The main objectives of the SOPs are to: (i) establish standards and timelines for response activities; and (ii) guide national governments and GPEI partners in key support functions.
This new version of the SOPs presents overall response requirements for dealing with type 1, 2 and 3 poliovirus fo
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llowing monovalent type 2 oral polio vaccine (mOPV2) cessation. Version 2.4 will be valid until release of revised version 3.0 (anticipated May 2018).
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The Global Health Security Agenda programme develops national capacity to prevent zoonotic and non-zoonotic diseases while quickly and effectively detecting and controlling diseases when they do emerge. The Emerging Pandemic Threats programme improves national capacity to pre-empt the emergence and
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re-emergence of infectious zoonotic disease and to prevent the next pandemic.
Action against emerging pandemic threats is taken through projects on: Avian influenza, Middle East respiratory syndrome, Africa Sustainable Livestock 2050 and Emergency equipment stockpile. With high-impact diseases that jump from animals to humans on the rise, these programmes are reducing the risk to lives and livelihoods from national, regional and global disease spread.
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2nd edition .
This Framework applies to the sharing of H5N1 and other influenza viruses with human pandemic potential and the sharing of benefits. This Framework does not apply to seasonal influenza viruses or other non-influenza pathogens or biological substances that may be contained in clinical
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specimens shared under this Framework
This second edition of the Pandemic Influenza Preparedness (PIP) Framework reflects an amendment to Annex 2, Standard Material Transfer Agreement 2, Footnote 1, that was adopted by the Seventy-second World Health Assembly in May 2019.The amendment clarifies that, under certain circumstances, the indirect use of PIP Biological Materials will require the conclusion of an SMTA2. The amendment is in effect from the closure of the Seventy-second World Health Assembly (28 May 2019).
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Long-term polio vaccine security – the timely, sustained, and uninterrupted supply of suitable types of affordable, quality-assured polio vaccines – is essential in the global effort to achieve and maintain a polio free world. However, fragmented approaches and short-term planning pose considera
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ble challenges to securing long-term polio vaccine security.
This framework is designed to enhance the efforts of existing structures and workstreams within the Global Polio Eradication Initiative (GPEI) and other stakeholders by improving communication and coordination on vaccine security. Ensuring vaccine security is crucial for maintaining a timely, sustained, and uninterrupted supply of affordable, quality-assured polio vaccines in the global fight to achieve and sustain a polio-free world. However, challenges such as fragmented approaches, short-term planning, a dynamic policy environment, and a diverse product pipeline present significant risks to long-term vaccine security. This framework emphasizes the need for alignment and coordination across key polio operational domains, including Poliovirus Containment, Research and Development, and Vaccine Manufacturing and Supply. It also underscores the critical role of normative frameworks and policies in shaping long-term vaccine strategies that guide these operational areas. Additionally, it highlights the importance of cross-cutting elements such as financing and access to resources, along with the integration of communication, coordination, and advocacy efforts, as essential enablers for achieving vaccine security. To secure long-term vaccine supply, it is imperative to enhance alignment and strengthen coordinated efforts across workstreams and with stakeholders, including vaccine manufacturers.
Recognizing that vaccine security is an ongoing endeavor, requiring continuous monitoring and adaptation, this framework will undergo regular updates and revisions. Initially, the management of the framework will be carried out by the GPEI Vaccine Supply Group (VSG).
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N Engl J Med 2018; 378:577-579; DOI: 10.1056/NEJMc1711583
A dose of oral vaccine provides effective short-term protection against cholera during an outbreak, a study in Zambia shows.
According to researchers, a shortage in the global stockpile o
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f cholera vaccines meant that single-dose oral vaccination was necessary to tackle an outbreak in Lusaka, Zambia, in February 2016. The emergency vaccination campaign was implemented in April 2016, targeting more than 500,000 people in Lusaka’s overcrowded township areas.
The 2016 outbreak happened when Zambia had not reported a case of cholera in four years.
To determine the effectiveness of the single-dose cholera vaccine, the researchers enrolled 66 patients with confirmed cholera and 330 people without the disease who were neighbours of the patients.
According to the study the effectiveness of the single dose vaccination was about 90 per cent.
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This guidance is intended to be one stop shop to improve the quality and effectiveness of health interventions in emergency, to respond to the most frequent scenarios and conditions.
The main document contains the most common elements to be found in emergencies. As much as possible they are one pag
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e tables on one topic each with the key elements that ensure quality in column 2 of the table. Column 1 is about key information. Column 3 contains suggested indicators and column 4 helps decision making. This is a document to consult as needed, not really to read from front to last page
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The DCPs are a series of disease specific datasheets that list the critical commodities and the technical specifications for each commodity per disease. The DCPs inform Member States and operational partners of commodity requirements and potential gaps in the health emergency supply chain. From an o
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perational readiness perspective, the DCPs provide the basis for a globalized stockpile system, response planning, technical guidance and supply market assessments.
Initially, the DCPs consist of 11 infectious diseases; Ebola virus, Marburg virus, cholera, Lassa fever, pandemic influenza, MERS-COV, SARS, meningococcal meningitis, yellow fever, Shigellosis, and typhoid fever.
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This document should be used in conjunction with the WHO checklist for influenza preparedness planning published by the World Health Organization in 2005. Available in English; Chinese; French
Geneva, 22 May 2023 – Gavi, the Vaccine Alliance today published a roadmap* outlining critical actions needed to ensure supply of oral cholera vaccine (OCV) is able to meet growing demand from countries. Released against a backdrop of a recent wave of cholera outbreaks around the world, the roadma
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p forecasts the short-, mid- and long-term outlook for global cholera vaccine supply. Developed in consultation with a range of key Alliance partners, including WHO, UNICEF, the Global Taskforce for Cholera Control (GTFCC), and the Bill and Melinda Gates Foundation (BMGF), it describes how these organizations, manufacturers and countries can work together towards ensuring global OCV supply can support largescale preventive vaccination by 2026.
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Disaster Management Reference Handbook Series Overview.
Floods, storms, and wind account for large proportions of displacement compared to other disasters. Floods are the most frequent type of disaster whereas wind-related disasters constitute the biggest losses in terms of economic damage, displac
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ement, and number of affected people. ASEAN has succeeded in developing institutions not only for addressing the threat posed by natural hazards but also for building resilience into communities at risk
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Responding to a poliovirus event and outbreak, Part 1: General (SOPs) describes the general principles and steps to facilitate timely and effective responses to poliovirus events and outbreaks, and incorporate lessons learned from recent previous outbreak response efforts. This document summarizes r
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oles and responsibilities of national governments and Global Polio Eradication Initiative (GPEI) partners.
Effective 01 November 2017 until 30 April 2018
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