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Antimicrobial Resistance Surveillance and Research Network | This manual describes well accepted methods to carry out drug susceptibility testing on important gram positive and gram negative clinically relevant bacteria. Methods of specimen collecti
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on, transport, culture, anti-microbial drug susceptibility testing (common, special phenotypic and
molecular techniques) as well as quality control and quality assurance have been described in a concise manner.
more
Antimicrobial resistance (AMR) is a major public health challenge, which is recognized as high priority area by the Government of India. The increasing consumption of antibiotics is one of the key drivers of antimicrobial
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resistance seen in bugs of public health importance. Irrational prescription of broad-spectrum antibiotics, poor regulations around sale of antibiotics, self-medication, lack of education and awareness regarding responsible use of antibiotics have been identified as some of the key factors driving antimicrobial resistance in our country. The ‘National Health Policy’ (2017), addresses antimicrobial resistance as one of the key issues and prioritises development of guidelines regarding antibiotic use, limiting the over-the-counter use of antibiotics, restricting the use of antibiotics as growth promoters in livestock, and pharmaco-vigilance including prescription audit inclusive of antibiotic usage in the hospital and community.
more
Antimicrobial Resistance Surveillance and Research Network | This document contains detail procedures on sample collection, transport, isolation, identification of fungi for the diagnosis of invasive fungal infections and antifungal susceptibility t
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esting of yeast
more
Antimicrobial resistance (AMR) is a threat to human and animal health and refers to the ability of microorganisms to defy the medicines prescribed. For instance when antibiotics are used improperly, such as an incorrect dose, insufficient duration o
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r wrong frequency, resistance is heightened. The misuse of antimicrobials affects their efficacy, and increasingly more infections and diseases become untreatable. Many gains made in modern medicine throughout the 20th century will be lost, making AMR a global public and animal health issue that requires concerted action. AMR and the use of antimicrobials (AMU) affect food safety and security, people’s livelihoods, as well as economic and agricultural development.
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Antimicrobial Resistance can effect us all! Take action now
Antibiotic resistance concerns us all – everyone can take action to address this pressing issue. There are many ways to contribute in the work to limit antibiotic resistance development and spread
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of antibiotic resistant bacteria. See overview below for inspiration and flip the page for more details.
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Antibiotic resistance occurs when bacteria no longer respond to the drugs designed to kill them. Anytime antibiotics are used, they can cause antibiotic resistance.
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
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Africa which is already grappling with high levels of infection in the face of limited resources.
more
Antimicrobial resistance (AMR) is a complex issue of global concern. AMR is not simply a problem of medical science being beaten by nature; human action and perverse incentives play a major role in its development. The misuse of antibiotics in the m
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edical, veterinary and agricultural sectors, which include the inappropriate prescribing of antibiotics, their overuse in the livestock sector, and insufficient hygiene practices in hospital, all contribute to the rise of AMR
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Belgian Antibiotic Policy Coordination Committee Policy paper for the 2014-2019 term
Erica Balligand, Michiel Costers and Evelyne Van Gastel
Belgian Antibiotic Policy Coordination Committee
(2014)
C2
Antimicrobial resistance represents a big threat to public health. The Centers for Disease Control and Prevention (CDC) estimate that every year two million Americans are infected with a (multi-)drug resistant bacterium, resulting in 23,000 deaths.
...
The WHO has repeatedly drawn attention to this major health issue. In the worst-case scenario, we will shortly run out of effective antibiotics. Surgery and cancer therapy will then become very dangerous due to the risk of infection associated with such treatments. (Organ) transplantation will become close to impossible as the immunosuppression necessary for transplant patients makes them highly vulnerable to infections. Some infections we can easily treat today could turn deadly. It is therefore conceivable that infectious diseases once again become the leading cause of death as in early 20th century.
more
Antimicrobial resistance(AMR) poses a serious threat to human, animal and environmental health. Implementing ethical practice guidelines on how to use antimicrobials effectively and responsibly within the pig industry will c
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ontribute in reducing and preventing antimicrobial resistance within the pig industry of South Africa. Members of Pig Vet Society (PVS) SA hereby commit themselvesto put these guidelines into good use in order to preserve the future and effectiveness of antimicrobials. PVS aims to be the leader in prevention of antimicrobial resistance and to encourage the pig industry to work together in achieving this.
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The microbiology laboratory database software.
WHONET is a desktop Windows application for the management and analysis of microbiology laboratory data with a particular focus on antimicrobial resistance surveillance. WHONET, available in 28 languag
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es, supports local, national, regional, and global surveillance efforts in over 2,300 hospital, public health, animal health, and food laboratories in over 130 countries worldwide.
more
Antimicrobial resistance is a major threat to modern medicine. This course in Clinical Antibiotic Stewarship brought to you by the South African Antibiotic Stewardship Programme (SAASP) teaches the principles of antibiotic prescribing and an approac
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h to common clinical problems.
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Preferred product characteristics” (PPCs) are key tools to incentivize and guide the development of urgently needed health products. The PPC published here describes the characteristics of new types of insecticide-treated nets (ITNs) to control malaria transmission in areas with insecticide-resist
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ant mosquito populations. The document was developed to address the public health need caused by the evolution and spread of insecticide resistance, particularly to pyrethroids. Such resistance threatens the effectiveness of the current standard of malaria vector control in many countries, namely pyrethroid-only long-lasting insecticidal nets (LLINs).
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Antimicrobial Resistance Division, Ministry of Health, National Action Plans and Monitoring and Evaluation
Antimicrobial resistance (AMR) is a threat to global health and development and it contributes to millions of deaths worldwide each year. Inappropriate use and overuse of antibiotics are driving an increase in AMR and have a detrimental impact on th
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e effectiveness of these critical medicines. Through the Global Action Plan on AMR, WHO is working to improve the surveillance of antimicrobial resistance and reduce inappropriate antibiotic consumption.
There is a recognized need for high-quality resources to improve antibiotic prescribing globally. To address this need, a pragmatic approach was taken by WHO to develop actionable guidance for empiric antibiotic use.
The WHO AWaRe (Access, Watch, Reserve) antibiotic book provides concise, evidence-based guidance on the choice of antibiotic, dose, route of administration, and duration of treatment for more than 30 of the most common clinical infections in children and adults in both primary health care and hospital settings. The information included in the book supports the recommendations for antibiotics listed on the WHO Model Lists of Essential Medicines and Essential Medicines Children and the WHO AWaRe classification of antibiotics.
The WHO AWaRe antibiotic book is accompanied by summary infographics for each infection for both adults and children that provide a quick-reference guide for health care workers at the point of care.
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Antimicrobial resistance (AMR) as a serious public health threat was globally acknowledged by WHO in 2015, through the launch of the Global Action Plan (GAP). With a limited number of new antibiotics in the developmental pipeline, many countries are
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in the process of establishing strategies for antimicrobial stewardship (AMS). Within each country, different healthcare challenges have
contributed to AMR. This has also shaped individual AMS strategies and policies. In South Africa (SA), there is a high burden of infectious diseases, mainly of bacterial origin. In addition, SA also has the highest number of people living with
human immunodeficiency virus (HIV) globally. According to the 2019 statistics, there are approximately 7.97 million people living with HIV in SA. Together with this, SA has the fourth largest tuberculosis population globally.
Other important challenges include poverty, malnutrition, a high burden of non-communicable diseases, and a dire shortage of trained healthcare professionals (e.g. clinicians, pharmacists, and nurses).
more
Antimicrobial resistance (AMR) is impacting our health, economies and development. Up to 5.2 million people may die because of resistant bacterial infections across the Western Pacific Region from 2020-2030. Childbirth, surgery, cancer treatme
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nt and other interventions will become impossibly dangerous if bacterial infections no longer respond to available antibiotics.
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Antimicrobial resistance (AMR) is one of the world’s top 10 public health threats. The World Health Organization (WHO) in the African Region, using the Antimicrobial Stewardship assessment tool, has assessed Member States progress on strengthening
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national capacity need for effective implementation of antimicrobial stewardship interventions to mitigate the threat posed by AMR. The African Region bears the bulk of the global burden of AMR, which drives up health care costs and the increases the economic burden on families and societies. Ultimately, this puts the achievements of modern medicine at risk when infections can no longer be treated with first-line antibiotics. In 2019, the deaths associated with and those directly attributable to bacterial resistance were estimated around 4.95 million and 1.27 million respectively. Left unchecked, deaths from drug resistant infections will surpass the predicted annual death toll of 10 million by 2050.
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Antimicrobial resistance (AMR) has emerged as a leading cause of death in the African region, surpassing fatalities from malaria, HIV, and TB. In response to this critical threat, the region has adopted the AMR Global Action Plan and the African Uni
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on Framework for Antimicrobial Resistance Control 2020 – 2025, which is tailored to meet the specific needs of African nations through a coordinated approach. While most countries in the region have developed and prioritized National Action Plans (NAPs) to tackle AMR, the overall response remains inadequate given the magnitude of the threat, which endangers human, animal, environmental, aquatic, and plant health.
Africa bears a significant burden of infectious diseases, accounting for approximately 95% of malaria deaths, 70% of people living with HIV, and 25% of TB deaths globally. In 2019, AMR was linked to approximately 55,000 deaths from HIV, 30,000 from malaria, and 255,000 overall. Major drivers of AMR in the region include the overuse and misuse of antimicrobials in human and food systems, migration, suboptimal vaccination rates, and environmental contamination from hospital and pharmaceutical effluents. Additionally, there is a lack of access to quality-assured antimicrobials and diagnostics, compounded by inadequate knowledge about AMR. Unlike high-income countries, where indiscriminate antimicrobial use is the primary factor driving AMR, African countries face additional challenges, including a lack of access to clean and safe water, poor Water, Sanitation, and Hygiene (WASH) programs, inadequate infection prevention measures, and suboptimal vaccinations for preventable diseases. One in three hospitals in the region lacks clean, safe running water, and one in eight people defecate openly due to inadequate sanitation. Investments in WASH, infection prevention, and biosecurity could save approximately 700,000 lives annually.
Addressing AMR in Africa requires a comprehensive, multi-sectoral approach involving the entire society. Sustainable access to antimicrobials, including antibiotics, vaccines, and therapeutics, is crucial, as lack of access leads to more morbidity and mortality than AMR itself. Support for the region should focus on preventing infections, strengthening health and food systems, developing human resources, ensuring sustainable access to diagnostics and therapeutics, and investing in laboratory infrastructure to support surveillance and data generation.
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