Climate scientists set sail to explore changing Arctic Ocean
A new £10 million research programme to investigate how the Arctic Ocean is changing has launched its first cruise to the Barents Sea.
Global News
Leeds' staff recognised in Queen's Birthday Honours
University of Leeds staff have been recognised in the Queen’s Birthday Honours.
Better tools to study the processes of life
Scientists have developed a new biological tool for examining molecules – the building blocks of life. It could provide new insights and benefits such as reducing numbers of animals used in research.
Gold for Leeds in the Teaching Excellence Framework
The University of Leeds has achieved a Gold rating in the Teaching Excellence Framework (TEF), the highest award possible.
Genetic risk of pre-eclampsia in pregnancy
A major international study has revealed for the first time how a baby’s DNA can increase the risk its mother will develop pre-eclampsia – a potentially lethal condition for both mother and child.
Scientists a step closer to drug treatment for Hepatitis B
A major new insight into how Hepatitis B Virus works could pave the way for new drug treatments for the infection which is the major cause of liver cancer worldwide.
Resilience robots to be tested at national challenge event
Ten of the most advanced infrastructure robots and systems currently in development will be put to the test later this month at the UK Robotics Week Resilient Infrastructure Challenge event in Leeds.
Volcanic ‘plumerang’ could impact human health
A new study has found a previously undetected potential health risk from the high concentration of small particles found in the boomerang-like return of a volcanic plume.
Degree partnership with PwC will address skills gap
A significant partnership between global professional services firm PwC and the University has created a new degree apprenticeship, an innovative way for young people to launch a career in technology.
New insights into how Zika causes microcephaly
Scientists have uncovered why the Zika virus may specifically target neural stem cells in the developing brain, potentially leading to microcephaly.