Interim Guidance, published 11 January 2021.
The cold chain is necessary to prevent damage to vaccines caused by heat exposure. However, improper use of cold chain equipment may cause damage to freeze-sensitive vaccines (i.e. those vaccines containing alum adjuvant or oil-emulsion adjuvant). Studie...s conducted in several countries with hot and cold climates show frequent occurrences of sub-zero temperatures in the cold chain. The most common cause of exposure to freezing temperature is the failure to correctly condition ice packs prior to transport. Vaccines that are inadvertently frozen lose potency, increase wastage rates and increase the risk of adverse events following immunization (AEFI). Vaccine carriers protect vaccine potency during immunization sessions and transport to outreach sites. This guidance document is intended to help inform which type of vaccine carrier to select based on local context, to maintain vaccine quality, especially at service delivery points.
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Prepared by the Independent Panel for Pandemic Preparedness and Response for the WHO Executive Board, January 2021
“The world was not as prepared as it should have been, and it must do better,” concludes a WHO panel reviewing the pandemic response "
15 January 2021
This Aide Memoire is for policy makers, immunization programme managers, infection prevention and control (IPC) focal points at national, sub-national, and facility level, as well as for health workers involved in COVID-19 vaccination delivery. This document summarizes the key IPC p...rinciples to consider and the precautions to take for safely delivering COVID-19 vaccines. The principles and recommendations provided in this document derive from World Health Organization (WHO) IPC and immunization standards and other guidance in the context of COVID-19. WHO will update these recommendations as new information becomes available. All technical guidance for COVID-19 is available online.
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Here you can download Infographics & Posters for Communication and Medica Actions
Adaptable guidance, tools, trainings, and advocacy materials are being developed to support countries in preparing for COVID-19 vaccination. Please visit this page regularly for updates.
As of January 20, 2021 the Covid-19 - living NMA initiative collected 150 RCTs and 36 non-randomised studies of vaccines from the ICTRP. 93 of these trials are recruiting patients.
COVID-19 has heavily emphasized how contact tracing is crucial for managing outbreaks, and as part of the strategy for adjusting, and eventually lifting, lockdowns and other stringent public health and social measures. As the pandemic develops further, it will be a core measure to manage further wav...es of infection. In early June 2020, the World Health Organization (WHO) convened an online global consultation on contact tracing in the context of COVID-19, looking at the lessons of the pandemic to date; known and emerging best practices; and the measures necessary for urgent implementation, scale-up, maintenance and enhancement of contact tracing activities.
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Overcoming barriers in low- and middle-income countries
For the first time, this year’s report includes information on hepatitis C diagnostics. With a focus on selected countries with diverse HCV epidemics, the report provides updates on the various dimensions of access to HCV diagnostics and pha...rmaceutical products, including product pricing, the regulatory environment and patent status, which together shape the national hepatitis response in different settings. It highlights key areas for action by ministries of health and other government decision-makers, pharmaceutical manufacturers and technical partners.
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Are the symptoms of COVID-19 different in children? Do the new variants impact children differently? What can parents do to keep children safe from COVID-19. WHO's Dr Maria Van Kerkhove explains in Science in 5.
Science in 5 is WHO’s conversations in science. Watch WHO experts explain science... related to COVID-19.
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This collection of posters are intended for health care workers, biomedical engineers and staff of health facilities in charge of caring, cleaning, decontaminating and sterilizing respiratory medical equipment in hospitals and health facilities. They include checklists to ensure the optimal infectio...n prevention and control during their use and between patients.
They describe the procedures to follow (Checklists) to clean, decontaminate and sterilize different respiratory devices:
Oxygen concentrators,
Non-invasive mechanical ventilation equipment: High flow nasal cannula, BiPAP/CPAP,
Mechanical ventilators,
Pulse oximeters and monitors.
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This collection of posters are intended for health care workers, biomedical engineers and staff of health facilities in charge of caring, cleaning, decontaminating and sterilizing respiratory medical equipment in hospitals and health facilities. They include checklists to ensure the optimal infectio...n prevention and control during their use and between patients.
more
This collection of posters are intended for health care workers, biomedical engineers and staff of health facilities in charge of caring, cleaning, decontaminating and sterilizing respiratory medical equipment in hospitals and health facilities. They include checklists to ensure the optimal infectio...n prevention and control during their use and between patients.
They describe the procedures to follow (Checklists) to clean, decontaminate and sterilize different respiratory devices:
Oxygen concentrators,
Non-invasive mechanical ventilation equipment: High flow nasal cannula, BiPAP/CPAP,
Mechanical ventilators,
Pulse oximeters and monitors.
more
The frequency of infectious disease epidemics is increasing, and the role of the health sector in the management of epidemics is crucial in terms of response. In the context of infectious disease epidemics, the use of climate-informed early warning systems (EWS) has the potential to increase the eff...ectiveness of disease control by intervening before or at the beginning of the epidemic curve, instead of during the downward slope.
Currently, the initiation of interventions is heavily reliant on routine disease surveillance systems – data that often arrive too late for preventative response. However, forecasting of disease outbreaks using surveillance and weather information shows promising potential – there also remains further scope to examine seasonal climate forecasts. By combining these elements in new EWS based on computational models, it will be possible to improve both the timeliness and impact of disease control. The World Health Organization (WHO) is strengthening existing surveillance systems for infectious diseases to enable the development of more robust and timely EWS, which has resulted in the rapid development and innovation of EWS for disease outbreaks.
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Available in English, French, Spanish and Russian from the website https://apps.who.int/iris/handle/10665/344562