pregnancy and delivery complications are already part of the Bangladesh health system. Methods for
reporting gestational age, pregnancy complication, and ACS administration are integrated into the health management
information system. However, there is a need for stronger documentation of services, use of data for program monitoring,
and the provision of regular feedback. With higher-quality data, more comprehensive analysis of ACS use could be done,
which could assist in strengthening both service quality and the evidence base around ACS use in low-resource settings.
7
The MaMoni HSS is a 5-year project of United States Agency for
International Development under the global Maternal and Child
Health Integrated Program. The focus of this project is strengthening
the systems and standards for maternal, newborn, and child health,
family planning, and nutrition to contribute to declines in maternal,
newborn, and child mortality in Bangladesh. The project supports the
Ministry of Health and Family Welfare to introduce and leverage
support for scale-up of evidence-based practices already
acknowledged in Bangladesh.
MaMoni HSS is primed by Jhpiego in partnership with Save the
Children, John Snow Inc., and Johns Hopkins University/Institute for
International Programs, with national partners icddr,b; Dnet; and
Bangabandhu Sheikh Mujib Medical University; and six local
nongovernmental organizations.
The project covers 40 upazilas in six districts and serves around 12.2 million people. The six focus districts are
Habiganj, Lakshmipur, Jhalokati, Noakhali, Pirojpur, and Bhola.
Anna Williams, Sabbir Ahmed, Marufa Khan, Sanjida Alam, Munia Islam, Joseph Johnson, Imteaz Mannan, Uzma Syed, Joby
George, Iftekher Rashid
This work would not have been possible without the technical leadership of members of the MOH&FW, the National
Technical Working Committee for Newborn Health under the National Core Committee – Neonatal Health, USAID, the
Obstetric and Gynaecological Society of Bangladesh, BSMMU, the Saving Newborn Lives program, the dedicated staff of
Lakshmipur and Noakhali district hospitals, and the MaMoni HSS district teams.
About MaMoni Health Systems Strengthening (MaMoni HSS) Project
Contact Us
______________________________
MaMoni Health Systems Strengthening
(MaMoni HSS) Project
Save the Children
Save the Children Hs No CWN (A)
35, Road 43, Gulshan 2, Dhaka
1212, Bangladesh
Email:
Web: http://www.mamoni.info
Authors
Acknowledgments
Disclaimer: This brief is made possible by the support of the American people through the United States Agency for International Development (USAID).
The contents are the sole responsibility of USAID’s MaMoni HSS Project and do not necessarily reflect the views of USAID or the United States
Government.
8
1. World Health Organization (WHO). 2014. Every Newborn: An Action Plan to End Preventable Deaths. Geneva: WHO.
2. Blencowe H, Cousens S, Oestergaard MZ, et al. 2012. National, regional, and worldwide estimates of preterm birth
rates in the year 2010 with time trends since 1990 for selected countries: a systematic analysis and implications.
Lancet. 379(9832):2162–72. doi: 10.1016/S0140-6736(12)60820-4.
3. Liu L, Oza S, Hodan S, et al. 2015. Global, regional, and national causes of child mortality in 2000-13, with projections
to inform post-2015 priorities: an updated systematic analysis. Lancet. 385(9966):430–40. doi: 10.1016/S0140-
6736(14)61698-6.
4. McClure EM, Goldenberg RL, Jobe AH, et al. 2016. Reducing neonatal mortality associated with preterm birth: gaps in
knowledge of the impact of antenatal corticosteroids on preterm birth outcomes in low-middle income countries.
Reprod Health. 13(1):61. doi: 10.1186/s12978-016-0180-6.
5. Roberts D, Dalziel S. 2006. Antenatal corticosteroids for accelerating fetal lung maturation for women at risk of preterm
birth. Cochrane Database Syst Rev. (3):CD004454.
6. Royal College of Obstetricians and Gynaecologists (RCOG). 2010. Antenatal Corticosteroids to Reduce Neonatal
Morbidity and Mortality. London: RCOG.
7. Saccone G, Berghella V. 2016. Antenatal corticosteroids for maturity of term or near term fetuses: systematic review
and meta-analysis of randomized controlled trials. BMJ. 355:i5044. doi: 10.1136/bmj.i5044.
8. Althabe F, Belizan JM, McClure EM, et al. 2015. A population-based, multifaceted strategy to implement antenatal
corticosteroid treatment versus standard care for the reduction of neonatal mortality due to preterm birth in low-income
and middle-income countries: the ACT cluster randomised trial. Lancet. 385(9968):629–39. doi: 10.1016/S0140-
6736(14)61651-2.
9. WHO. 2015.WHO Recommendations on Interventions to Improve Preterm Birth Outcomes. Geneva: WHO.
10. National Technical Working Committee on Newborn Health (Bangladesh). 2014. Use of Antenatal Corticosteroids (ACS)
in Threatened Preterm Deliveries to Reduce Neonatal Mortality and Morbidities, National Guidelines. Bangladesh:
National Technical Working Committee on Newborn Health.
Layout by: Kabirul Abedin