A new tool that uses molecular clues to determine what someone has eaten and a better understanding of how genes affect the way we break down food could pave the way for personalised dietary advice that not only helps people avoid diseases such as diabetes, cancer and heart disease, but could also lengthen life.
Nepotism, a lack of transparency and poor governance are among some of the challenging conditions faced by researchers in Central and Eastern Europe, according to a consortium of life scientists who have set up a project to raise the level of research excellence in those countries.
For many people who struggle to get a good night’s rest, being able to switch on and off the brain circuits that control sleep would be a life-changer. The good news is that’s exactly what scientists hope to do, but first they need to get a better understanding of what’s going on.
New portraits of the evolution of some of history’s deadliest pandemics have been created through analysis of thousands of skeletons and new collections of historical photographs - and the results could indicate how similar diseases may evolve in the future.
Genes and adverse childhood experiences could result in a hyperalert brain that is good at being ready for action but gives rise to insomnia in later life, according to Professor Eus Van Someren, a sleep expert at the Netherlands Institute for Neuroscience. He is investigating the link between insomnia and depression and has discovered a strong genetic correlation among the two conditions.
Reducing the trauma associated with bad memories while someone is asleep sounds like the stuff of science fiction, but it could become a reality in 10 years thanks to a greater understanding of how the brain encodes memories during sleep.
Internet of Things and social inclusion enterprises also recognised.
Expert networks have sprung into action to contain the disease.
The European Commission has launched plans for the next research funding programme.