The report explores strategies for sustaining the country’s responses to the three diseases and eventually transitioning away from external funding and programmatic support. It takes stock of Kenya’s health financing landscape and identifies opportunities and challenges for sustaining effective ...coverage of HIV, TB, and malaria services in the long run, mindful of macro-fiscal and institutional constraints. The report informs ongoing dialogue within government, including among the Ministry of Health, National Treasury, Council of Governors, and National AIDS Control Council, as well as between government and development partners.
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Nigeria Malaria Indicator Survey (NMIS) - Key Indicators 2021
Policy brief.
HIV self-testing (HIVST) is a convenient and confidential option for HIV testing. In 2016 WHO recommended HIVST as a safe, accurate and effective way to reach people who may not test otherwise, including people from key populations, men and young people. Lay users can perform HIVST r...eliably and accurately and achieve performance comparable to that of trained health-care workers.
Globally, many countries have developed HIVST policies, and implementation is growing rapidly. This policy brief highlights new guidance to optimize HIVST implementation, including effective service delivery models, linkage to care and support tools.
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The World Health Organization (WHO) Global Diabetes Compact (GDC) was created as a global initiative to improve diabetes prevention and care, and to contribute to the global targets to reduce premature mortality due to noncommunicable diseases by one-third by 2030.
This document by Medicines for Malaria Venture (MMV) highlights the significant burden of malaria on children worldwide, emphasizing the need for effective prevention, diagnosis, and treatment strategies. It reviews current challenges and progress in combating pediatric malaria, advocating for conti...nued research and investment to reduce malaria-related morbidity and mortality in children, especially in high-burden regions.
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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 control and shifts focus to...ward 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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CYCLONE IDAI
1.85M People affected; 400K Displaced; 603 Deaths; 1641 Injured; 1.2M People in need; 6766 Cholera cases; 43556 Malaria case
CYCLONE KENNETH
3214 Displaced; 45 Deaths; 91 Injured; 374K People in need; 225 Cholera cases; 7279 Malaria case
The module is currently available in English, French, Nepali, Portuguese, Russian, and Spanish
This booklet provides policymakers, planners, and other interested parties with insight into the current state of the Rwandan health sector. These statistics provide a basis for policies, strategies, and planned interventions to ensure they are responsive to the needs of the health sector and, cruci...ally, are focused on addressing current priorities that aim to improve the health of the Rwandan population.
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This compendium collates current tools and resources on quality improvement developed by the WHO Service Delivery and Safety Department and provides examples of how the tools and resources have been applied in country settings. The target audience for this document are ministries of health, facility... quality improvement teams, researchers and development agencies. WHO technical programmes, regional and country offices can also use the document in their technical cooperation work with the identified audience. Those working to improve the quality of health service delivery can also make good use of this resource
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Научная справка
24 апреля 2020 г.
При инфицировании в естественных условиях выработка иммунитета к патогенному микроорганизму проходит в несколько этапов и заним...ет от 1 до 2 недель. При вирусной инфекции врожденный иммунитет обеспечивает немедленную реакцию организма, которая заключается в активации неспецифического иммунного ответа, приводящего к замедлению инфекционного процесса макрофагами, нейтрофилами и дендритными клетками, и которая в ряде случаев обусловливает бессимптомное течение инфекции. Затем происходит активация адаптивного иммунного ответа, при котором в организме начинается выработка специфических антител, способных к связыванию с вирусными частицами. Данные антитела являются белками и носят название иммуноглобулинов. Кроме того, в организме образуются Т-клетки, способные распознавать и уничтожать другие клетки, пораженные вирусом. Это звено иммунитета носит название клеточного. Функционирование нескольких звеньев иммунитета при адаптивном ответе может способствовать элиминации вируса из организма, а при достаточной активности реакции – препятствовать переходу заболевания в тяжелую форму и повторному заражению той же инфекцией. Количественной мерой данного процесса является уровень антител в крови.
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Evaluation report
September 2014
Country Progress Report
Reporting Period
January – December, 2014
Accessed: 26.09.2019
PQDx 0181-031-00
WHO PQ Public Report
March/2017, version 3.0
Nota científica
24 de abril de 2020
El desarrollo de inmunidad a un patógeno por infección natural es un proceso de varias etapas que suele producirse a lo largo de una o dos semanas. El organismo responde a una infección vírica de forma inmediata a través de una respuesta innata no específ...ica, en la que los macrófagos, los neutrófilos y las células dendríticas frenan el avance del virus y pueden incluso evitar que este provoque síntomas. A esta respuesta no específica le sigue una respuesta adaptativa en la que el organismo genera anticuerpos que se unen específicamente al virus. Estos anticuerpos son las proteínas denominadas inmunoglobulinas. El organismo también genera linfocitos T que reconocen y eliminan las células infectadas por el virus: es lo que se conoce como inmunidad celular. Esta respuesta adaptativa combinada puede eliminar el virus del organismo y, si la respuesta es suficientemente intensa, puede evitar el agravamiento de la enfermedad o la reinfección por el mismo virus. Este proceso se mide a menudo a través de la presencia de anticuerpos en la sangre.
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With this World Health Day, WHO is drawing attention to a group of diseases that are spread by insects and other vectors, the heavy health and economic burdens they impose, and what needs to be done to reduce these burdens. Many of these diseases have been historically confined to distinct geographi...cal areas, but this situation has become more fluid due to a host of ills, including climate change, intensive farming, dams, irrigation, deforestation, population movements, rapid unplanned urbanization, and phenomenal increases in international travel and trade. The control of vector-borne diseases can make a major contribution to poverty reduction, as it precisely targets the poor
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Document d’information scientifique
24 avril 2020
Le développement d’une immunité face à un agent pathogène à la suite d’une infection naturelle comporte plusieurs étapes et prend généralement une à deux semaines. Une infection virale entraîne immédiatement une réponse immunit...aire innée, non spécifique, au cours de laquelle les macrophages, les neutrophiles et les cellules dendritiques ralentissent la progression du virus et peuvent même éviter l’apparition de symptômes. Cette réponse non spécifique est suivie d’une réponse adaptative, au cours de laquelle l’organisme produit des anticorps qui se lient spécifiquement au virus. Ces anticorps sont des protéines appelées immunoglobulines. L’organisme produit également des lymphocytes T qui reconnaissent et éliminent les cellules infectées par le virus. Cette réponse adaptative permet parfois d’éliminer le virus de l’organisme et, si elle est suffisamment forte, d’éviter l’aggravation de la maladie ou la réinfection par le même virus. Ce processus est souvent mesuré par la présence d’anticorps dans le sang.
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Epidemiology
Chagas disease (American trypanosomiasis) is caused by the protozoan parasite Trypanosoma cruzi, and transmitted to humans by infected triatomine bugs, and less commonly by transfusion, organ transplant, from mother to infant, and in rare instances, by ingestion of contaminated food or... drink.1-4 The hematophagous triatomine vectors defecate during or immediately after feeding on a person. The parasite is present in large numbers in the feces of infected bugs, and enters the human body through the bite wound, or through the intact conjunctiva or other mucous membrane.
Vector-borne transmission occurs only in the Americas, where an estimated 8 to 10 million people have Chagas disease.5 Historically, transmission occurred largely in rural areas in Latin America, where houses built of mud brick are vulnerable to colonization by the triatomine vectors.4 In such areas, Chagas disease usually is acquired in childhood. In the last several decades, successful vector control programs have substantially decreased transmission rates in much of Latin America, and large-scale migration has brought infected individuals to cities both within and outside of Latin America.
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