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https://www.selleckchem.com/products/pr-619.html Over time, an increase in UTI/pyelonephritis SARs was seen while SARs for angina and CHF decreased. Geographic variation was moderate overall and high for dehydration and angina (SCV=11.7-50.0). For all conditions combined, multivariable analysis showed lower urban population (adjusted coefficient -2.2 (-3.4 to -0.9, p<0.01)), lower GP supply (adjusted coefficient -5.5 (-8.2 to -2.9, p<0.01)) and higher geriatrician supply (adjusted coefficient 3.7 (0.5 to 6.9, p=0.02)) were associated with higher SARs. Future research should evaluate methods of preventing admissions for ACS conditions among older adults, including how resources are allocated at a local level. Future research should evaluate methods of preventing admissions for ACS conditions among older adults, including how resources are allocated at a local level. There is currently no defined method for assessing injury severity using population-based data, which limits our understanding of the burden of non-fatal injuries and community-based approaches for primary prevention of injuries. This study describes a systematic approach, Population-based Injury Severity Assessment (PISA) index, for assessing injury severity at the population level. Based on the WHO International Classification of Functionality conceptual model on health and disability, eight indicators for assessing injury severity were defined. The eight indicators assessed anatomical, physiological, postinjury immobility, hospitalisation, surgical treatment, disability, duration of assisted living and days lost from work or school. Using a large population-based survey conducted in 2013 including 1.16 million individuals from seven subdistricts of rural Bangladesh, information on the eight indicators were derived for all non-fatal injury events, and these were summarised into a single injury severity level, and is relevant for improving the characterisation of the burden and epidemiology of injuries i
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