Human mobility and globalization have brought new invasive species to other countries. In terms of environment and nature, some of…
Browsing: Viral > West Nile
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.
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.
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.
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.
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.