The
MCH Project Intervention Effects on Infant and
Maternal Mortality in Bangladesh
.........................................................................................................................
Md. Mosfequr Rahman1, Md. Aminul
Hoque2, Md. Rajwanul Haque3
1. Department of Population Science and Human
Resources Development, Rajshahi University,
Rajshahi-6205, Bangladesh.
2. Department of Statistics, Rajshahi University,
Rajshahi-6205, Bangladesh.
E-mail: mdaminulh@gmail.com
3. Assistant Research Officer, PDMER, Islamic
Relief Bangladesh.
E-mail: rajwan@islamicrelief-bd.org
Correspondence to:
Md. Mosfequr Rahman,
Lecturer Department of Population Science and
Human Resources Development,
Rajshahi University,
Rajshahi-6205, Bangladesh
Fax: +88-721-750064 (Off),
Mobile: +88-1712196574,
E-mail: mosfeque@gmail.com
|
ABSTRACT
Like
other developing countries of the world
IMR and MMR are reducing in Bangladesh.
But these are still alarming in Bangladesh,
especially in rural areas and in the poorest
section of the country. This study investigated
the impact of the maternal and child healthcare
MCH) project on infant and maternal mortality
using the data collected by MCH. Our analyses
and findings indicated that both IMR and
MMR are reduced significantly due to the
project intervention. We also found the
clear difference between project intervened
and non-intervened beneficiaries due to
pregnancy awareness training from MCH.
The factors that cause maternal morbidity
and death also affect the survival chances
of the foetus and infant. In the present
study we also indicated the dominating
causes of high IMR and MMR in Bangladesh.
High rates of maternal deaths occur in
the same countries that have high rates
of infant mortality reflecting generally
lack of knowledge and medical care.
Key Words:
Project intervention, Infant mortality,
Maternal mortality, Significance, Pregnancy
awareness, Survival chance.
|
Despite significant improvements
in child survival in recent decades, levels
of infant and child mortality and morbidity
remain unacceptably high in many developing
countries (UNDP, 2004; World Bank, 2000). These
problems are particularly serious among high-risk
pregnancies and births and in many developing
countries where the health-care system is still
struggling to provide basic public health and
maternal and child health to their population
(Bryce et.al. 2005; Atiyeh and El-Mohandes,
2005). In such countries, adequate health-care
services for managing high-risk pregnancy and
delivery are usually available at the referral
levels such as regional and national hospitals
(Yucesoy et al. 2005; Ravikumara and Bhat 1996).
However, access to these facilities remains
limited owing to factors such as distance, transportation
cost and medical fees; specifically for the
poor women and women who live in the rural and
remote areas.
Although a remarkable decline in mortality
has been observed over the last half of the
past century, but within country, mortality
both in developed and developing countries varied
often by different sub-group (Feachem, 2000;
Gwatkin, 2000). Almost everywhere the poor suffer
poor health and the gap in health condition
by economic group, ethnicity, caste or place
of residence remains very wide. In Bangladesh,
many positive changes have taken place in various
fields (for example, in food production, communication,
education, life expectancy, fertility decline)
over the past few decades (UNICEF, 2001), but
the country still remains one of the world's
poorest nations according to World Bank criteria.
To improve health of the people, the government
has intensified health services over the country
since the Alma-Ata conference in 1978. This
includes establishment of Health Complexes and
provision of free health and family planning
services in both the urban and rural areas.
But these facilities are yet to create awareness
of health to the majority of people in Bangladesh.
In Bangladesh maternal and child health problems
pose a serious threat to the improvement of
overall health status of the country and thereby
negatively affect the socio-economic development.
Mortality under age 5 in Bangladesh is 71 per
1000 live births and infant mortality rate is
53 per 1000 live birth (ESCAP Population Data
Sheet, 2007). It is still unacceptably high.
The reduction in maternal mortality in the past
15 years is 22%, right on target towards the
Millennium Development Goal (MDG) of a 75% reduction
between 1990 and 2015 (Ali et.al. 2004). The
Maternal Mortality Survey 2001 indicates maternal
mortality is 3.20 per 1000 live births. The
high mortality rates indicate lack of health
facilities and lack of knowledge as the major
causes. Though a lot of the NGOs are working
to reduce IMR and MMR through providing social
and material support as well as government which
is also creating awareness through different
means like radio and TV programs, leaflets,
posters, billboards etc.
In many low-income countries, non-governmental
organizations (NGOs) deliver basic health services
in particular areas or among certain populations.
Their effectiveness in establishing sustainable
primary health care (PHC) systems has been linked
with promotion of community participation, having
close links with the poor, being flexible and
having committed staff (Gellert 1996). The comparative
advantage of NGOs might be assessed in terms
of efficiency, innovation, quality of services,
ability to mobilize resources, contribution
to the sustainability of the local health system
and coverage of grass-roots communities (Gilson
et al. 1994; Matthias and Green 1994; Stefanini
1995). However, the need for reliable evidence
on the impact and effectiveness of NGO PHC provision
has long been recognized (Edwards and Hulme
1995). This paper examines the effectiveness
of a MCH project conducted by an NGO to reduce
the infant and maternal mortality rate in Bangladesh.
In Bangladesh many NGOs are
implementing mother and child healthcare projects
to reduce infant and maternal mortality. Islamic
Relief Bangladesh is one of them and conducting
a project, which provides antenatal care, post
natal care, pregnancy test, diagnosis risk pregnancy,
child growth monitoring, provides safe delivery
kits etc. from 1996 at the Mithapukur upazila
of Rangpur district, Bangladesh. Reducing maternal
and infant mortality, improving overall health
situation, promoting health awareness, ensuring
preventive measures, encouraging physical and
psychological development of the poor in the
area are the key concerns of the project.
For this study, information has been collected
from selected respondents who have benefited
from the project intervention directly or indirectly.
Information has also been collected from non-intervened
respondents. To collect information, a structured
questionnaire, focus group discussion, and case
study were used. A three stage stratified random
sampling technique has been adopted for this
survey with beneficiary as a sampling unit.
The size of the total sample was selected at
300. A total of 100 non-intervened respondents
were selected from two villages.
|
Table 1.
Sample sizes of the selected areas |
|
Union |
Village |
Number
of Sample |
|
Payrabandh |
Tokeya Kesabpur
Shalmara Latibpur |
30
30 |
|
Balarhat |
Kutubpur
Kismot Kale |
30
30 |
|
Bhangni |
Krisnapur
Thakurbari |
30
30 |
|
Khoragach |
Siraj
Khorgch Southpara |
30
30 |
|
Ranipukur |
Habibpur
Tajnagar |
30
30 |
| Total |
|
300 |
Health Services Obtained
It is observed from the survey that 84%
of respondents including their children have
been getting necessary immunization from the
MCH project. Other services obtained by the
respondents from the MCH project are: 79% received
check up facilities during pregnancy, 77% of
respondents including their children received
facilities to measure weight during pregnancy
for women and growth monitoring for below 5
years children. The respondents also received
several types of facilities from the MCH project
such as urine/pregnancy test, awareness on health
education, child care, nutritious food during
pregnancy, and awareness of breastfeeding.
|
Table 2. Type
of facilities received by the beneficiary
from MCH Project |
|
Types of benefits |
Number |
Percent on total respondent |
|
Immunization (mother &
child |
253 |
84.33 |
|
Check-up during pregnancy |
236 |
78.67 |
|
Weight of pregnant mother |
200 |
66.67 |
|
Urine test/pregnancy check-up |
123 |
41.00 |
|
Awareness of health education |
119 |
39.67 |
|
Nutritious foods for child |
111 |
37.00 |
|
Medicine support |
98 |
32.67 |
|
Awareness training on child
care |
60 |
20.00 |
|
Nutritious foods during
pregnancy |
33 |
11.00 |
|
Weight of child |
32 |
10.67 |
|
Normal treatment during
pregnancy |
20 |
6.67 |
|
Iron tablets |
18 |
6.00 |
|
Delivery kits |
15 |
5.00 |
|
Care progenitress |
14 |
4.67 |
|
Additional foods of child |
13 |
4.33 |
|
Diarrhea |
7 |
2.33 |
|
Awareness on breastfeeding |
6 |
2.00 |
|
Care of newborn baby |
2 |
0.67 |
Sources, Knowledge and Types of Services
Received
From Figure 1 it is observed that 97% respondents
said that they are getting effective messages
on mother (ANC & PNC) and child health care
through MCH health workers/nurses. Besides this
18% if respondents were aware by listening and
watching Radio/TV. The most significant findings
is that only 10.67% respondents received several
lots of information regarding maternal and child
health through government health workers, other
NGO's health workers, CAP project's staff and
poster/leaflet.
Fig. 1 Sources of Maternal and Child
Health Care Services

Figure 2 represents that the antenatal care
is the most imperative assistance for the pregnant
woman. The essential services are regular check
ups, taking iron tablets, heavy work, careful
movement, taking TT vaccines, taking nutritious
food, regular rest etc. After getting awareness
training regarding antenatal care most of the
respective pregnant women have been followed
and taken same services (Fig. 3). The mentioned
services are provided by MCH project 92%, other
NGO's 5.3% and the rest from government hospitals/clinics
(Table 3).
Fig. 2 Perception of Respondents about
Services Needed by Pregnant Mother

Fig. 3 Types of Services

|
Table 3. Sources
of Services |
|
Services |
Number |
Percentage |
|
Mother and Child Health
(MCH) project |
277 |
92.33 |
|
Upozila health centre/govt.
hospitals |
7 |
2.33 |
|
Other NGO’s |
16 |
5.33 |
|
Total |
300 |
100.00 |
Medical Check-up and Realization of Pregnancy
Survey findings indicated that almost all
respondents know medical check up is essential
for caring for mother and her baby during the
antenatal period. Table 4 shows that around
90% of women have had a medical check up before
last birth and the remaining 10% could be a
first time child bearer so it was not necessary
to do that. Since all respondents are conscious
about their own health during pregnancy and
want to give birth to a healthy baby, 72% of
respondents took a medical check up three times
and 27% two times before the last child birth.
|
Table 4. Number
of medical check ups before last child birth |
|
Status of medical check up |
Experimental group (%) |
Non-experimental group (%) |
|
Yes |
90.00 |
2.00 |
|
No |
10.00 |
98.00 |
|
Total |
100.00 |
100.00 |
|
No. of medical check
up |
|
|
|
One time |
3.70 |
100.00 |
|
Two times |
27.07 |
- |
|
Three times |
72.22 |
- |
|
Total |
100.00 |
100.00 |
Table 5 indicates that 90% of women can recognize
through vomiting tendency whether she is pregnant.
Almost the same results observed both in the
intervened and non-intervened group of women.
Other pregnancy symptoms felt are dizziness,
menstruation cessation, distaste, ill smelling
etc. In comparison of both groups, 38% intervened
respondents said they have confirmed pregnancy
by urine test on the other hand only 2% of non-intervened
women ensured by urine test as well.
|
Table 5. Understanding
or realization level of pregnancy by the
respondents |
|
Level of understanding |
Experimental group (%) |
Non-experimental group
(%) |
Total |
|
Vomiting |
92.00 |
83.00 |
89.75 |
|
To feel dizzy |
79.33 |
56.00 |
73.50 |
|
Ceasing menstruation |
66.67 |
69.00 |
67.25 |
|
Distaste |
64.67 |
38.00 |
58.00 |
|
Urine test |
38.33 |
2.00 |
29.25 |
|
Feel weight fall |
14.00 |
3.00 |
11.25 |
|
Ill-smelling of food |
12.67 |
6.00 |
11.00 |
|
Weakness |
6.33 |
1.00 |
5.00 |
|
Develop/increase breast |
6.67 |
- |
5.00 |
Complications During Pregnancy
Table 6 shows that about four-fifths of
pondents have given birth to their children
without any complexity and 19% faced some complexity
during delivery. The highest number of respondents
(62%) faced excess bleeding following placenta
delivery(26%). In contrast the non-project intervened
respondents have suffered more excess bleeding
and eclampsia than the intervened group of people.
On the other hand about 4 times less response
was found on placenta from non-intervened women.
This may have happened because of lack of awareness.
Among the sufferers they firstly go to project
staff and the local TBA to take suggestions
and ro solve the problem. A non-intervened woman
goes to TBA, UHC and private clinic.
|
Table 6.
Complexity faced and sources of treatment |
|
Status of complexity |
Experimental group (%) |
Non-experimental group
(%) |
Total |
|
Faced |
21.00 |
14.00 |
19.30 |
|
Not faced |
79.00 |
86.00 |
80.70 |
|
Total |
100.00 |
100.00 |
100.00 |
| Complexity
type |
|
|
|
|
Excess bleeding |
57.60 |
71.43 |
62.30 |
|
Placenta |
32.20 |
7.14 |
26.00 |
|
Perinial tear |
10.20 |
14.29 |
10.40 |
|
Eclampsia |
- |
7.14 |
1.30 |
|
Total |
100.00 |
100.00 |
100.00 |
| Shared
problems |
|
|
|
|
MCH doctor at HC |
22.22 |
- |
- |
|
Staff nurse at MCH union
clinic |
12.70 |
- |
- |
|
TBA |
17.46 |
50.00 |
- |
|
UHC |
6.35 |
35.71 |
- |
|
Private clinic |
41.27 |
14.29 |
- |
|
Total |
100.00 |
100.00 |
|
Fig. 4 Types of Complexity Faced by
the Mother During Delivery

Breastfeeding and Complementary Feeding
of Children
It is observed from Table 7 that in experimental
groups 100% respondents are aware of breastfeeding
the child whereas only 22% are in the non-experimental
groups. Among the experimental group the respondents
said that on average breastfeeding should be
carried out for 25 months whereas 30 months
is in the non-experimental groups. It also shows
that supplementary foods should be provided
to the child after 6 months whereas the non-experimental
group responded that supplementary food should
be given after 13 months with breastfeeding.
|
Table 7.
Knowledge about breastfeeding and supplementary
food of the children |
|
Status of breastfeeding |
Experimental group (%) |
Non-experimental group
(%) |
Total |
|
Knowledge about shawl breast
feeding |
100.00 |
22.00 |
80.10 |
|
Average months continue
to breast feeding |
25.00 |
30.00 |
26.00 |
|
Provide supplementary food
including breast feeding (Months) |
6.00 |
13.00 |
7.00 |
Place of Delivery
Proper medical support and hygienic conditions
during delivery can reduce the risk of infection
which could lead to serious illness or death
to the mother or new born. Table 8 indicates
that delivery at home nevertheless remains high
(89%) which is close to Bangladesh Maternal
Health Services and Maternal Morbidity Survey
findings (91%) (NIPORT, 2003). Seven percent
of deliveries occur in the private clinic or
Govt. hospitals for the intervened groups. All
non-intervened respondent's delivery occurs
at the home though few number of child births
have occurred.
|
Table 8.
Birth places of children |
|
Birth places |
Experimental group |
Non-experimental group |
Total |
|
Home |
88.06 |
100.00 |
89.15 |
|
Private clinic |
3.36 |
|
3.05 |
|
Govt./UHC |
3.73 |
|
3.39 |
|
MCH union centre |
0.37 |
|
0.34 |
|
Others |
4.48 |
|
4.07 |
|
Total |
100.00 (n=268) |
100.00 (n=27) |
100.00(n=295) |
Assistance During Delivery
From Table 9 we found that among the experimental
group 43% of respondents delivered their children
through the MCH trained TBA and 20% by MCH nurses.
It also shows that 25% of respondents among
the experimental group completed delivery through
relatives, compared to 69% of respondents in
the non-experimental group. Only 6% of respondents
completed delivery using normal TBA among the
experimental group whereas 19% in the non-experimental
group did.
|
Table 9.
Personnel who assisted to deliver child |
|
Personnel |
Experimental |
Non-experimental |
Total |
|
MCH trained TBA |
42.54 |
- |
49.15 |
|
Relatives |
24.63 |
69.23 |
28.47 |
|
MCH nurse |
19.78 |
- |
6.10 |
|
Normal TBA |
5.60 |
19.23 |
3.05 |
|
Govt. physician |
- |
3.85 |
5.42 |
|
Others |
7.84 |
7.69 |
7.80 |
|
Total |
100.00 (n=268) |
100.00 (n=27) |
100.00(n=295) |
Types of Delivery
It is observed from the data given in Table
10, that about 94% of births occur by normal
delivery and 3% occur by caesarean and use of
forceps. The findings show all deliveries have
been done normally for the non-intervened group
without using any modern facilities. It depicts
that the population of non-experimental group
are still unaware regarding modern facilities
of delivery than the project intervened areas.
|
Type |
Experimental (%) |
Non-experimental (%) |
Total |
|
Normal |
93.28 |
100.00 |
93.56 |
|
Caesarian |
1.87 |
- |
2.37 |
|
Forceps |
0.75 |
- |
0.68 |
|
Others |
4.10 |
- |
3.39 |
|
Total |
100.00 (n=268) |
100.00 (n=27) |
100.00 (n=295) |
Infant, Child and Maternal Mortality Rate
|
Table 11.
Status of Infant, Child and Maternal Mortality
(Per 1000 Live Births) |
|
Type |
Experimental |
Non-experimental |
|
Infant mortality (per 1000
live births) |
27 |
60 |
|
Under five child mortality
(per 1000 live births) |
18 |
77 |
|
Maternal mortality (per
1000 live births) |
5.3 |
6.5 |
Fig 5. Comparison IMR, MMR and under
5 year Mortality Rate between Experimental and
non experimental population

From Table 11 and Figure 5 we found that the
infant mortality rate for the experimental group
is 27 per 1000 live births which is less than
half of non-experimental group 60. Under five
year child mortality for the experimental group
is only 18 per 1000 live births whereas for
the non experimental group it is 71 per 1000
live births, which implies that the result for
ther experimental group is about one-fourth
of the non-experimental group. We also found
that the maternal mortality rate is also lower
for the experimental group than that of the
non-experimental group. Significant changes
have been found for IMR and under five child
mortality due to MCH project intervention.
|
CONCLUSION
AND RECOMMENDATION |
A nation's maternal
mortality ratio is now widely considered to
be an important indicator of the overall health
status of women. High MMR represents failure
of a health system to effectively provide services
and care for women, and the failure of society
to keep women in good health. The services most
often linked to reduction of maternal mortality
include antenatal care during pregnancy, tetanus
toxoid vaccination, professional child delivery
(including emergency services access), postnatal
care and family planning services (UNICEF, 1999).
The main aim of the aforesaid project is to
reduce maternal and infant mortality rate, improve
the overall health situations, promotion of
health awareness, ensure preventive measures,
encouragement of physical and psychological
development of the poor. We observed that most
of the deliveries occurred by the project trained
TBAs, relatives, project staff and general TBAs
in the home. Risk delivery cases are brought
to the government hospitals or private clinics
for giving birth as suggested by the health
worker and nurse. People said and also study
findings say that maternal and infant mortality
is reducing gradually after project intervention.
Planners and policy makers should take all necessary
actions to keep reducing the IMR and MMR throughout
the country as did the MCH project.
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