The objective of this guidance document is to support the public health professionals
in implementing effective surveillance of cholera in at-risk, endemic and epidemic
areas. This document has been developed by the Surveillance Working Group of the
Global Task Force for Cholera Control (GTFCC) a...t the World Health Organization based
on the existing documents, guidelines, tools and articles related to surveillance of
cholera disease, as well as technical discussions with experts held during GTFCC
meetings.
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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 ...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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This document aims to provide concrete, pragmatic guidance for how TB modelling and related technical assistance is undertaken to support country decision-making. The target audience for this document are the participants and stakeholders in country-level TB modelling efforts, including the individu...als who build and apply models; policy-makers, technical experts and other members of the TB community; international funding and technical partners; and individuals and organizations engaged in supporting TB policy-making.
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This document provides interim recommendations for the surveillance of Zika virus infection, microcephaly and Guillain-Barré syndrome, in four different contexts and describes reporting requirements to WHO. Transmission refers to vector-borne transmission, unless specified differently. Autochthonou...s infection is considered to be an infection acquired in-country, i.e. among patients with no history of travel during the incubation period or who have travelled exclusively to non-affected areas during the incubation period. This document does not provide guidance on laboratory investigation or vector surveillance.
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Technical Brief
HIV patient monitoring and case surveillance
WHO/HIV/2017.11
Main messages and recommendations
An introduction to 90-90-90 in South Africa
There is a substantial and ever-increasing unmet need for rehabilitation worldwide, which is particularly profound in low- and middle
-income countries. The availability of accessible and affordable rehabilitation is necessary for many people with health conditions to remain as independent as possi...ble, to participate in education, to be economically productive, and fulfil meaningful life roles.
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The training courses cover a wide range of technical and disease topics, to help prepare response workers with the skills and knowledge they need in a health emergency.
WHO Technical Report Series, No. 908, 2003, Annex 9. This guide is intended for those involved in the storage, transportation and distribution of pharmaceuticals. It describes the special measures considered appropriate for the storage and transportation of pharmaceuticals.
Zika virus is primarily transmitted by the Aedes species of mosquito which is also responsible for the spread of dengue, Chikungunya and yellow fever viruses. In most areas, the primary vector of these viruses is Aedes aegypti, with Aedes albopictus a proven or potential vector in some settings. Wel...l-implemented vector control against Aedes using existing tools effectively reduces the transmission of viruses spread by these vectors. Pilot studies are being undertaken on new tools which have potential for future reductions in Aedes populations
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