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Publication Years
1979
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1
Category
2524
717
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3
Toolboxes
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437
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Purpose of this document: to present eight practical steps that Member States can take at the national and sub-national level to improve WASH in health care facilities
A Guide to the Application of the WHO Multimodal Hand HygieneImprovement Strategy and the “My Five Moments for Hand Hygiene”Αpproach
The second ECDC/EFSA/EMA joint report on the integrated analysis of antimicrobial consumption (AMC) and antimicrobial resistance (AMR) in bacteria from humans and food-producing animals addressed data obtained by the Agencies’ EU-wide surveillance networks for 2013–2015. AMC in both sectors, exp
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ressed in mg/kg of estimated biomass, were compared at country and European level. Substantial variations between countries were observed in both sectors. Estimated data on AMC for pigs and poultry were used for the first time. Univariate and multivariate analyses were applied to study associations between AMC and AMR. In 2014, the average AMC was higher in animals (152 mg/kg) than in humans (124 mg/kg), but the opposite applied to the median AMC (67 and 118 mg/kg, respectively). In 18 of 28 countries, AMC was lower in animals than in humans. Univariate analysis showed statistically-significant (p < 0.05) associations between AMC and AMR for fluoroquinolones and Escherichia coli in both sectors, for 3rd- and 4th-generation cephalosporins and E. coli in humans, and tetracyclines and polymyxins and E. coli in animals. In humans, there was a statistically-significant association between AMC and AMR for carbapenems and polymyxins in Klebsiella pneumoniae. Consumption of macrolides in animals was significantly associated with macrolide resistance in Campylobacter coli in animals and humans. Multivariate analyses provided a unique approach to assess the contributions of AMC in humans and animals and AMR in bacteria from animals to AMR in bacteria from humans. Multivariate analyses demonstrated that 3rd- and 4th-generation cephalosporin and fluoroquinolone resistance in E. coli from humans was associated with corresponding AMC in humans, whereas resistance to fluoroquinolones in Salmonella spp. and Campylobacter spp. from humans was related to consumption of fluoroquinolones in animals. These results suggest that from a ‘One-health’ perspective, there is potential in both sectors to further develop prudent use of antimicrobials and thereby reduce AMR.
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Objetivos
• Los dispositivos médicos enumerados en este documento proporcionan estándares mínimos y descripciones técnicas y especificaciones de dispositivos médicos para el tratamiento de soporte de COVID-19.§ • Estos dispositivos médicos no son limitados y son adaptables a todos los p
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aíses de la región, independientemente de sus diferentes sistemas de atención médica y disparidades socioeconómicas. Además, se recomiendan para: o Terapia de soporte temprana y monitoreo de infecciones respiratorias agudas graves (IRAG) cuando se sospecha de infección por COVID-19; o Tratamiento de la insuficiencia respiratoria hipoxémica y el síndrome de dificultad respiratoria aguda (SDRA) en pacientes con COVID-19; o Manejo del shock séptico en pacientes con COVID-19.
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This document provides additional guidance for the responsible and prudent use of antimicrobials in food-producing animals, and should be read in conjunction with the Recommended International Code of Practice for Control of the Use of Veterinary Drugs CAC/RCP 38-1993. Its obj
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ectives are to minimize the potential adverse impact on public health resulting from the use of antimicrobial agents in food-producing animals, in particular the development of antimicrobial resistance. It is also important to provide for the safe and effective use of veterinary antimicrobial drugs in veterinary medicine by maintaining their efficacy. This document defines the respective responsibilities of authorities and groups involved in the authorization, production, control, distribution and use of veterinary antimicrobials such as the national regulatory authorities, the veterinary pharmaceutical industry, veterinarians, distributors and producers of food-producing animals.
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The era of effective antibiotics is coming to a close. In just a few generations, many “miracle medicines”have been beaten into ineffectiveness by the bacteria they were intended to eradicate. Bacteria quickly adapt to the presence of antibacterial agents in order
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to survive. The misuse of antibiotics,which is an international problem, only exacerbates the steady evolution of resistance. In August 2010, the journal Lancet Infectious Diseases posed the question "Is this the end of antibiotics?" documentingthe rapid spread of multidrug-resistant bacteriaand predicting that 10 years remain in the useful life of many agents.
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The COVID-19 Table-Top Exercise (TTX) is a simulation package which uses a progressive scenario together with series of scripted specific injects to enable participants to consider the potential impact of an outbreak in terms of existing plans, procedures and capacities. The aim of the TTX is to st
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rengthen national levels of readiness against the virus through a series of facilitated group discussions.
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The WHO CIA List should be used as a reference to help formulate and prioritize risk assessment and risk management strategies for containing antimicrobial resistance. The WHO CIA List supports strategies to mitigate the human health risks associated with antimicrobial use in
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food-producing animals and has been used by both public and private sector organizations. The list helps regulators and stakeholders know which types of antimicrobials used in animals present potentially higher risks to human populations and how use of antimicrobials might be managed to minimize antimicrobial resistance of medical importance. The use of the WHO CIA List, in conjunction with the OIE list of antimicrobials of veterinary importance (1) and the WHO Model Lists of Essential Medicines (2) , will allow for prioritization of risk management strategies in the human sector, the food animal sector, inagriculture (crops) and horticulture, through a coordinated multisectoral One Health approach.
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This document updates the 2014 Core Elements for Hospital Antibiotic Stewardship Programs and incorporates new evidence and lessons learned from experience with the Core Elements. The Core Elements are applicable in all hospitals, regardless of size. There are suggestions specific to small and criti
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cal access hospitals in Implementation of Antibiotic Stewardship Core Elements at Small and Critical Access Hospitals (12).There is no single template for a program to optimize antibiotic prescribing in hospitals. Implementation of antibiotic stewardship programs requires flexibility due to the complexity of medical decision-making surrounding antibiotic use and the variability in the size and types of care among U.S. hospitals. In some sections, CDC has identified priorities for implementation, based on the experiences of successful stewardship programs and published data. The Core Elements are intended to be an adaptable framework that hospitals can use to guide efforts to improve antibiotic prescribing. The assessment tool that accompanies this document can help hospitals identify gaps to address.
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COVID-19 and Breastfeeding - Current Guidance for Breastfeading Mothers with COVID-19
Family Larsson; Rosenquist Foundation (dedicated to human milk)
Family Larsson; Rosenquist Foundation (dedicated to human milk)
(2020)
C2
Accessed: 27.03.2020
The protection of children and educational facilities is particularly important. Precautions are necessary to prevent the potential spread of COVID-19 in school settings; however, care must also be taken to avoid stigmatizing students and staff who may have been exposed to the virus. It is important
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to remember that COVID-19 does not differentiate between borders, ethnicities, disability status, age or gender. Education settings should continue to be welcoming, respectful, inclusive, and supportive environments to all. Measures taken by schools can prevent the entry and spread of COVID-19 by students and staff who may have been exposed to the virus, while minimizing disruption and protecting students and staff from discrimination.
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The Global Antibiotic Resistance Partnership (GARP)-Mozambique team, in partnership with the Center for Disease Dynamics, Economics & Policy (CDDEP), has produced this report as part of a solid com-mitment to develop actionable policy proposals to tackle antibiotic resistance and improve appropriate
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antibiotic access. It is the result of a thorough review of published and unpublished data on antibiotic resistance and a long internal consultation effort that engaged academic scientists, health professionals and other stakeholders within Mozambique.
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In Kenya, the bacterial infections that contribute most to human disease are often those in which re-‐sistance is most evident. Examples are multidrug-‐resistant enteric bacterial pathogens such as typhoid,
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diarrhoeagenic Escherichia coli and invasive non-‐typhi salmonella, penicillin-‐resistant Streptococcus pneu-‐moniae, vancomycin-‐resistant enterococci, methicillin-‐resistant Staphylococcus aureus and multidrug-‐re-‐sistant Mycobacterium tuberculosis. Resistance to medicines commonly used to treat malaria is of particu-‐lar concern, as is the emerging resistance to anti-‐HIV drugs. Often, more expensive medicines are required to treat these infections, and this becomes a major challenge in resource-‐poor settings.
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March 2020
This document provides a high-level mapping of outbreak stages with guidance on how to time the minimum uptake of different interventions that have been recommended by Africa CDC, driven by evidence and science.
Following the high-level meeting of the UN General Assembly on antimicrobial resistance held in September 2016 which called for national, regional and international political commitment to address the issue, member countries agreed on the importance of moving forward to develop national action plans
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by May 2017.
Iraq; represented by the Ministry of Health (MOH) and Ministry of Agriculture (MOA); responded by developing a comprehensive plan to control AMR by analysing the current situation of health, veterinary and environment and determining the strategic priorities for Iraq, which are in accordance with the WHO Global Action Plan objectives
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Antimicrobial resistance (AMR) has become a global public health concern and Lebanon is of no exception to this issue. The spread of antimicrobial-resistant bacteria is considered an alarming public health threat, with a potential extent similar to global warming and other social and environmental t
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hreats.
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The National Department of Health and Department of Agriculture, Forestry and Fisheries have collectively engaged to determine the key interventions that will form the basis for this strategy taking into account the recommendations from the WHO and OIE.
The development and implementation of a Natio
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nal Antimicrobial Resistance Strategy Framework that complements international efforts is a major step towards containment of the growing threat of antimicrobial resistance in human and animal health. Global partnerships need to be strengthened because the responsibility for reducing resistance is a shared one. This responsibility is not only limited to the health care sector, but calls for collaborative action in all sectors - human, animal and agriculture.
The National Antimicrobial Resistance Strategy Framework will affect South Africa’s response to this looming threat. We already have the tools and expertise to make a difference, now all we need is to work together toward a better future.
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China is one of the major countries for the production and use of antibacterial agents. Antibacterial agents are widely used in healthcare and animal husbandry. It plays a significant role in treating infections and saving patient lives, preventing and treating animal diseases, improving farming ef
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ficiency, and guaranteeing public health security. However, antimicrobial resistance has become increasingly prominent due to insufficient research and development capacity of new antimicrobials, sales of antimicrobials without prescriptions in pharmacies, irrational use of antibacterial agents in medical and food animal sectors, non-compliant waste emissions of pharmaceutical enterprises, as well as lack of public awareness toward rational use of antimicrobials. Bacterial resistance ultimately affects human health, but the cause of bacterial resistance and consequences are beyond the health sector. Antimicrobial resistance brings increasing biosecurity threats, worsens environmental pollution, constrains economic development and other adverse effects to human society, thus, there is an urgent need to strengthen multi-sectoral and multi-domain collaborative planning to jointly cope with this issue.
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