This second edition of the Basic Malaria Microscopy package is a stand-alone product,
providing all that is needed to conduct a complete training course
Relapsing malaria caused by Plasmodium vivax parasites poses a significant challenge to global malaria elimination efforts. About one third of the population remains at risk of contracting P. vivax malaria, and 85% of P. vivax infections stem from reactivated latent parasites, leading to chronic ana...emia and increased morbidity and mortality. In addition to diagnostic tools that can detect the acute, blood-stage of P. vivax, new tools are needed to detect the dormant infections before they reactivate and contribute to morbidity and onwards transmission
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WHO recommends artemisinin-based combination therapies for treating uncomplicated malaria, alongside studies to monitor treatment effectiveness. Given the threat of antimalarial resistance, including partial resistance in several African countries, molecular tools are vital for tracking resistance. ...In 2015, WHO launched the External Quality Assessment scheme for nucleic acid amplification testing to ensure reliable lab results. Coordinated by WHO and operated by the United Kingdom National External Quality Assessment Service for Parasitology, the scheme provides quality-controlled specimens and reports to help improve testing accuracy. Experts recently discussed expanding the scheme to include antimalarial resistance markers.
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Meeting report, Kampala, Uganda,
7–8 November 2023
Launch of the WHO Report on antimalarial drug efficacy, resistance and response: 10 years of surveillance (2010–2019). Key findings
The WHO Malaria Threats Map is an interactive online platform that showcases the latest global data on four critical biological threats to effective malaria control and elimination: mosquito insecticide resistance, Plasmodium falciparum hrp2/3 gene deletions, antimalarial drug resistance, and the ...spread of invasive vector species. Designed for public health professionals and researchers, the map allows users to explore and filter data regionally, track emerging resistance patterns, and view visual trends. Its purpose is to inform strategies for surveillance, guide policy-making, and support efforts to eliminate malaria, particularly by anticipating and responding to biological challenges that could undermine control programs.
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The Global Malaria Programme Toolkit app brings together the content of the latest World malaria report and of the consolidated WHO Guidelines for malaria as well as operational manuals and other technical documents – in one easy-to-navigate resource.
The presentation titled "Malaria Capacity Building Initiative" outlines efforts led by the WHO and partner organizations to strengthen the skills and systems needed to fight malaria globally. It highlights the need for a coordinated, long-term strategy to build human resource capacity in malaria-end...emic countries—especially among national malaria control programs, frontline health workers, NGOs, and WHO staff. The document reviews past and current training activities, such as workshops on case management, entomology, vector control, epidemiology, and planning. It emphasizes the development of standardized training materials and competency frameworks, the role of national and regional training centers, and the use of blended learning methods (e.g., e-learning and in-person sessions). The goal is not just to deliver training, but to build sustainable capacity through partnerships, continuous improvement, quality assurance, and integration into health systems. It also calls for better coordination, tracking of trained personnel, and engagement of ministries of finance to ensure long-term support.
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Surveillance is a core malaria intervention. Data standards, tools and curricula materials have been developed to support countries to strengthen and monitor national routine surveillance systems and to support use of data for decision-making in all transmission settings. These standards have been d...eveloped into malaria modules in DHIS2 for countries using this platform. These tools comprise: modules for burden reduction and elimination settings; aggregate module; case-based module and modules for entomological surveillance and vector control interventions
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Pillar 3 of the Global technical strategy for malaria 2016–2030 calls for the transformation of malaria surveillance into a core intervention in all malaria-endemic countries, as well as in countries which have eliminated malaria but remain susceptible to re-establishment of transmission. This ref...erence manual covers subjects that are relevant to both settings.
The target readership of this manual includes staff working in ministries of health, national malaria programmes and health information systems; partners involved in malaria surveillance; and WHO technical officers who advise countries on malaria surveillance.
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Implementation reference guide. This Malaria Surveillance Assessment Toolkit implementation reference guide is a comprehensive reference document, as well as a step by-step guide. It aligns and adapts available tools into a single set of standardized tools, which can be used to conduct malaria surve...illance assessments across all transmission settings. Use of these standardized tools allows comparison of results between countries and within the same country over time, enabling countries to track their progress towards surveillance system strengthening.
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Anopheles stephensi is an invasive mosquito species which has been found spreading across Africa. While this species presents a new challenge for malaria control on the continent, its surveillance and management have been ongoing in Asia for many years. This document aims to summarize key lessons fr...om 3 countries – India, the Islamic Republic of Iran and Sri Lanka – that have been working to control An. stephensi. It is hoped that their experiences and insights will be valuable for countries encountering An. stephensi for the first time.
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2nd edition. The purpose of this document is to present updated standardized protocols that P. falciparum-endemic countries can use to determine the prevalence of parasites with pfhrp2/3 gene deletions causing negative HRP2 RDT results among symptomatic falciparum patients. The findings should be us...ed to guide RDT selection; more specifically when to shift away from exclusive use of HRP2 to detect P. falciparum infections.
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The WHO Mekong Malaria Elimination (MME) programme hosted a 3-day meeting on 15–17 November 2023 in Siem Riep, Cambodia for representatives from national malaria programmes, research institutions, partners, donors, WHO and UN agencies. The meeting provided a forum to discuss surveillance systems, ...the future priorities for the WHO Malaria Elimination Database and areas of improvement for data sharing, the efficacy of antimalarial drugs, progress made in malaria elimination, and challenges raised by P. vivax elimination.
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This practical document is available to support programmes and partners to design and implement risk communication strategies to achieve high uptake of malaria vaccination.
The following appendices of the Guide for introducing a malaria vaccine containing key messages are available for country adaptation
Preferred product characteristics and clinical development considerations