This checklist covers five areas of competence needed by health care providers to provide quality of care in contraceptive information and services including: respecting users’ privacy and guaranteeing contfidentiality, choice, accessible and acceptable services, involvement of users in improving ...services and fostering continuity of care and follow-up.
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The objective of this course is to provide high-level information and contextual understanding of WHO Standard Operating Procedures (SOPs) for Emergencies.
We will explore a range of topics, ranging from the Emergency Response Framework (ERF), to planning, grants and finance, procurement, risk mana...gement, rosters and deployment, and ethics.
Each module within this course is standalone. Therefore, you can take the modules in any order – with the exception of the Course Review. The Course Review is a question-based revision module that recaps the content covered in modules 1 to 10.
The target audience for this course is personnel who will be assigned by WHO to go on deployment in response to health emergencies.
The course is available in English and French
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This e-tool is intended for use by people in charge of occupational health and safety for health workers at the national, subnational and facility levels and for health workers who want to know what WHO and ILO recommend for the protection of their health and safety
Chagas disease is a tropical parasitic infection transmitted by crawling, blood-sucking insects (kissing bugs). You may have flu-like symptoms or none at all. But the disease can lead to life-threatening complications. With prompt treatment, most people with Chagas disease, also known as American tr...ypanosomiasis, recover fully.
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Chagas disease is caused by Trypanosoma cruzi, a protozoal organism primarily transmitted by triatomine insect vectors, also known as “kissing bugs.” It is a zoonotic disease originally described by Brazilian physician Dr. Carlos Chagas in 1909 and is widespread in Latin America. Although triato...mines and T. cruzi have long been endemic to the southern United States, awareness and identification of infected vectors and animals have recently increased throughout the United States. Canine Chagas disease can be acute or chronic and is predominantly characterized by inflammation and fibrosis of the heart, resulting in arrhythmias, myocardial dysfunction, heart failure, and sudden death, although many infected dogs are asymptomatic.
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Chagas disease (CD), caused by the parasite Trypanosoma cruzi, affects ~6–7 million people worldwide. Significant limitations still exist in our understanding of CD. Harnessing individual participant data (IPD) from studies could support more in-depth analyses to address the many outstanding resea...rch questions. This systematic review aims to describe the characteristics and treatment practices of clinical studies in CD and assess the breadth and availability of research data for the potential establishment of a data-sharing platform.
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Little progress has been made since the 1960s and 1970s to widen the therapeutic arsenal against Trypanosoma cruzi, the causative pathogen of Chagas disease, which remains a frustrating and perplexing infectious disease. This chapter focuses on the strategic and operational challenges in the clinica...l drug development of a novel antitrypanosomal agent for Chagas disease. The various elements that contribute to a robust assessment of treatment effect including dose selection, choice of patient population, trial methodology, endpoint measures, and regulatory perspectives are discussed. The learnings herein should serve as resource to help researchers and other stakeholders optimize their clinical development plans and speed delivery of new medicines to patients with Chagas disease.
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Objective
To estimate the prevalence of Chagas disease in pregnant women and the vertical transmission of the disease.
Methods
Observational studies were identified from eight electronic databases, and details on study design, population and prevalence of Chagas disease were extracted. The data... were pooled using a random-effects model, and choropleth maps were created based on geopolitical regions and countries.
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This review focusses on the interactions between the etiologic agent of Chagas disease, Trypanosoma cruzi, and its triatomine vector. The flagellate mainly colonizes the intestinal tract of the insect. The effect of triatomines on trypanosomes is indicated by susceptibility and refractoriness phenom...ena that vary according to the combination of the strains. Other effects are apparent in the different regions of the gut. In the stomach, the majority of ingested blood trypomastigotes are killed while the remaining transform to round stages. In the small intestine, these develop into epimastigotes, the main replicative stage. In the rectum, the population density is the highest and is where the infectious stage develops, the metacyclic trypomastigote. In all regions of the gut, starvation and feeding of the triatomine affect T. cruzi. In the small intestine and rectum, starvation reduces the population density and more spheromastigotes develop. In the rectum, feeding after short-term starvation induces metacyclogenesis and after long-term starvation the development of specific cells, containing several nuclei, kinetoplasts and flagella. When considering the effects of T. cruzi on triatomines, the flagellate seems to be of low pathogenicity. However, during stressful periods, which are normal in natural populations, effects occur often on the behaviour, eg, in readiness to approach the host, the period of time before defecation, dispersal and aggregation. In nymphs, the duration of the different instars and the mortality rates increase, but this seems to be induced by repeated infections or blood quality by the feeding on infected hosts. Starvation resistance is often reduced by infection. Longevity and reproduction of adults is reduced, but only after infection with some strains of T. cruzi. Only components of the surface coat of blood trypomastigotes induce an immune reaction. However, this seems to act against gut bacteria and favours the development of T. cruzi.
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Coherent Market Insights has announced the addition of Chagas Disease Treatment Market 2023 Forecast Analysis by Types, Applications, Size, Share, Key Players, and Regions. a new research report to its market research archive. The Chagas Disease Treatment Market has been thoroughly researched and an...alyzed by industry experts and researchers. The industry is examined at the global, regional, and national levels. The report highlights the primary revenue stream for the estimated year, along with sales volumes, growth patterns, and major industry market dynamics. The historical data is provided, as well as a comprehensive revenue analysis for the forecast period. The report focuses on the size, share, growth status, and future trends of the Chagas Disease Treatment Market, as well as recent business developments.
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Leishmaniasis is an infection caused by the Leishmania parasites. The infection is transmitted by the bite of infected phlebotomine sandfly. There are over 20 types of Leishmania parasites which cause infection in people and 30 different types of sand flies to spread infection. Leishmaniasis is wide...ly distributed throughout Central and South America, the Middle East, Africa and southern Europe.
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Leishmaniasis is a spectrum of disease caused by the infection of protozoan parasite Leishmania mainly affecting the antigen presenting cell of the host. The disease is although considered as neglected tropical disease still it is not completely eradicated. Majority of the issues related to the ther...apeutic approach is due to increased cytotoxicity of the drugs, less effectiveness, high cost and occurrence of drug resistance. Therefore, recent advancement in the field of parasitology has taken into consideration of the specific arms of immunity which can be triggered with the help of natural products, synthetic molecules or parasite specific ligands which helps in the restoration of host protective immunity and recovery from the infection. Therefore, in this review, we have highlighted the recent advancement in the field of Leishmania research taken into consideration of the therapeutic perspective. We have shown that apart from therapeutic potential of the available drugs and vaccination approach, the immune-therapy are emerging as the modern regime of treatment where the effectiveness of the therapy is significantly increased and making it safer and promising.
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