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Human African trypanosomiasis (HAT) has been an alarming global public health issue. The disease affects mainly poor and marginalized people in low-resource settings and is caused by two subspecies of haemoflagellate parasite, Trypanosoma brucei and transmitted by tsetse flies. Progress made in HAT
...
control during the past decade has prompted increasing global dialogue on its elimination and eradication. The disease is targeted by the World Health Organization (WHO) for elimination as a public health problem by 2020 and to terminate its transmission globally by 2030, along-side other Neglected Tropical Diseases (NTD). Several methods have been used to control tsetse flies and the disease transmitted by them. Old and new tools to control the disease are available with constraints.
Currently, there are no vaccines available. Efforts towards intervention to control the disease over the past decade have seen considerable progress and remarkable success with incidence dropping progressively, reversing the upward trend of reported cases. This gives credence in a real progress in its elimination. This study reviews various control measures, progress and a highlight of control issues, vector and parasite barriers that may have been hindering progress towards its elimination.
more
As of 12 December 2022, over 645 million people worldwide have been diagnosed with COVID-19, with over 6.6 million deaths (4).
The Omicron variant, which emerged in late November 2021, and its subvariants, are now the dominant circulating viruses, contributing to the ongoing surge in several countr
...
ies (4). Vaccination has substantially reduced case numbers and hospitalizations in many countries,but limitations in global access to vaccines mean that many populations, including those in low- and middle-income countries, remain vulnerable. Even in vaccinated individuals, uncertainties remain about duration of protection and efficacy, and the degree of crossprotection with new variants.
There remains a need for more effective treatment and management for those affected by COVID-19. The pandemic – and the
explosion of both research and misinformation – has highlighted the need for trustworthy, accessible and regularly updated living
guidelines to place emerging findings into context and provide clear recommendations for clinical practice
more
The WHO continuously reviews available data on SARS-CoV-2 variants of concern. For this version, the global epidemiological
situation of the COVID-19 pandemic as of 21 January 2022 – at a time when the Omicron VOC had been identified in 171
countries across all six WHO Regions and was rapidly re
...
placing Delta worldwide – was considered Omicron has a substantial growth advantage, higher secondary attack rates and a higher observed reproduction number than Delta.
There is now significant evidence that immune evasion contributes to the rapid spread of Omicron. Other factors may be a shorter
serial interval (by about 0.8 to 1.2 days compared to Delta) and potential increased intrinsic transmission fitness . There is
growing evidence that with Omicron, there is lower vaccine effectiveness (VE) against infection and symptomatic disease soon after vaccination compared to Delta. There is also evidence of accelerated waning of VE over time of the primary series against infection and symptomatic disease for the studied vaccines. Further studies are required to better understand the drivers of transmission and declining incidence in various settings. These factors include the intrinsic transmission fitness properties of the virus, degree of immune evasion, vaccination coverage and level of vaccine-derived and post-infection immunity, levels of social mixing and degree of application of public health and social measures (PHSM).
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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 abrupt febrile illness, polyarthralgia and maculopapul
...
ar 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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The urgency of now - Turning the tide against epidemic and pandemic infectious diseases
Coalition for Epidemic Preparedness Innovations (CEPI)
Coalition for Epidemic Preparedness Innovations (CEPI)
(2021)
CC
CEPI is seeking to raise $3.5 billion to implement CEPI’s next 5-year plan. To mitigate the immediate threat of COVID-19 variants, it is activating key elements of this plan now—and seeking to mobilise a portion of this $3.5 billion in 2021. We have already launched R&D programmes to initiate de
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velopment of next-generation vaccines against COVID-19 variants and we are planning studies to answer critical scientific questions related to the durability of immunity, effectiveness of mixed-vaccine regimens, and vaccine effectiveness in vulnerable populations such as pregnant women. We are also bringing forward our plans to develop vaccines that could protect against multiple COVID-19 variants and other coronavirus specie
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CEPI - Funding and Expenditure
Coalition for Epidemic Preparedness Innovations (CEPI)
Coalition for Epidemic Preparedness Innovations (CEPI)
(2018)
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As of December 2018, CEPI has secured more than USD $747million towards its USD $1billion funding target, with financial support provided by the Bill & Melinda Gates Foundation, the Wellcome Trust, the European Commission, and the governments of Australia, Belgium, Canada, Germany, Japan, Norway, an
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d the UK. These funds are used to finance CEPI’s core activities in coordinating efforts and investing in the development of new vaccines and technologies to prevent and contain infectious disease epidemics.
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In October 2021, the ACT-Accelerator (ACT-A) published its 12-month Strategic Plan and budget for the period October 2021 to September 2022. Building on the investment needs outlined in that document, the ACT-A Facilitation Council Financial and Resource Mobilization Working Group developed this Fin
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ancing Framework to clarify sources of financing that could be used to fund the ACT-A budget. Specifically, this Financing Framework seeks to: • Confirm the overall investment required to meet global COVID-19 tools coverage targets for vaccines, tests, treatments and PPE, and how much of that funding would need to be channelled through ACT-A agencies versus through other initiatives and domestic efforts. • Identify the specific sources of financing that could be used to fund ACT-A and other complementary costs associated with the delivery of the global COVID-19 tools coverage targets, for example, donor grants, domestic resources, multilateral development bank instruments (including grants and loans) or a combination of sources. • Appeal to high-income countries and major upper middle-income countries with a clear and urgent grant financing ask and expectation of fair share voluntary contributions by participants to this ‘ask’ ahead of a potential pledging event in early 2022.
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ACT-Accelerator Prioritized Strategy & Budget for 2021
World Health Organization (WHO), The Global Fund, Gavi et al.
World Health Organization (WHO)
(2021)
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In 2021 ACT-Accelerator will intensify its drive for equity and scale in the delivery of essential COVID-19 tools, while managing emerging viral risks. To address these major shifts and maintain momentum, ACT-Accelerator has defined four strategic priorities for 2021: Rapidly scale up the delivery o
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f at least 2 billion doses of vaccines. Bolster R&D, evaluations & regulatory pathways to optimize products and address variants. Stimulate rapid and effective uptake and use of COVID-19 tests, treatments, and PPE. Ensure a robust pipeline of essential tests, treatments, and PPE.
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This document is intended for countries, foundations, and civil society. It provides a consolidated overview of the Access to COVID-19 Tools (ACT) Accelerator, its goals, and the investments that partners have calculated are required to carry out its mission. Emergency responses are dynamic by natur
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e. The ACT-Accelerator will regularly adjust its investment needs and update this document as understanding of COVID-19 epidemiology and additional data on the ACT tools become available. For more detailed analysis on the ACT investments for its work in diagnostics, therapeutics and vaccines, please refer to the costed plans of the relevant ‘pillar’. At the time of publication, the investments required for the Health Systems Connector pillar were still under development.
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Development assistance for health (DAH), the value of which peaked in 2013 and fell in 2015, is unlikely to rise substantially in the near future, increasing reliance on domestic and innovative financing sources to sustain health programmes in low-income and middle-income countries. We examined inno
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vative financing instruments (IFIs)—financing schemes that generate and mobilise funds—to estimate the quantum of financing mobilised from 2002 to 2015. We identified ten IFIs, which mobilised US$8·9 billion (2·3% of overall DAH) in 2002–15. The funds generated by IFIs were channelled mostly through GAVI and the Global Fund, and used for programmes for new and underused vaccines, HIV/AIDS, malaria, tuberculosis, and maternal and child health. Vaccination programmes received the largest amount of funding ($2·6 billion), followed by HIV/AIDS ($1080·7 million) and malaria ($1028·9 million), with no discernible funding targeted to non-communicable diseases.
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As the Americas undergo profound demographic change and there are more persons aged 65 years or older than children younger than 5 years, it is crucial to recognize that national immunization programs must be redesigned to ensure comprehensive protection for individuals across the lifespan. By adopt
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ing a life course approach (LCA) to immunization, vaccination programs can be tailored to close immunity gaps at different stages of life. The life course approach foresees the establishment of multiple strategies to reduce missed opportunities for vaccination according to age group. This technical document explains the key concepts of the LCA with a focus on immunization by vaccination, as well as the underlying biological mechanisms that require the application different vaccines at different life stages according to changes to the immune system and in the epidemiological situation of a community.
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n recent decades, a significant improvement in people’s general health conditions has occurred, leading to an increase in life expectancy at birth in most countries in the Region of the Americas. This progress has been the result of both health technology advances – antibiotics,
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vaccines, and other treatments – and improvements in the conditions in which people live, including increased access to improved drinking water and sanitation, and health services. Nevertheless, progress has slowed in recent years, and achievements have varied among countries and territories, as well as within them. In the journey toward universal health, it is essential to have the ability to monitor and assess progress in terms of the ultimate goal of health systems: improving the health and well-being of populations. To this end, this edition of Health in the Americas analyzes the standardized rate of potentially avoidable premature mortality as an indicator of health system performance, considering both its preventable component through public and intersectoral health interventions, as well as the treatable component, related to the effectiveness of health services, that is, the quality of health care. The analysis of potentially avoidable premature mortality provides a metric for comparing and tracking performance over time.
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The article reviews the impact of respiratory syncytial virus (RSV) on global health, emphasizing its significant burden on infants, children, and the elderly. It discusses current and emerging prevention strategies, including the development and implementation of
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vaccines and monoclonal antibodies. The review highlights advancements in RSV research, the challenges of creating effective vaccines for different age groups, and the importance of global collaboration to reduce RSV-associated morbidity and mortality. It also calls for increased investment in research and public health measures to enhance prevention and treatment options.
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This threat assessment addresses the implications of the ongoing Marburg virus disease (MVD) outbreak in
Rwanda for the European Union/European Economic Area (EU/EEA). MVD is a severe disease in humans and,
although uncommon, it has the potential to cause epidemics with significant case fatality.
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All recorded MVD
outbreaks to date have originated in Africa. MVD is not an airborne disease and is considered not to be
contagious before symptoms appear. Direct contact with the blood and other body fluids of infected people
and animals or indirect contact with contaminated surfaces and materials like clothing, bedding and medical
equipment is required for transmission. The risk of infection is minimised when proper infection prevention and
control precautions are strictly followed. There is no approved treatment or vaccine for MVD; however, several
pharmaceuticals and candidate MVD vaccines are under investigation.
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On 27 September 2024, the Ministry of Health of Rwanda confirmed the country’s first outbreak of Marburg virus disease (MVD), with health-care workers in Kigali particularly affected. While sporadic outbreaks have occurred in various parts of Africa since the first recognized cases in 1967, this o
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utbreak is the third largest outbreak of MVD ever recorded to date. Marburg virus disease is a severe disease clinically similar to Ebola disease. With no approved treatments or vaccines for MVD, early intervention for those showing symptoms is crucial for improving survival rates.
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Antimicrobial resistance (AMR) is occurring everywhere in the world, compromising the ability to treat infectious diseases, as well as undermining many other advances in health and medicine. Underlying factors that drive AMR include; weak or absent surveillance and monitoring systems, inadequate sys
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tems to ensure quality and uninterrupted supply of medicines, inappropriate and irrational use of medicines including in animal husbandry, poor infection prevention and control practices, and depleted arsenals of diagnostics, medicines and vaccines as well as insufficient research and development of new products.
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The "National Guideline for Cholera Surveillance and Outbreak Response" by the Ethiopian Public Health Institute (EPHI) provides a comprehensive approach to combating cholera outbreaks in Ethiopia. It emphasizes the importance of a multisectoral approach, including case management, WASH measures, an
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d the use of cholera vaccines. A key component is the establishment of Cholera Treatment Centers (CTCs) that provide 24/7 care. Additionally, the guideline stresses water quality monitoring and hygiene practices to prevent the spread of cholera and protect public health.
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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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This document, issued by the United Nations Medical Directors in July 2021, outlines vaccination and malaria prophylaxis recommendations for UN personnel travelling on official business and UN healthcare workers. The guidance aims to minimise the risk of vaccine-preventable diseases and malaria by f
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ocusing on three key areas:(1) routine vaccines, such as those for influenza, measles, polio, hepatitis B, varicella and SARS-CoV-2 (the virus that causes the disease known as 'Covid-19'), which are recommended for all staff regardless of their destination;
(2) destination-based measures, including mandatory vaccines (e.g. yellow fever, meningitis and polio), recommended vaccines depending on regional risks (e.g. cholera, typhoid, hepatitis A and rabies) and WHO-advised malaria prevention through mosquito protection and chemoprophylaxis. The third area covers vaccines for healthcare workers with direct patient or laboratory exposure, including hepatitis B, influenza, diphtheria, pertussis and others. The recommendations emphasise the importance of pre-travel medical consultations, adherence to host country requirements, and individualised risk assessments.
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Tuberculosis (TB) remains a significant global health challenge, with an estimated annual death rate of approximately one per 100,000 people in countries with low TB prevalence. Rapid reductions in TB cases and deaths worldwide depend on research breakthroughs, including the development of new
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vaccines. There has recently been an increase in political commitment, as evidenced by two UN high-level meetings on TB in 2018 and 2023. The 2023 political declaration reaffirmed the goals set out in the UN Sustainable Development Goals and the WHO's End TB Strategy, and established new targets for the period 2023–2027
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