Every year, millions of patients are affected by infections transmitted during their stay in a health-care facility, where resistant germs are often transferred via the hands of health workers. Resistance to antimicrobials reduces or impedes the eff
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ectiveness of any treatment for the prevention and cure of infections. Hand hygiene is the most effective intervention to reduce transmission of infections and resistant germs. The World Health Organization recommends the 5 Moments for Hand Hygiene. Watch this video produced by WHO's Regional Office for the Eastern Mediterranean to learn more about Hand Hygiene and the WHO 5 moments !
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Chapter 21 from "Where there is no doctor"
A manual to train health-care workers on practising, teaching and observing hand hygiene.
The goal of this addendum is to help management and staff
minimize the risk of TB transmission at facilities in resource limited settings in which a.) HIV-infected persons receive diagnosis, care, treatment,
and/or support, and b.) there is a high prevalence of HIV infection, both known
and
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undiagnosed, in settings such as prisons, jails, other
detention centers, and drug rehabilitation centers.
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Hand Hygiene: Why, How, & When?
This document is part three in a series of explainers on vaccine development and distribution. Part one focused on how vaccines work to protect our bodies from disease-carrying germs. Part two focused on the ingredients in a vaccine and the three c
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linical trial phases.
This document outlines the next part of the vaccine journey: the steps from completing the clinical trial phases through to distribution.
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Coronavirus disease 2019 is also known as COVID-19. It is a viral illness that infects the lungs. It is caused by a virus called SARS-associated coronavirus (SARS-CoV-2). This illness was first seen in late 2019 in China and has spread across the world.
The signs of COVID-19 are like the flu, and y
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ou may have a cough, fever, and it may be hard to breathe. It spreads easily through droplets with the virus when you sneeze or cough. The germs also survive on surfaces like tables, door handles, and telephones. That means you can become sick if you touch a surface with the virus and then touch your face.
Some people have a mild case of COVID-19 and are able to stay at home until they feel better. Others may need to be in the hospital if they are very sick. People with COVID-19 most often have to isolate themselves for about 2 weeks.
Last Reviewed Date: 2020-03-16
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WASH Training for Hygiene Promotion Staff.
This manual has been designed to train NRC hygiene promotion incentive staff on ... concept and importance of hygiene, diseases that are present or a risk in Kakuma Refugee. Camp and how to prevent them; monitoring WASH activities and prevention, managemen
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t & control of diarrheal and vector-borne diseases.
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When an infection strikes, and medicines like antibiotics (and other antimicrobials) do not work, you can lose your entire stock of animals to disease. This also puts the health of you and your family at risk when the infection can spread between animals and people. Save lives and livelihoods by fol
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lowing the advice below starting today!
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Storybook which is about children's well being and resilience
Accessed: 02.05.2020
This campaign was designed to motivate mothers to wash their own hands with soap and to encourage their children to do the same. The campaign involved framing handwashing with soap without using the word "germs" and to frame
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the discussion as a matter of good manners which will help ensure the success of their children. On the part of the children, it was framed as getting rid of "disgusting" dirt on their hands. Mothers who undertook to participate were labeled "SuperAmmas."
This website offers information about the entire campaign - development/creation, implementation, and evaluation.
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This article is part two in a series of explainers on vaccine development and distribution. Part one focused on how vaccines work to protect our bodies from disease-carrying germs. This article focuses on the ingredients in a vaccine and the three
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clinical trial phases. Part three outlines the next part of the vaccine journey: the steps from completing the clinical trial phases through to distribution
Available in English, French, Spanish, Arabic, Chinese and Russian
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This article is part four in a series of explainers on vaccine development and distribution.
Part one focused on how vaccines work to protect our bodies from disease-carrying germs.
Part two focused on the ingredients in a vaccine and the three cl
...
inical trial phases.
Part three focused on the steps from completing the clinical trial phases through to distribution.
This document outlines the different types of vaccines.
Available in English, French, Spanisch, Arabic, Chinese and Russian
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