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- Climatic Risk Factors and Social Determinants of Dengue in the . . .
There is growing literature around the potential association of climate change and the increasing transmission of vector-borne diseases including dengue and in some parts of the world Climate change is expected to affect the known social determinants of dengue infection
- ETD | The role of disease-driven human mobility changes in dengue . . .
Data were analyzed on the mobility of symptomatic dengue cases and their social contacts, then the impact of these disease-driven mobility changes on human-mosquito contacts and onward DENV transmission was determined
- Epidemiologic risk of dengue and the role of human movement in an . . .
The behavior of the host is integral to understanding dengue epidemiology and risk of exposure to the vector, Aedes aegypti Because the vector moves relatively short distances and feeds during the day, movement patterns of humans may play an important role in disease propagation
- Modeling the Effects of Vaccination on Dengue Pathogenesis Evolution . . .
Specifically, in the case of dengue, peak viral load is highly associated with the manifestation of dengue hemorrhagic fever or dengue shock syndrom (DHF DSS) Here, we examine how a licensed dengue vaccine (Dengvaxia) may impact the evolution of dengue strains that cause DHF DSS
- Molecular Epidemiology of a Type 4 Dengue Virus Outbreak in Paraguay . . .
Abstract Background: Dengue virus type 4 (DENV-4), first detected in Paraguay in 2012, had persisted in the country as a non-predominant type In 2019-2020, DENV-4 became predominant and caused an outbreak in Paraguay that spanned two waves: a smaller first wave in mid-2019 and a larger second wave between late 2019 and early 2020
- Dengue plasmablast responses and their cross-reactivity to Zika virus . . .
To better understand how plasmablasts contribute to dengue protection immunopathology, we isolated plasmablasts from four secondary DENV2-infected patients, and generated monoclonal antibodies (mAbs) by in vitro expression cloning
- Development of a DNAzyme-based, Self-catalyzing Reaction and Self . . .
This project focuses on developing a test for heavily conserved Dengue RNA components The system utilizes a DNAzyme-based, self-catalyzing reaction coupled with a gold nanoparticle self-assembly reaction to produce a colorimetric readout in the presence of viral DNA RNA targets
- Distribution Agreement - etd. library. emory. edu
Introduction Background on the Disease Dengue is an acute arthropod-borne disease caused by infection with Dengue virus (DENV), a positive-strand RNA virus with four different serotypes (DENV 1, DENV 2, DENV 3, DENV 4) that is part of the Flavivirus genus along with Yellow Fever, West Nile, and Zika (Fares, 2015; Simmons, 2012; Levi, 2015)
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