Skip to main content

A #framework for #tracking global #progress on #preparedness for #respiratory #pandemics

{Summary}

1 Introduction

The COVID-19 pandemic underscored the urgency of ensuring that the world is prepared for the next major respiratory pathogen pandemic (1). Corresponding with World Health Assembly resolutions WHA58.5 (2) and WHA74.7 (3), WHO is committed to supporting Member States with pandemic preparedness planning through the provision of guidance and technical assistance. Following on from the PRET Global Meeting in April 2023, WHO has finalized guidance on Preparedness and resilience for emerging threats (PRET) module (1): planning for respiratory pathogen pandemics. This module acknowledges that similar systems and capacities can be used to prevent, prepare for and respond to different respiratory pathogens. The module (4) has three overarching objectives:

- to guide countries and partners in developing or updating their integrated approach to respiratory pathogen pandemic preparedness for equitable and robust response;

- to focus attention on the actions needed to strengthen respiratory pathogen pandemic preparedness functionally, in line with the International Health Regulations (IHR 2005) core capacities; and

- to provide an organizing framework, pragmatic steps and an outline to structure pandemic preparedness and response planning.

A framework is needed to support and analyse respiratory pathogen pandemic preparedness globally through the lens of PRET.

The International Health Regulations (IHR) Monitoring and Evaluation Framework (5) offers several resources and tools that can be used to assess national core capacities for public health emergencies. To complement this cross-cutting framework, a framework for tracking global progress on respiratory pathogen pandemic preparedness is needed to focus on hazard-relevant capacities. Drawing on lessons from the coronavirus disease 2019 (COVID-19) pandemic, it is critical to routinely look at the status of the world’s functional capacities to prevent, prepare and respond to a respiratory pathogen pandemic.

Strengthening overall capacity for health emergency prevention, preparedness response and resilience (HEPR) calls for strengthening five core health emergency components, including: emergency coordination, collaborative surveillance, community protection, clinical care, and access to countermeasures (6). Accordingly, this Framework will support WHO, countries and partners in monitoring progress, identifying gaps and undertaking necessary course corrections across these five areas, helping us to better prepare for a future respiratory pathogen pandemic.

At the time of the next respiratory pathogen pandemic, a framework to monitor pandemic response actions will need to be established in line with the specific context and operational needs.


Objectives

This Framework serves as a tool to track global progress in preparing for future respiratory pathogen pandemics. Its objectives are threefold:

-- to provide a global snapshot on the status of capacities that support preparedness for respiratory pathogen pandemics; y to inform strategic actions and operational decisions for support of respiratory pathogen pandemic planning; and 

-- to stimulate continuous improvement, including course corrections, in respiratory pathogen pandemic planning and preparedness strengthening.

This Framework is primarily intended to reflect preparedness at the global and regional levels, both to track progress and to identify gaps across the five capacity areas of health emergency preparedness. It is not intended to be used for inter- or intraregional comparisons, nor is it intended to be used as a comprehensive national level monitoring framework.


Target audience

This Framework is intended to be used by stakeholders involved in implementing and monitoring respiratory pathogen pandemic preparedness. At the global and regional levels, this includes and is not limited to WHO and other United Nations organizations, international and intergovernmental agencies, nongovernmental organizations, civil society organizations, philanthropic institutions, funding institutions and academia.

While the Framework is not directly intended to be a comprehensive national level tool, stakeholders at the country level may find it useful to contextualize discussions on and/or revisions to national monitoring methods. Interested parties at the country level may include ministries of health and other government agencies as well as cross-sectoral public and private partners, civil society groups, academics, and subnational stakeholders involved in preventing, preparing, and responding to pandemics.


Scope

This Framework interfaces with other preparedness and response frameworks, such as those linked to IHR 2005, to maintain coherence in global monitoring. While the IHR looks at system and capacity preparedness for all health emergencies, this Framework focuses on indicators that reflect preparedness specifically for respiratory pathogen pandemics. This Framework is not intended to comprehensively monitor all relevant technical areas, but rather to give a “snapshot” of the state of global preparedness.

The Framework is organized according to the five HEPR components, namely capacities for: emergency coordination, collaborative surveillance, community protection, clinical care, and access to countermeasures. In alignment with both the IHR 2005 and HEPR frameworks, this Framework consists of a targeted list of indicators that primarily reflect functional capacities of preparedness for respiratory pathogen pandemics.

The indicators included in the Framework have primarily been selected from pre-existing sources – as described in the chapter on methodology – to avoid duplication of efforts and to maximize the feasibility and stability of the monitoring system. The selection criteria for indicators include:

-- reflective of preparedness for respiratory pathogen pandemics;

-- representative of functional, dynamic capacities;

-- has an established data source; and

-- applicable to all WHO Member States.

While the intent is for indicators to focus on respiratory-specific elements, this was not always possible. In cases where respiratory-specific indicators were not available, broader health emergency preparedness proxy indicators have been selected to represent the capacity area. Annex 1 presents an overview of the process of indicator selection.

A few indicators identified as being under development may serve as additional facets of respiratory preparedness. Accordingly, Annex 2 captures potential global indicators that may be monitored in the future, although the data for these indicators are not currently being collected in any standardized manner.


Approach

Preparedness for respiratory pathogen pandemics will be monitored using both quantitative and qualitative approaches. These include through indicators listed in this Framework, as well as through case studies and reviews of implementation collected through a variety of forums. A synthesis of the overall state of preparedness will be summarized and made available through yearly progress reports. This Framework will be in effect from 2024 until 2030. It will be subject to revision over time according to critical needs and to incorporate new respiratory-focused indicators that fit the inclusion criteria and have an established data reporting mechanism. The approach is summarized below:

-- monitoring methods:

- indicators (quantitative)

- country examples (qualitative)

- reporting methods:

- annual progress report

- relevant dashboards

- stakeholder meetings.

(...)

Source: ReliefWeb, https://reliefweb.int/report/world/framework-tracking-global-progress-preparedness-respiratory-pandemics

Original Document: World Health Organization, https://www.who.int/publications/i/item/9789240094246

____

Comments

Popular posts from this blog

#USA, APHIS Confirms {Avian #Influenza #H5N1} #D11 #Genotype in Dairy #Cattle in #Nevada

On January 31, 2025, the USDA Animal and Plant Health Inspection Service (APHIS) National Veterinary Services Laboratories (NVSL) confirmed by whole genome sequence the first detection of highly pathogenic avian influenza (HPAI) H5N1 clade 2.3.4.4b, genotype D1.1 in dairy cattle .  This confirmation was a result of State tracing and investigation, following an initial detection on silo testing under the USDA’s National Milk Testing Strategy (NMTS) in Nevada.  USDA APHIS continues to work with the Nevada Department of Agriculture by conducting additional on-farm investigation, testing, and gathering additional epidemiological information to better understand this detection and limit further disease spread.  This is the first detection of this virus genotype in dairy cattle (all previous detections in dairy cattle have been HPAI H5N1 clade 2.3.4.4b, genotype B3.13 ).  Genotype D1.1 represents the predominant genotype in the North American flyways this past fall an...

#USA, After #Birdflu Detected in Local #Cat, County #Health Officials Say #Pet Owners Should Contact Veterinarian When Their Pets are Sick

Redwood City — State veterinary and health officials have confirmed a case of H5N1 (bird flu) in a domestic stray cat in San Mateo County.  The infection, which is not related to the recent instance of bird flu in a backyard flock , was found in a stray cat in Half Moon Bay that had been taken in by a family .  When it showed symptoms, they took it to Peninsula Humane Society, whose veterinarians examined it and requested testing. Lab results confirmed H5N1.  It is not known how the cat was infected and it was euthanized due to its condition. Cats may be exposed to bird flu by consuming infected bird , being in environments contaminated with the virus and consuming unpasteurized milk from infected cows or raw food. Inside domestic animals, such as cats and dogs, that go outside are also at risk of infection.​​​​​​​ According to the Centers for Disease Control and Prevention, the risk of cats spreading H5N1 to people is extremely low, though it is possible for cats to spre...

#USA, Novel #Influenza A #H5N1 Virus: One Pediatric Case in #California {FluView}

 {Excerpt} One confirmed human infection with influenza A(H5) virus was reported to CDC this week. To date, human-to-human transmission of influenza A(H5) virus has not been identified in the United States. This case was reported by the California Department of Public Health and occurred in a child less than 18 years old with no known contact with influenza A(H5N1) virus-infected animals or humans . The investigation into the source of infection for this case is ongoing , and no human-to-human transmission has been identified. A specimen from the individual was tested at a public health laboratory using the CDC influenza A(H5) assay before being sent to CDC for further testing. The specimen was positive for influenza A(H5) virus using diagnostic RT-PCR at CDC. Additional analysis including genetic sequencing is underway. In response to this detection, additional case investigation and contact monitoring are being conducted by public health officials in California. There have now be...