An Update will be published in late 2018
It provides insight into WHO’s work that aims to improve the health of the people of the United Republic of Tanzania in collaboration with key stakeholders.
This content is from the Advance Chapters of the NEW Where There Is No Doctor. You can download this chapter in Bangla, English, Haitian Kreyol, Lao, Nepali, Spanish, and Swahili
Antimicrobial Resistance (AMR) occurs when organisms that cause disease are no longer susceptible/responsive to antimicrobial agents that previously were effective in combating them. AMR is a global problem with particularly dire consequences for Africa which is already grappling with high levels
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of infection in the face of limited resources.
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AMR is a serious and growing global problem. A WHO report released in 2014 stated that this serious threat is no longer a prediction for the future it is happening now in every region of the world and has potential to affect anyone, of any age in any community – a real threat to the public health.
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The coming together of the various important stakeholders to develop this document is the testimony of their agreement of how serious is the issue at hand and their intentions to combat AMR is translated into an Action Plan. WHO also reported that there are about 2 million people in the US are infected with the AMR organism while 23,000 die annually from AMR infections. Fiji is just 10 hours journey away from the United States of America therefore Fiji must act now to keep our population safe from AMR organisms.
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Antimicrobials are used in veterinary medicine to treat infectious diseases in animals caused or complicated by microorganisms, mainly bacteria, or to prevent the development or spread of infection in healthy animals.
Why are experts concerned about COVID-19 and antibiotics? And what can you do about it? Learn about antibiotics and COVID-19 from WHO’s Dr Hanan Balkhy in Science in 5
Combatting the rising global threat of AMR through a One Health Approach
Under-diagnosis of asthma in ‘under-fives’ may be alleviated by improved inquiry into disease history. We assessed a questionnaire-based screening tool for asthma among 614 ‘under-fives’ with severe respiratory illness in Uganda. The questionnaire responses were compared to post hoc consensu
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s diagnoses by three pediatricians who were guided by study definitions that were based on medical history, physical examination findings, laboratory and radiological tests, and response to bronchodilators. Children with asthma or bronchiolitis were categorized as “asthma syndrome”. Using this approach, 253 (41.2%) had asthma syndrome. History of and present breathing difficulties and present cough and wheezing was the best performing combination of four questionnaire items [sensitivity 80.8% (95% CI 77.6–84.0); specificity 84.7% (95% CI 81.8–87.6)]. The screening tool for asthma syndrome in ‘under-fives’ may provide a simple, cheap and quick method of identifying children with possible asthma. The validity and reliability of this tool in primary care settings should be tested.
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Frequently asked questions on Antimicrobial resistance.
Economic Issues, Policies and Option for Action
SIAPS Technical Report. This report summarizes key accomplishments and lessons learned in implementing SIAPS’ approach to improving IPC practices in four countries: South Africa, Namibia, Jordan, and Ethiopia. All activities address SIAPS’s overall objective to build or enhance national and faci
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lity capacity to develop, implement, and monitor IPC programs by focusing on the principles of health systems strengthening.
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