New research shows common local mosquitoes aren’t able to spread Zika. This means Australia is unlikely to see a major outbreak of the disease. But a risk remains in northern Queensland.
A computer model suggests that while more cases of Zika can be expected in the continental U.S. outbreaks will probably be small and are not projected to spread.
Stories of meningococcal outbreaks tell us it’s that season again. But what is meningococcal, why does it occur in seasons, and why does it strike fear into the hearts of so many?
While no one likes getting bitten by mosquitoes, you might be surprised (and even a little fascinated) at the complex adaptions mosquitoes have developed to locate their favorite food sources.
Physicians like me are learning about Zika along with our patients. This takes a dose of humility on our part and an understanding from our patients that we learn something new every single day.
Worldwide, around 30 million people enter and leave prison each year. Of these people, around 4.5 million have hepatitis C, almost 1 million have HIV and 1.5 million have hepatitis B infections.
The world’s scientific community is focused on how to improve detection and responses to emerging diseases such as Zika virus and Ebola. So what can we learn from the most recent large-scale outbreaks?
Models based on where the mosquitoes that transmit Zika are found and human travel patterns to and from infected areas are key to predicting where the virus will spread.
Zika was discovered almost 70 years ago, but wasn’t associated with outbreaks until 2007. So how did this formerly obscure virus wind up causing so much trouble in Brazil?
Missing links make a good story, but not good science. Outdated metaphors don’t help us understand the rapid evolution of infectious diseases such as flu and malaria.
A year ago, Dr Kent Brantly became the first person treated for Ebola in the US. The director of Emory University’s Serious Communicable Disease Unit looks back at we have – and haven’t – learned.