Objectives: Fecal blood testing is a noninvasive alternative to colonoscopy for colorectal cancer (CRC) screening and is preferred by a substantial proportion of individuals. However, participant-related determinants of the choice of screening method, particularly up-to-date screening status, remain less studied. We aimed to determine if up-to-date screening status was related to choosing a fecal blood test over colonoscopy.
View Article and Find Full Text PDFBackground: Breast cancer stands as the leading cause of cancer related mortality in women worldwide. Mammography screening has the potential to improve prognosis by reducing stage at diagnosis. Socioeconomic inequalities in mammography cancer screening have been widely reported.
View Article and Find Full Text PDFBackground: Reading volume and mammography screening performance appear positively correlated. Quality and effectiveness were compared across low-volume screening programmes targeting relatively small populations and operating under the same decentralised healthcare system. Except for accreditation of 2nd readers (restrictive vs non-restrictive strategy), these organised programmes had similar screening regimen/procedures and duration, which maximises comparability.
View Article and Find Full Text PDFBackground: Detailed comparison of effectiveness between organised and opportunistic mammography screening operating in the same country has seldom been carried out.
Patients And Methods: Prognostic indicators, as defined in the European Guidelines, were used to evaluate screening effectiveness in Switzerland. Matching of screening programmes' records with population-based cancer registries enabled to compare indicators of effectiveness by screening and detection modality (organised versus opportunistic screening, unscreened, interval cancers).
At the present time, cholera epidemics have become annual, even seasonal, events in Chad. This review of data obtained from a Division of the Sanitation Information System in Chad was carried out to determine the epidemiological profile and natural course of cholera in Chad and to propose preventive measures within the country's means. The main findings were that cholera epidemics start at the junction between the dry and rainy season (March to June), that they last for six months, and that peak incidence occurs 4 to 6 weeks after the first reported cases.
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