EU-funding under the ALTEREGO project has helped researchers develop a ‘mirror game’ using artificial intelligence that could provide an affordable, non-invasive way to diagnose and monitor schizophrenia.
Various studies have established the link between high body-mass index (BMI) in pregnancy and overweight newborn babies. But does this link apply to children and teenagers? New research funded in part under the OBESITYDEVELOP project has set out to verify this hypothesis.
Part-supported through the EU-funded LUMINOUS project, neuroscientists have developed a revolutionary brain-computer interface with those in complete locked-in state (CLIS).
The EU funded POLYACT project applied textile fabrication principles to the production of microactuators, offering a range of biomedical applications both inside and outside the body.
US-based researchers have identified how the compound lysergic acid diethylamide (LSD) attaches to serotonin receptors in the brain and why it is so potent.
Through a better understanding of how the HIV virus gets past the body’s immune defence, EU-funded scientists hope to be on the path towards a cure.
A new technology combining photoacoustics with ultrasounds has enabled the University of Twente to differentiate between arthritic and healthy fingers, diagnose liber fibrosis and even measure blood velocity. Soon, this device could also be tested for mapping the likes of skin cancer, burns or hardening of the arteries.
The EU-funded DISEASES project has been exploring how the Victorians diagnosed, understood and dealt with many of the phenomena related to stress and overload that characterise today’s modern globalised society. One intriguing discovery has been on the Victorian emphasis on phobias, particularly ailurophobia – the fear of cats.
Researchers have found that our increasing thirst for digital technology can have negative effects on our mental and physical health, neurological development and personal relationships.
It has been said that spending too much time on a smartphone can negatively impact brain development or even cause damage to the neck. But don’t toss yours in the bin just yet. An EU-funded project is working on smartphones’ health cred by developing ‘Sniffphone’ - a module capable of analysing the user’s breath to detect as many as 17 diseases.