| Literature DB >> 28615026 |
Adam Bennett1,2, Anton L V Avanceña3, Jennifer Wegbreit3, Chris Cotter3, Kathryn Roberts3, Roly Gosling3,4.
Abstract
BACKGROUND: In malaria elimination settings, all malaria cases must be identified, documented and investigated. To facilitate complete and timely reporting of all malaria cases and effective case management and follow-up, engagement with private providers is essential, particularly in settings where the private sector is a major source of healthcare. However, research on the role and performance of the private sector in malaria diagnosis, case management and reporting in malaria elimination settings is limited. Moreover, the most effective strategies for private sector engagement in malaria elimination settings remain unclear.Entities:
Keywords: Malaria; Malaria elimination; Malaria surveillance; Private sector; Private sector engagement; Swaziland; Vietnam
Mesh:
Year: 2017 PMID: 28615026 PMCID: PMC5471855 DOI: 10.1186/s12936-017-1901-1
Source DB: PubMed Journal: Malar J ISSN: 1475-2875 Impact factor: 2.979
Key informant questions
| Theme | Question |
|---|---|
| Definition and composition of private sector in the context of malaria surveillance | What exactly does “private sector” mean when talking about malaria surveillance? What types of private sector entities have been involved or should be involved in malaria surveillance? |
| Ideal versus current private sector involvement in malaria surveillance | Thinking about the private sector entities you just mentioned, ideally, how do you think they should be involved in malaria surveillance? How does this “ideal involvement” compare to how things currently function? |
| Challenges or issues with private sector engagement | What are some of the key challenges for malaria programmes when engaging the private sector for malaria surveillance? Where possible, please comment on specific countries that have attempted to engage the private sector. What are some of the key challenges they have experienced? How were these addressed? |
| Models or examples of private sector engagement | What countries or surveillance systems have successfully engaged the private sector? Can you tell us about the ones that have been most successful? |
| Incentives and regulations for the private sector | What do you think are the key steps to improving involvement of the private sector in malaria surveillance? |
| Promising approaches in private sector engagement | What ongoing research, programmes, or initiatives exist to engage the private sector in malaria surveillance that you think is particularly promising? |
| Gaps in private sector research | If you had the opportunity to design either research or a pilot project to investigate a private sector engagement strategy for malaria elimination, what would you do? |
| Examples from other diseases or health programmes | Thinking about diseases outside of malaria, are there any examples of how the private sector has been successfully engaged that could be transferred to the malaria sphere? |
Fig. 1Matrix of private sector healthcare providers
Summary of findings from country case studies
| Country | Malaria burden (2013) [ | National or regional elimination goal | Private sector utilization | Private sector engagement strategies for malaria | |||
|---|---|---|---|---|---|---|---|
| Diagnosis and case management | Successes and challenges | Case reporting | Successes and challenges | ||||
| Vietnam | 35,406 cases and 6 deaths | National elimination by 2015 | No malaria-specific data available; over 60% of all outpatient care provided by private sector (as high as 80% for TB care) [ | Regulation by government | Though Vietnam has an active social franchise network, it currently does not work with the NMCP | None | Malaria Information System does not include private providers |
| Cambodia | 24,130 cases and 12 deaths | Asia Pacific regional elimination by 2030 | 70% of malaria patients seek care in private sector; 75% of malaria treatment received from private sector [ | Regulation by government | Increased crackdown on illegal drug outlets and establishment of drug inspection police to identify private pharmacies selling AMTs | HMIS integration | SMS system tracks private sector referrals to public facilities (in pilot areas only) |
| Myanmar | 333,871 cases and 236 deaths | Asia Pacific regional elimination by 2030 | 36% of malaria patients seek care in private sector; 65% of malaria treatment received from private sector [ | Regulation by government | Services and commodities sold by providers from two social franchise networks are regularly monitored and improved | None | NGOs and private providers not formally integrated with HMIS, although changes are underway |
| Swaziland | 669 cases and 4 deaths | National elimination by 2015 | No malaria-specific data available but private care minimal according to key informants | None | No law for government oversight of private sector exists | Notifiable or reportable disease list | Reporting malaria to HMIS and IDNS mandatory for all providers |
| Mozambique | 3,924,832 cases and 2941 deaths | Southern Africa regional elimination by 2030 | No malaria-specific data available but private care minimal according to key informants; malaria testing services available in private sector but not ACT | Regulation by government | Unofficial partnerships between government and private companies (particularly extractive industry) exist | Notifiable or reportable disease list | No existing channels for routine reporting of malaria data among private providers |
| Zambia | 5,465,122 cases and 3548 deaths | Southern Africa regional elimination by 2030 | 7–10% of malaria patients seek care in private sector; 12–20% of malaria treatment received from private sector; [ | Regulation by government | Registered and licensed private drug shops allowed to stock and sell ACTs, based on positive findings of Zambia Access to ACTs Initiative | HMIS integration | Many small private clinics, health facilities, pharmacies, and shops excluded from national and district HMIS |
ACT artemisinin-based combination therapy, AMT artemisinin monotherapy, HMIS health management information system, IDNS Infection Diseases Notification System, NGO nongovernmental organization, NMCP National Malaria Control Programme, PPP public–private partnership, RDT rapid diagnostic test, SMS short message system, TB tuberculosis