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Publication Years
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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 primary audience for this guidance is persons
working directly in vector-borne disease prevention
and control, including programme managers,
researchers and field workers. A brief technical
background is provided for the benefit of persons
...
without expertise in vector-borne diseases; readers
working in the field may wish to skip the background
section and begin with the discussion of ethical
issues and values in Chapter 3. The guidance cannot
offer universally applicable answers to the complex
ethical issues raised, nor can it provide a checklist of
issues that are necessarily relevant in all situations.
Rather, its goal is to help readers recognize aspects
of their work that raise significant ethical challenges
and to respond to these challenges in accordance
with internationally accepted values and norms.
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Investment in all the drivers and facilitators of hand hygiene action in health care to ensure that it occurs at the point of care and other critical moments requires a multidisciplinary, multifaceted approach. WHO describes such an approach as a “multimodal improvement strategy” (MMIS) which is
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at the core of its implementation models for hand hygiene and infection prevention and control (IPC) programmes. The focus of this document is on the resource considerations for investing in hand hygiene improvement in health care (primary, secondary and tertiary) using the MMIS approach.
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The document explains why vector control is important in national programmes and describes the preparation of a tailor-made vector control plan for national programmes. It outlines entomological pro
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cedures for regular and specific vector control and how data should be analysed for better overall understanding of filarial transmission and vectors. The document will also be useful for teaching personnel in lymphatic filariasis programmes about the use and value
of entomological procedures in overall epidemiological appraisal in the context of
elimination
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National Strategic Plan for Malaria Elimination in Bangladesh: 2021-2025
National Malaria Elimination Programme - Directorate General of Health Services
Ministry of Health & Family Welfare - Government of Bangladesh
(2021)
C2
The National Strategic Plan for Malaria Elimination 2021–2025 outlines Bangladesh’s roadmap to achieve zero indigenous malaria cases by 2030, with an interim goal to reduce transmission to near-zero levels by 2025. The strategy builds upon earlier successes in malaria
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control and shifts focus toward elimination in both high- and low-endemic areas.
The plan emphasizes five core objectives: ensuring universal access to quality malaria prevention and treatment services, strengthening surveillance and case detection systems, improving vector control through long-lasting insecticidal nets (LLINs) and indoor residual spraying (IRS), building community engagement, and enhancing program governance and accountability.
High-priority districts, especially in the Chittagong Hill Tracts, are targeted for intensified interventions, including active case detection and tailored outreach to mobile and vulnerable populations. The strategy also calls for robust health systems support, cross-border collaboration, and integration of malaria services into broader primary health care.
This document serves as Bangladesh’s strategic foundation to transition from malaria control to phased elimination, in line with national and global targets.
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The increasing global trend of Antimicrobial resistance (AMR) has gradually emerged as a major public health challenge for the entire world. AMR has spread to almost all countries and regions, including Pakistan owing to the “misuse and overuse”
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of Antimicrobials, contributing to the increasing burden of infections due to resistant bacteria, viruses, parasites and fungi, while limiting the treatment options for managing such infections.
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Tackling antimicrobial resistance- a story of a community playing its part.
This first volume of comic strips is titled "tackling antimicrobial resistance: a story of a community playing its part".
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It basically contains messages tailored for individuals at the grassroot.
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Revised National Tuberculosis Control Programme
This volume is specifically meant for health professionals. It is titled "tackling microbial resistance: a story of health professionals playing their part".
TB in India 2017
recommended
Central TB Divison, Ministry of Health and Social Welfare, Government of India
World Health Organisation (WHO)
(2017)
C1
Revised National TB Control Programme. Annual Status Report
Tuberculosis (TB) control in the African Region has evolved since the disease was declared a global emergency by the World Health Organization (WHO) in 1993. Member States have adopted and implemented successive global and regional strategies and re
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solutions, with demonstrable positive impacts on incidence, prevalence and mortality, albeit with variations across countries. By the end of 2015, the Region as a whole met the key Millennium Development Goal (MDG) target of halting and beginning to reverse TB incidence. However only 35 of the 47 Member States met the MDG target.
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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
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The global increase of healthcare-associated infections (HAI) presents a growing concern in healthcare worldwide. According to the European Centre for Disease Prevention and Control (ECDC), the annual number of HAI exceeds
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2.6million and produces the highest estimated amount of disability-adjust-ed-life-years, surpassing all other reported communicable diseases in the European Union and European Economic Area. Multi-drug-resistant Gram-negative (MDR-GN) bacteria have become increasingly common as a cause for HAI, such as central line-as-sociated bloodstream infections, wound or surgical site infections and catheter-associated urinary tract infections
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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).
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The Malaria Ministerial Conference, co-hosted by WHO and the Government of Cameroon on 6 March 2024, brought together more than 400 stakeholders, including Ministers of Health and senior representatives from the African countries hardest hit by malaria, global health leaders, scientists, civil socie
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ty and other partners. The pivotal meeting sought to leverage political commitment, scientific innovation and community engagement to reshape the trajectory of malaria control in high burden African countries, and beyond.
At the end of the meeting and in the weeks that followed, Ministers of Health from the 11 “High Burden High Impact” African countries (Burkina Faso, Cameroon, Democratic Republic of the Congo, Ghana, Mali, Mozambique, Niger, Nigeria, Sudan, Uganda and United Republic of Tanzania) signed the Yaoundé Declaration, pledging their “unwavering commitment” to the principle that “no one should die from malaria given the tools and systems available.” Success in reducing malaria morbidity and mortality will hinge on efforts by countries to translate this political commitment into actions and resources that will save lives.
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The WHO guidelines for malaria bring together the Organization’s most up-to-date recommendations for malaria in one user-friendly and easy-to-navigate online platform.
The WHO guidelines for malaria bring together the Organization’s most up-to-date recommendations for malaria in one user-frie
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ndly and easy-to-navigate online platform. The Guidelines supersedes 2 previous WHO publications: the Guidelines for the treatment of malaria, third edition and the Guidelines for malaria vector control. Recommendations on malaria will continue to be reviewed and, where appropriate, updated based on the latest available evidence. Any updated recommendations will always display the date of the most recent revision in the MAGICapp platform. With each update, a new PDF version of the consolidated guidelines will also be available for download on the WHO website.
This version of the Guidelines includes an updated recommendation for malaria vaccines, new recommendations on the use of near-patients qualitative and semiquantitative G6PD tests to guide anti-relapse treatment of P. vivax and P. ovale, updated recommendations on primaquine and the recommendation on the use of tafenoquine. It replaces the versions published on 16 February 2021, 13 July 2021, 18 February 2022, 31 March 2022, 3 June 2022, 25 November 2022, 14 March 2023 and 16 October 2023.
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Las Directrices de la OMS sobre la malaria reúnen las recomendaciones más actualizadas de la Organización acerca de la malaria (o paludismo) en una plataforma en línea fácil de usar y de navegar.
La primera versión de las Directrices es una recopilación de las recomendaciones existentes de
...
la OMS sobre la malaria y reemplaza a dos publicaciones anteriores de la OMS: las Directrices para el tratamiento del paludismo, tercera edición (en inglés unicamente), y las Directrices para el control de vectores del paludismo. Se seguirán revisando las recomendaciones sobre la malaria y, cuando proceda, se actualizarán en función de los últimos datos probatorios disponibles. Todas las recomendaciones actualizadas mostrarán siempre la fecha de la revisión más reciente en la plataforma MAGICapp. Con cada actualización, habrá también disponible en el sitio web de la OMS una nueva versión en PDF de las directrices unificadas que se podrá descargar.
Esta versión corresponde a la publicada en inglés el 13 de julio del 2021. La actualización se está traduciendo actualmente.
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National Malaria Elimination Strategic Plan (NMESP) 2024–2028
National Malaria Elimination Programme (NMEP)
Ghana Health Service - Ministry of Health, Ghana
(2023)
C2
The National Malaria Elimination Strategic Plan (NMESP) 2024–2028 of Ghana outlines the country’s roadmap to shift from malaria control to elimination. Despite major progress—like reducing malaria deaths from nearly 2,800 in 2012 to 151 in 202
...
2—malaria remains a major public health challenge in Ghana.
The plan aims to reduce malaria deaths by 90% and cases by 50% by 2028 (compared to 2022), and to eliminate malaria entirely in 21 low-burden districts. It includes a mix of interventions such as insecticide-treated nets, indoor residual spraying, seasonal chemoprevention, malaria vaccination, and strong surveillance systems.
The strategy is tailored to the local malaria burden, promotes community engagement, relies on multisectoral partnerships, and ensures adequate resource mobilization. Its ultimate goal is to protect Ghana’s population, improve public health, and support the country’s socioeconomic development.
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13 August 2025.The conditionality of this recommendation is largely driven by the current higher unit cost of pyrethroid-PBO ITNs compared to pyrethroid-only LLINs and therefore the uncertainty of their cost-effectiveness. Furthermore, as PBO is less wash-resistant than pyrethroids, its bioavailabil
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ity declines faster over the three-year estimated life of an ITN; therefore, the added impact of
pyrethroid-PBO ITNs over that of pyrethroid-only LLINs may decline over time. The evidence comes from two sites in
eastern Africa with pyrethroid resistance and not from other geographies where
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