Mapping unknown territory in the zebrafish brain to gain insight into neural structure

When one travels through rough terrain, maps come in handy. They also help researchers to study the complex organization of the brain. Scientists at the Max Planck Institute for Biological Intelligence have created a new set of maps for the zebrafish brain. They determined the activity of hundreds of genes with single-cell resolution and assembled the maps into an interactive atlas. The online resource supports researchers in finding their way around the brain of this vertebrate and provides new insights into neural structure and function.

New analysis could help forecast malaria outbreaks

As with COVID, public health agencies around the world have struggled to predict which communities will be hit the hardest with malaria, a life-threatening disease that infected an estimated 247 million people in 2021. A new Stanford-led study done in collaboration with local scientists and health care experts in Madagascar paves the way to using easily obtainable data to accurately predict malaria outbreaks in communities.

Study finds computer-based intervention is cost-effective at reducing binge drinking among adolescents

A computer-based intervention associated with reduced binge drinking episodes among high school students could yield a cost savings of eight thousand euros, according to a Spanish study published in Alcohol: Clinical and Experimental Research. The study found the computer-based intervention cost-effective, resulting in societal savings of €8,000 for each binge drinking episode averted. Computer and web-based interventions can potentially reach a far larger number of students than face-to-face screening and intervention.