This global guidance provided the framework for over 100 countries to develop their NDVPs. This updated (second) version supersedes the previous version published in 16 November 2020. New information has been added on the following areas:
the COVID-19 Partners Platform;
the use of COVID...-19 simulation exercises to test deployment strategies;
the indemnity agreement and no-fault compensation programme for vaccines secured through the COVAX Facility in the Advance Market Commitment (AMC) eligible economies;
the availability and use of the WHO-UNICEF COVID-19 Vaccine Introduction and deployment Costing (CVIC) tool;
the COVAX Facility’s humanitarian buffer that enables allocation of vaccine to cover high-risk populations in humanitarian settings;
recommendations for vaccination of pregnant and lactating women;
supplementary information on infection prevention and control (IPC) measures to be used to deliver COVID-19 vaccines safely;
the WHO licensed COVID-19 vaccines product-specific information;
use of geospatial data and digital micro plans for equitable access and delivery of COVID-19 vaccines;
lessons learned from the development of NDVPs and early experiences in COVID-19 vaccine deployment in countries; and
updated additional resources at the end of each chapter.
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Terminology used to describe the transmission of pathogens through the air varies across scientific disciplines, organizations and the general public. While this has been the case for decades, during the coronavirus disease (COVID-19) pandemic, the terms ‘airborne’, ‘airborne transmission’ a...nd ‘aerosol transmission’ were used in different ways by stakeholders in different scientific disciplines, which may have contributed to misleading information and confusion about how pathogens are transmitted in human populations.
This global technical consultation report brings together viewpoints from experts spanning a range of disciplines with the key objective of seeking consensus regarding the terminology used to describe the transmission of pathogens through the air that can potentially cause infection in humans.
This consultation aimed to identify terminology that could be understood and accepted by different technical disciplines. The agreed process was to develop a consensus document that could be endorsed by global agencies and entities. Despite the complex discussions and challenges, significant progress was made during the consultation process, particularly the consensus on a set of descriptors to describe how pathogens are transmitted through the air and the related modes of transmission. WHO recognizes the important areas where consensus was not achieved and will continue to address these areas in follow-up consultations.
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