The genome of the tsetse fly was sequenced in April, and it means scientists are closing in on a way to fight diseases caused by the pathogen it carries, according to Professor Jan Van Den Abbeele at the Institute of Tropical Medicine in Antwerp, who helped generate the data along with his team of researchers.
Many football fans watch matches on the sofa or in the pub, and their fitness levels often contrast hugely with those of the players on the field. New efforts are underway to convert their fandom into motivation to get active and improve their health, or even to channel their support in socially beneficial ways.
The idea that an athlete could change their genes to grow bigger muscles, or increase their body’s production of red blood cells, may sound like the stuff of fantasy, but halting the development of ‘gene doping’ technology is one of the main research priorities of the World Anti-Doping Agency (WADA), according to Dr Olivier Rabin, the organisation’s science director.
The challenge of tackling some diseases is too great for just one institution, company or country. The Innovative Medicines Initiative (IMI) is showing that by bringing people together, real progress can be made, according to Professor Michel Goldman, the initiative’s executive director.
Human-robot interactions tell us more about how our brains work.
Oil spills are one of the major risks.
Governments at COP24 should focus on building a global electricity grid, says Prof. Damien Ernst.