While most medical research focuses on the quest for new treatments, much less attention is paid to how we can make better use of medicines that already exist. Yet up to half of patients don’t take long-term medicines as prescribed, which can result in serious harm or even death.
Caring for the growing number of patients with non-communicable disease is a challenge faced by policy-makers and healthcare providers across the world. To tackle the issue, a team of WUN experts in healthcare system planning have come together to share their unique insights from across Canada, the UK and Australia.
The Worldwide Universities Network (WUN) announced today the results of the 2014 round of the annual Research Development Fund, marking a direct investment into international, interdisciplinary research of £165,671 across 17 projects.
One of the world’s most vital resources—water—is increasingly at the centre of debate. Its scarcity has intensified the movement toward water as a human right, yet private control over water utilities is simultaneously increasing. Although this tension is only just emerging, experts believe it will rapidly intensify as more investors seek access to fresh water in new countries.
Health literacy is a relatively young field of research which focuses on people’s ability to understand health information and make decisions about their own health care. By helping patients to become more health literate, researchers hope to find ways to improve public health outcomes across low, middle and high-income countries.
From climate change to improving public health, the world’s 350 million Indigenous people share a number of urgent challenges in common. Yet while many Indigenous groups are actively involved in forging solutions to the issues they face, there are surprisingly few organisations dedicated to disseminating and sharing their insights.
Medical research and advanced mathematics are usually considered separate disciplines. But for one WUN collaboration, bringing maths and biology together could hold the key to understanding how cells in the human body signal to each other, and might potentially unlock the secrets of a range of non-communicable diseases.