School-based diagnosis and treatment of malaria by teachers using rapid diagnostic tests and artemisinin-based combination therapy: experiences and perceptions of users and implementers of the Learner Treatment Kit, southern Malawi
© The Author(s) 2017
Received: 14 November 2016
Accepted: 31 July 2017
Published: 7 August 2017
Training teachers to diagnose uncomplicated malaria using malaria rapid diagnostic tests and treat with artemisinin-based combination therapy has the potential to improve the access of primary school children (6–14 years) to prompt and efficient treatment for malaria, but little is known about the acceptability of such an intervention. This qualitative study explored experiences and perceptions of users and implementers of a programme of school-based malaria case management via a first-aid kit—the Learner Treatment Kit (LTK)—implemented as part of a cluster-randomized controlled trial in Zomba district, Malawi.
From 29 primary schools where teachers were trained to test and treat school children for malaria using the LTK, six schools were purposively selected on the basis of relative intervention usage (low, medium or high); school size and geographical location. In total eight focus group discussions were held with school children, parents and guardians, and teachers; and 20 in-depth interviews were conducted with key stakeholders at the school, district and national levels. Interviews were recorded, transcribed, and analysed using a thematic analysis approach.
The LTK was widely perceived by respondents to be a worthwhile intervention, with the opinion that trained teachers were trusted providers of malaria testing and treatment to school children. Benefits of the programme included a perception of improved access to malaria treatment for school children; decreased school absenteeism; and that the programme supported broader national health and education policies. Potential barriers to successful implementation expressed included increased teacher workloads, a feeling of inadequate supervision from health workers, lack of incentives and concerns for the sustainability of the programme regarding the supply of drugs and commodities.
Training teachers to test for and treat uncomplicated malaria in schools was well received by both users and implementers alike, and was perceived by the majority of stakeholders to be a valuable programme. Factors raised as critical to the success of such a programme included ensuring an effective supervisory system, a reliable supply chain, and the training of greater numbers of teachers per school to manage high consultation numbers, especially during the peak malaria transmission season.
Malaria among primary school-age children has long been recognized as a threat to the health and education of this age group, but has attracted relatively little attention . Recent surveys conducted across sub-Saharan Africa (SSA) have reported that the prevalence of Plasmodium falciparum in school-age children is consistently higher than all other age groups, but has significant variation across the region—from 4% of children in western Tanzania  to 60% or higher in Malawi and southern Mali . In Malawi, primary school-aged children are at higher risk of Plasmodium infection than younger children, but their access to malaria prevention and formal case management services is lower than other age groups [4, 5]. The high prevalence of asymptomatic infection and associated morbidity has the potential for detrimental effects on educational achievement, through reduced school attendance and cognitive development [6, 7]. However, given the rapid increase in primary school participation across SSA , schools increasingly have the potential to be an efficient and effective delivery point to provide care for malaria.
Previous research has demonstrated that the delivery of anthelmintic treatment by school teachers is widely accepted by both parents and guardians, and school children, and that teachers view this additional role positively [9, 10]. Prior to recommendations that parasitological diagnosis (by rapid diagnostic test or microscopy) should be undertaken before artemisinin-based combination therapy (ACT) is given, past studies have also indicated that using trained school teachers in the provision of presumptive malaria treatment using chloroquine or sulfadoxine-pyrimethamine was feasible [11–13]. A study in coastal Kenya reported that community members would be satisfied with teachers overseeing the delivery of ACT treatments to primary school children following rapid diagnostic tests (RDTs) carried out by health workers, and that they would also be accepting of the teachers conducting RDTs following thorough training .
The Ministry of Health (MoH) in Malawi has recently explored the use of RDTs for community case management of malaria in children under 5 years of age . With support from the Ministry of Education Science and Technology (MoEST), the MoH has been keen to expand a ‘test, treat and track’ service to children over 5 years of age, through school-based case management. As a result, the MoH and MoEST established a trial to train teachers to use malaria RDTs and ACT for the diagnosis and treatment of uncomplicated malaria in school children. A pre-implementation pilot workshop in June 2013 indicated that training school teachers to conduct RDTs and treat uncomplicated malaria as part of a basic first aid kit was feasible. Post-training interviews with participants (school teachers) and facilitators (district-, zonal- and national-level facilitators from the MoH) suggested that following sufficient training and practice, teachers felt confident to conduct RDTs and make decisions regarding treatment .
The Learner Treatment Kit
This qualitative study was conducted within the context of a cluster randomized trial involving 58 primary schools in Traditional Authority (TA) Chikowi, Zomba district between 2011 and 2015 where the feasibility, cost-effectiveness and impact of using teachers to diagnose and treat primary school children with uncomplicated malaria was evaluated . Twenty-nine schools received the intervention called the ‘Learner Treatment Kit’ (LTK) between November 2013 and April 2015. The LTK is a basic first-aid kit, available to all primary school children (known in Malawi as ‘learners’) during school hours for the management of basic health problems such as diarrhoea, eye infections, minor wounds, and uncomplicated malaria. The LTK was implemented by the National Malaria Control Programme (NMCP) within the MoH and the School Health and Nutrition Programme within the MoEST; with support from Save the Children in training, supervision, logistical coordination and procurement of drugs and supplies. Prior to implementation, a series of community sensitization meetings were conducted at each intervention school with school staff, caregivers and school children to explain the purpose and scope of the intervention. At these meetings, it was emphasized to caregivers that the intervention was not a replacement for routine health facility-based care but an additional service that could be accessed during school hours. Furthermore, all school children attending an intervention school were encouraged to report to the LTK dispensers when they felt unwell. At least two teachers per school were trained as ‘LTK dispensers’ for 7 days, followed by a 3-day mentorship period at a local health centre. The drugs and supplies for the LTK were distributed through the local government health facility, by way of a written request from the LTK dispenser when they required more supplies. In contrast, no such service was available in control schools where primary school children with symptoms of malaria or other basic illnesses were advised to continue to seek treatment at their nearest health facility.
In this study, the authors present perceptions of both users (school children and indirectly their parents and guardians) and providers (trained teachers or ‘LTK dispensers’) of the LTK, as well as of key stakeholders (also providers), at the community, district and national levels, on the acceptability of school-based malaria case management following a year of programme implementation.
Study site and population
This qualitative study was conducted in TA Chikowi, Zomba District,Malawi. The area covers approximately 495 km2, with the Mang’anja, Yao and Lomwe the main ethnic groups. The primary source of employment (68%) in the area is farming. Malaria transmission is perennial, with 60 and 32% of primary school-aged children having malaria parasites and anaemia, respectively, during the peak malaria transmission season . Despite perennial transmission, the school terms can broadly be correlated with various transmission seasons, with first term coinciding with the peak rainy season (January–March), second term occurring during the post-rainy season (May–July) and third term covering the dry season (September–November).
Focus group discussions
Types of interviews conducted and number of participants per interview
Intervention-trained “LTK Dispenser” teachers
1 group (n = 12)
1 group (n = 12)
Parents and guardians of children in Standard 6–8 who sought care from the intervention within the past 6 weeks
3 groups (n = 36)
Children in Standard 6–8 who sought care from the intervention within the past 6 weeks
3 groups (n = 36)
Intervention school head teachers
n = 6
Intervention-linked health centre “in-charge” managers
n = 2
District level government administrators
n = 6
National-level government administrators
n = 4
National-level INGO managers
n = 2
Each FGD comprised of 6–12 participants, a mix of male and female participants, and were conducted in the local language (parents and guardians, and school children FGDs) or English (teachers FGDs). The FGDs were led by the lead author (TM), while two research assistants tape-recorded the discussions and took notes. FGDs were conducted in schools for parents and guardians, and centrally located venues known as a Teacher Development Centre (TDC) for teachers. Participants were provided with refreshments and the equivalent of $1 transport reimbursement for parents and guardians, or $2 for teachers. FGDs lasted approximately 1 h, with discussion topics in the FGD guide including perceptions of malaria, experiences with the LTK, perceptions of the LTK as delivered by teachers—the LTK dispensers, and challenges implementing the LTK. Participants who consented to participate in FGDs were assigned numbers which they stated, instead of their name, prior to commenting or answering questions during the FGDs. This use of identification numbers enabled attribution of perceptions to individuals during coding while also ensuring participant confidentiality.
IDIs were conducted with key stakeholders purposively selected at community, district and national levels. At the community level, six participants were head teachers (one from each of the selected schools) and four participants were healthcare workers from four health facilities that had been orientated on the LTK programme to provide support in terms of mentorship and storing drugs and supplies for the schools. At the district level, participants came from both the district health and education offices. At the national level, participants were senior individuals from the NMCP, MoEST, the National Health Technical Support Services (HTSS) for diagnostics, in addition to a single representative of development partners in Malawi. An IDI guide covering the following thematic areas was used to conduct these interviews: participants’ experiences of implementing school health programmes, and expected roles/challenges in a future roll-out of school-based malaria programmes such as the LTK. Interviews lasted approximately one to one-and-a-half hours each and were held at a time and location that was convenient to participants, most commonly in an office at their place of work.
Interviews were recorded using audio recorders during the FGDs and IDIs with the permission of participants. All discussions and individual interviews were transcribed verbatim and if required translated from the language conducted (Chichewa) to English. Interview transcripts were imported into NVivo 11 (QSR International Pty Ltd, Australia) for data management and analysis. Using a thematic analysis approach, transcripts were first read separately by both the lead investigator and a trained research assistant who identified, discussed and agreed on broad thematic tracks for initial coding. Following multiple re-reading of the transcripts, the lead investigator and research assistant separately undertook coding based on this initial coding framework, in addition to developing and discussing coding as new sub-categories of themes were identified. Notes taken during data collection were also transcribed and translated into English to contextualize thematic areas, and support data analysis and interpretation. Once the lead investigator and research assistant were confident that no new coding areas had emerged, two additional research assistants were recruited to support the analysis of final transcripts. The lead investigator took final responsibility to review and resolve variations in interpretation.
Ethical approval for this study was obtained from the Malawi National Health Sciences Research Committee, (#1057) and the London School of Hygiene & Tropical Medicine Ethics Committee (#6432). The overall trial is registered with ClinicalTrials.gov, NCT02213211. Additional approval to conduct discussion groups with school children was obtained from the Malawi College of Medicine Research Ethics Committee (#1759). Permission to conduct the study was also received from local administrative offices and district education and health offices in Zomba. All participants invited to take part were given an information sheet in the local language (Chichewa) and provided written consent before participation. For school children, written assent was provided after their parent or guardian had consented first. All participants were able to indicate on the consent form if they agreed for discussions to be recorded, or to be quoted anonymously. During transcription, names and locations of participants were replaced with unique identifiers. Recordings and transcripts were stored on password-protected computers held by the lead investigator.
In total, eight FGDs and 20 IDIs were conducted. Five FGDs were carried out with adults (parents, guardians and teachers), and three FGDs conducted with school children who had recently sought care from an LTK dispenser.
Social demographic characteristics of participants
Of the 32 children involved in the FGDs, the youngest child was 11 years old and 75% were aged between 11 and 15 years. An equal ratio of male to female children participated in the FGDs to address any potentially diverging views relating to treatment seeking behaviour, due to a priori observation that girls appeared to be seeking significantly more LTK consultations than boys. For the adult FGDs, 32 female and 28 male individuals participated. Half of the participants were aged between 31 and 40 years, and almost 40% of participants (predominantly teachers) had obtained tertiary education. The remaining participants (60%) (predominantly parents and guardians) were primarily subsistence farmers or engaged in small-scale business. The results of the FGDs and IDIs are presented by key themes. In general, the responses of participants (teachers, parents and guardians, and children) from schools with different levels of uptake did not significantly differ, and are therefore presented together.
Understanding of the LTK by different stakeholders
IDI with head teacher.
“[The LTK] It is mainly concerning the treatment of learners when they are sick at school especially on the part of malaria; we have LTK dispensers who are doing that job, they were trained by Save the Children”.
LTK dispenser FGD.
“The learners trust us more than their class teachers. Sometimes when the learner is sick, quietly s/he leaves the class for LTK room without the knowledge of their class teacher. When you tell the learner to wait for you at break time so that you can treat them, they feel that you are taking long. They want to be treated right away. They view us as teachers and doctors at the same time.”
FGD with parents and guardians.
“There was a day when my child was sick and I was passing by. Then I had to escort my child to the LTK room, I saw exactly what the dispenser did. I did not see any problem with testing and treatment of my child. We have confidence in the dispensers because they were trained, therefore if they say that my child has malaria, I believe the results.”
FGD, LTK dispenser.
“Yes, people approach us, and plead with us, that we should assist them because the health facilities where they can be tested and treated for malaria are very far. They have heard that at school, we do have malaria test kits and treatment, therefore they request us to assist them but we refuse.”
Benefits of the school-based malaria programme
School children FGD.
“When you are sick, you do not have to be absent from school you still come; you go to the LTK room, receive medication and go back to class. Our parents are very happy because they are not having any problem with taking us to the health facility to receive treatment so they say they are able to save money.”
FGD with parents and guardians.
“It is a great relief to us, instead of us parents taking the sick learner to the health facility for treatment, we are spared that task. The burden is lifted from us. The learner is assisted at school and attends classes.”
IDI with NMCP official.
“Yes, because that (school) is the contact point with children. You know previously we used to say that the most affected are the under-fives, but what we are seeing now, with this coming data: you find a nine years old, eight years, these are maybe in class 5, class 4, class 3, they are equally affected. So this study is an eye opener because it is like a shift from our previous belief that it is only the under-fives that we should focus on—those who are really greatly affected.”
IDI with official from MOEST.
“There are several people that have received mosquito nets and they have misused. Since teachers are also emphasizing the use of bed nets, the child will pass on this information to the parents and we might see changes in bed net use. I think it is the right channel to pass this information.”
IDI with official from MOEST.
“I think schools are the appropriate place for this mainly because it will reduce attendance at the health facilities, if we prevent these clients coming to the facilities, that means even the work load at the facility will be lessen.”
Perceived roles of different stakeholders
IDI, Senior District Health Official.
“We supply the schools with the malaria kits, we can supervise, train and also involve our malaria focal person. So I think it starts from the supplies, supervision and review meetings and in future we can incorporate them into our programmes.”
Relationship between healthcare workers and LTK dispensers
IDI, healthcare worker.
“Initially we did not know what to do with the new programme and some teachers were sent back without supplies but after they included us in the training, teachers were supported accordingly.”
IDI with MOEST official.
“Normally when you are doing an activity outside your area of expertise, you need to have mentors close. Teachers went to health facilities for mentorship but no health worker visited the schools as was required.”
LTK dispenser FGD.
‘The other problem we see is on referral, you find that our friends at the health facility, they do not give the mothers the feedback slips, we do not know whether the child we referred was assisted or not.”
Supply chain management and collection of supplies
IDI with senior health officer.
“I think this programme at school level will be difficult to run…it is a major problem to keep the LTK supplies adequate because currently government supplies are meant for health facility or village clinics.”
LTK dispenser FGD.
“We do use bicycles but there is a challenge in the sense that if the LTK dispenser does not have a bicycle, she or he has to borrow and in cases where the borrowed bicycle is broken, the LTK dispenser should mend it at his or her cost.”
Increased workload and demand for incentives
FGD with non-LTK dispensers.
“We also assist by making learners quiet as they wait for their teacher who is at LTK room.”
IDI with Senior Ministry of Education official.
“I visited schools implementing this programme in the district and the challenge that I noticed is the workload. Teachers have to attend to their classes and the sick learners.”
LTK dispensers FGD.
“LTK dispensers do not rest. We do not have time to rest. The moment you have gone to LTK room to treat learners you do not have time to rest because sick learners come one after the other especially from January to March when malaria cases are at a peak. Therefore, there is a huge workload it would be good if all teachers were trained to share the workload.”
IDI with Senior District Health Official, Zomba.
“The number of trained teachers and the size of the school, that should be looked into critically otherwise they will be just treating pupils than teaching and that can create chaos in schools.”
LTK dispensers FGD.
“My comment is that the programme planners should give dispensers incentives as you know that this work is very involving.”
In the case of our study, malaria testing using RDTs and treatment using ACT by trained school teachers was well received and perceived to be a valuable programme amongst both providers and users of the LTK. While presumptive malaria diagnosis and treatment has been shown to be feasible and acceptable when delivered by teachers [11–13], this study is the first to show that the use of RDTs and ACT by teachers can also be an acceptable way of delivering care for malaria. This finding is significant for malaria control, because whilst access to health facilities is limited in most African countries including Malawi, enrolment at primary school is high in most rural communities . This provides an opportunity for the health and education sectors to collaborate in improving the health and learning environment for school-going children, and to ensure timely access to prompt diagnosis and treatment, one of the key strategies in malaria control . It is important to highlight that as school-based malaria testing and treatment can only be done during term time and school hours, school children could still delay in receiving prompt care and treatment when sick outside these times. Therefore, ensuring that all individuals suffering from malaria have prompt access to effective treatment remains a priority for resource-constrained health systems, regardless of the availability of programmes such as the LTK.
For a programme where teachers use RDTs and ACT to diagnose and treat uncomplicated malaria to be successful, there is need for an effective collaboration between the health and education sectors. Although it is clear that teachers can safely and accurately test and treat malaria in school children , supervision and mentoring remain critical elements in the delivery of any community-based programme and thus LTK dispensers will require technical, logistical and supply chain support from healthcare workers in local health facilities. However, concerns regarding poor coordination between the health and education sectors were shared by local, district and national stakeholders. Teachers expressed concerns that they regularly failed to receive feedback on referred patients, or that their requests for drugs from the local health facility were not prioritized. Such issues were observed in a project training shopkeepers to use RDTs and placing this service in drug shops in Uganda, where the links between the informal drug shops and formal health sector were also perceived to be weak . Similar to these results, health workers reported not being fully oriented on the newly introduced programme, and shopkeepers reported referral forms given to clients were not formally recognized or respected by health workers.
During the trial, facility-based healthcare workers were trained and designated as local supervisors of teachers, although additional supervision visits were conducted by both the implementation team and district taskforce. However, teachers reported that supportive supervision and mentoring to the LTK dispensers by healthcare workers was limited. Recent research corroborates these accounts, reporting that deployment of facility-based healthcare workers as supervisors of community-based health services is frequently unrealistic and unsustainable . Whilst a lack of supervision of peripheral services and inadequate referral systems are not unfamiliar challenges to many low-income country’s health systems, it is important that these processes continue to be strengthened if the LTK was to be rolled out more widely.
Although calls for greater supervision of peripheral health services are frequently reported, little consensus exists of the best approach, effectiveness, or affordability of such strategies . For the LTK in Malawi, community-based Health Surveillance Assistants (HSAs) would likely be the best supervisors for teachers given their experience in providing health services at community level. HSAs are currently responsible for treating common childhood diseases, including malaria, in children under five in hard-to-reach areas  and as such have good experience in dealing with the formal health sector, coordinating an effective supply chain and biowaste disposal. However, given current concerns regarding the detrimental effects of ‘overloading’ HSAs in both their responsibilities and scope, this should be approached cautiously . Whatever the approach, future roll-out of any school-based malaria test and treat programme can only be successful if efforts are made to ensure effective support and supervision of the teachers by local health workers.
Establishing a robust, reliable and consistent supply chain is critical for a community-based case management intervention such as the LTK, but is a frequently reported challenge to such interventions . In Malawi, more than one-third of all HSAs surveyed did not have all essential drugs in stock, and the majority of clinical errors were due to not having the required treatments. In this study, supplies such as ACT, RDTs and other LTK supplies were procured by the implementing partner and delivered to schools from local health centres through the district health office, limiting stock-outs in the study area because of this parallel supply provided for the study. Stock-outs are the most commonly reported obstacle to providing services to HSAs, followed by delays between requesting and receiving supplies and then transport-related obstacles , issues that were also raised by the LTK dispensers in this study. Ongoing disruption and stock-outs of essential drugs in Malawi  has significant implications for the entire health system, including a routine school-based programme where supplies would have to be integrated with the general supply. The unavailability of drugs, including at health facilities, was also reflected in concerns from school children, who reported that drugs meant for unwell school children were sometimes shared with other individuals. While strengthening the LTK supply chain at the last-mile is, therefore, a prerequisite of successful implementation, it must take place with attention to and in broader support of the entire supply chain system.
Due to the unexpected high levels of demand for the LTK, trained teachers and their head teachers described being put under significant strain, and that their time spent teaching was affected as they could not leave sick children unattended. The two biggest implications of this are overburdening of teachers and a negative impact on learning for school children. To address this concern, such a programme could train a greater number of teachers per school to reduce the workload on individual teachers and to minimize any disruption to teaching. In addition, LTK dispensers expressed an expectation that because they were doing an extra activity on top of teaching, they should be rewarded with an incentive. This finding is similar to what others have shown for school-based malaria programmes . Whilst incentives have been shown to motivate, retain and increase the participation of workers  such an incentive would have to be thought of in the context of other school-based health programmes. Currently, programmes such as school feeding or routine deworming are generally facilitated by teachers without an incentive. Introduction of an incentive for a school-based malaria programme could potentially disrupt the success of other programmes, if the incentive is seen to be targeting only teachers working on the malaria programme.
There are several limitations to be considered when interpreting results from this study. The implementing partner has a long established and recognized presence in the study area, implementing child health programmes in support of government efforts. At the same time, the study was conducted at a time when the health facilities in Malawi faced critical shortages of drugs and supplies. In this environment, participants may have expressed their acceptability of the LTK programme from the perspective that schools are the only viable option for health for their children and for fear of jeopardizing future support from Save the Children.
The scope of this nested study was to explore the experiences and perceptions of those who had either sought, delivered or supervised the provision of care by school teachers at the school level, and thus all those who participated in the study had direct experience in the implementation of the LTK. Parents, guardians and school children were selected on the basis of recent (less than 6 weeks since) treatment, representing a specific population of all stakeholders who may not represent the broader views of those who have never required care from the LTK, or never chosen to seek care from the LTK. In addition, only children from senior classes (Standard 6–8) were involved in this study, who represent both the smallest overall enrolled population and the age group with the least number of total LTK consultations, and thus do not necessarily represent the opinions of the majority of children who ultimately seek treatment from the LTK. Finally, the study involved only community members from intervention schools, and did not include the views of parents, guardians, or children from schools not receiving the intervention.
Awareness of broader perspectives, including the acceptability of the intervention in naïve as well as non-participant community members would have reduced the chance of positive bias in the reported perceptions of the intervention. Including these groups in future qualitative research could also contribute important insights on pre-intervention expectations and concerns that could be prospectively addressed during early implementation activities such as community sensitization, training or supervision. Indeed, observations that a proportion of school children in intervention schools continued to seek care from other formal and informal sources despite the LTK being available (Halliday et al. submitted) should be a priority focus for future research regarding how the intervention is perceived by these individuals, and thus how the LTK and similar school-level health interventions could be refined.
Overall, the LTK was perceived by users and implementers to bean acceptable method of delivering care for malaria to school children by parents and guardians, teachers and district officers alike. For many, the LTK was considered a preferential choice for sick children due to its perceived convenience and reliability in terms of facilitating prompt treatment, saving time and money and allowing children to continue with their education. However, the perceived benefits of the programme created an unexpectedly high demand for the service, which led to concerns from providers such as maintaining the supply chain from local health facilities, overburden of additional work for teachers, and requests for treatment for ineligible community members at inappropriate hours. With careful consideration to appropriate capacity building, redeployment of resources and integration of services at school level to ensure sustainability and impact, there was strong support to scale-up the programme, and further evaluation of such scale-up is warranted.
TM contributed to the study design, led the data collection, data analysis, interpretation, drafting and revision of manuscript. DM, KH and SB conceived the idea of the qualitative study, contributed to data interpretation, writing and revision of the manuscript. SW, AM, GO, PN, and HC supported data collection, analysis and interpretation of data and contributed to the writing and revision of the manuscript. All authors read and approved the final manuscript.
We would like to thank the school children, parents and guardians, school teachers, district education officials, the district health management team and participants at national level for their support in the collection of this data. Additionally, many thanks should go to senior staff working with Save the Children, especially David Melody and Helen Moestue. This research was funded through Save the Children Sponsorship funding, the International Initiative for Impact Evaluation (3ie) and the Berglund Family Foundation.
The authors declare that they have no competing interests.
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- Nankabirwa J, Brooker SJ, Clarke SE, Fernando D, Gitonga CW, Schellenberg D, et al. Malaria in school-age children in Africa: an increasingly important challenge. Trop Med Int Health. 2014;19:1294–309.View ArticlePubMedPubMed CentralGoogle Scholar
- Nzobo BJ, Ngasala BE, Kihamia CM. Prevalence of asymptomatic malaria infection and use of different malaria control measures among primary school children in Morogoro Municipality, Tanzania. Malar J. 2015;14:491.View ArticlePubMedPubMed CentralGoogle Scholar
- Mathanga DP, Halliday KE, Jawati M, Verney A, Bauleni A, Sande J, et al. The high burden of malaria in primary school children in southern Malawi. Am J Trop Med Hyg. 2015;93:779–89.View ArticlePubMedPubMed CentralGoogle Scholar
- Walldorf JA, Cohee LM, Coalson JE, Bauleni A, Nkanaunena K, Kapito-Tembo A, et al. School-age children are a reservoir of malaria infection in Malawi. PLoS ONE. 2015;10:e0134061.View ArticlePubMedPubMed CentralGoogle Scholar
- Muula AS, Rudatsikira E, Siziya S, Mataya RH. Estimated financial and human resources requirements for the treatment of malaria in Malawi. Malar J. 2007;6:168.View ArticlePubMedPubMed CentralGoogle Scholar
- Fernando S, Gunawardena D, Bandara M, De Silva D, Carter R, Mendis K, et al. The impact of repeated malaria attacks on the school performance of children. Am J Trop Med Hyg. 2003;69:582–8.PubMedGoogle Scholar
- Fernando D, Wickremasinghe R, Mendis K, Wickremasinghe A. Cognitive performance at school entry of children living in malaria-endemic areas of Sri Lanka. Trans R Soc Trop Med Hyg. 2003;97:161–5.View ArticlePubMedGoogle Scholar
- Gross enrollment ratio, primary, both sexes (%). http://data.worldbank.org/indicator/SE.PRM.ENRR?locations=MW. Accessed 1 Oct 2016.
- Brooker S, Marriot H, Hall A, Adjei S, Allan E, Maier C, et al. Community perception of school-based delivery of anthelmintics in Ghana and Tanzania. Trop Med Int Health. 2001;6:1075–83.View ArticlePubMedGoogle Scholar
- Ulukanligil M. Community perception of school-based deworming program in Sanliurfa, Turkey. Am J Trop Med Hyg. 2006;75:1063–8.PubMedGoogle Scholar
- Pasha O, Del Rosso J, Mukaka M, Marsh D. The effect of providing fansidar (sulfadoxine–pyrimethamine) in schools on mortality in school-age children in Malawi. Lancet. 2003;361:577–8.View ArticlePubMedGoogle Scholar
- Afenyadu G, Agyepong I, Barnish G, Adjei S. Improving access to early treatment of malaria: a trial with primary school teachers as care providers. Trop Med Int Health. 2005;10:1065–72.View ArticlePubMedGoogle Scholar
- Magnussen P, Ndawi B, Sheshe A, Byskov J, Mbwana K. Malaria diagnosis and treatment administered by teachers in primary schools in Tanzania. Trop Med Int Health. 2001;6:273–9.View ArticlePubMedGoogle Scholar
- Okello G, Ndegwa SN, Halliday KE, Hanson K, Brooker SJ, Jones C. Local perceptions of intermittent screening and treatment for malaria in school children on the south coast of Kenya. Malar J. 2012;11:185.View ArticlePubMedPubMed CentralGoogle Scholar
- Phiri TB, Kaunda-Khangamwa BN, Bauleni A, Chimuna T, Melody D, Kalengamaliro H, et al. Feasibility, acceptability and impact of integrating malaria rapid diagnostic tests and pre-referral rectal artesunate into the integrated community case management programme. A pilot study in Mchinji district, Malawi. Malar J. 2016;15:177.View ArticlePubMedPubMed CentralGoogle Scholar
- Witek-McManus S, Mathanga DP, Verney A, Mtali A, Ali D, Sande J, et al. Design, implementation and evaluation of a training programme for school teachers in the use of malaria rapid diagnostic tests as part of a basic first aid kit in southern Malawi. BMC Public Health. 2015;15:904.View ArticlePubMedPubMed CentralGoogle Scholar
- Malawi Ministry of Health. Malawi malaria strategic plan 2011–15 towards universal access. National Malaria Control Programme ed. Lilongwe, Malawi; 2011.Google Scholar
- Hutchinson E, Chandler C, Clarke S, Lal S, Magnussen P, Kayendeke M, et al. ‘It puts life in us and we feel big’: shifts in the local health care system during the introduction of rapid diagnostic tests for malaria into drug shops in Uganda. Crit Public Health. 2015;25:48–62.View ArticlePubMedGoogle Scholar
- Callaghan-Koru JA, Gilroy K, Hyder AA, George A, Nsona H, Mtimuni A, et al. Health systems supports for community case management of childhood illness: lessons from an assessment of early implementation in Malawi. BMC Health Serv Res. 2013;13:55.View ArticlePubMedPubMed CentralGoogle Scholar
- Bosch-Capblanch X, Garner P. Primary health care supervision in developing countries. Trop Med Int Health. 2008;13:369–83.View ArticlePubMedGoogle Scholar
- Smith S, Deveridge A, Berman J, Negin J, Mwambene N, Chingaipe E, et al. Task-shifting and prioritization: a situational analysis examining the role and experiences of community health workers in Malawi. Hum Resour Health. 2014;12:24.View ArticlePubMedPubMed CentralGoogle Scholar
- Chandani Y, Andersson S, Heaton A, Noel M, Shieshia M, Mwirotsi A, et al. Making products available among community health workers: evidence for improving community health supply chains from Ethiopia, Malawi, and Rwanda. J Glob Health. 2014;4:020405.View ArticlePubMedPubMed CentralGoogle Scholar
- Singh D, Negin J, Otim M, Orach CG, Cumming R. The effect of payment and incentives on motivation and focus of community health workers: five case studies from low- and middle-income countries. Hum Resour Health. 2015;13:58.View ArticlePubMedPubMed CentralGoogle Scholar