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Publication Years
3215
6499
891
51
6
1
1
Category
4023
695
688
604
584
247
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The World Health Organization (WHO) highlights the significant health risks associated with household air pollution, primarily resulting from the use of inefficient and polluting fuels and technologies for cooking, heating, and lighting. In 2020, approximately 2.1 billion people—about one-third of
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the global population—relied on open fires or inefficient stoves fueled by kerosene, biomass (such as wood, animal dung, and crop waste), and coal. This exposure led to an estimated 3.2 million deaths, including over 237,000 deaths of children under the age of five. The pollutants emitted from these sources contribute to a range of health issues, including respiratory infections, heart disease, stroke, chronic obstructive pulmonary disease, and lung cancer. The WHO emphasizes the urgent need for transitioning to cleaner fuels and technologies to mitigate these health risks.
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Long-term exposure of humans to air pollution enhances the risk of cardiovascular and respiratory diseases. A novel Global Exposure Mortality Model (GEMM) has been derived from many cohort studies, providing much-improved coverage of the exposure to fine particulate matter (PM2.5). We applied the GE
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MM to assess excess mortality attributable to ambient air pollution on a global scale and compare to other risk factors.
Methods and results
We used a data-informed atmospheric model to calculate worldwide exposure to PM2.5 and ozone pollution, which was combined with the GEMM to estimate disease-specific excess mortality and loss of life expectancy (LLE) in 2015. Using this model, we investigated the effects of different pollution sources, distinguishing between natural (wildfires, aeolian dust) and anthropogenic emissions, including fossil fuel use. Global excess mortality from all ambient air pollution is estimated at 8.8 (7.11–10.41) million/year, with an LLE of 2.9 (2.3–3.5) years, being a factor of two higher than earlier estimates, and exceeding that of tobacco smoking. The global mean mortality rate of about 120 per 100 000 people/year is much exceeded in East Asia (196 per 100 000/year) and Europe (133 per 100 000/year). Without fossil fuel emissions, the global mean life expectancy would increase by 1.1 (0.9–1.2) years and 1.7 (1.4–2.0) years by removing all potentially controllable anthropogenic emissions. Because aeolian dust and wildfire emission control is impracticable, significant LLE is unavoidable.
Conclusion
Ambient air pollution is one of the main global health risks, causing significant excess mortality and LLE, especially through cardiovascular diseases. It causes an LLE that rivals that of tobacco smoking. The global mean LLE from air pollution strongly exceeds that by violence (all forms together), i.e. by an order of magnitude (LLE being 2.9 and 0.3 years, respectively).
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The Our World in Data webpage on air pollution provides an extensive overview of the global impact of air pollution on health and the environment. It presents data on sources of pollution, such as industry, vehicles, and domestic energy use, and highlights the associated health risks, including resp
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iratory and cardiovascular diseases. The site emphasizes that air pollution is one of the leading environmental risk factors for premature deaths worldwide, particularly affecting low- and middle-income countries. It also discusses trends in air pollution levels over time and the effectiveness of policy interventions in reducing pollution and improving public health.
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Pollution (dirty air) is a big trigger for asthma as it makes it difficult to breathe and affects the health of humans, animals, and plants. Avoiding pollution helps prevent asthma symptoms!
Secondhand smoke can infiltrate into other units through hallways and stairwells. Don’t be shy when it comes to your health. Talk to your building manager about making your apartment smokefree.
Secondhand smoke and the harmful chemicals in it are known causes of Sudden Infant Death Syndrome RESPIRATORY INFECTIONS, ear infections.and asthma attacks in infants and children. They are also known causes of HEART DISEASE,stroke, and lung cancer in adult nonsmokers.
Silica-associated lung disease: An old-world exposure in modern industries
Barnes, H.; Goh, N. S. L.; Leong, T. L.; Hoy, R.
Official Journal of the Asian Pacific Society of Respirology
(2019)
CC2
Silicosis is not a new disease; the impact of silica dust on respiratory function was observed by Hippocrates in 430 B.C. and in the 16th century by Agricol. In 1713, Rammazini described silicotic nodules in post-mortems of stone cutters presenting with respiratory symptoms. In the mid-late 1800s,
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the introduction of mechanized tools in the mining sector rapidly increased levels of silica exposure, resulting in an increase in cases and our understanding of silicosis.
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Amélioration de la qualité des soins obstétricaux d’urgence Guide destiné aux responsables de services d’urgences obstétricales
EngenderHealth
(2005)
Une adaptation de COPE®
(Services efficaces axés sur le client)
For the toolbox visit: http://www.engenderhealth.org/pubs/maternal/obstetric-delivery-care.php
This guide is an introduction on how to integrate logistics management information systems (LMIS) with geographic information systems (GIS). It covers the value of integrating these two systems, the steps in assessing if it is currently viable to link the systems, how to set the linkage, the process
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es for using LMIS within a GIS platform, and finally how to sustain the linkage. The aim of this guide is to assist logistics managers, decisionmakers and technical experts in understanding the value of integrating GIS and of the process involved in integrating these two systems.
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The HHFA Comprehensive guide serves as the main reference document for planning and implementing a country HHFA. This guide will promote understanding of:
What the HHFA is and the information it can and cannot provide.
The HHFA modules, questionnaires and CSPro electronic data collection tool.
Th
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e HHFA indicators, indices and their organization within the HHFA indicator inventory platform.
The HHFA data analysis platform.
The HHFA sampling and data collection methodologies.
The detailed steps involved in planning and implementing an HHFA.
Key concepts in review, interpretation and communication of HHFA findings.
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The Africa Centres for Disease Control and Prevention (Africa CDC) Biosafety and Biosecurity Initiative was launched by the Africa CDC in April 2019 with the aim of strengthening the African Union (AU) Member States’ biosafety and biosecurity systems and enabling them to comply with national and i
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nternational requirements for biosafety and biosecurity including the International Health Regulations (IHR) (2005), the Biological Weapons Convention (BWC), and United Nations Security Council Resolution (UNSCR) 1540 and the multi-country Global Health Security Agenda (GHSA). The World Health Organization (WHO) Joint External Evaluation (JEE) and the Global Health Security Index report confirmed the known capacity gaps in biosafety and biosecurity among Africa Union Member (AU).
The regional consultations by Africa CDC conducted between 2019-2021 highlighted the deficiency or limited availability of standardized and regionally recognized training programs in the continent, limiting biosafety and biosecurity capacity building efforts in the region. In response, Africa CDC working with AU Member States developed a home grown, implementable and accessible professional training and certification program that is both recognized and endorsed by AU Member States. The Regional Training and Certification Program for Biosafety and Biosecurity Professionals, for African Biosafety and Biosecurity Professionals (RTCP-BBP) has four (4) areas of specialization, namely
Selection, Installation, Maintenance and Certification of Biological Safety Cabinets
Biorisk Management
Design and Maintenance of Facilities Handling High Risk Pathogens (Biocontainment Engineering)
Biological Waste management
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Trustworthy, evidence-based health guidelines form the basis of national policies affecting both patients and health-care workers. Emphasizing the link between robust evidence and people’s trust in their health systems, Dr Hans Henri P. Kluge, WHO Regional Director for Europe said at the launch ev
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ent, “Trust and transformation are key words for us, especially when we talk about improving and strengthening our health systems. Transformation should first and foremost serve the interests of patients and health-care workers”.
While it is not always easy to demonstrate the immediate effect of guidelines on people’s health, there is no viable alternative to utilizing guidelines based on the best available evidence.
Yet, developing robust guidelines remains a challenge for most countries. “Guidelines need to be both simple to use and timely, they need to address people’s real needs, especially at the local level, and should ultimately reflect the resources available,” said Dr Natasha Azzopardi-Muscat, Director, Country Health Policies and Systems, WHO/Europe. “This means that any successful guideline needs to be adjusted and adapted to local contexts and realities.”
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Health facilities in the Region of the Americas frequently suffer the effects of health emergencies and disasters, which jeopardize their ability to provide services to the population. The STAR-H methodology helps staff responsible for health emergency and disaster risk management to identify and as
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sess risks as part of strategic planning to improve facility preparedness. It is intended to help them develop, with a multi-hazard approach, a response framework with operating procedures to deal with hazards of any type, scale, or frequency; determine roles and responsibilities; facilitate the effective use of resources; undertake strategic planning exercises, and improve the preparedness of facilities to effectively respond to and recover from impacts. This methodology is designed for use in health facilities of any size and capacity, and makes it possible to generate historical reports and national or subnational risk profiles. This information can be used to develop an effective health emergency and disaster risk management program.
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Adolescence is a critical stage in life for physical, cognitive and emotional development, shaping future health and well-being. Comprehensive measurement of adolescent health is essential to prioritize health issues, guide interventions and track progress. However, global, regional and national ado
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lescent health measurement has historically been inconsistent and incomplete.
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This manual has been designed to be used in conjunction with two earlier WHO publications, "Basic tests for pharmaceutical substances" (1986) and "Basic tests for pharmaceutical dosage forms" (1991). Most of the pharmaceutical substances and dosage forms covered are included in the WHO Model List of
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Essential Drugs. The present volume describes procedures for testing a further 23 pharmaceutical substances and 58 pharmaceutical dosage forms and also for testing 4 medicinal plant materials.
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GPHF-Minilab: Manuals
recommended
GPHF Minilab manuals on basic dye and thin layer chromatographic testing. The newest version of the manual (Volume I + II) from 2008 is available in three languages: English, French, Spanish. Combining the main manual with the supplements issued each year between 2010 and 2015, label claims on drug
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identity and content can now be verified for 75 active ingredients and their fixed-dose combination products using simple, rapid and affordable thin layer chromatographic tests. Please note: Only the demo versions are online available!! The complete manuals are only available after purchasing the Minilab!
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L’évaluation externe de la qualité (EEQ) est une composante importante des systèmes qualité des services de transfusion sanguine. L’EEQ est l’évaluation externe de la qualité générale des résultats obtenus par un laboratoire dans l’analyse d’échantillons de contrôle dont le cont
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enu est connu, mais n’a pas été dévoilé, et la comparaison de ces résultats avec ceux qu’ont obtenus d’autres laboratoires qui ont analysé les mêmes échantillons. Dans les laboratoires qui pratiquent le dépistage des infections transmissibles par transfusion (ITT) dans les dons de sang, la participation à l’EEQ aide à surveiller et améliorer la qualité des résultats. Les informations issues de l’EEQ permettent d’améliorer continuellement la qualité en mettant en évidence les erreurs d’un laboratoire et d’appliquer des mesures pour éviter qu’elles se reproduisent. L’EEQ joue ainsi un rôle essentiel dans l’amélioration de la sécurité transfusionnelle.
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