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The impact of human immunodeficiency virus (HIV) service scale-up on mechanisms of accountability in Zambian primary health centres: a case-based health systems analysis
© Topp et al.; licensee BioMed Central. 2015
Received: 15 July 2014
Accepted: 13 January 2015
Published: 18 February 2015
Questions about the impact of large donor-funded HIV interventions on low- and middle-income countries’ health systems have been the subject of a number of expert commentaries, but comparatively few empirical research studies. Aimed at addressing a particular evidence gap vis-à-vis the influence of HIV service scale-up on micro-level health systems, this article examines the impact of HIV scale-up on mechanisms of accountability in Zambian primary health facilities.
Guided by the Mechanisms of Effect framework and Brinkerhoff’s work on accountability, we conducted an in-depth multi-case study to examine how HIV services influenced mechanisms of administrative and social accountability in four Zambian primary health centres. Sites were selected for established (over 3 yrs) antiretroviral therapy (ART) services and urban, peri-urban and rural characteristics. Case data included provider interviews (60); patient interviews (180); direct observation of facility operations (2 wks/centre) and key informant interviews (14).
Resource-intensive investment in HIV services contributed to some early gains in administrative answerability within the four ART departments, helping to establish the material capabilities necessary to deliver and monitor service delivery. Simultaneous investment in external supervision and professional development helped to promote transparency around individual and team performance and also strengthened positive work norms in the ART departments. In the wider health centres, however, mechanisms of administrative accountability remained weak, hindered by poor data collection and under capacitated leadership. Substantive gains in social accountability were also elusive as HIV scale-up did little to address deeply rooted information and power asymmetries in the wider facilities.
Short terms gains in primary-level service accountability may arise from investment in health system hardware. However, sustained improvements in service quality and responsiveness arising from genuine improvements in social and administrative accountability require greater understanding of, and investment in changing, the power relations, work norms, leadership and disciplinary mechanisms that shape these micro-level health systems.
Between 1996 and 2008 global funding for HIV increased from US$300 million to an estimated US$15.6 billion . A large proportion of this funding was directed towards a handful of countries in sub-Saharan Africa where HIV/AIDS was a major health, social and economic threat . Justified in part by the emergency status of the epidemic, the exceptional levels of funding and rapidity of treatment services scale-up nonetheless spurred debate regarding the impact of disease-specific programs on recipient countries’ health systems [2-10]. Central to this debate was the question of whether such intense focus on a single disease could be harmful to the overall development of health systems in low- and middle-income settings.
Questions about the functions of, and interactions between, donor-funded HIV interventions and national health systems have been the subject of a number of expert commentaries, but comparatively few empirical research studies . Amongst those studies that have focused on these issues, moreover, [11-14], critics have noted a bias towards national-level assessments, as well as a tendency to focus on measurement of effect. Far less research has been conducted to examine the mechanisms of effect (where found), that is, how and why HIV scale-up impacted on local health systems [9,15,16], although there are some notable exceptions [17-21]. The lack of empiric evidence in relation to these issues is concerning given the continued scale-up of antiretroviral therapy (ART) and the transformation of HIV into a chronic disease, which are placing increasing pressure on weak primary level health services [22,23].
The study reported here formed part of a larger research project that aimed to address the evidence gap vis-à-vis the influence of HIV service scale-up on Zambian primary health centres. An initial objective of the larger study was to produce theoretically informed insights relating to the mechanisms driving health centre performance. Previously reported findings pertaining to this objective  point to the critical role of mechanisms of accountability, amongst others (e.g. mechanisms of trust), in determining primary-level service quality and responsiveness.
The explicit focus of this article is to examine whether and how the establishment and scale-up of HIV services influenced mechanisms of accountability within the primary service domain, and, as a result, service quality and responsiveness. We then apply these findings to a consideration of whether there is merit in attempting to design disease-specific interventions that reflect the complexity in primary-level services, and, in the process, enable a more contextually comprehensive approach to the design and implementation of health system strengthening interventions.
The national HIV care and treatment program of the Government of the Republic of Zambia (GRZ) progressed in several distinct stages from the early 2000s. Between 2001–2003 a hospital-based HIV treatment program financed by government and patient co-payments was piloted . In 2003, a radical policy shift introduced by then President Levy Mwanawasa promised free and universal access to ART, primarily supported by the (United States government-funded) President’s Emergency Plan for AIDS Relief (PEPFAR) and the (multi-lateral) Global Fund to Fight AIDS, Tuberculosis and Malaria (GFATM) . As in many sub-Saharan nations with generalized epidemics, the early emphasis of HIV service rollout in Zambia was now placed on speedy implementation, justifying (at least initially) the bypassing of what some perceived to be weak or inefficient systems . Between 2003 and 2010, scale-up was overseen by the Ministry of Health (MOH) but executed primarily by PEPFAR implementing partners, namely, non-government sub-contractors tasked with establishing and supporting (both materially and technically) HIV treatment services in government primary health facilities . During this period, HIV services expanded from just two hospital-based treatment centres to encompass prevention of mother to child transmission (PMTCT) in some 1450 government primary health centres and health posts, and full ART services in over 150 health centres .
In 2010, PEPFAR implementing partners everywhere came under pressure from prime grantees and US agencies to harmonize the ‘vertical’ HIV services with the structures of the local health system . In Zambia, as a result, direct salary support in the form of the ‘over time’ or ‘part time’ payments for providers working in ‘ART clinics’ was phased out and the money reallocated to capacity building activities such as additional clinical training and training of future trainers . From 2011, as part of the same process, local non-government implementing partners were required to transition responsibility for some support activities (e.g. quality assurance checks, administrative support roles) to District and Provincial health offices. Funds previously channelled to these partners were now redirected to government institutions taking a greater role in (non-wage) support and technical assistance. According to officials from partner agencies and the Ministry of Health, this transition received considerable attention during the central planning stages, but was poorly managed on the grounda [25,30,31]. The period of 2011–2012 saw a marked decline in direct material and technical support to primary level health centres, particularly in the large urban health centres that were each supporting HIV patient loads of between 3000 and 15,000 individuals.
For this study we sought to refine our exploration of the impact of HIV services on accountabilityc and so conducted a scoping review of health services and accountability literature to identify key themes of focus. The review suggested that administrative and social accountability were of most relevance for explorations of front-line, clinic-based health services [38-43]. Administrative accountability (elsewhere called bureaucratic or political accountability) is defined as healthcare providers’ sense of accountability to their managers in relation to clinical guidelines and pre-defined performance standards. Social accountability is defined as providers’ accountability to their clients (and broader community) in relation to the needs and expectations of these groups.
Our examination of social and administrative accountability was informed by Chandler and Plano’s definition of accountability as ‘a condition in which individuals who exercise power are constrained by external means and internal norms’ . This definition is significant in a number of respects. First, it points out that accountability is relevant to all individuals who exercise power, not only those who occupy formal positions of authority or those exercising legal/rational power. In the micro-health system setting this suggests that all actors (not just health centre managers or doctors) must be accountable. Second, this definition highlights the fact that accountability is not only achieved through ‘external means’ – indicating policies, rules, guidelines and other formal means – but also through ‘internal norms’ and self-policing. In the health centre setting, these internal norms might include perceptions of responsibility for delivering high quality services, a sense of obligation to the patients, or a strong work ethic. Third, the definition suggests (implicitly) that both external means and internal norms are necessary to generate accountability and that the constraint of power via only one or the other is likely to be insufficient.
In developing a typology of accountability we additionally drew on Brinkerhoff’s characterisation of accountability [39,45] as the product of effective mechanisms of answerability and of enforceability. Answerability implies the ability of a supervisor, official or client to obtain information about what is happening and why it is happening in a certain way. Enforceability refers to the ability of a supervisor official or client(s) to demand certain formal or informal standards be met and to seek redress if they are not.
The overall aim of the study reported here was to understand whether and how the establishment and scale-up of HIV services influenced mechanisms of accountability. Specific objectives that guided our exploration included: to describe how the introduction of HIV care and treatment services influenced the organisation of resources and actors in each health centre; to describe whether, and in what ways, health centre components interacted to produce differing levels of accountability; and to explore the ways in which introduction of HIV care and treatment services influenced the interaction between system components, and, subsequently, the production of accountability (social or administrative) in this setting.
A full description of the study design and data collection methods used in this and the larger research project has been published previously . Briefly, we adopted a multi-case study design using a theoretical replication strategy . Case ‘units’ – four primary health centres located in two adjacent Districts, one urban one rural – were selected by the lead investigator (SMT) in consultation with District Medical Officers, and based on both empiric and anecdotal evidence of characteristics that enabled exploration of patterns of service delivery. Such characteristics included: average patient attendance data; vaccination coverage rates; and District officers’ descriptions of health centre performance. Data were collected between June and December 2011. Methods used at each case site included: in-depth interviews with a proportionate sample of healthcare workers from various levels (n = 60); semi-structured interviews with a quasi-random sample of patients (n = 180); review of health centre paper-based registers; and direct observation of facility operations spanning at least two weeks in each centre. Observation was both structured and semi-structured, and included the National Healthcare Standards Assessment tool for Zambian Health Facilities, and note-taking to record informal discussions and interactions during the period of residence. In addition, key informant interviews were held with government and non-government officials (n = 14) with specific knowledge or experience of the processes of HIV service scale-up.
Data for this study are primarily drawn from interviews with providers and patients and direct observations in the four health centres, although interviews with key informants including District officials and NGO were also used. During all interviews (patient, provider and key informants), respondents were asked a range of questions exploring the formal and informal relationships, processes and structures that influenced their own and others’ decision making and actions in the health centre. Analysis was carried out in three phases. Phase one, conducted concurrently with data collection, comprised collated notes and summaries of evidence for each health centre. In phase two, transcribed interviews were imported into NVivo QSR™ for electronic coding, and data were organised to produce a case description for each health centre  built around four major themes. These were: i) providers’ role in the health centre, their typical routine, and their position in relation to others in the facility; ii) challenges faced in day-to-day work; iii) perceptions of the work patterns and work culture in the facility, including relationships with colleagues and health centre managers; and iv) understanding of, and attitudes towards, the introduction of HIV services. Phase three involved a subsequent round of coding which focused on identifying how the different domains (administrative and social) and mechanisms (answerability and enforceability) of accountability were influenced by the new HIV services in each and across the four facilities. Deductive analysis was guided by codes developed from the Mechanisms of Effect (Figure 1) and Accountability (Figure 2) frameworks respectively, while inductive coding was used to incorporate new or emergent themes. Coded text and anonymised sources were collated in a word-processor document and printed, after which we synthesised evidence of the impact of HIV service establishment on mechanisms of social and administrative accountability. Negative case analysis was conducted through the identification of experiences or interactions that appeared to contradict our theoretical assumptions.
Written informed consent was obtained from all respondents for formal observations or interviews. The study received ethical clearance from the Human Research Ethics Committee (HREC) of the University of Melbourne (REF#:1035194) and the University of Zambia Biomedical Research Ethics Committee (REF#: 004-03-011).
Findings are presented in two sections, (1) the key characteristics of the process of HIV service establishment and scale-up in study sites and (2) analysis of the influence of this process on administrative and social accountability within and across the sites. We use the terms ‘health worker’ and ‘provider’ interchangeably to refer to any individual employed by the Ministry of Health and working in a public health facility.
Key characteristics of HIV service establishment and scale-up
Health centre demographic information & features of HIV service scale up
Health centre 1
Health centre 2
Health centre 3
Health centre 4
Official catchment population*
Official opening hours*
OPD, MCH,TB, ART, LAB, EH
OPD, MCH,TB, ART, IPD, LAB, LABOUR, EH
OPD, MCH,TB, ART, LAB, EH
OPD, MCH,TB, ART, IPD, LAB, LABOUR, EH
Common features of ART clinic establishment (c. 2005–2008)
• New stand-alone building for ART clinic in three sites (HC1, HC3, HC4)
• Externally funded/supported supply chain & laboratory services
• Recruitment & training of adult & peadiatric peer educators/Establishment of peer support groups
• NGO funded/run in-service training for select professional staff
• Donor-funded ‘overtime’ payments for professional staff working in the ART clinics
• NGO supported quality assurance systems
• Electronic medical records in three sites (HC1, HC3, HC4); ART specific stationary at all sites.
Common features of ART clinic scale-up & transition (c. 2009–2011)
• Removal of donor-funded overtime payments
• Scale up of MoH-run HIV in-service training for all professional staff
• Formal inclusion of ART clinic services in routine duties of all professional staff
• Scale-back in NGO support for lay personnel (including peer educators & defaulter tracing)
• Scale-back in NGO support for quality assurance programs
• Externally funded but MOH managed ART supply chain
Common effects of ART clinic on facility operations & relationships
• Improved infrastructure & technical capacity to deliver ART.
• Early improvements in HCW motivation and clinical standards in ART department.
• Lay personnel enabled efficient administrative & non-clinical functions in ART department.
• Early intra-cadre jealousies around opportunities for HIV training, overtime payments and better work conditions in ART clinics.
• Additional fragmentation (stand-alone ART clinics) of health centre management & operations.
• Strong perception amongst providers that HIV services were exceptional to their core duties (especially HC1, HC2, HC3).
• Perceptions that HIV services constituted additional/over work, undermining staff morale and service values.
Particular effects of ART clinic on facility operations & relationships
Enduring intra-cadre jealousies around overtime payments & superior work conditions in stand-alone ART clinic continued to undermine provider cooperation & continuity of care between ART clinic and other departments.
Small cadre of professional staff frequently overwhelmed by requirements of additional HIV services. Effects exacerbated by weaker supervision & quality assurance afforded to rural (as opposed to urban) sites.
Very large patient numbers & decreasing NGO support for lay personnel in scale-up phase led to marked decline in administrative functionality (e.g. missing files; queue bunching) and frequent patient-provider confrontations.
Overall in-charge able to use early gains in performance standards & staff morale in ART clinic to strengthen overall operations via whole-of-clinic meetings/integrated OPD/ART service delivery as levers.
As summarised in Table 1, key components of the establishment phase of ART clinics included: training and appointment of a new departmental ‘ART in-charge’ within each facility (all sites); substantial investment in new or renovated infrastructure (HC1, HC3, HC4); clinical training for select staff (all sites); recruitment of lay health workers to carry out essential non-clinical duties including patient education and information dissemination (all sites); establishment of an HIV-specific electronic medical record system (HC1, HC3, HC4); a HIV-specific supply chain for antiretroviral drugs and other commodities (all sites); and the provision of non-government partner-assisted quality assurance and quality improvement support (all sites). Additionally, in order to overcome chronic staff shortages, in the three urban health centres (HC1, HC3, HC4) ‘overtime’ payments were provided to existing healthcare workers to work extra shifts in the new ART clinics. In-service training in HIV medicine was paid for and delivered by non-government implementing partners with accreditation provided by the Ministry of Health. Critically, however, early involvement by District Health Management Teams in HIV service implementation or oversight remained limited .
The scale-up and transition phase saw some shifts in activities and support for HIV services. In three facilities, in-service training for professional staff was extended to include more nurses and clinical officers (HC1, HC3, HC4). However, cuts in funding for direct salary support meant that HC2 and HC3 both lost lay registry and counselling staff. This period also saw a removal of the donor-funded overtime payments in HC1, HC3 and HC4 and, in an effort to move responsibility for oversight to District and Provincial offices, a scale-back of the quality assurance programs run by non-government implementing partners. At the time of study, quality assurance visits to all four sites had become increasingly ad hoc, compared to the nearly weekly visits that had taken place between 2006 and 2009.
Mechanisms of administrative answerability and enforceability should help to make transparent and justify the nature of individual or team performance as well as enable rewards or sanctions for that performance. In Zambian primary health centres, as outlined in Figure 2, mechanisms of administrative answerability included documentation of service activities in medical records, hard-copy registers and tally sheets, production of summary activity reports and performance review and feedback by District administrators. Mechanisms of administrative enforceability were more limited, but included public sector disciplinary processes and horizontal staff transfers as well as the work norms that shaped health worker attitudes and work patterns.
Initial improvements in administrative answerability in the ART clinics
With ART we received the big building; and supplies and drugs. We had support. Even the Peer Educators [were recruited and introduced]. Nurse, HC1.
Initial improvements in (internal) enforceability in the ART clinics
Traditionally, [health workers] had the knowledge they accrued in school, but that was it. They started working and then there were no updates. The morale was down and the culture was to do what you always do, whether it’s right or wrong […]. But when the ART clinics were introduced, we saw updates coming in, in-house meetings, and clinical meetings. And that changed the culture quite a lot. The older culture was: “I know I do this, I will do it this way because I have been doing it this way forever.” So change was very hard. But with ART clinics came support and mentorship. And also there was that exchange of skills. It had a huge impact. In-Charge, HC4.
Receiving those payments I felt that I was being appreciated for doing my job well. We were given what we needed, and we were supported. Nurse, HC4.
In the ART clinics they have been [paid and therefore] motivated. So there is teamwork and they care for the patients; In-Charge, HC1.
Weakening of mechanisms of accountability in the ART clinics over time
Longer registration queues due to lack of staff to find paper medical records.
Reduction in the time dedicated by peer educators to group patient education and individual adherence counselling.
Insufficient support staff to transport files around the clinic, resulting in bottlenecks and lost files.
Large backlogs of paper files awaiting electronic data entry – creating storage, filing and queue management problems as well as data quality problems.
Long queues increasing tension amongst patients and encouraging clinicians to take shortcuts to ‘clear the queue’.
Now that motivation [payment] has been taken away why should I work in the ART clinic? It is extra. No, I will just do my job. Clinician, HC3.
I used to work in the HIV department. But now, I can’t. There is unfairness in the working hours. I was told to be working long hours [in the ART clinic] with no incentive. So I tabled it with the sister in-charge and asked for a departmental transfer. Nurse, HC1.
Now, because there are no payments, [the staff] from ART clinic are saying: “No, I can’t even work. You want me to work for free!” So now it is different. Overall In-Charge, HC1.
Limited gains for administrative accountability in the wider health centres
As can be seen in Figure 3, investment in HIV services also had comparatively few positive flow-on effects in non-HIV departments. Mechanisms of administrative answerability in the broader health centres, including summary service reports and performance reviews in non-HIV departments, generally remained unchanged by the establishment of the ART clinics. Nor did the new services have a positive effect on mechanisms of enforceability in the wider health centres, with the sanctions available to in-charges (e.g. formal disciplinary action or intra and inter clinic transfers) still cumbersome and largely ineffective.
They used to say of us [ART staff]: “you are highly paid, highly looked after”. They looked at the environment in which we were working in the ART clinic and said we were better off. Nurse, HC1.
That tension influenced our work because we saw [staff members] saying: “as long as you are a HIV patient, we [in OPD] will not attend you. Let those other health workers [in the ART clinic] attend to you, since they are trained and paid extra.” Clinician, HC3.
There was so much support for training and supplies in the ART clinic. They never complained because they had everything they needed. So I could just leave it and concentrate on other things. Overall In-Charge HC1.
They [the staff] just have their own agenda. There is nothing I can do; Overall In-Charge, HC3).
When we integrated, we were able to cut out on that shift switching whereby some senior staff were really taking advantage. Overall In-Charge, HC4.
Integration also reportedly helped the overall in-charge to improve expectations for the quality of general outpatient services through the use of ART standard operating procedures. The routine measurement and recording of patient vital signs and provision of patient education, for example, were re-introduced for OPD clients following service integration. Notably, although HC2 and HC3 had also recently integrated OPD and HIV departments, they retained separate OPD and ART in-charges and few of these benefits were documented.
In a health service setting, effective mechanisms of social answerability should enable clients to understand and assess service availability, quality and responsiveness. By enabling data collection, dissemination and feedback, mechanisms of social answerability serve to ensure transparency of service availability and help to justify service quality. Mechanisms of social enforceability, meanwhile, include ‘voice’ and ‘exit’ sanctions . Voice sanctions may encompass written or verbal demands made to and about service providers in one-on-one or group settings, public forums, or via public and social media. In the context of health service delivery, exit sanctions refer to patients’ capacity to ‘vote with their feet’ by attending a different facility. Voice and exit sanctions do not automatically equate with enforceability, however. They are examples of mechanisms that may either partially or wholly compel a stakeholder to act or make a change. The efficacy of such mechanisms is contingent on the way they are enacted (e.g. collective or communal ‘voicing’ of a demand versus individual complaints) as well as a range of structural conditions including legislative environment and/or informal or formal power relations .
Limited strengthening of mechanisms of social answerability
Our job, it is to support the clinic [services]. Like during under-five activities or if they are doing immunizations in the community. Then we support them and also tell people about these services. NCH Chair, HC1.
We really depend on those guys [the NHC]. I don’t know how we would do our environmental health outreach and MCH activities because we lack staff. Even with these volunteers we still lack capacity. EHT, HC4.
More fundamentally, NHC members appeared to lack information that would enable them to compare de jure health policies with de facto services. Nor did NHCs receive any support or training to develop the sorts of communication and advocacy skills necessary to enforce any breaches in performance.
The standing appointment of the health centre in-charge to the position of NHC secretary was also important. Although rationalized in terms of ensuring staff representation at every NHC meeting, the appointment weakened committees’ capacity to act as an independent adjudicator of facility performance, make demands for information or issue complaints in relation to service responsiveness. In two of the health centres (HC1, HC2) the overall in-charges were also responsible for NHC meeting minutes, wielding significant power over the recording and representation of issues at future forums.
Critically, the establishment and scale-up of ART clinics in relative isolation from mainstream clinic operations in these four sites did little to strengthen the capacity or orientation of NHC members to invoke their nominal authority as a mechanism of social accountability (Figure 3). Nor did HIV scale-up activities reinforce the implementation of other mechanisms of answerability, such as the Ministry-mandated ‘patient feedback’ boxes. Health centre audits at the time of study (Jun. – Nov. 2011) found only one of the four facilities (HC 1) with an observable feedback system, though this was described by several staff as rarely used.
The mixed impact of HIV scale-up on internal mechanisms of enforceability
Some positive effects of HIV scale-up on aspects of social accountability were nevertheless identified. Interviews with health workers demonstrated that HIV service scale-up resulted in a substantial shift in the attitude of professional staff towards HIV-patients. Providers in all four sites clearly articulated the needs of HIV patients as ‘special’ or ‘different’, commenting on the need for empathetic and high quality care when dealing with this group. Some described the intensive material investment in the ART clinics as evidence, in-and-of-itself, of the special nature of this population. These shifts in attitude strengthened work norms related to HIV services, a critical internal mechanism of enforceability.
These OPD patients, they are not patients. Generally speaking twenty five percent in a day are genuine cases… seventy five percent are not genuine cases […] they are malingerers. Clinician HC1.
Interviewer: Why do OPD patients carry their own file around the clinic, while HIV patients have their files delivered to the clinician by a staff member?
Clinician HC3: With the HIV files, you need to be careful of confidentiality
Interviewer: Shouldn’t OPD files also be confidential?
Clinician HC3: With the OPD files, it’s just like malaria and cough. So with these guys we don’t usually encourage confidentiality. There’s no stigma for OPD patients, but with HIV more care is needed.
Incidental impact on external mechanisms of enforceability
In the HIV department there is routine. There is order. And the patients, they know what to expect and then they can demand it. Lay Counsellor, HC2.
For ART patients it’s standard, it is being done for every visit that the patient comes. So the patient is going to be educated to say: “When I arrive at the clinic I’m going to listen to a health talk, I’ll have my vital signs checked or maybe I’ll go for adherence, etc., etc., because that is a standard and it is being done.” That sinks in the patients’ mind and they expect that to be done. But on the other side [in OPD] things are not being done properly; there is no “system” if I may call it. Nurse, NGO Partner.
Both observation and interview data confirmed that HIV-patients' improved understanding of their treatment and service environment improved their capacity to use 'voice' sanctions as they were more confident to demand certain services (e.g. measurement and recording of vital signs) and point out or demand redress for what they saw as service breakdown (e.g. loss of paper medical files). Enforceability against such demands, however, remained more ad hoc.
Overall production of social accountability generally not improved
There are too many patients. There is too much work. I can’t stop [the patients] but they should just [go elsewhere]. ART Clinic Nurse, HC3.
The [patients] who come from other catchment areas should just stay within. They shouldn’t come here. We can’t cope. ART In-Charge, HC1.
Thus, neither the shift in providers’ internal norms vis-à-vis the entitlements of HIV patients, nor the improvements in HIV patients’ capacity to ‘voice’ their needs, was sufficient to improve social enforceability in the health centres overall. At the time of study, moreover, providers in the ART clinics displayed similar work patterns to those in other departments, including frequent absenteeism and a ‘queue clearing’ approach to patient care.
This study set out to explore whether, and in what ways, the process of HIV scale-up influenced key drivers of service quality and responsiveness in four Zambian health centres. Specifically, we sought to understand how the introduction of HIV services influenced the dual domains of administrative and social accountability, via mechanisms of answerability and enforceability.
Previous work on the impact of HIV care and treatment scale-up on frontline services in Zambia by Brugha et al. pointed to early improvements in the availability of ART but mixed findings with respect to improvements in the availability and uptake of other (non-HIV) services. Critically, the authors point to the need for more explanatory research to “move beyond correlation studies to analyse the processes within facilities to understand and explain such trends” .
The findings presented in this paper go some way to address such research gaps, demonstrating that the early, resource-intensive investment in the ART clinics contributed initially to strong administrative answerability within the ART clinics at all four sites by helping to establish the material capabilities necessary to deliver and monitor service delivery. Simultaneous investment in system ‘software’ via external supervision and professional development helped to promote transparency around individual and team performance. In combination with improved data collection and routine monitoring, this investment in system software also had positive effects on administrative enforceability in the ART clinics, through strengthened provider motivation and work norms, if not through any overt improvement in clinic managers’ disciplinary capacity.
Well-resourced ART clinics and the implementation of a chronic care service model had an incidental albeit important impact on social accountability in the ART clinics. A heightened sense of responsibility for delivering high quality care to HIV patients was evident among providers in all four facilities, and was linked to providers’ sense of empowerment arising from their well-resourced service environments and the perception that HIV-patients were in particular need of care. Such findings highlight the way normative behaviour – a critical internal mechanism of accountability – may be strengthened via dynamic interactions between adequate resourcing and robust data systems on the one hand, and strong leadership focused on relational aspects (notably trust and communication) of service delivery, on the other.
Notwithstanding these gains, establishment and scale-up of HIV services had relatively few positive impacts on the production of accountability in the wider health centres. Mechanisms of administrative accountability, including data collection and performance review mechanisms in other departments were largely unchanged by the HIV scale-up processes. Nor did these activities strengthen the capacity of in-charges to provide strategic leadership or enforce performance standards, despite placing pressure on these individuals to manage an increasingly complex logistical and human resource landscape. In-charges generally weak handling of the tensions surrounding the introduction, and subsequent removal, of ART overtime payments was one example and observations from other settings, including South Africa, have flagged the need for more explicit investment in leadership and stewardship to ensure sustained improvements in quality and responsiveness of both HIV and other primary-level health services . The exceptional example of HC4, meanwhile, provides evidence of how even in generally weak systems, where public sector service values are eroded or latent, strong leadership plays an important role in helping to shift service patterns, work culture and overall performance.
Rifkin  argues that social accountability is only truly present when those affected by decisions or actions have some type of effective recourse or process to ensure their needs and concerns are dealt with fairly. In this respect, substantive and long-term gains in social accountability – both in the ART clinics and beyond – were elusive. Despite a positive shift in providers’ attitudes towards HIV-patients, and strengthened capacity of HIV-patients to invoke ‘voice’ sanctions, the scale-up of HIV services contained no specific activities designed to address the deeply rooted information and power asymmetries affecting social answerability and enforceability more broadly. The gap between NHCs’ de jure purpose and de facto activities, for example, was unchanged by the introduction of HIV services and remained heavily influenced by NHC members’ imperfect understanding of health centre performance standards and their lack of authority in facility planning processes.
In the absence of a more coordinated application of ‘voice’ or ‘exit’ sanctions at the meso- and macro-levels, we also found that the positive but unintended gains in relation to patients’ capacity to ‘voice’ issues had little impact on the deeply rooted norms and macro-level determinants of service quality such as chronic human and other resource shortages.
As Walt  notes, health provider behaviour is embedded in the social institutions and power relations of their working environment. Such uneven power dynamics remain an unfortunate but notable feature of many LMICs’ health services [49-52]. Growing experience of programmatic work and a nascent body of research in the area of social accountability highlight potential areas of intervention and system strengthening in this domain [53,54]. Mechanisms such as community dialoguing and patient score-cards, in particular, have been the focus of an increasing number of programs [55,56]. A recent small-scale evaluation of a ‘citizen voice and action’ program in Zambia provided local evidence of the importance of addressing entrenched power dynamics between patients or communities and facility and District level health officers through concerted investment in dialoguing and networking skills on both sides .
Influenced by the assumption that front-line or lower-level health services represent simple or even mechanistic systems [15,37,58], service interventions, particularly those planned and financed through global health initiatives, are often based on the logic of linear causal pathways, which assume that investment in one area of a health facility will produce automatic, predictable and positive effects overall. This assumption is in turn underpinned by a failure to recognise the complexity of both the interventions themselves (with their long and multi-factor causal chain) and the people-centredness of the target (micro-level) health systems .
One of the implications of failing to engage with the complexity of micro-level health systems is highlighted by our finding that administrative accountability in three of the four ART clinics in this study actually weakened over time. During the period of HIV service establishment, NGO and government implementers focused attention on establishing strong, self-sufficient ART services. With the focus squarely on emergency scale-up, less consideration was given to the interaction that these frontline ART services would ultimately have with broader health centres. Inevitably, as the ART clinics began to experience more structural pressure from increasing patient numbers and as the distinction between ART and general health centre staff and systems became more blurred, the service patterns and work norms that shaped providers’ behaviour in health centres as a whole, started to merge. Structural conditions – including donor policy shifts that resulted in the removal of financial incentives, weak GRZ capacity to meet resource gaps and the poorly implemented transfer of technical support activities – also contributed to a shift of ART service patterns and work norms towards those found in the wider facilities.
Such findings demonstrate how despite some initial gains in service quality and responsiveness in one specific service domain, sustained improvements were ultimately inhibited by the selective nature of the intervention.
The research presented in this paper adds to a small but important body of work that provides policy-relevant evidence of the complex nature of micro-level health systems and the way targeted service interventions have multiple and often unintended effects on system performance. Our findings highlight the importance of shifting the understanding by global health technocrats, national and sub-national policy makers and implementing officials of the interaction between targeted interventions and the health systems in which they are located. To (at worst) do no harm, and (at best) produce an overall system strengthening effect, policy makers and implementers of disease-specific service interventions must give more specific and strategic consideration to understanding hardware-software interactions and their relative impact on service drivers. This requires a re-orientation of disease-specific interventions away from mechanistic logic-models and towards realistic assessments of the complex, social and adaptive nature of health systems at all levels, and highlights once more the importance of careful planning and adequate investment in both system hardware and software to achieve sustained and quality service-delivery at all levels.
aThe transition phase was marked by poor communication between policy-makers, NGO implementing partners, and front-line service providers. Underpinned by the lack of operational planning for what ‘transition’ would mean, lack of information in the health facilities in Zambia, for example, meant that many health workers were either unaware that NGO implementing partners no longer had the funds or the remit to provide technical support, or that these funds had been redirected to the Ministry of Health. A perception of being ‘abandoned’ was noted throughout the data collection period, and similar confusion has been reported elsewhere [24,29].
bWe acknowledge some conceptual overlap between the domains of accountability described above, and the role of trust in health care settings. For the sake of conceptual clarity, however, our focus in this paper lies exclusively with accountability. Future publications will examine the interactions between the two.
cWe recognise the importance of trust but for the purposes of analytical clarity choose to address this mechanism in a separate paper.
dAlthough not explored in this study, it also seems likely that the public information dissemination, education and communication campaigns run between 2000 – 2006 in Zambia (see for example [60,61]) may have helped to improved clients’ general health literacy related to HIV care and treatment.
This work was supported by an Australian Post Graduate Award (APA) for Doctoral Research, through the Nossal Institute for Global Health at the University of Melbourne, Australia. The funders had no influence over the subject matter or reporting of this study. The authors would like to thank the health-care workers, patients and district officials interviewed during this research for their willing participation and time given.
- Rabkin M, El-Sadr WM, De Cock KM. The impact of HIV scale-up on health systems: a priority research agenda. J Acquir Immune Defic Syndr. 2009;52 Suppl 1:S6–11.PubMedView ArticleGoogle Scholar
- Levine R, Oomman N. Global HIV/AIDS funding and health systems: searching for the win-win. J Acquir Immune Defic Syndr. 2009;52 Suppl 1:S3–5.PubMedView ArticleGoogle Scholar
- Banteyerga H, Kidanu A, Stillman K. The Systemwide Effects of the Global Fund in Ethiopia: Final Study Report. 2006.Google Scholar
- Bloom G, Standing H. Future health systems: Why future? Why now? Soc Sci Med. 2008;66(10):2067–75.PubMedView ArticleGoogle Scholar
- Eisenhut M, Sharma V, Kawsar M, Balachandran T. Knowledge of their children’s HIV status in HIV-positive mothers attending a genitourinary medicine clinic in the UK. Hiv Med. 2008;9(4):257–9.PubMedView ArticleGoogle Scholar
- England R. The dangers of disease specific aid programmes. Br Med J. 2007;335(7619):565.View ArticleGoogle Scholar
- England R. The writing is on the wall for UNAIDS. Br Med J. 2008;336(7652):1072.View ArticleGoogle Scholar
- Haines A. Editorial: contribution of health systems to disease control. Trop Med Int Health. 2007;12(11):1275–8.PubMedView ArticleGoogle Scholar
- Harries AD, Zachariah R, Tayler-Smith K, Schouten EJ, Chimbwandira F, Van Damme W, et al. Keeping health facilities safe: one way of strengthening the interaction between disease-specific programmes and health systems. Trop Med Int Health. 2010;15(12):1407–12.PubMedView ArticleGoogle Scholar
- Mtonya B, Chizimbi S. The Systemwide Effects of the Global Fund in Malawi: Final Study Report. Geneva: The Global Fund to fight AIDS, Tuberculosis and Malaria; 2006.Google Scholar
- Biesma RG, Brugha R, Harmer A, Walsh A, Spicer N, Walt G. The effects of global health initiatives on country health systems: a review of the evidence from HIV/AIDS control. Health Policy Plan. 2009;24(4):239–52.PubMedPubMed CentralView ArticleGoogle Scholar
- Cohn J, Russell A, Baker B, Kayongo A, Wanjiku E, Davis P. Using global health initiatives to strengthen health systems: a civil society perspective. Glob Public Health. 2011;6(7):687–702.PubMedView ArticleGoogle Scholar
- Hanefeld J. The impact of Global Health Initiatives at national and sub-national level - a policy analysis of their role in implementation processes of antiretroviral treatment (ART) roll-out in Zambia and South Africa. AIDS Care. 2010;22 Suppl 1:93–102.PubMedView ArticleGoogle Scholar
- Spicer N, Aleshkina J, Biesma R, Brugha R, Caceres C, Chilundo B, et al. National and subnational HIV/AIDS coordination: are global health initiatives closing the gap between intent and practice? Glob Health. 2010;6:3.View ArticleGoogle Scholar
- Gilson L, Hanson K, Sheikh K, Agyepong IA, Ssengooba F, Bennett S. Building the field of health policy and systems research: social science matters. Plos Med. 2011;8(8):e1001079.PubMedPubMed CentralView ArticleGoogle Scholar
- Hoffman SJ, Røttingen JA, Bennett S, Lavis JN, Edge JS, Frenk J. A Review of Conceptual Barriers and Opportunities Facing Health Systems Research to Inform a Strategy from the World Health Organization. Geneva: Alliance for Health Policy and Systems Research; 2012.Google Scholar
- Brugha R, Simbaya J, Walsh A, Dicker P, Ndubani P. How HIV/AIDS scale-up has impacted on non- HIV priority services in Zambia. BMC Public Health. 2010;10:540.PubMedPubMed CentralView ArticleGoogle Scholar
- Schneider H, Blaauw D, Gilson L, Chabikuli N, Goudge J. Health systems and access to antiretroviral drugs for HIV in Southern Africa: service delivery and human resources challenges. Reprod Health Matters. 2006;14(27):12–23.PubMedView ArticleGoogle Scholar
- Schneider H, Gilson L, Ogden J, Lush L, Walt G. Health systems and the implementation of disease programmes: case studies from South Africa. Glob Public Health. 2006;1(1):49–64.PubMedView ArticleGoogle Scholar
- Schneider H, Hlophe H, van Rensburg D. Community health workers and the response to HIV/AIDS in South Africa: tensions and prospects. Health Policy Plan. 2008;23(3):179–87.PubMedView ArticleGoogle Scholar
- Schneider H, Lehmann U. Lay health workers and HIV programmes: implications for health systems. AIDS Care. 2010;22 Suppl 1:60–7.PubMedView ArticleGoogle Scholar
- Brugha R. Global health initiatives and country health systems. Lancet. 2009;374(9697):1237–8.PubMedView ArticleGoogle Scholar
- van Olmen J, Criel B, Devadasan N, Pariyo G, De Vos P, Van Damme W, et al. Primary Health Care in the 21st century: primary care providers and people's empowerment. Trop Med Int Health. 2010;15(4):386–90.PubMedGoogle Scholar
- Topp SM, Chipukuma JM, Hanefeld J. Understanding the dynamic interactions driving Zambian health centre performance: a case-based health systems analysis. Health Policy Plan. 2014;epub pii: czu029.Google Scholar
- Personal Communication. Medical Director, PEPFAR Impelementing Parner. 2012:Lusaka.Google Scholar
- Staff Writer. Obituary: Zambia’s Levy Mwanawasa. 2008. [cited 2013 23 July].Google Scholar
- Hanefeld J. Antiretroviral Treatment Roll-Out in Zambia and South Africa: A Policy Analysis of National to Sub-National Policy Implementation Processes, in Health Policy Unit. London: London School of Hygiene and Tropical Medicine; 2010.Google Scholar
- NAC and GRZ. Zambia Country Report: Monitoring the Declaration of Commitment on HIV and AIDS and the Universal Access. 2012, National AIDS Council, Government of the Republic of Zambia: Submitted 31st March 2012 to the United National General Assembly Special Session on HIV and AIDS. Lusaka.Google Scholar
- Kavanagh MM. The politics and epidemiology of transition: PEPFAR and AIDS in South Africa. J Acquir Immune Defic Syndr. 2014;65(3):247–50.PubMedView ArticleGoogle Scholar
- Personal Communication. Program Manager, PEPFAR Implementing Partner. 2011: Kabwe.Google Scholar
- Personal Communication. Interview, National ART Coordinator. 2013: Lusaka.Google Scholar
- de Savigny D, Adams T. Systems Thinking for Health Systems Strengthening, ed. A.f.H.S.a.P. Research. Geneva: World Health Organization; 2009.Google Scholar
- Gilson L, editor. Health Policy and Systems Research: A Methodology Reader. Geneva: World Health Organization; 2012.Google Scholar
- McPake B, Hanson K, Adam C. Two-tier charging strategies in public hospitals: implications for intra-hospital resource allocation and equity of access to hospital services. J Health Econ. 2007;26(3):447–62.PubMedView ArticleGoogle Scholar
- Paina L, Peters DH. Understanding pathways for scaling up health services through the lens of complex adaptive systems. Health Policy Plan. 2012;27(5):365–73.PubMedView ArticleGoogle Scholar
- Russell S, Gilson L. Are health services protecting the livelihoods of the urban poor in Sri Lanka? Findings from two low-income areas of Colombo. Soc Sci Med. 2006;63(7):1732–44.View ArticleGoogle Scholar
- Sheikh K, Gilson L, Agyepong IA, Hanson K, Ssengooba F, Bennett S. Building the field of health policy and systems research: framing the questions. PLoS Med. 2011;8(8):e1001073.PubMedPubMed CentralView ArticleGoogle Scholar
- Bardach E, Lesser C. Accountability in human services collaboratives: for what? And to whom? J Public Adm Res Theory. 1996;6(2):197–224.View ArticleGoogle Scholar
- Brinkerhoff DW. Accountability and health systems: toward conceptual clarity and policy relevance. Health Policy Plan. 2004;19(6):371–9.PubMedView ArticleGoogle Scholar
- Cleary SM, Molyneux S, Gilson L. Resources, attitudes and culture: an understanding of the factors that influence the functioning of accountability mechanisms in primary health care settings. BMC Health Serv Res. 2013;13:320.PubMedPubMed CentralView ArticleGoogle Scholar
- Emanuel EJ, Emanuel LL. What is accountability in health care? Ann Intern Med. 1996;124(2):229–39.PubMedView ArticleGoogle Scholar
- Molyneux S, Atela M, Angwenyi V, Goodman C. Community accountability at peripheral health facilities: a review of the empirical literature and development of a conceptual framework. Health Policy Plan. 2012;27(7):541–54.PubMedPubMed CentralView ArticleGoogle Scholar
- Paul S. Accountability in public services: exit, voice and control. World Dev. 1992;29(7):1047–60.View ArticleGoogle Scholar
- Chandler RC, Plano JC. The Public Administration Dictionary. Santa Barbara, CA: ABC-Clio; 1988.Google Scholar
- Brinkerhoff DW. Accountability and Health Systems: Overview, Framework, and Strategies. Bethesda: Partners for Health Reform Plus, Abt Associates Inc; 2003.Google Scholar
- Yin RK. Case Study Research: Design and Methods, Fourth Edition, Applied Social Research Methods Series. London: Sage; 2009.Google Scholar
- Rifkin SB. A framework linking community empowerment and health equity: it is a matter of CHOICE. J Health Popul Nutr. 2003;21(3):168–80.PubMedGoogle Scholar
- Walt G. Health Policy: An Introduction to Process and Power. London; New York: Zed Books; 1994.Google Scholar
- Berlan D, Shiffman J. Holding health providers in developing countries accountable to consumers: a synthesis of relevant scholarship. Health Policy Plan. 2012;27(4):271–80.PubMedView ArticleGoogle Scholar
- Goyal M, Riboud M, Sehgal A, Levine DM, Pandey P. Information improves health and social services delivery in indian villages: a randomized controlled trial. J Gen Intern Med. 2007;22:62–3.View ArticleGoogle Scholar
- Pandey P, Sehgal AR, Riboud M, Levine D, Goyal M. Informing resource-poor populations and the delivery of entitled health and social services in rural india - a cluster randomized controlled trial. JAMA. 2007;298(16):1867–75.PubMedView ArticleGoogle Scholar
- Sangl JA, Wolf LF. Role of consumer information in today's health care system. Health Care Financ Rev. 1996;18(1):1–8.PubMedPubMed CentralGoogle Scholar
- Joshi A. Do they work? Assessing the impact of transparency and accountability initiatives in service delivery. Development Policy Review. 2013;31(S1):s29–48.View ArticleGoogle Scholar
- Lodenstein E, Dieleman M, Gerretsen B, Broerse JE. A realist synthesis of the effect of social accountability interventions on health service providers’ and policymakers’ responsiveness. Syst Rev. 2013;2:98.PubMedPubMed CentralView ArticleGoogle Scholar
- World Vision. Citizen Voice and Action: An effective Local Level Advocacy Approach to Increase Local Government Accountability, in World Vision Guidance for Development Programmes. Washington D.C: World Vision International; 2012.Google Scholar
- Wild L, Daniel H. The Political Economy of Community Scorecards in Malawi. London: Overseas Development Institute (ODI); 2011.Google Scholar
- Ngulube M, Topp SM, Schaaf M. Social Accountability and Health System Performance in Zambia, Abstract Published by 3rd Global Symposium on Health Systems Research. Cape Town: Health Systems Global; 2014. 28 Sept. - 3 Oct. 2014.Google Scholar
- Bennett S, Agyepong IA, Sheikh K, Hanson K, Ssengooba F, Gilson L. Building the field of health policy and systems research: an agenda for action. Plos Med. 2011;8(8):e1001081. doi:10.1371/journal.pmed.1001081. Epub 2011 Aug 30.PubMedPubMed CentralView ArticleGoogle Scholar
- Mills A. Health policy and systems research: defining the terrain; identifying the methods. Health Policy Plan. 2012;27(1):1–7.PubMedView ArticleGoogle Scholar
- CHAZ. Annual Report, 2010. Lusaka: Churches Association of Zambia (CHAZ); 2010.Google Scholar
- MOH and GRZ. National HIV/AIDS/STI/TB Policy. Lusaka: Ministry of Health, Government of the Republic of Zambia; 2005.Google Scholar
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