Course information

Course contents

• Risk communication for Influenza:

  Risk communication is a core public health intervention in any disease outbreak and health emergency. It refers to the real-time exchange of information, advice and opinions between experts, officials and people who face a threat to their well-being, to enable informed decision-making and to adopt protective behaviors. This introductory presentation is adjusted in particular for influenza events. The principles apply to any outbreak and health emergency context.

• Pandemic Influenza Preparedness Planning:

  Pandemic influenza is an acute viral disease of the respiratory tract. Pandemic influenza occurs when an influenza virus that was not previously circulating among people, and to which most people have no immunity, emerges and transmits among people.

• Operationalizing Emergency Response:

  The WHO Health Emergencies Programme (WHE) focuses on health emergencies and outbreak response. This presentation gives an introduction to emergency management, WHO’s role in emergencies, the emergency response framework and the incident management system.

• Global vaccine stockpiles:

  Global Vaccine Stockpiles are needed for various reasons. Stockpiles are critical in responding to epidemics and re-emerging pathogens. Stockpiles also are a security measure, for instance in encountering bioterrorism. Sometimes vaccine demand is unpredictable and situations may require immediate availability, such as measles vaccine. Stockpiles help carry over supply shortages and buffer stocks. This presentation also provides an introduction to the International Coordinating Group (ICG). The ICG is a mechanism to coordinate the provision of emergency vaccine supplies to countries during major outbreaks.

• Geographic Information System data in epidemic management:

  A Geographic Information System is important for epidemic disease management as it enables display and visualization of space-time data, thus helping us understand the entirety of public health events and the context of their occurrence through overlaying with other geospatial information. GIS supports case-based mapping and together with mapping of health facility catchment areas can assist in identification of the most vulnerable populations to plan interventions accordingly. The joint use of GIS data and statistics on disease incidence together with environmental/climatic proxies enables identification of associations between potential environmental risk factors and disease outcomes.

• Laboratory networks to support outbreak surveillance and response:

  This presentation provides an overview of the current status of laboratory networks in the WHO African region, and an introduction to the role of public health laboratories in surveillance and response, and required laboratory capacities for timely and accurate outbreak detection. Finally, it describes WHO’s emergencies programme’s support to members states in strengthening laboratory capacity in confirming the outbreaks.

• Data and information for epidemic control and Integrated Disease Surveillance and Response (IDSR):

  Data and information help epidemic control by documenting the events. Data and information management can include health systems, information systems, tools, data and datasets. It enables rapid data collection and analysis during outbreaks, and further strengthens the response. It also provides increased visibility for epidemic control.

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Video lecture: Risk communication for Influenza