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Publication Years
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Toolboxes
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The document Integrated Disease Surveillance and Response Technical Guidelines, Booklet Four: Sections 8 and 9 (Third Edition, 2019) provides guida
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nce for strengthening public health surveillance and response systems in the WHO African Region. It focuses on monitoring, supervision, evaluation, and feedback mechanisms to improve the performance and quality of Integrated Disease Surveillance and Response (IDSR) systems. The text outlines key surveillance core functions—such as case detection, reporting, data analysis, outbreak investigation, preparedness, response, and feedback—and introduces indicators to measure system effectiveness, including timeliness, completeness, and data quality. Additionally, it discusses the implementation of electronic IDSR (eIDSR) to enhance real-time reporting and outbreak management. Overall, the booklet aims to strengthen early detection, rapid response, and health security capacity across all levels of the health system.
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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
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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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The "National Guideline for Cholera Surveillance and Outbreak Response" by the Ethiopian Public Health Institute (EPHI) provides a comprehensive approach to combating cholera outbreaks in Ethiopia.
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It emphasizes the importance of a multisectoral approach, including case management, WASH measures, and the use of cholera vaccines. A key component is the establishment of Cholera Treatment Centers (CTCs) that provide 24/7 care. Additionally, the guideline stresses water quality monitoring and hygiene practices to prevent the spread of cholera and protect public health.
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The WHO publication “Surveillance, case investigation and contact tracing for mpox: interim guidance” provides updated global technical guidance on monitoring
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and responding to mpox (formerly known as monkeypox). It explains how countries should conduct surveillance to detect new outbreaks, carry out case investigation including clinical assessment and lab specimen collection, and perform contact tracing to monitor people exposed to confirmed or probable cases in order to stop transmission and protect at-risk groups. The guidance includes practical recommendations for how long contacts should be monitored (e.g., daily for 21 days without requiring quarantine if symptom-free) and advising good hygiene and reduced exposure risk during the monitoring period. This interim guidance is intended to support public health authorities worldwide in strengthening mpox outbreak detection, response, and reporting.
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2nd Generation HIV Surveillance in Pakistan, Round 5
The Overall objective of this mapping study was to update population size estimates of selected key populations (PWID, FSWs, MSM & TGs) to create evidence for developing action plans for HIV ... prevention interventions in Pakistan. A total number of 23 cities/towns were selected for Mapping. This included 13 cities in Punjab province, 6 in Sindh Province and 2 cities each in KPK and Baluchistan provinces.
large file: 70,5 MB The preview/download includes only the pages 1 to 23. more
The Overall objective of this mapping study was to update population size estimates of selected key populations (PWID, FSWs, MSM & TGs) to create evidence for developing action plans for HIV ... prevention interventions in Pakistan. A total number of 23 cities/towns were selected for Mapping. This included 13 cities in Punjab province, 6 in Sindh Province and 2 cities each in KPK and Baluchistan provinces.
large file: 70,5 MB The preview/download includes only the pages 1 to 23. more
The document provides detailed guidelines for managing cholera outbreaks, focusing on prevention, diagnosis, treatment, and control strategies. It emphasizes the importance of setting up Cholera Tre
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atment Centers (CTCs), ensuring access to clean water, promoting hygiene, and utilizing oral rehydration solutions (ORS) and antibiotics for treatment. The guide also addresses outbreak surveillance, community education, and resource allocation to effectively mitigate cholera's spread and impact.
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The Malaria Elimination Guide to Targeted Surveillance and Response in High-Risk Populations (HRP Guide) provides practical operational guidance to identify
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and characterize populations at highest risk of malaria and design and implement data-driven and targeted surveillance and response activities for these populations. This guide is designed for national malaria program managers and their implementing partners, including non-governmental organizations and researchers.
The HRP Guide is available in English, French, Portuguese, and Spanish.
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Recent forecasts by the Food and Agriculture Organization of the United Nations (FAO) have indicated a risk of locust invasion in West Africa from June 2020. From East Africa, some swarms could reach the eastern part of the Sahel
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and continue westwards from Chad to Mauritania.
Surveillance and control teams will be mobilized across the region with a focus on Burkina Faso, Chad, Mali, Mauritania, and the Niger, and extended to Senegal. Countries such as Cameroon, the Gambia and Nigeria are also on watch in the event that desert locust spreads to these highly acute food-insecure countries. Since the region could be threatened in the coming months, FAO is strongly encouraging no regret investments in preparedness and anticipatory action to control swarms and safeguard livelihoods, given already high levels of acute food insecurity. Therefore, cost estimates for preparedness, anticipatory action and rapid response have been assessed.
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The paper “Artificial Intelligence for Public Health Surveillance in Africa: Applications and Opportunities” examines how artificial intelligence (AI) can improve public health systems across Af
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rica, particularly in low-resource settings. It explores how machine learning and other AI techniques are being used for disease detection, outbreak prediction, real-time surveillance, and health resource management.
The authors focus on major public health challenges such as HIV, cholera, Ebola, measles, tuberculosis, malaria, COVID-19, and mental health. Through numerous case studies, the paper shows that AI can enhance the accuracy and speed of disease detection, predict outbreaks more effectively than traditional methods, support vaccination strategies, and optimize healthcare resource allocation. At the same time, it discusses important barriers to implementation, including limited data quality, infrastructure constraints, ethical concerns, and shortages of technical expertise.
Overall, the paper highlights AI’s strong potential to strengthen disease surveillance and health outcomes in Africa while emphasizing the need for careful integration, improved data systems, and supportive policy frameworks.
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You can download the modules from the website
The Ghana National Malaria Strategic Plan 2021–2025 aims to reduce malaria mortality by 90% and malaria cases by 50% (using 2019 as baseline) and to achieve pre-elimination in at least six distric
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ts by 2025. The plan focuses on scaling up prevention measures like distributing insecticide-treated nets, indoor residual spraying, seasonal chemoprevention, and prevention in pregnancy. It also emphasizes universal access to prompt diagnosis and effective treatment, strengthening health system governance, improving supply chains, mobilizing resources, and enhancing surveillance. Special attention is given to vulnerable groups and high-burden areas to ensure equity and sustainability in the fight against malaria.
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The issue of Antimicrobial resistance has become one of the most substantial health issues, prompting the World Health Assembly (WHA) to urge Member States to finalise tailor made national action plans by May 2017, aligning them with objectives of the Global Action Plan (GAP). These cover awareness,
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surveillance and research, hygiene infection prevention & control, optimal use of antimicrobial medicines and economic case for sustainable investment. Indonesia, by virtue of its geographical terrain and complex interactions with diverse stakeholders, indicates a higher burden of AMR. Most of the country’s data currently relies on local studies conducted by labs and universities. To get a more accurate estimate of the situation, one has to rely on results from the Regional Resistance Surveillance Programme. By undertaking such measure, Indonesia would acquire data to detect AMR trends at a national level.
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The Interim Guidance on Cholera Rapid Diagnostic Tests (RDTs) by the Global Task Force on Cholera Control (GTFCC) provides recommendations for using RDTs to detect cholera in areas with limited laboratory capacity. It highlights the advantages of RD
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Ts, such as rapid detection (within 30 minutes), ease of use by non-laboratory personnel, and their role in early outbreak identification and surveillance. However, it emphasizes that RDTs should not replace culture or PCR testing, as they vary in sensitivity (58-100%) and specificity (60-100%). The document advises on proper test selection, storage, training, and integration into national surveillance systems to enhance cholera response efforts.
more
As the number of transboundary pest and animal and foodborne disease outbreaks rises, so does the number of people who are chronically hungry due to these
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and other factors. The correlation can be explained by the link between our health and that of the planet. We rely on land and sea for the production of safe and quality foods for our daily nourishment. Pests and disease epidemics negatively impact the quality, quantity and safety of our food sources, and cripple economic growth and efficiencies in production. Furthermore, the epidemic and endemic levels of the pathogens and disease vectors can be difficult to control. This is why FAO stresses and promotes the special efforts required for cost-effective preventive measures rather than the more expensive control, disinfestation, treatment and disposal measures. When preventive measures are late or difficult, preparedness and contingency plans must be in place to enable rapid response. Early warning systems, based on close monitoring, surveillance, and timely reporting are fundamental to warn and empower communities to safeguard their livelihoods and assets by enhancing disease and pest prevention measures and for government services to take immediate measures to protect communities and national economies.
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The WHO Guide on Cholera Control in Complex Emergencies provides key steps for preparedness, prevention, and response to cholera and other diarrhea
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l diseases in crisis situations. It highlights the importance of early warning systems, rapid response, and coordination among health agencies. The guide outlines measures for case management, water sanitation, hygiene promotion, and outbreak containment, particularly in refugee camps and disaster-affected areas. It emphasizes community involvement, surveillance, and proper health infrastructure to reduce mortality and control disease spread in vulnerable populations.
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Antimicrobial resistance (AMR) is occurring everywhere in the world, compromising the ability to treat infectious diseases, as well as undermining many other advances in health and medicine. Underlying factors that drive AMR include; weak or absent
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surveillance and monitoring systems, inadequate systems to ensure quality and uninterrupted supply of medicines, inappropriate and irrational use of medicines including in animal husbandry, poor infection prevention and control practices, and depleted arsenals of diagnostics, medicines and vaccines as well as insufficient research and development of new products.
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The document provides comprehensive guidelines on cholera outbreak management, including prevention, diagnosis, and treatment. It emphasizes rapid response measures, the importance of rehydration therapy (oral
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and intravenous), and public health interventions such as water sanitation, hygiene promotion, and disease surveillance to control the spread of cholera in affected communities. It is designed as a resource for healthcare providers and public health officials.
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A major objective of this open access book is to summarize the current status of Buruli Ulcer (BU) research for the first time. It will identify gaps in our knowledge, stimulate research and support contro
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l of the disease by providing insight into approaches for surveillance, diagnosis, and treatment of Buruli Ulcer. Book chapters will cover the history, epidemiology diagnosis, treatment and disease burden of BU and provide insight into the microbiology, genomics, transmission and virulence of Mycobacterium ulcerans. ; Supports further investigation by summarizing state of the art in the field of Buruli ulcer research Enriches understanding of epidemiology of Buruli ulcer in different geographic regions Reviews exhaustively the characteristics of Mycobacterium ulcerans disease
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Epidemic meningitis is a major public health challenge in the African 'meningitis belt', an area that extends from Senegal to Ethiopia with an estimated total population of 500 million. Since 2002, the World Health Organization (WHO), in collaboration with its collaborating centres for meningitis, h
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as progressively supported countries in implementing a strategy of ES for meningitis. The strategy is the recommended standard for all countries of the Belt and it is now actively being implemented at different levels in all countries.
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This document compiles the recommendations made by the World Health Organization (WHO) and the Pan American Health Organization (PAHO) to help professionals in charge of vector control programs in L
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atin America and the Caribbean at the national, subnational, and local level update their knowledge in order to make evidence-based decisions on the most appropriate control measures for each specific situation. IVM can be used for surveillance and control or for elimination of VBDs and can help reduce the development of insecticide resistance through the rational use of these products. This document provides instructions for fulfillment of the 2008 PAHO mandate set forth in CD 48/13 (Integrated Vector Management).
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