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Publication Years
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Toolboxes
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The document provides a standardized protocol for evaluating the Early Warning Alert and Response Network (EWARN), a surveillance system used during humanitarian emergencies when regular national health surveillance may be disrupted. The purpose of EWARN is to detect outbreaks of communicable diseas
...
es early and enable rapid public health response. The guidance explains how the system should be assessed in terms of its structure, implementation, effectiveness, and usefulness. It outlines the key steps of evaluation: preparation, system description, data collection, and post-evaluation reporting. The protocol highlights common challenges observed in previous EWARN implementations, such as delays in establishing the system, limited data quality, weak outbreak response, and lack of clear transition plans back to routine surveillance systems. It emphasizes the need to evaluate both weekly disease reporting and alert verification processes, and to review attributes such as simplicity, data quality, timeliness, sensitivity, and stability. The document also provides templates for interviews, data review forms, and laboratory assessment, as well as guidance on conducting remote evaluations when access is limited. The overall goal of the protocol is to ensure that EWARN functions effectively to detect and respond to outbreaks and that practical recommendations are developed to improve the system’s performance and sustainability in emergency settings.
more
EWARS is a surveillance system developed by the World Health Organization to detect and respond quickly to disease outbreaks in emergency settings where normal health systems are disrupted. It allows health facilities to report priority diseases on a regular basis and generates alerts when unusual p
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atterns or suspected outbreaks occur. The system is designed to be simple and fast to set up, even in remote areas, and supports rapid public health action to prevent the spread of disease during crises.
more
The webpage introduces the “Health Cluster Coordination” channel on World Health Organization’s OpenWHO platform, focusing on training and resources for coordinating health-cluster operations in humanitarian emergencies. It outlines how participants can learn about setting up and managing heal
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th clusters, establishing collaboration among partners, and ensuring effective service delivery in crisis settings.
more
The WHO Health Security Learning Platform (HSLP) is an online training hub that provides courses and toolkits to strengthen countries’ capacities in public-health preparedness, emergency response, and implementation of the International Health Regulations (IHR). It offers self-paced modules and pr
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actical training materials on topics such as outbreak response, points-of-entry management, One Health, and laboratory preparedness, helping health professionals build essential skills for global health security.
more
The page lists and describes a number of mobile apps and digital tools provided by WHO/EMRO to support prevention, monitoring and response to epidemic- and pandemic-prone diseases. These include apps focused on diseases such as Middle East Respiratory Syndrome (MERS), Zika virus disease, travel-rel
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ated infection prevention, and general infection-control guidance.
In addition, there are tools such as assessment instruments for infection prevention and control programmes (IPC), and portals for emerging infectious-disease information and outbreak investigation support.
Overall, the page serves as a gateway to digital resources that help healthcare workers and public-health professionals access WHO technical guidance, coordinate outbreak responses, and implement control measures for a variety of infectious-disease threats.
more
These pages contain links to critical guidelines, technical documents, tools and resources needed to investigate and respond to outbreaks.
Module 2.1
Once an outbreak has been confirmed, epidemiological surveillance must be stepped up. The goals of the surveillance system are: to identify new epidemic foci early; to monitor the evolution of the outbreak; to arrange for appropriate patient care; to evaluate response activities.
The text “Pathogen Genomic Surveillance Policy Framework (2023)” is a strategic framework developed by Africa CDC to strengthen genomic surveillance of pathogens in the Member States of the African Union.
Its content focuses on how African countries can systematically integrate genome sequencin
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g into their public health systems in order to detect infectious diseases more rapidly, monitor outbreaks more effectively, and support evidence-based public health decision-making.
The report was developed in the context of the COVID-19 pandemic, which demonstrated the importance of genomic surveillance for identifying virus variants and enabling effective crisis management. The aim of the framework is to sustainably expand the capacities built during the pandemic and to apply them to additional pathogens beyond COVID-19.
more
The text explains the National Outbreak Reporting System (NORS), a surveillance system used in the United States to collect and analyze data about disease outbreaks. It describes how health departments report outbreaks caused by food, water, person-to-person contact, environmental exposure, or unkno
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wn sources. The system helps public health authorities monitor trends, identify causes of outbreaks, and improve prevention strategies. By gathering and sharing outbreak information, NORS supports better responses to public health threats and helps reduce the spread of infectious diseases.
more
The document “Guidelines for the Investigation and Control of Disease Outbreaks” provides practical guidance for public health professionals on how to detect, investigate, and manage outbreaks of communicable diseases. It describes the key steps of outbreak investigation, including confirming th
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e outbreak, establishing a case definition, collecting epidemiological and laboratory data, identifying the source and mode of transmission, and implementing control measures. The guidelines also explain how to organize outbreak response teams, communicate findings, and document results in outbreak reports. Overall, the document aims to support systematic and effective outbreak investigations in order to control disease spread and protect public health.
more
Outbreak Investigation, Response and Control – Module 8. Integrated Disease Surveillance Project: Training Manual for State & District Surveillance Officers
Integrated Disease Surveillance Project (IDSP)
Ministry of Health and Family Welfare, Government of India
(2005)
C2
The document “Outbreak Investigation, Response and Control – Module 8” is a training module from the Integrated Disease Surveillance Project (IDSP) designed to guide health officials in investigating and managing disease outbreaks. It explains the basic principles and steps of outbreak investi
...
gation, including detecting unusual increases in disease cases, confirming diagnoses, collecting and analyzing epidemiological data, and identifying the source and mode of transmission. The module also describes appropriate control and prevention measures, emphasizes timely reporting and coordination within the surveillance system, and aims to strengthen the capacity of public health workers to effectively respond to infectious disease outbreaks at the district and state levels.
more
The document “Strengthening the global architecture for health emergency prevention, preparedness, response and resilience” presents a report by the Director-General of the World Health Organization (WHO) to the World Health Assembly on global efforts to improve preparedness and response to heal
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th emergencies. It reviews the implementation of the Health Emergency Prevention, Preparedness, Response and Resilience (HEPR) framework and highlights lessons learned from recent crises such as COVID-19. The report describes international initiatives to strengthen global health governance, surveillance systems, laboratory networks, community protection measures, healthcare capacity and access to medical countermeasures like vaccines and diagnostics. It also discusses coordination of emergency responses, support for countries facing outbreaks or humanitarian crises, and the importance of international cooperation. In addition, the report emphasizes the need for sustainable and coordinated financing to strengthen global health security and ensure that countries can better prevent, detect and respond to future health threats.
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The NIAID Pandemic Preparedness Plan describes the strategy of the National Institute of Allergy and Infectious Diseases (NIAID) to strengthen research and development for future pandemic threats. The plan focuses on identifying and studying viruses with the potential to cause epidemics or pandemics
...
and developing medical countermeasures such as vaccines, therapeutics and diagnostics. A key concept is the research on “prototype pathogens,” which represent virus families that may cause future outbreaks, allowing scientists to prepare tools and knowledge in advance. The document also outlines the importance of surveillance, epidemiological research, technological innovation, clinical trials and international collaboration to enable a faster and more effective response to emerging infectious diseases. Overall, the plan aims to improve scientific preparedness so that new health threats can be detected earlier and controlled more rapidly.
more
The document is a practical handbook developed by the European Centre for Disease Prevention and Control (ECDC) that provides guidance on how to design, plan, conduct, and evaluate simulation exercises in public health settings. Its main purpose is to help organisations improve their preparedness an
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d response to communicable disease outbreaks by using structured exercises as a training and evaluation tool. The handbook explains different types of exercises, outlines the steps involved in organising them, and highlights the importance of clear objectives, coordination, and evaluation. Overall, it aims to strengthen emergency preparedness by enabling organisations to identify weaknesses, improve collaboration, and enhance their ability to respond effectively to public health crises.
more
High variability in the definition and interpretation of organized cancer screening needs to be addressed systematically. Moreover, the relevance of the current practice of categorizing screening programmes dichotomously into organized or non-organized needs to be revisited in the context of conside
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rable heterogeneity that exists in the delivery of cancer screening in the real world. We aimed to identify the essential and desirable criteria for organized cancer screening that serve as a charter of best practices in cancer screening.
more
This document is a situation report (#6) from October 2, 2017, describing the cholera outbreak in Yemen. By October 1, 2017, there were 777,229 suspected cholera cases and 2,134 deaths across 22 of Yemen's 23 governorates. The response involves WASH partners providing hygiene supplies and water trea
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tment, health cluster partners operating treatment centers, and communication campaigns reaching over 16 million people. Major challenges include limited supplies, security risks hindering access to affected communities, a weakened health system with over 55% of facilities closed or partially functional, and difficulties importing medicines and medical supplies. Children under 18 represent 60% of cases, while people over 60 report the highest death rates.
more
For the purposes of presenting the Guide as an e-course it has been divided into five parts. Each part of the course takes 30 to 45 minutes and must be completed in order. You can save and exit at any point throughout the course.
The five quiz sections presented at the end of each part of the cours
...
e are not part of the Basic Malaria Microscopy Learner’s Guide. They have been created by the Global Health Network to help you test your knowledge of the course and to gain a certificate to demonstrate that you have completed it
more
Integrated Outbreak Analytics (IOA) applies a multidisciplinary approach to understanding outbreak dynamics and to inform outbreak response. It aims to drive comprehensive, accountable, and effective public health and clinical strategies by enabling communities, and national and subnational health a
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uthorities to use data for operational decision-making. IOA embraces a holistic perspective of outbreak dynamics throughout: from the trigger questions to the data that are collected or accessed, to the interpretation of results and the recommendations that follow. In addition, IOA promotes co-development and monitoring of evidence informed actions.
The IOA toolkit aims to provide a clear understanding of IOA and highlight the importance of using an integrated, holistic approach to manage outbreak responses. It provides step-by-step guidance for setting up IOA and putting IOA principles into action. Finally, this toolkit provides guidance on applying IOA in humanitarian and emergency contexts, offering a practical and adaptable approach to informing public health emergency responses.
Developed based on the model from the Democratic Republic of the Congo (DRC), its creation involved extensive consultation with experts experienced in IOA applications. The toolkit was piloted in Tanganyika Province, DRC, as well as Somalia and Sudan, demonstrating its adaptability to diverse emergency scenarios. It builds upon an existing array of tools, templates, reports, case studies, animations, and publications used by stakeholders in diverse contexts.
more
The webpage ”H5 Reference Laboratories” on the WHO Global Influenza Surveillance and Response System (GISRS) site describes a network of specialized laboratories designated by the World Health Organization to support global influenza monitoring — particularly for H5 subtype avian influenza vir
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uses.
It explains that these reference laboratories perform high-level testing, characterization, and sharing of influenza virus samples, including genetic sequencing and antigenic analysis. Their role is to help detect and assess influenza virus strains of public health concern (especially H5 strains with pandemic potential), support vaccine strain selection, and provide technical guidance and capacity building to national influenza centers and other laboratories. The page highlights the importance of this global laboratory network in strengthening early warning, risk assessment, and preparedness for influenza outbreaks and pandemics.
more
