Refinement of suspected dengue signals across three test scenarios.

<p>Refinement of suspected dengue signals across three test scenarios.</p>

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Bibliographic Details
Main Author:	Matthias Hans Belau (11815327) (author)
Other Authors:	Juliane Boenecke (9955322) (author), Jonathan Ströbele (20957510) (author), Mirko Himmel (245799) (author), Daria Dretvić (20957513) (author), Ummul-Khair Mustafa (20957516) (author), Katharina Sophia Kreppel (17427365) (author), Elingarami Sauli (9127757) (author), Johanna Brinkel (5009360) (author), Ulfia Annette Clemen (20957519) (author), Thomas Clemen (20957522) (author), Wolfgang Streit (3477023) (author), Jürgen May (166897) (author), Amena Almes Ahmad (20957525) (author), Ralf Reintjes (72278) (author), Heiko Becher (44658) (author)
Published:	2025
Subjects:	Medicine Neuroscience Biotechnology Cancer Infectious Diseases Virology Computational Biology limited routine surveillance limited diagnostic capacity historical clinical signals enhance early detection various methodological components neglected infectious diseases 795 confirmed cases public health risk world &# 8217 test signal across potential dengue outbreaks dengue fever cases tanzania </ p &# 8217 dengue outbreaks dengue fever target diseases confirmed diagnosis suspected dengue specific risk risk assessment dengue yes methodological framework xlink "> regional level rate ratio rapidly determine prioritizing interventions open sources first focused epidemic preparedness epidemic intelligence dependent variable contextual indicators case definition
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