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Quality of nutrition services in primary health care facilities: Implications for integrating nutrition into the health system in Bangladesh

  • Sk Masum Billah ,

    Contributed equally to this work with: Sk Masum Billah, Abdullah Nurus Salam Khan

    Affiliation Maternal and child health division, International Centre for Diarrhoeal Disease Research, Bangladesh (icddr,b), Dhaka, Bangladesh


  • Kuntal Kumar Saha,

    Affiliation Department of Nutrition for Health and Development, WHO, Geneva, Switzerland

  • Abdullah Nurus Salam Khan ,

    Contributed equally to this work with: Sk Masum Billah, Abdullah Nurus Salam Khan

    Affiliation Maternal and child health division, International Centre for Diarrhoeal Disease Research, Bangladesh (icddr,b), Dhaka, Bangladesh

  • Ashfaqul Haq Chowdhury,

    Affiliation Humphrey School of Public Affairs, University of Minnesota, Minneapolis, Minnesota, United States of America

  • Sarah P. Garnett,

    Affiliation The Children's Hospital at Westmead Clinical School, University of Sydney, New South Wales, Australia

  • Shams El Arifeen,

    Affiliation Maternal and child health division, International Centre for Diarrhoeal Disease Research, Bangladesh (icddr,b), Dhaka, Bangladesh

  • Purnima Menon

    Affiliation International Food Policy Research Institute (IFPRI), Washington DC, United States of America

Quality of nutrition services in primary health care facilities: Implications for integrating nutrition into the health system in Bangladesh

  • Sk Masum Billah, 
  • Kuntal Kumar Saha, 
  • Abdullah Nurus Salam Khan, 
  • Ashfaqul Haq Chowdhury, 
  • Sarah P. Garnett, 
  • Shams El Arifeen, 
  • Purnima Menon



In 2011, the Bangladesh Government introduced the National Nutrition Services (NNS) by leveraging the existing health infrastructure to deliver nutrition services to pregnant woman and children. This study examined the quality of nutrition services provided during antenatal care (ANC) and management of sick children younger than five years.


Service delivery quality was assessed across three dimensions; structural readiness, process and outcome. Structural readiness was assessed by observing the presence of equipment, guidelines and register/reporting forms in ANC rooms and consulting areas for sick children at 37 primary healthcare facilities in 12 sub-districts. In addition, the training and knowledge relevant to nutrition service delivery of 95 healthcare providers was determined. The process of nutrition service delivery was assessed by observing 381 ANC visits and 826 sick children consultations. Satisfaction with the service was the outcome and was determined by interviewing 541 mothers/caregivers of sick children.


Structural readiness to provide nutrition services was higher for ANC compared to management of sick children; 73% of ANC rooms had >5 of the 13 essential items while only 13% of the designated areas for management of sick children had >5 of the 13 essential items. One in five (19%) healthcare providers had received nutrition training through the NNS. Delivery of the nutrition services was poor: <30% of women received all four key antenatal nutrition services, 25% of sick children had their weight checked against a growth-chart and <1% had their height measured. Nevertheless, most mothers/caregivers rated their satisfaction of the service above average.


Strengthening the provision of equipment and increasing the coverage of training are imperative to improve nutrition services. Inherent barriers to implementing nutrition services in primary health care, especially high caseloads during the management of sick under-five children, should be considered to identify alternative and appropriate service delivery platforms before nationwide scale up.


Child undernutrition is estimated to underlie 3.1 million deaths annually, equivalent to 45% of all child mortality in low and middle income countries [1]. In South-Asia, estimates show that 37% of children younger than five years of age (under-five) are stunted and 46% are underweight [2,3]. Over the last two to three decades Bangladesh has achieved a remarkable reduction in child stunting and underweight and the prevalence has decreased by 1.3 and 1.1 percentage points per year respectively [4]. Nevertheless, the rates of stunting and underweight remain high and nutrition specific indicators are poor. For example, only 55% of infants younger than five months were exclusively breastfed and key infant and young child feeding (IYCF) practices were implemented in less than one in four infants aged 6–23 months [5]. Nutrition specific interventions during the antenatal period and in the first two years of life can prevent maternal and child undernutrition in high risk populations [1, 68].

The first major nutrition programme implemented by the Government of Bangladesh was the Bangladesh Integrated Nutrition Programme (BINP) (1996 to 2002). The core component of this programme was community based nutrition activities implemented by non-government organisations (NGOs). However, it had minimal effect on reducing child undernutrition at the population level [9]. The National Nutrition Programme (NNP) (2006 to 2011), which adopted components of BINP, had a particular emphasis on maternal and IYCF practices. Nevertheless, similar to BINP the NNP lacked coordination, duplicated services, had limited links with the healthcare system and was expensive to administer [10].

In 2011, the NNS was developed under the new Health, Population Nutrition Sector Development Programme (2011 to 2016) to accelerate progress in reducing the persistently high rates of maternal and child undernutrition. The NNS, in contrast to previous programmes, focuses on leveraging the existing health and family planning infrastructure to deliver the nutrition services to target groups, utilising the window of opportunity to intervene within the first 1000 days of life. Both antenatal care (ANC) and management of sick under-five children were identified as critical health service delivery contacts [10, 11]. In addition to the standard services delivered during these contacts, appropriate nutrition services were to be incorporated.

In order to deliver nutrition interventions during ANC and consultations for the management of sick under-five children the NNS provided three key inputs: i) provision of essential equipment, guidelines and nutrition supplements; ii) structural adjustments by branding the integrated management of childhood illness (IMCI) corners (i.e. a separate area for the management of sick under-five children) in upazila (sub-district) health complexes as IMCI-Nutrition Corners; and iii) provision of basic NNS nutrition training, including training on IYCF practices, to all healthcare providers [11]. The key strategies of the NNS includes growth monitoring and promotion, encouraging behaviour change to improve good nutritional practices, vitamin A supplementation, zinc supplementation during treatment of diarrhoea and iron/folic acid supplementation for pregnant women. The NNS commenced in July 2011 and by March 2014 all of the three key inputs of the NNS were implemented in 39 upazila (personal communication with NNS core team members, February 2014).

However, increased commitment and resources do not necessarily translate into improved outcomes; a number of barriers to successful health programme implementation have been identified including poor quality of service [12]. Hence, against the backdrop of two years of implementation of NNS, this study aims to examine the extent of provision of high quality nutrition services during ANC and management of sick under-five children at primary healthcare facilities in Bangladesh. Findings from this study have the potential to guide critical heath systems planning and strengthen nutrition service delivery at routine health care contacts.

Materials and methods

Study setting

The present study is part of a broader operational research by The World Bank with additional support from Transform Nutrition. The aims of the broader evaluation were to i) assess the effectiveness of the delivery of the different components of NNS; and ii) assess whether the various interventions are being delivered to the intended beneficiaries at an adequate quality and coverage [13]. This study was undertaken in primary healthcare facilities in 12 upazila (sub-districts) of Bangladesh. The facilities included were upazila health complexes, union health and family welfare centres (UH&FWC) and community clinics. The upazila health complexes include both inpatient and outpatient facilities and are staffed by medical officers, nurses and family welfare visitors (paramedics with 18 months pre-service training) and serve a population of ~200,000. The UH&FWC are outpatient clinics which are staffed by sub-assistant community medical officers (paramedics with four years of pre-service training) and family welfare visitors (FWV) and serve a population of ~20,000. The community clinics are staffed by community healthcare providers (three months of pre-service training), family welfare assistants and health assistants (domiciliary healthcare provider) and serve a population of 6,000 to 7,000 [14].

For this study, 12 upazila were purposively selected where training and logistics had been reportedly provided by NNS. The selected upazila were from the seven administrative divisions in Bangladesh, in four regions (northeast, northwest, southeast and southwest) to cover major geographic, agricultural and social environments. Assessments were undertaken at 12 upazila health complexes (one from each upazila), 14 UH&FWCs and 12 community clinics. One UH&FWC and one community clinic were randomly selected from each upazila. However, an additional UH&FWC, at each of the two upazila in the Netrokona district (Dhaka Division) were included as the facility utilization was low (<5 cases) on the observation days. The study was conducted between December 2013 and September 2014; data collection occurred in May and June 2014. The Ethical Review Committee (ERC) of the icddr,b approved the study (Protocol Number 14034). Written informed consent was sought from participants before participating in the study.

Assessment of the quality of nutrition services

Quality of care was assessed using the Donabedian conceptual framework in three dimensions, which were structural readiness, process and outcome based, Table 1 [15]. The framework requires knowledge of a pre-existing relationship between the three dimensions which has been previously demonstrated in assessing the quality of nutrition services in Vietnam [16].

Table 1. Adapted Donabedian model to assess the quality of nutrition services / indicators, sample and data collection.

A. Structural readiness—Attributes of the settings in which care occurs.

Structural readiness was assessed by observing the presence of equipment, guidelines, drugs and appropriate record register/reporting forms in ANC consulting rooms and IMCI-Nutrition Corners/areas for the management of sick under-five children, as well as determining the training and knowledge of the healthcare providers. The equipment for ANC was assessed by a checklist developed using WHO guidelines [17] and included the availability of weighing scales, stadiometers, blood pressure monitors, stethoscopes, thermometers, picture cards with maternal danger signs, iron/folate and calcium supplementation. Structural readiness in the IMCI-Nutrition Corner/areas for the management of sick children was assessed using the WHO health facility survey tool for assessing outpatient management of under-five children’s illnesses [18]. The checklist was adapted to be consistent with the Bangladesh IMCI protocol. Equipment included weighing scales, infantometer/ stadiometers, tape measures for measuring mid-upper arm circumferences and growth charts. Guidelines included IMCI chart booklet, IYCF guideline, guidelines for deworming and vitamin A distribution and the basic NNS nutrition training manual.

Readiness was assessed in 37 primary healthcare facilities, which consisted of 11 upazila health complexes, 14 UH&FWC and 12 community clinics. The equipment checklist for one of the selected upazila health complexes was incomplete and the data has not been presented.

Of the 95 healthcare providers observed, 42 were managing ANC on the day of the interview and 53 were managing sick under-five children. Knowledge of healthcare providers was assessed by a questionnaire, adapted from the baseline survey tool of Alive and Thrive used in Bangladesh [19]. The questionnaire included 15 questions in two domains i) ANC counselling and ii) IYCF practices. The mean scores of the two domains were used in the analysis.

B. Process—What is done in giving care.

The process of service delivery was assessed by direct observation of provision of care during ANC and management of the sick under-five children. In total, 381 pregnant women during their ANC visit and 826 sick under-five children in IMCI-Nutrition Corners were observed, Table 1. An ANC observation checklist was developed for this study based on the contextually adapted activities described in the four-visit ANC model outlined in WHO clinical guidelines [20]. Activities monitored were anthropometry, assessment of anaemia and oedema, vitamin and mineral supplementation, counselling on diet and breastfeeding. The four key ANC nutrition services were defined as weight measured and recorded, iron-folic acid supplement provided, calcium supplement provided and dietary advice given. Activities monitored for the management of sick under-five children included anthropometry (length/height and weight), assessment of feeding practices, provision of nutrition advice, oral rehydration solution and zinc for diarrhoea (for children >6 months) and treatment with anti-helminthic medication (for children >1 year).

C. Outcome—The effects of care.

The primary outcome was satisfaction of mothers/caregivers of sick under-five children with the service. This was assessed by a face-to-face interview using five questions after they had received the service. The questions were related to: whether or not they felt comfortable asking their healthcare provider questions, satisfaction of advice, the environment, waiting time and ease of travelling to the facility. Reponses were scored on a five point ‘Likert scale’ where 1 = ‘very poor’, 2 = ‘poor’, 3 = ‘average’, 4 = ‘good’ and 5 = ‘excellent’. A total satisfaction score (range: 5 to 25) for each mother/caregiver was calculated. A mother/caregiver was described as having a ‘higher satisfaction’ if her average score was greater than the group mean. The reliability of the questions was assessed by Cronbach’s alpha, which was 0.63 and considered acceptable [21]. Out of 826 observed cases of sick under-five children, 541 mothers/caregivers were interviewed, Table 1. Despite the intensive approach of data collection the timing of consultations did not allow enough time to complete the exit interview after all observations of care. In addition, some mothers/caregivers wanted to leave the facility immediately after consultation with service provider.

Data collection

All study tools were prepared in English and translated into the local language, Bangla (S1 Appendix). The tools were pre-tested and necessary modifications were made before data collection. Data were collected by three assessment teams over two days in each upazila health complex and one day at each UH&FWC and community clinic during May and June 2014. Each team consisted of two research medical officers and one research assistant. All team members received appropriate training on the data collection tools. Prior to data collection, the study medical officers also received national ANC and IMCI training. Research medical officers observed ANC service and management of sick under-five child during outpatient hours (8am to 2pm), as well as interviewed the healthcare providers. Research assistants assessed the healthcare facility and interviewed the mother/caregivers of sick under-five children. All hard copy data forms were reviewed by the research assistants for completeness, consistency and coding of data. Data were entered into a custom designed database with consistency checks and data range restrictions.

Statistical analysis

Data were analysed using Stata version 13. Results are shown in descriptive statistics. Mean knowledge score between the ANC and IMCI service providers was compared using t-test statistics. The associations between the outcome variables (quality of provision of nutrition services during ANC, satisfaction of services for sick under-five children among the mothers/caregivers with different) and different explanatory variables (care recipients’ or care providers’ characteristics) were measured using chi-squared test statistics. Test for equality of proportions within the subcategories was conducted to identify the significance of differences in proportions. P-value less than 0.05 was considered significant for all the statistical tests.


A. Structural readiness

Presence of equipment, guidelines and appropriate record/reporting forms.

The structural readiness of the health facilities for nutrition service delivery is shown in Table 2. The majority of ANC consultancy rooms had weighing scales, blood pressure monitors and stethoscopes, approximately two-thirds of the facilities had thermometers and picture cards for maternal danger signs and less than a third had the basic NNS nutrition training manual. Iron-folic acid supplements were available in all facilities except for two community clinics. Calcium supplements were available in half of all facilities. Appropriate record keeping/reporting forms in the ANC consulting rooms were available in ~50% (6/11) of the upazila health complexes, but at higher levels in the UH&FWC (11/14) and community clinics (10/12). One UH&FWC and one community clinic had none of the listed equipment, Table 2.

Table 2. Structural readiness of health facilities—Availability of equipment, supplements, guidelines and record keeping registers.

Less than half (43%) of the IMCI-Nutrition corners/areas for management of sick children had weighing scales and approximately one third had infantometers, tape measures and growth monitoring cards. Very few (n<6) IMCI-Nutrition corners/areas for the management of sick children had appropriate guidelines including IMCI booklets and IYCF guidelines. One upazila health complex, seven UH&FWC and five community clinics had none of the essential nutrition equipment/guidelines in the IMCI-Nutrition corner/areas for the management of sick children.

Overall, the availability of equipment, drugs and guidelines was higher for ANC compared to management of sick children. Seventy three percent of ANC consultancy rooms had >5 of the 13 essential items and 13% of the IMCI-Nutrition corners/areas for the management of sick children had >5 of the 13 essential items, Table 2.

Nutritional training and knowledge of healthcare providers.

One-third of the ANC providers were family welfare visitors and were predominantly female (90%), Table 3. Most of the healthcare providers for managing sick under-five children were sub-assistant community medical officers and were predominately male (60%). While, almost 70% of the healthcare providers had received some nutrition training during their career, only 14% of ANC providers and 23% of healthcare providers who were managing sick under-five children had received the basic NNS nutrition training.

Table 3. Characteristics of healthcare providers delivering antenatal care and care of sick under-five children at different health facilities.

The overall knowledge score for healthcare providers delivering ANC nutrition advice was 2.5 ± 0.7, with 5 being the maximum score, Table 4. Over 98% of healthcare providers knew about the necessity to advise on iron/folate supplementation and 93% knew about exclusive breastfeeding. Only 54% of healthcare providers were aware of the need to advise on the importance of initiation of breastfeeding within an hour of giving birth. Knowledge about the need to advise on use of iodised salt and the avoidance of early introduction of fluids other than breast milk were both low (<7%).

Table 4. Healthcare provider’s knowledge of antenatal care nutrition and infant and young child feeding practices.

The overall knowledge score for IYCF practices during illness was 8.0± 1.5, with 10 being the maximum score, Table 4. Almost 98% of the healthcare providers knew that initiation of breastfeeding should commence within one hour of giving birth, 97% knew about the importance of exclusive breastfeeding, 88% knew about continuation of breastfeeding during mother’s illness. Knowledge about age appropriate initiation time of complementary feeding, frequency and diversity of complementary feeding ranged from 70% to 88% of healthcare providers. However, only 43% of healthcare providers knew about the importance of more frequent feeds if the mother was concerned that the baby was not getting enough breast milk.

B. Process evaluation

Assessment of the process of nutritional service delivery was determined by observing 381 ANC visits and 826 sick under-five children consultations.

Assessment of nutritional services during ANC.

The majority of the 381 women who were observed during ANC were younger than 25 years of age (59%), presented later than 13 weeks gestation (>70%) and came for their first ANC visit (51%). The majority (73% to 94%) of women were weighed, had their iron levels assessed for anaemia, and were given iron-folic acid, calcium or other vitamin supplements (Fig 1). Approximately one third of women had their height measured, received dietary advice or were counselled on the importance of breastfeeding. However, only 28% of women received all of the four key ANC nutrition services, i.e. had their weight recorded, were given iron-folic acid supplements, calcium supplements and dietary advice, Table 5. Significantly more (p<0.05) women (>38%) who presented in their second trimester or third trimester (26%) received the four key ANC nutritional services compared to those who presented in their first trimester (10%). Provision of the four key ANC nutritional services was also significantly higher (p<0.001) when medical doctors or nurses were the service provider (62.9%) compared with family welfare visitors or sub-assistant community medical officer (3.3) or community health care provider (2.4%). The median duration of an ANC consultation was 5 minutes [interquartile range 2 to 60], S1 Table. The duration of the consultation was not significantly associated with the designation of healthcare provider or nutrition training.

Fig 1. Proportion of women receiving different nutrition services as observed during service provision of antenatal care (n = 381).

Table 5. Characteristics of women who received the four key nutritional services during antenatal care.

Assessment of nutritional services during management of sick under-five children.

About half (52%) of the 826 children who were observed during clinical management were <2 years of age. Delivery of nutritional services during this healthcare contact was poor. Only one in five children were weighed, <1% had their length/height measured and ~30% were given oral rehydration solution and zinc if diarrhoea was reported, Table 6. Less than one in 10 mothers/caregivers was given advice on feeding and appropriate management of diarrhoea. Median duration of consultation for management of a sick under-five child was 3 minutes [inter quartile range 1 to 18] (S1 Table) and was not significantly associated with the designation of the healthcare provider or nutrition training.

Table 6. Assessment of nutritional services during management of sick under-five children as observed during service provision.

C. Outcomes of the nutritional service delivery

Mothers’/caregivers’ level of satisfaction with the nutrition service received for their sick under-five child was assessed to measure the outcome of nutritional service delivery. Level of satisfaction of the service was determined by interviewing 541 mothers/caregivers. Overall, the mean level of service was rated between ‘average’ and ‘good’ for all five indicators measured i.e. whether or not they felt comfortable with their healthcare provider questions, satisfaction of advice, the environment, waiting time and ease of travelling to the facility. Indicator specific data showed that “waiting time to visit a healthcare provider in the facility” had the lowest mean of satisfaction score (S2 Table).

Overall, 61% of the mother/caregivers of sick under-five children had a satisfaction level above the group mean (17.8 ± 2.9) of the total satisfaction score, Table 7. About 66% of the mother/caregivers who had consultation period longer than 3 minutes (median duration of consultation) had a satisfaction score above mean compared to 56% who had shorter consultation duration and the difference was statistically significant (p<0.05). The mothers/caregivers were more likely to have a satisfaction score above mean if their healthcare providers had either IMCI training or basic NNS nutrition training (73.5%) than who had a consultation with providers without any of these training (35%) (p<0.001).

Table 7. Characteristics of mothers/caregivers of sick under-five children having satisfaction above the group mean score.


The Bangladesh NNS was developed to bring nutrition into the mainstream healthcare system and accelerate the decrease in the high rates of maternal and child undernutrition. The results from this study indicate that two years after implementation the capacity for nutrition service provision in the healthcare facilities and the process of nutrition services during ANC and management of sick under-five children was poor. The NNS had not been implemented as intended. Nevertheless, most mothers/caregivers rated their satisfaction of the care of their sick under-five child above average.

Overall facility preparedness and service delivery were better for ANC compared to the management of sick under-five children. While the difference was evident at all tiers of healthcare, it was more pronounced for local IMCI-nutrition corners (UH&FWCs and CCs), compared to the sub-district (upazila) level. This could be due to prioritisation of the upazila IMCI-nutrition corners during the implementation of NNS. There was greater availability of essential equipment and pregnant women received a number of essential nutrition services, for example the majority (>80%) were weighed, provided with iron/folate and/or calcium supplements. Women who presented in the second or third trimester were more likely to receive the four key nutritional services than those in first trimester. Late presentation and differential nutrition services by gestational age could be a result of the perception of some healthcare providers. A recent study in Bangladesh, on iron-folate supplementation during pregnancy, indicated that healthcare providers were reluctant to reach out to pregnant women before the second trimester and they had unfounded concerns about supplementation in early pregnancy [22]. Appropriate skills-based training, ensuring that the healthcare providers follow standard guidelines could overcome this gap.

Overall, the assessment of management of sick-child care suggests that there were critical missed opportunities for basic nutrition assessments and counselling. Lack of essential equipment including scales, stadiometers and growth monitoring cards prevented appropriate nutritional assessment and screening for undernutrition. Indeed, <1% of sick children in this study were weighed and had their weight plotted on a growth chart. Without nutritional assessment it is unlikely that there would be appropriate management of undernutrition and appropriate treatment for other childhood illness [23]. Provision of appropriate equipment, improving the coverage and emphasising nutrition services as part of ongoing training may strengthen this activity. However, it is interesting to note that the current IMCI guidelines in Bangladesh already incorporated nutritional services, including methods for assessing a child’s nutrition and feeding status [24]. If these guidelines were implemented as intended, nutrition would already be ‘mainstreamed’ into existing health and family planning infrastructure. It’s not clear why protocols are not been adhered to. Healthcare provider’s perceptions is considered critical in the credibility and acceptability of clinical guidelines [25]. Provision of tailored nutrition training with supportive supervision from management may improve perception and overall adherence to the guidelines [2630].

There are other challenges relating to the delivery of preventative IYCF messages during a clinical contact, including length of appointment and age of child presenting. Quantitative data indicated that half of the consultations for management of sick children were ≤3 minutes and over 40% of the children were older than two years of age. Short consultations, predominantly as a result of heavy caseloads, can lead to prioritisation of the immediate clinical concern rather than preventative IYCF messages. Alternative healthcare platforms will need to be considered to disseminate information about IYCF practices such as well-child clinics at community level healthcare facilities.

The coverage of basic NNS nutrition training was reported to be low (<25%). Nevertheless, 51% of healthcare providers reported that they had received nutrition training from other governmental and NGO programmes. It is not clear if the low numbers reporting basic NNS nutrition training is a true reflection of the training or a lack of awareness of who is providing the training. Identifying the sources of nutrition training and the extent of the training can be difficult. We also report that ANC providers had better knowledge of ANC than the IMCI providers, even though the healthcare providers in both UH&FWC and community clinics frequently have to cover both ANC and management of childhood illness due to staff shortages [31]. This suggests the need for all healthcare providers to have good knowledge of the nutrition services to be delivered in an equally efficient manner at both contact opportunities.

It is to elucidate why the level of preparedness differs between ANC and IMCI-nutrition corners. Years of schooling and nutrition training, albeit from different sources was similar for the healthcare providers of ANC and IMCI. However, more ANC providers (66%) were qualified as medical officers, nurses or family welfare visitor compared to IMCI providers (20%). In addition to having better qualifications, we speculate that the healthcare centres were better prepared for ANC as ANC has been part of the health services implementation well before the more recently introduced implementation of the IMCI-nutrition corners as part of the NNS. Antenatal care is also fundamentally preventive in nature, rather than curative, thus making the platform itself conducive to further strengthening and integration of nutrition screening and counselling. From a logistics preparedness perspective, the only item in the NNS logistics list exclusive to ANC was the basic nutrition training manual, which had poor availability at all healthcare tiers. In contrast, the materials and tools needed to deliver the nutrition services within the IMCI included several new inputs including growth charts, tape measures for measuring mid-upper arm circumferences and the basic nutrition training manual.

We found the majority of mothers/caregivers of sick under-five children had a satisfaction level above average for the service received, despite the low quality of nutritional services. Expectations of mothers/caregiver may be low and do not always align with the best practice [32]. Consistent with the findings from another study in Bangladesh [33], waiting time was the key reason for dissatisfaction. Higher caseloads at upazila health complexes compared to the UH&FWC [23] might have resulted in longer waiting time, driving the dissatisfaction. Another factor that led to improved satisfaction of the nutrition services during management of sick under-five children included longer consultations. Similar finding has been previously reported [34, 35].

This study had limitations. First, we did not examine satellite or home visits by family welfare assistants and health assistants as it was beyond the scope of the study. Previous qualitative interviews with these staff indicated an almost complete lack of awareness and knowledge about nutrition related services and low exposure to basic NNS nutrition training [13]. Second, the study was conducted in facilities where the NNS had been reportedly introduced. A comparison with facilities where the NNS had not been implemented may have provided a better understating of the quality of nutrition services. In addition, direct observation of service delivery may have encouraged healthcare providers to offer a more thorough service. We anticipate little impact on our findings as both the structural readiness and process of the NNS were low. However, significant strengths of this study were that the assessment covered health care facilities in the major geographic, ethic and socio-cultural regions of Bangladesh and that a combination of methods, questionnaires, interviews and direct observation, were used to assess quality.


The aim of the NNS, integrating nutrition services into the routine healthcare service delivery contacts, was an ambitious objective. Improving the logistics of providing appropriate equipment and the coverage of training may improve nutrition service delivery. However, there are inherent barriers to implementing nutrition services through the health system including high caseloads, resulting in shorter consultations during ANC and management of sick under-five children. Gestational age specific nutritional counselling package for ANC visits can maximise the efficiency. Missed opportunities to identify undernourished children and lack of time to provide preventive counselling messages can be overcome by introducing well-child clinics in the community or prioritizing home based nutritional screening and counselling by domiciliary workers. Alternative service delivery modes need to be considered including NGOs and other development partners who have demonstrated commitment to nutrition.

Supporting information

S1 Table. Median consultation time and interquartile range (IQR) of ANC and sick under 5 children within the sub-categories of provider types and their training status.


S2 Table. Mothers’/Caregivers’ level of satisfaction with the nutrition service received for their sick under-five child.



We are very grateful for the support of the Director and Programme Managers of the National Nutrition Service, Institute of Public Health and Nutrition in providing the detail information about the implementation of the NNS. We also like to thank M Altaf Hossain and Mohammad Yunus from IMCI section, Directorate General of Health Services and Twaha Mansurun Haque from icddr,b for training the assessors. We are grateful to the Director of the Institute of Public Health and Nutrition for giving the permission to undertake the assessments at the healthcare facilities. We appreciative the managers and healthcare providers of the facilities for their assistance and cooperation during the assessments. Finally, we would like to thank all the mothers/caregivers and children who participated in the study.

Author Contributions

  1. Conceptualization: SEA PM SMB KKS.
  2. Data curation: ANSK AHC.
  3. Formal analysis: SMB ANSK AHC.
  4. Funding acquisition: SEA PM SMB.
  5. Investigation: SMB ANSK AHC.
  6. Methodology: PM SMB SEA KKS ANSK.
  7. Project administration: SMB ANSK AHC.
  8. Resources: SMB KKS ANSK SEA PM.
  9. Software: ANSK AHC.
  10. Supervision: SMB SSK SEA PM.
  11. Validation: SMB SSK SEA PM.
  12. Visualization: SMB ANSK.
  13. Writing – original draft: SMB ANSK SPG.
  14. Writing – review & editing: SMB ANSK SPG.


  1. 1. Black RE, Victora CG, Walker SP, Bhutta ZA, Christian P, De Onis M, et al. Maternal and child undernutrition and overweight in low-income and middle-income countries. Lancet. 2013;382:427–51. pmid:23746772
  2. 2. Stevens GA, Finucane MM, Paciorek CJ, Flaxman SR, White RA, Donner AJ, et al. Trends in mild, moderate, and severe stunting and underweight, and progress towards MDG 1 in 141 developing countries: a systematic analysis of population representative data. Lancet. 2012; 380:824–34. pmid:22770478
  3. 3. Pasricha SR, Biggs BA. Undernutrition among children in South and South-East Asia. J Paediatr Child H. 2010;46:497–503.
  4. 4. Headey D, Hoddinott J, Ali D, Tesfaye R, Dereje M. The other Asian enigma: explaining the rapid reduction of undernutrition in Bangladesh. World Dev. 2015;66:749–61.
  5. 5. National Institute of Population Research and Training (NIPORT), Mitra and Associates, ICF International. Bangladesh Demographic and Health Survey 2014. Dhaka, Bangladesh and Calverton, Maryland, USA: NIPORT, Mitra and Associates, and ICF International. 2015.
  6. 6. Bhutta ZA, Ahmed T, Black RE, Cousens S, Dewey K, Giugliani E, et al. What works? Interventions for maternal and child undernutrition and survival. Lancet. 2008;371:417–40. pmid:18206226
  7. 7. Black RE, Allen LH, Bhutta ZA, Caulfield LE, De Onis M, Ezzati M, et al. Maternal and child undernutrition: global and regional exposures and health consequences. Lancet. 2008;371:243–60. pmid:18207566
  8. 8. Bryce J, Coitinho D, Darnton-Hill I, Pelletier D, Pinstrup-Andersen P. Maternal and child undernutrition: effective action at national level. Lancet. 2008;371:510–26. pmid:18206224
  9. 9. Hossain SM, Duffield A, Taylor A. An evaluation of the impact of a US $60 million nutrition programme in Bangladesh. Health Policy Plan. 2005;20:35–40. pmid:15689428
  10. 10. Government of the People’s Republic of Bangladesh, Ministry of Health and Family Welfare. Operational plan for National Nutrition Services. Health, Population and Nutrition Sector Development Program, July 2011—June 2016. 2011. Acessed 16 Jun 2016.
  11. 11. Institute of Public Health Nutrition. National Nutrition Services: a mainstreamed and integrated approach for addressing malnutrition. 2012. Accessed 16 Jun 2016.
  12. 12. World Health Organization. Quality of care: a process for making strategic choices in health systems. 2006. Accessed 16 Jun 2016.
  13. 13. Saha KK, Billah M, Menon P, Arifeen SE, Mbuya NV. Bangladesh National Nutrition Services: assessment of implementation status. World Bank Publications. 2015.
  14. 14. Government of the People’s Republic of Bangladesh, Ministry of Health and Family Welfare. Health Bulletin 2013. Accessed 16 Jun 2016.
  15. 15. Donabedian A. The quality of care: how can it be assessed? JAMA 1988;260:1743–8. pmid:3045356
  16. 16. Nguyen PH, Kim SS, Keithly SC, Hajeebhoy N, Tran LM, Ruel MT, et al. Incorporating elements of social franchising in government health services improves the quality of infant and young child feeding counselling services at commune health centres in Vietnam. Health Policy Plan. 2014;29:1008–20. pmid:24234074
  17. 17. Lawn J, Kerber K. Opportunities for Africas newborns: practical data policy and programmatic support for newborn care in Africa. Accessed 16 Jun 2016.
  18. 18. World Health Organization. Health Facility Survey: tool to evaluate the quality of care delivered to sick children attending outpatient facilities. 2003. Accessed 16 Jun 2016.
  19. 19. Saha K, Bamezai A, Khaled A, Subandoro A, Rawat R, Menon P. Alive and Thrive baseline survey report: Bangladesh. 2011. Accessed 16 Jun 2016.
  20. 20. Villar J, Bergsjo P. WHO antenatal care randomized trial: manual for the implementation of the new model. 2002. Accessed 16 Jun 2016.
  21. 21. Loewenthal KM. An introduction to psychological tests and scales. Psyccritiques. 1997;42(8):757.
  22. 22. Alam A, Rasheed S, Khan NU, Sharmin T, Huda TM, Arifeen SE, et al. How can formative research inform the design of an iron-folic acid supplementation intervention starting in first trimester of pregnancy in Bangladesh? BMC Public Health. 2015;15:1.
  23. 23. Arifeen SE, Bryce J, Gouws E, Baqui A, Black R, Hoque DME, et al. Quality of care for under-fives in first-level health facilities in one district of Bangladesh. Bull World Health Organ. 2005;83:260–7. pmid:15868016
  24. 24. World Health Organization. Integrated Management of Childhood Illness Chart Booklet. Geneva, Switzerland. 2014. Accessed 27 Apr 2017.
  25. 25. Chakkalakal RJ, Cherlin E, Thompson J, Lindfield T, Lawson R, Bradley EH. Implementing clinical guidelines in low-income settings: A review of literature. Glob Public Health. 2013; 8:784–95. pmid:23914758
  26. 26. Hoque DME, Arifeen SE, Rahman M, Chowdhury EK, Haque TM, Begum K, et al. Improving and sustaining quality of child health care through IMCI training and supervision: experience from rural Bangladesh. Health Policy Plan. 2014;29:753–62. pmid:24038076
  27. 27. Hoque DME, Rahman M, Billah SM, Savic M, Karim AR, Chowdhury EK, et al. An assessment of the quality of care for children in eighteen randomly selected district and sub-district hospitals in Bangladesh. BMC Pediatr. 2012;12:1.
  28. 28. Bailey C, Blake C, Schriver M, Cubaka VK, Thomas T, Martin Hilber A. A systematic review of supportive supervision as a strategy to improve primary healthcare services in Sub-Saharan Africa. Int J Gynecol Obstet. 2016;132:117–25.
  29. 29. Manongi RN, Marchant TC, Bygbjerg IC. Improving motivation among primary health care workers in Tanzania: a health worker perspective. Hum Resour Health. 2006;4:6. pmid:16522213
  30. 30. Pariyo GW, Gouws E, Bryce J, Burnham G, Uganda IMCI Impact Study Team. Improving facility-based care for sick children in Uganda: training is not enough. Health Policy Plan. 2005;20(Sup 1):i58–i68.
  31. 31. Fulton BD, Scheffler RM, Sparkes SP, Auh EY, Vujicic M, Soucat A. Health workforce skill mix and task shifting in low income countries: a review of recent evidence. Hum Resour Health. 2011;9:1. pmid:21223546
  32. 32. Awadalla HI, Kamel EG, Mahfouz EM, Refaat TM. Evaluation of maternal and child health services in El-Minia City, Egypt. J Public Health. 2009;17:321–9.
  33. 33. Aldana JM, Piechulek H, Al-Sabir A. Client satisfaction and quality of health care in rural Bangladesh. Bull World Health Organ. 2001;79:512–7. pmid:11436472
  34. 34. Edward A, Dwivedi V, Mustafa L, Hansen PM, Peters DH, Burnham G. Trends in the quality of health care for children aged less than 5 years in Afghanistan, 2004–2006. Bull World Health Organ. 2009;87:940–49. pmid:20454485
  35. 35. Bradley J, Igras S. Improving the quality of child health services: participatory action by providers. Int J Qual Health Care. 2005;17:391–3. pmid:15951311