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Publication Years
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Category
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Toolboxes
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2
2
Integrated Response Plan: Yemen Cholera Outbreak
recommended
The plan outlines emergency health, WASH and communications interventions to contain and prevent further spread of the outbreak in the 227 high risk districts, where suspected cholera cases were reported during the period October 2016 to May 2017. Health and WASH clusters will continually identify p
...
riority districts from at
high risk districts, by considering the number of caseload and attack rate. As of 15 May, 30 priority high risk districts (10 Governorates) that report over 100 or more suspected cholera cases have been identified.
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This article describes WHO's efforts to combat a cholera outbreak in South Sudan in July 2017. The organization received 500,000 doses of oral cholera vaccine (OCV) and was working with South Sudan's Ministry of Health to launch a vaccination campaign from July 28 to August 3, 2017. At the time, the
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country had reported 17,785 cholera cases and 320 deaths since the outbreak began in June 2016. The vaccination campaign targeted four counties with high transmission rates: Tonj East, Kapoeta South, Kapoeta North, and Kapoeta East. South Sudan was implementing an integrated approach to control cholera, combining patient care, surveillance, social mobilization, water and sanitation improvements, and vaccination. The article notes that approximately 6 million people in South Sudan were facing starvation, with food insecurity and drought exacerbating the risk of cholera spread as people resorted to using contaminated water sources.
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The document provides essential guidelines for managing cholera outbreaks. It includes instructions for preparing oral rehydration solutions (ORS) using simple ingredients like sugar and salt to treat dehydration caused by cholera. The text also emphasizes the importance of access to clean water, sa
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nitation, and hygiene to prevent the spread of the disease. It is part of the World Health Organization's effort to provide clear, actionable steps for controlling cholera in affected areas.
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The WHO Guide on Oral Cholera Vaccines in Mass Immunization Campaigns provides guidance on the planning and implementation of oral cholera vaccine (OCV) campaigns. It covers key aspects such as when and where to use OCVs, vaccine specifications, and recommendations for use in endemic areas, outbreak
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settings, and complex emergencies. The document outlines steps for macro- and micro-planning, logistics, budgeting, human resource allocation, and risk communication. It also highlights challenges, including cold chain management, vaccine supply, and community engagement, ensuring that vaccination campaigns are efficient and effective in reducing cholera outbreaks.
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The Interim Guidance on Cholera Rapid Diagnostic Tests (RDTs) by the Global Task Force on Cholera Control (GTFCC) provides recommendations for using RDTs to detect cholera in areas with limited laboratory capacity. It highlights the advantages of RDTs, such as rapid detection (within 30 minutes), ea
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se of use by non-laboratory personnel, and their role in early outbreak identification and surveillance. However, it emphasizes that RDTs should not replace culture or PCR testing, as they vary in sensitivity (58-100%) and specificity (60-100%). The document advises on proper test selection, storage, training, and integration into national surveillance systems to enhance cholera response efforts.
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The GTFCC Laboratory Support for Public Health Surveillance document provides guidelines on using DNA-based molecular techniques for identifying and monitoring Vibrio cholerae strains in cholera outbreaks. It highlights the importance of genetic sequencing for tracking transmission, detecting new va
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riants, and improving outbreak response. The report explains methods like PCR testing, whole genome sequencing (WGS), and multiple loci VNTR analysis (MLVA), detailing their advantages and applications. It also outlines best practices for sample collection, storage, and transportation, emphasizing collaboration between national and international laboratories to enhance cholera surveillance and control efforts.
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The WHO Cholera Rapid Diagnostic Test (RDT) Target Product Profile outlines the key requirements for developing improved cholera RDTs. It highlights the need for fast, accurate, and easy-to-use tests for early outbreak detection in resource-limited settings. The document sets desired and acceptable
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performance criteria, including high sensitivity and specificity, rapid results (under 15 minutes), and usability by non-laboratory personnel. The tests should be affordable, stable in extreme conditions, and require minimal training. The goal is to enhance cholera surveillance and outbreak response, ensuring quick containment and improved public health outcomes.
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The document outlines the 2017 cholera outbreak in Zambia, mainly in Lusaka, due to poor sanitation and unsafe water. By December, 493 cases were reported, with risks increasing due to the rainy season. The Zambia Red Cross Society (ZRCS), in collaboration with the Ministry of Health, WHO, and UNICE
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F, responded by setting up treatment centers, supplying clean water and chlorine, and conducting hygiene education. 1,500 volunteers were mobilized to support 70,000 people directly. The IFRC allocated CHF 222,351 to control the outbreak, but challenges like limited funding and poor infrastructure remained.
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WHO supports Zambia in vaccinating 1 million people in Lusaka against cholera to combat an outbreak that began in October 2017, causing 2,672 cases and 63 deaths. Two million vaccine doses were provided by Gavi. WHO and the Zambia National Public Health Institute are improving water access, sanitati
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on, and hygiene education while training medical staff. Another 1 million people in high-risk areas will be vaccinated later.
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The study on single-dose cholera vaccine in Zambia evaluates the effectiveness of using a single dose of the oral cholera vaccine (OCV) during a 2016 outbreak in Lusaka. Due to limited vaccine supply, authorities opted for a one-dose emergency campaign instead of the usual two-dose regimen. A matche
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d case-control study was conducted to assess vaccine effectiveness, showing 88.9% short-term protection against cholera. The findings suggest that a single-dose approach can be an effective strategy in outbreak settings, especially when vaccine supplies are constrained. However, further research is needed to determine long-term immunity and effectiveness in young children.
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The Zimbabwe Multi-Sectoral Cholera Elimination Plan (2018–2028) aims to eradicate cholera by improving water, sanitation, and healthcare infrastructure, strengthening disease surveillance, and expanding oral cholera vaccination (OCV). The strategy focuses on five pillars, including public health
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response, WASH, infrastructure, community empowerment, and financing. A multi-sectoral approach involving government, international organizations, and local communities targets cholera hotspots to prevent outbreaks and ensure long-term disease control.
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A cólera é uma infecção intestinal provocada por uma bactéria conhecida como Vibrio cholerae. Os principais sintomas desta doença são diarréia e vômitos. Transmissão de cólera ocorre principalmente pelo consumo de alimentos contaminados ou água potável. Neste vídeo descrevemos várias
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técnicas que podem ser utilizadas para ajudar a prevenir a cólera.
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Maldives has made significant strides in the area of infectious disease prevention and control. This is exemplified by elimination of malaria from Maldives in 2015 and successes in TB control. In addition, Maldives is a front runner in infectious di
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sease prevention through successful water, sanitation, hygiene and vaccination campaigns and coverage. However, given the limited evidence that exists with respect to the occurrence of resistant organisms in the nation, it is hard to estimate the exact antimicrobial resistance (AMR) scenario. Also, it becomes difficult to compare the current situation with other countries in the region. Moreover, limited evidence exists on the trends of use of antimicrobial agents (AMA) in Maldives. Although, recent prescription audits have indicated overuse of antibiotics, especially for common conditions such as flu, cough and fever.
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Health care-associated infection (HCAI) places a serious disease burden and has a significant economic impact on patients and health-care systems throughout the world. Yet good hand hygiene, the simple task of cleaning hands at the right times an
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d in the right way, can save lives. World Health Organization (WHO) has developed evidence-based WHO Guidelines on Hand Hygiene in Health Care to support health-care facilities to improve hand hygiene and thus reduce HCAI.
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COVID-19 Simulation Exercises Packages
recommended
To support countries’ preparedness effort on the COVID-19 outbreak, the Department of Health Security Preparedness at the WHO headquarters has developed various COVID-19 tabletop exercise (TTX) and Drills (DR) packages .
If you need technical support to implement any of the exercises listed on th
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is page, please contact your WHO country office or regional office focal point.
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Using antimicrobials responsibly is an essential component ofefforts to contain antimicrobial resistance (AMR), and to ensurethat patients receive appropriate treatment. The WHO global action plan on AMR emphasizes the importance of training healthcare professionals in antimicrobial prescribing and
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stew-ardship (AMPS). There are several challenges, however, such asthe wide range of healthcare professionals involved in the pre-scribing process, and the heterogeneity of prescribing rights and practices of different professional groups within and between countries. One way to address these challenges is through developing competencies, which define the minimum standards that all antimicrobial prescribers should reach.
Clinical Microbiology and Infection 25 (2019) 13e19
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Clinical care for severe acute respiratory infection: toolkit: COVID-19 adaptation
Clinical Microbiology and Infection Volume 21, Issue 5, May 2015, Pages 433-443;
The neglected zoonotic diseases (NZDs) have been all but eradicated in wealthier countries, but remain major causes of ill-health and mortality across Africa, Asia, a
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nd Latin America. This neglect is, in part, a consequence of under-reporting, resulting in an underestimation of their global burden that downgrades their relevance to policy-makers and funding agencies. Increasing awareness about the causes of NZDs and how they can be prevented could reduce the incidence of many endemic zoonoses.
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Laboratory Biossafety Manual
The Ethiopia Multi-Sectorial Cholera Elimination Plan (2022-2028) outlines a national strategy to eliminate cholera in Ethiopia by 2028. The plan follows the Global Roadmap to End Cholera by 2030 and is based on six key pillars: Leadership & Coordination, Water, Sanitation & Hygiene (WASH), Surveill
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ance & Reporting, Use of Oral Cholera Vaccines (OCV), Healthcare System Strengthening, and Community Engagement.
Ethiopia has historically faced recurrent cholera outbreaks due to poor sanitation, unsafe water, and weak health infrastructure. The plan prioritizes high-risk areas (hotspot woredas) and aims to reduce cholera-related mortality by 90% by 2028. It includes efforts to improve WASH conditions, strengthen disease surveillance, enhance rapid response capabilities, expand vaccination campaigns, and integrate cholera control into broader health policies.
The government, in collaboration with international partners such as WHO, UNICEF, and the Global Task Force for Cholera Control (GTFCC), will implement and monitor the plan. The estimated budget for the initiative is $390 million over eight years. Ethiopia aims to achieve zero cholera transmission in hotspot regions, ensuring sustainable public health improvements.
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