A quick reference guide for health authorities and health-care workers
Revised 2015
THE SYRIAN ARAB REPUBLIC, IRAQ, JORDAN, LEBANON, TURKEY, WEST BANK AND GAZA STRIP, EGYPT
A guide for health professionals in low-resource settings, Infection Prevention and Control is a must-have manual for nurses, doctors, and health administrators, and especially those in resource-limited settings
Based on our experience of the COVID-19 spread in South Africa we have written a learni...ng chapter on COVID for healthcare workers that has been added to our Infection Prevention and Control book which can be accessed free on https://bettercare.co.za/learn
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This Framework offers a coherent approach for eliminating tuberculosis (TB) in low-incidence countries. It is designed to guide national policy-makers and those responsible for technical aspects of the national TB response in accelerating efforts towards elimination. The document will also be inform...ative for public health surveillance officers, practitioners and nongovernmental and civil society partners working on natioal TB care and prevention and serving the populations most vulnerable to TB.
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Working document from an informal consultation of experts. A Protocol for risk assessment at the field level. The purpose of document is to provide guidance on the methodology to be used for assessing, at field level, the yellow fever virus circulation in areas at risk, and is primarily intended fo...r public health specialists
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Armed Forces Pest Management Board Technical Guide No. 47
Short animation on Dengue prevention and control.
This guide is a resource for physicians and other health care professionals who provide care and treatment to patients with drug-resistant tuberculosis.
Good practice examples from India
The elimination scenario planning (ESP) manual provides malaria-endemic countries with a comprehensive framework to assess different scenarios for moving towards this goal, depending on programme coverage and funding availability. It also helps countries set realistic timelines and provides essentia...l knowledge for strategic planning in the long term.
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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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Dengue is a mosquito-borne viral disease that occurs mainly in the tropics and subtropics but has a high potential to spread to new areas. Dengue infections are climate sensitive, so it is important to better understand how changing climate factors affect the potential for geographic spread and futu...re dengue epidemics. Vectorial capacity (VC) describes a vector's propensity to transmit dengue taking into account human, virus, and vector interactions. VC is highly temperature dependent, but most dengue models only take mean temperature values into account. Recent evidence shows that diurnal temperature range (DTR) plays an important role in influencing the behavior of the primary dengue vector Aedes aegypti. In this study, we used relative VC to estimate dengue epidemic potential (DEP) based on the temperature and DTR dependence of the parameters of A. aegypti. We found a strong temperature dependence of DEP; it peaked at a mean temperature of 29.3°C when DTR was 0°C and at 20°C when DTR was 20°C. Increasing average temperatures up to 29°C led to an increased DEP, but temperatures above 29°C reduced DEP. In tropical areas where the mean temperatures are close to 29°C, a small DTR increased DEP while a large DTR reduced it. In cold to temperate or extremely hot climates where the mean temperatures are far from 29°C, increasing DTR was associated with increasing DEP. Incorporating these findings using historical and predicted temperature and DTR over a two hundred year period (1901-2099), we found an increasing trend of global DEP in temperate regions. Small increases in DEP were observed over the last 100 years and large increases are expected by the end of this century in temperate Northern Hemisphere regions using climate change projections. These findings illustrate the importance of including DTR when mapping DEP based on VC.
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