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1
3rd edition. In 2001, Uganda adapted the Integrated Disease Surveillance and Response (IDSR) developed by World Health Organization (WHO) for member states in African region. The Ministry of Health has been implementing the IDSR strategy since then with success across the country. This strategy prov
...
ides the opportunity for rational use of resources and maximises investments in health surveillance systems. The 3rd edition IDSR guidelines incorporates lessons learnt from previous
epidemics, new frameworks like the Global Health Security Agenda (GHSA), One Health, Disaster Risk Management (DRM), the WHO regional strategy for health security and emergencies, and the rising non-communicable diseases, and aims to strengthen implementation of IHR (2005) core surveillance and response capacities. These guidelines have been adapted to reflect national priorities, policies and public health structures; and shall be used in conjunction with other similar
guidelines/strategies or initiatives.
Overall, the 3rd edition technical guidelines will incorporate the following:
• Strengthening Indicator Based Surveillance
• Strengthening Event Based Surveillance
• Improving community-based disease surveillance
• Improving Cross Border Surveillance and response
• Scaling up e-IDSR implementation
• Improving reporting and information sharing platforms
• Improved data sharing across sectors
• Tailoring IDSR to Emergency or Disaster contexts
The 3rd edition guidelines are intended for use as:
• A general reference for surveillance activities across all levels
• A set of definitions for thresholds that trigger some action for response
• A stand-alone reference for level-specific guidelines on surveillance and response
• A resource for developing training, supervision and evaluation of surveillance activities
• A guide for improving early detection and preparedness for outbreak response.
more
In 2005, the World Health Organization (WHO) recognized Chagas disease (CD; Trypanosoma cruzi infection) as a neglected tropical disease (NTD) [1] and included it into the global plan to combat NTDs [2]. The Target 3.3 of the United Nations Sustainable Development Goals (UN/SDG) aims at ending the
...
epidemics of NTDs by 2030 [3]. Mother-to-child (congenital/connatal) transmission is currently the main mode of transmission of T. cruzi over blood transfusions and organ transplantations in vector-free areas within and outside Latin America (LA). Based on recent demonstrations that congenital transmission can be prevented [4–7], WHO has shifted its objective, in 2018, from control to elimination of congenital CD (cCD).
more
The introduction of vaccines for coronavirus disease 2019 (COVID-19) added another measure to the existing set of
recommended preventive measures (wearing a mask in public, keeping a distance from other people and regular handwashing). The roll-out of the vaccines, however, raised concerns that vac
...
cination may lead to lower adherence to the existing
preventive measures. The advice from the World Health Organization (WHO) was to continue these public health and
social measures after being vaccinated.1 However, evidence from other epidemics suggests that there is lower adherence to
preventive measures when some level of protection exists (for example, individuals who use human immunodeficiency virus
pre-exposure prophylaxis
more
Countries experiencing concentrated epidemics of HIV need the size of key populations (KPs) to guide the national response on HIV and AIDS. Conducting a robust method to estimate the size of KPs is quite challenging as most of them are hidden and do
...
not want to disclose theiridentity due to stigma and discrimination associated with their behaviour. KPs in Bangladesh include female sex workers (FSW), people who inject drugs (PWID), men who have sex with men (MSM) including transgender (TG)/Hijra and sex workers, and clients of sex workers in the country or abroad.
more
Infectious disease epidemics pose a threat to reproductive, maternal, newborn and child health (RMNCH) both directly—by worsening women’s and children’s health outcomes—and indirectly—by reducing their access to services.1–4 Greater inve
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stment is therefore needed to mitigate the negative effects of COVID-19 and avoid a reversal of recent gains in RMNCH coverage and outcomes.1 However, COVID-19 has reduced household and government budgets,5 and there are concerns about the extent to which resources have been diverted away from RMNCH.
more
New Drugs for Human African Trypanosomiasis: A Twenty First Century Success Story
Dickie, E.A.; Giordani, F.; Gould, M.K.; Mäser, P.; Burri, C.; Mottram, J.C.; Rao, S.P.S.; Barrett, M.P.
MDPI Tropical Medicine and Infectious Disease
(2020)
CC2
The twentieth century ended with human African trypanosomiasis (HAT) epidemics raging across many parts of Africa. Resistance to existing drugs was emerging, and many programs aiming to contain the disease had ground to a halt, given previous succes
...
s against HAT and the competing priorities associated with other medical crises ravaging the continent. A series of dedicated interventions and the introduction of innovative routes to develop drugs, involving Product Development Partnerships, has led to a dramatic turnaround in the fight against HAT caused by Trypanosoma brucei gambiense. The World Health Organization have been able to optimize the use of existing tools to monitor and intervene in the disease. A promising new oral medication for stage 1 HAT, pafuramidine maleate, ultimately failed due to unforeseen toxicity issues. However, the clinical trials for this compound demonstrated the possibility of conducting such trials in the resource-poor settings of rural Africa.
more
The report underscores that sexual and reproductive health and rights are often the first to be sacrificed during epidemics and that the gains of the past decade must be protected. The report also makes it clear that scarce resources must be focused
...
on the most marginalized women and girls, including sex workers, gender diverse people, women in prison and migrants and others without proof of employment or residence.
more
The COVID-19 pandemic is rapidly spreading across the world and including countries affected by other infectious disease epidemics, such as HIV, tuberculosis (TB) and malaria. Over the past three decades, the global HIV response has gained experienc
...
e in developing effective prevention approaches. This brief seeks to provide a summary for decision makers and health programme implementers in low- and middle-income countries (LMICs) to help them make the best possible choices in preventing the virus responsible for COVID-19.
more
Planning and preparedness are the keys to dealing effectively with threats that include infectious diseases caused by SARS and the Middle East Respiratory Syndrome or MERS, novel influenza viruses like H1N1, and Ebola. During outbreaks or epidemics
...
of these emerging infectious diseases, healthcare facilities must carefully monitor the global situation as it evolves and conduct robust planning to promptly identify and safely manage a patient who may be infected and prevent further transmission. This module focuses on preparedness considerations for Ebola and how to engage a multi-disciplinary team to prepare your institution. Planning, preparedness, and practice will protect patients, visitors, and staff.
more
The past two decades have witnessed changes in how humans live. Travel and trade, rapid urbanization, limited access to health care as well as environmental degradation and other trends all create the conditions for epidemics to thrive and grow. At
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the same time, the science and knowledge around infectious hazards are constantly evolving, demanding better response to health emergencies.
This introductory level online course aims to equip frontline responders with the latest know-how to manage outbreaks of known and emerging epidemic-prone diseases in the 21st century. This course focuses on 13 infectious hazards, offering the most relevant scientific, technical and operational knowledge through video presentations and self-tests.
The course will take approximately 6 hours to finish.
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OpenWHO is WHO’s new, interactive, web-based platform that offers online courses to people preparing to work in epidemics, pandemics and health emergencies or already doing so.
The OpenWHO platform delivers WHO’s and partners’ expertise clo
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ser to where it is needed and provides information in user-friendly formats for frontline responders and decision-makers. The platform is managed by WHO’s Department for Infectious Hazards Management, in Geneva, Switzerland.
Users take part in a worldwide, social learning network that is based on interactive, online courses and materials covering a variety of subjects. OpenWHO also serves as a forum for the fast sharing of public health expertise and in-depth discussion and feedback on key issues.
Accessed 6 March 2019.
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People-centered approaches that help communities maintain protective behaviours and follow guidelines set out by public health and government agencies are more important than ever. The evidence is clear, communities play a role in preventing and controlling
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epidemics and they are best able to take action and slow or stop the spread of disease when properly engaged and empowered. This toolbox in 2 parts offers best practice approaches to community engagement with families. Promoting individual and joint responsibilities for the safety of the family, this toolbox aims to bring families and households together to manage shared risks and agree to safe behaviours critical for their safety and the safety of their community.
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Chikungunya virus (CHIKV) is a re-emerging mosquito borne alphavirus responsible
for the recent outbreak in the Americas. Immunologically naïve population in the Americas favors the spread of epidemics. Chikungunya fever is characterized by an abr
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upt febrile illness, polyarthralgia and maculopapular rash. In chikungunya fever, shock or severe hemorrhage is very rarely observed; the onset is more acute and the duration of fever is shorter than dengue disease. The pain is much more pronounced and localized to the joints and tendons in chikungunya fever, in comparison to dengue fever. There is no specific and effective antiviral therapy and vaccines are still in trails. The only effective preventive measures consist of individual protection against mosquito bites and vector control. Disease prevention is important due to the
economic burden it entails. Clinicians need to distinguish chikungunya fever between dengue fever and other diseases to give a successful treatment and prevent disease spreading.
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Human African trypanosomiasis (HAT), also called sleeping sickness, is a parasitic infection that almost invariably progresses to death, unless treatment is provided. HAT caused devastating epidemics during the 20th century. Thanks to sustained and
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coordinated efforts during the past 15 years the number of reported cases has fallen to a historic low. Fewer than 3,000 cases were reported in 2015, and the disease is targeted for elimination by the World Health Organization. Despite recent success, HAT still poses a heavy burden on the rural communities where this highly focal disease occurs, most notably in Central Africa. Since patients are also reported from non-endemic countries outside Africa, HAT should be considered in differential diagnosis for all travellers, tourists, migrants and expatriates who have visited or lived in endemic areas. In the absence of a vaccine, disease control relies on case detection and treatment, and vector control. Available drugs are sub-optimal, but ongoing clinical trials give hope for safer and simpler treatments.
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Marburg virus disease (MVD), formerly known as Marburg haemorrhagic fever, is a severe disease in humans caused by Marburg marburgvirus (MARV). Although MVD is uncommon, MARV has the potential to cause epidemics with significant case fatality rates.
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It is intended for clinicians who are working in intensive care units (ICUs) in low and middle-income countries and managing adult and pediatric patients with severe forms of acute respiratory infection (SARI), including severe pneumonia, acute respiratory distress syndrome (ARDS), sepsis and septic
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shock. It is a hands-on practical guide to be used by health care professionals involved in clinical care management during outbreaks of influenza virus (seasonal) human infection due avian influenza virus (H5N1, H7N9), MERS-CoV, COVID-19 or other emerging respiratory viral epidemics.
This course is also available in the following languages:
français - русский - Português - Bahasa Indonesia - Tiếng Việt - Español - македонски - العربية - Tetun
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In this video we explore the MEDBOX Toolboxes, a special and very popular features of the online library MEDBOX.
To cover selected topics in more detail, MEDBOX collects the most relevant documents and information into Toolboxes. The topics range from various humanitarian crises such as natural ha
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zards, refugees & migrants, through epidemics and pandemics such as Ebola and Covid-19 to major global health topics such as HIV, TB, mental health or global health education.
Videoclip Series "MEDBOX - The Aid Library" no.4
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Leishmaniasis is a parasitic disease caused by the Leishmania parasite. This parasite typically lives in infected sand flies. You can contract leishmaniasis from a bite of an infected sand fly.
The sand flies that carry the parasite typically reside in tropical and subtropical environments. Fatal
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epidemics have occurred in areas of Asia, East Africa, and South America.
Affected regions are often remote and unstable, with limited resources for treating this disease. Doctors Without Borders calls leishmaniasis one of the most dangerous neglected tropical diseases. The organization also states this disease is second only to malaria in parasitic causes of death.
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Leishmaniasis is a vector-borne disease with a broad global distribution and an increasing number of recorded cases worldwide. However, it is still one of the world's most neglected diseases. Over the last decades, the disease has been found to expand geographically with a global increase of cases o
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f visceral and cutaneous leishmaniasis increasing the public health problems associated with the disease epidemics. The reported range expansion of the diseases has been associated with range expansions of vector populations in response to climate change. Leishmaniasis is caused by protozoan parasites of the genus Leishmania. The transmission can either be zoonotic and/or anthroponotic through the bite of an infected female phlebotomine sandfly. In Eurasia and Africa, all vector-competent sandfly species belong to the genus Phlebotomus. Cutaneous leishmaniasis (CL) is the most common form of leishmaniasis. In the ‘old world’, it is caused by five currently recognized Leishmania species: L. major, L. tropica and L. aethiopica (being main causative parasites) as well as L. infantum and L. donovani. Visceral leishmaniasis (VL), another common and more severe form of leishmaniasis, is only associated with the Leishmania species L. infantum and L. donovani. The specific Leishmania species cause different clinical symptoms in humans.
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The link between cholera in pregnancy and negative childbirth outcomes has been observed since the
19th century, but there is currently no clear understanding of the extent nor the mechanisms to inform
treatment guidelines. The recommendations in this Interim Technical Note are based on current
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nowledge, including documented experiences of treating pregnant women with cholera during
epidemics.
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