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The Practical manual on laboratory strengthening, 2022 update provides practical guidance on implementation of WHO recommendations and best practices for TB laboratory strengthening. It is an updated version of the GLI Practical Guide to Laboratory Strengthening published in 2017 and provides the la
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test practical guidance on use of newly recommended diagnostics as well as guidance in key technical areas, including quality assurance and quality management systems, specimen collection and registration, procurement and supply-chain management, diagnostic connectivity, biosafety, data management, human resources, strategic planning, and model algorithms. The key changes are:
inclusion of recent or updated WHO recommendations for tests to diagnose TB and detect drug resistance;
alignment with the latest WHO critical concentrations for phenotypic drug-susceptibility testing (DST) and the new definitions of pre-XDR-TB and XDR-TB;
updated information on building quality-assured TB testing and management capacity using the Stepwise Laboratory Quality Improvement Process Towards Accreditation (SLIPTA) approach (Score-TB package1);
updated information on assessing, analysing and optimising TB diagnostic networks; and
updated information on the use of next-generation sequencing (NGS) to detect mutations associated with drug resistance for surveillance purposes.
The document also provides references to resources and tools relevant for work on laboratory strengthening.
more
La santé est un droit humain universel et un facteur essentiel de bien-être, de développement économique, de croissance,
de richesse et de prospérité pour tous. Les systèmes de santé jouent un rôle essentiel, car ils protègent, rétablissent et
préservent la santé des patients et des p
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opulations. Un personnel de santé bien formé, motivé et soutenu est la clé de
voûte de tout système de santé et, sans lui, il n’y aurait pas de soins de santé
more
Un an après le début de la pandémie, la COVID-19 a changé le monde et continue de peser sur notre quotidien. La pandémie a mis en évidence les lacunes des systèmes de santé tandis que le personnel de santé a été exposé au virus de façon
disproportionnée. Tout au long de l’année pas
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sée, les infirmières ont affiché leur volonté et leur souplesse
en s’adaptant à de nouvelles méthodes de travail. Des millions d’infections à la COVID-19 ont été signalées parmi les agents de santé dans le monde et, hélas, le Conseil International des Infirmières (CII) a enregistré près de 3 000 décès qui lui sont
imputables parmi les infirmières dans 60 pays. Il est probable que le chiffre réel soit beaucoup plus élevé, le nombre d’infections et de décès parmi les agents de santé restant impossible à évaluer avec précision dans la mesure où de nombreux systèmes et pays n’ont pas assuré le suivi de cette question capitale.
Sur le long terme, les effets de la COVID-19, dont la « COVID longue » et le syndrome de stress posttraumatique différé, pourraient avoir d’importants effets délétères, en particulier sur le personnel infirmie
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Le secteur de la santé a beaucoup évolué au cours des 20 dernières années. Les innovations technologiques ainsi que notre connaissance des maladies ont contribué à allonger l’espérance de vie au 20ème siècle. Cependant, l’un des plus grands défis
aujourd’hui n’est pas de rester a
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u fait des procédures cliniques les plus récentes ou des équipements de haute technologie dernier cri, mais plutôt d’améliorer la sécurité des soins dispensés dans des environnements complexes, sous pression et où la
rapidité d’action joue un grand rôle. Dans ce type d’environnements, les choses peuvent souvent mal tourner. Des événements indésirables surviennent. Des dommages non intentionnels, mais graves, affectent des patients dans le cadre de
la pratique clinique habituelle ou consécutivement à une décision clinique.
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Pharmaceutical News
Evaluation of Saccharide Content of the WHO 2nd International Standard for Haemophilus Influenzae Polysaccharide Polyribosyl Ribitol Phosphate (PRP) by HPAECPAD Analysis Following Acid Hydrolysis
Consultation Documents
Lamivudine and tenofovir disoproxil fumarate tablets (lami
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vudini et tenofoviri disoproxili fumarati compressi)
Tenofovir disoproxil fumarate tablets (tenofoviri disoproxili fumarati compressi)
ATC/DDD Classification
Temporary
Final
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Report of the WHO/Bill & Melinda Gates Foundation Consultation. The Consultation was organized back-to-back with the first annual meeting of the International Coordinating Group of the BMGF-funded project for human and dog rabies elimination in developing countries, held at WHO headquarters, Geneva,
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Switzerland, from 5 to 7 October 2009. This allowed the Consultation to benefit from the participation of the national coordinators and advisers of the BMGF-funded projects in the Philippines, South Africa (KwaZulu-Natal) and the United Republic of Tanzania
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April 2022 Volume 35 Issue 2 e00152-21
Population movements have turned Chagas disease (CD) into a global public health problem. Despite the successful implementation of subregional initiatives to control vectorial and transfusional Trypanosoma cruzi transmission in Latin American settings where t
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he disease is endemic, congenital CD (cCD) remains a significant challenge. In countries where the disease is not endemic, vertical transmission plays a key role in CD expansion and is the main focus of its control. Although several health organizations provide general protocols for cCD control, its management in each geopolitical region depends on local authorities, which has resulted in a multitude of approaches. The aims of this review are to (i) describe the current global situation in CD management, with emphasis on congenital infection, and (ii) summarize the spectrum of available strategies, both official and unofficial, for cCD prevention and control in countries of endemicity and nonendemicity. From an economic point of view, the early detection and treatment of cCD are cost-effective. However, in countries where the disease is not endemic, national health policies for cCD control are nonexistent, and official regional protocols are scarce and restricted to Europe. Countries of endemicity have more protocols in place, but the implementation of diagnostic methods is hampered by economic constraints. Moreover, most protocols in both countries where the disease is endemic and those where it is not endemic have yet to incorporate recently developed technologies. The wide methodological diversity in cCD diagnostic algorithms reflects the lack of a consensus. This review may represent a first step toward the development of a common strategy, which will require the collaboration of health organizations, governments, and experts in the field.
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BMJ Glob Health 2017;2:e000345. doi:10.1136/bmjgh-2017-000345. WHO's 2020 milestones for Chagas disease include having all endemic Latin American countries certified with no intradomiciliary Trypanosoma cruzi transmission, and infected patients under care. Evaluating the variation in historical expo
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sure to infection is crucial for assessing progress and for understanding the priorities to achieve these milestones.
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Discrete typing units of Trypanosoma cruzi: Geographical and biological distribution in the Americas
Chagas disease caused by Trypanosoma cruzi is a public health issue in Latin America. This highly diverse parasite is divided into at least seven discrete typing units (DTUs) TcI-TcVI and Tcbat. Some DTUs have been associated with geographical distribution in epidemiological scenarios and clinical m
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anifestations, but these aspects remain poorly understood. Many studies have focused on studying the parasite and its vectors/hosts, using a wide variety of genetic markers and methods. Here, we performed a systematic review of the literature for the last 20 years to present an update of DTUs distribution in the Americas, collecting ecoepidemiological information. We found that the DTUs are widespread across the continent and that there is a whole gamma of genetic markers used for the identification and genotyping of the parasite. The data obtained in this descriptor could improve the molecular epidemiology studies of Chagas disease in endemic regions.
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Le présent document rassemble une série de recommandations émises par l’Organisation mondiale de la Santé (OMS) et l’Organisation panaméricaine de la Santé (OPS) pour aider les professionnels chargés des programmes de lutte antivectorielle en Amérique latine et dans les Caraïbes aux niv
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eaux national, infranational et local à mettre à jour et prendre des decisions à base factuelle qui touchent les mesures de lutte antivectorielle les mieux adaptées à chaque situation particulière. La GIV peut être utilisée lorsque la cible est la surveillance et la lutte ou l’élimination (en function de chaque situation) des MTV et peut contribuer à réduire le développement de la résistance aux insecticides au moyen de l’utilisation rationnelle de ces produits. Le présent document contient les instructions nécessaires pour mener à bien le mandat établi par l’OPS en 2008 (résolution CD48.R8, document CD48/13), en particulier, il complémente une série de guides de l’OMS publiés en 2012
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Este documento reúne um conjunto de recomendações formuladas pela OMS e pela OPAS para ajudar os profissionais responsáveis pelos programas de controle de vetores nas Américas em nível nacional, subnacional e local a se atualizarem e tomarem decisões baseadas em evidências sobre as medidas d
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e controle mais apropriadas para cada situação. O MIV pode ser utilizado quando o objetivo é a vigilância e o controle ou a eliminação (dependendo da situação específica) das DTVs e pode ajudar a reduzir o desenvolvimento de resistência aos inseticidas pelo uso racional desses produtos. Este documento contém instruções para a execução do mandato de 2008 da OPAS sobre o manejo integrado de vetores (resolução CD48.R8, documento CD48/13) e, em particular, complementa uma série de diretrizes da OMS publicadas em 2012
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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
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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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This guideline for the prevention and control of chikungunya fever
(CF) is intended for use by all peripheral health workers in the Region and
is based on the strategy outlined above. This document will focus mainly
on preventing, predicting and detecting outbreaks, and after detection,
investig
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ating and containing them.
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Comprehensive Guidelines for Prevention and Control of Dengue and Dengue Haemorrhagic Fever -Revised and expanded edition
World Health Organization World Health Organization WHO Regional Office for South-East Asia
WHO Regional Office for South-East Asia
(2011)
CC
Revised and expanded version of the Guidelines
This chapter discusses the antibacterial treatment of leprosy infections. Antibiotic treatment is
a key component of leprosy treatment, as it is vital to prevent the progression of the infection.
Treatment with rifampin and other antibiotics is highly effective and cures 98% of patients with
the
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leprosy infection. Furthermore, the relapse rate is very low, at about 1% over 5–10 years.
There is little M. leprae drug resistance in leprosy and few reports of multi-drug resistance (1, 2, 3,
4, 5, 6, 7, 8). An antibiotic treatment may take months or years to produce clinical improvement,
especially in patients with an initial high bacterial index (BI).
more
Access to health workers who are fit for purpose, motivated and protected is a fundamental force of health service delivery and the achievement of universal health coverage and the health and health-related Sustainable Development Goals. Data and knowledge of the distribution, skill mix and future d
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evelopment needs of the health workforce can mean the difference between enabling or impeding health systems performance, inclusive economic growth and global health security preparedness and response
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Mem Inst Oswaldo Cruz, Rio de Janeiro, Vol. 117: e210277chgsa, 2022. online | memorias.ioc.fiocruz.br
Urogenital schistosomiasis is a common neglected tropical disease in many rural communities in African countries, with patches of infection in the Eastern Mediterranean Region. Globally, an estimated 239 million people are currently infected, with burden estimated at more than 3.5 million disability
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-adjusted life years (DALYs). In many endemic areas, severely infected individuals may suffer fibrosis of the bladder, kidney damage, bladder cancer, and death if untreated. This, however, depends on several factors such as host-parasite genetics, degree and length of exposure, intensity of infection, host immune response to the parasites, and coinfections with other tropical diseases such as malaria and HIV-1.
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Climate change presents the single biggest threat to human development, and its widespread impacts disproportionately burden the poorest and most vulnerable households in fragile and rural developing contexts – particularly women and children.
According to the Intergovernmental Panel on Climate C
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hange’s (IPCC) latest report, ‘between 2010 and 2020, droughts, floods and storms killed 15 times as many people in highly vulnerable countries, particularly in Africa — which is responsible for less than 3 percent of global emissions – than in the wealthiest countries’.
Recognising environmental degradation and climate change are key accelerators of extreme child vulnerability, World Vision (WV) approved the Environmental Stewardship Management Policy (‘the Policy’) and Guidelines (‘the Guidelines’) in 2021.
To support the implementation of the Policy and Guidelines, WV has developed this Environmental Stewardship and Climate Action Handbook (‘the Handbook’) to help offices across the WV Partnership implement best practice environmental management strategies both in the field and in our operations and facilities.
Integrating environmental stewardship and climate action into all our work – whether that be in our Area Programmes, grant projects, responses to disasters or advocacy – is critical to achieving WV’s strategy.
As a Christian organisation we are compelled to follow the ways of Jesus Christ, calling us to care for the ‘least of these’ (Matthew 25:40) – the vulnerable children who are disproportionately impacted by climate change. Our response to the degradation of the environment is not motivated by political expediency or funding – but because we are called to steward God’s creation (Genesis 1:28).
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Prevalence of Schistosoma Haematobium Measured by a Mobile Health System in an Unexplored Endemic Region in the Subprefecture of Torrock, Chad
Layaye, D.; E de Bruijn, M.; de Jong, T.;
JMIR Publication Advancing Digital Health and Open Science
(2019)
CC
Schistosoma haematobium is a parasitic digenetic trematode responsible for schistosomiasis (also known as bilharzia). The disease is caused by penetration of the skin by the parasite, spread by intermediate host molluscs in stagnant waters, and can be treated by administration of praziquantel. Schis
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tosomiasis is considered to be an important but neglected tropical disease.
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