News

The spread of yellow fever (YF) is a global health threat. In response to current outbreaks in Angola, other African countries, and China, which represents the first ever documented cases of YF in Asia, the World Health Organization (WHO) convened an emergency committee on May 19, 2016 to underscore the severity of the outbreak. In the current issue of the International Journal of Infectious Diseases, noted infectious disease authorities from South Africa and Singapore explain the epidemiology and ecology of YF and discuss the factors that can increase and decrease the likelihood of progression from outbreak to epidemic.

Harvard researchers have created a new, greatly simplified, platform for antibiotic discovery that may go a long way to solving the crisis of antibiotic resistance. In a study just published in the journal Nature, Andrew G. Myers and colleagues describe "a platform where we assemble eight (chemical) building blocks by a simple process to make macrolide antibiotics" without using erythromycin, the original macrolide antibiotic, and the drug upon which all others in the class have been based since the early 1950s.

A team led by researchers from Tianjin University in China has solved the structure of the Zika virus helicase, which is a key target for antiviral development. The research is published in Springer's journal Protein & Cell.

In the recent issue of EMBO reports, Barbara Han of the Cary Institute of Ecosystem Studies and John Drake of the University of Georgia Odum School of Ecology call for the creation of a global early warning system for infectious diseases. Such a system would use computer models to tap into environmental, epidemiological and molecular data, gathering the intelligence needed to forecast where disease risk is high and what actions could prevent outbreaks or contain epidemics.

Patients with obstructive lung disease who take inhaled corticosteroids (ICS) may be at greater risk for nontuberculous mycobacteria pulmonary disease (NTM PD), according to new research presented at the ATS 2016 International Conference.

A viral protein known as NS5 is a promising target for vaccines against Zika and related viruses, according to National Institutes of Health (NIH) scientists and colleagues at Mount Sinai's Icahn School of Medicine. Their study, published online May 19, 2016 in Cell Host & Microbe, suggests that altering or removing the NS5 protein from Zika virus would allow the human body's own immune defenses to attack the virus. The study found that NS5 prevents Zika virus-infected human cells from signaling immune system cells to make interferon, a powerful antiviral protein.