This document, produced by IFRC, UNICEF and WHO, suggests key actions on how people and communities can stay safe and slow down the spread of COVID-19, particularly for contexts where you might have been asked by your local authorities to maintain physical distance or stay home.
Available in: Arabi...c, Bangla, Hindi, Indonesian, Japanese, Korean, Malay, Myanmar, Portuguese, Simplified Chinese, Spanish, Tagalog, Thai, Traditional Chinese, Vietnamese
https://communityengagementhub.org/resource/community-action-guide/
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PLoS Medicine Vol. 6 no. 10 (2009) e1000165
MMWR: Recommendations and Reports / Vol. 62 / No. 9
Morbidity and Mortality Weekly Report
October 25, 2013
Drug Distribution and Control: Preparation and Handling
This Technical Assistance Bulletin is intended to assist pharmacists in the extemporaneous compounding of non-sterile drug products for individual patients. Included in this document is information on facilities and equipment, ingredient... selection, training, documentation and record keeping, stability and beyond-use dating, packaging and labeling, and limited batch compounding. This document is not intended for manufacturers or licensed repackagers.
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Guidance Note. The recommended actions are presented under the different components (water supply, hygiene and hand washing, disinfection, solid waste management, latrine and wastewater management, and dead body management) of the defined Ebola Care Centre/Unit WASH package to complement community a...nd house-to-house level interventions
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Chagas disease is currently endemic and also predicted to be at increased transmission risk under future climate change scenarios. Similarly, an expansion of areas in the United States at increased risk for Chagas disease transmission is also expected over the next several decades under climate chan...ge scenarios. Of particular interest is the predicted northern shift of triatomine species to central regions of the United States with historically unsuitable climates for T. cruzi vectors. The weight of evidence regarding the influences climate change may pose on T. cruzi vector species distributions demonstrates the sensitivity of Chagas disease transmission to future climate variability. In order to advance forecasts for the impact climate change may have on Chagas disease transmission in the Americas, it is imperative to
further develop, utilize, and perhaps combine predictive species distribution modeling approaches that integrate accurate, long term data on climate variables, vector species distributions, Chagas disease incidence, as well as other socio-ecological variables.
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