0 Harnessing citizen science to tackle mosquito-borne diseases
Human mobility and globalization have brought new invasive species to other countries. In terms of environment and nature, some of…
Browsing: Viral > West Nile
0 Mosquito-borne diseases – how can omics help characterize vectors?
In this exclusive opinion piece, the authors discuss how ‘OMICS’ can help to unravel molecular dynamics driving the complex biological process involved in disease transmission.
0 What influence do socio-ecological factors have on mosquito density?
A new study has suggested that higher amounts of decaying infrastructure in lower socioeconomic neighborhoods may provide more breeding sites for mosquitoes, leaving residents vulnerable to mosquito-borne diseases.
0 Do we need alternative control measures for Zika?
Insecticides, commonly used as a mosquito control measure against diseases such as Zika, may affect the development of motor functions in infants according to new research.
0 What can climate-driven models teach us about the Zika outbreak?
Environmental change, and a growing and more connected population will promote vector-borne disease risk further. In this opinion piece, the authors discuss the role of climate modeling in disease prediction and epidemiology.
0 Could a new vaccine help protect against a broad range of mosquito-borne diseases?
The National Institutes of Health (MD, USA) have begun a Phase I clinical trial examining a vaccine intended to provide broad protection against a range of mosquito-borne diseases by targeting the insect’s saliva.
0 Could drought increase the severity of West Nile virus outbreaks?
A recent study has demonstrated that drought is linked with increased severity of West Nile virus epidemics in the USA; these findings could help predict future outbreaks and guide public health efforts.