Drug assessment for potential negative effects on patients’ hearts is a cost-intensive task, and it still occasionally fails to deliver on its promise. The EU-funded MAREP project has created a new laser-based technology that can streamline the drug development process. At the same time, it enhances patient safety which is a big plus for all citizens.
Millions of people suffer from brain diseases. To better understand what happens in the brains of these patients, the EU-funded RobustSynapses project focused on synapses, where many brain conditions often first develop. By identifying key things that can go wrong, the project team has opened the door to potential new targets for life-saving treatments that would benefit everyone.
If countries can't train high-quality research staff, they will struggle to deliver innovative cancer treatments. An EU-funded project enabled four academic institutions to exchange staff and share best practices, resulting in various career advancements and successful research grant applications. These will benefit citizens through the researchers' expanding skills to advance cancer treatments.
Short Bowel Syndrome is a medical disorder without a cure and with limited treatment options. But one EU-funded project aimed to change this by creating a functional small bowel using a patient’s own cells or tissue. The result has the potential to substantially improve the chances of survival and the standard of living for those suffering from the disorder.
Probiotics are used by many citizens as a means to preserve or restore the 'good' bacteria in the gut. The EU-funded MetaBiota project has gone one step further by demonstrating how these beneficial bacteria - the microbiota - also have a positive impact on helping stroke patients make a better recovery. This could open the door to a number of new and exciting treatment options.
Intrapartum antimicrobial prophylaxis (IAP), is a standard procedure used while delivering babies. According to EU-funded researchers, it may have important implications for infant health, increasing risks of obesity, diabetes, and antibiotics resistance. This finding opens the door to the development of new dietary strategies for minimising the effect of this very common medical procedure.
Patients who've gone through chemotherapy know that as effective as it may be, it also causes a lot of damage to otherwise healthy cells. The EU-funded NANOCARGO project has pushed a solution forward for breast cancer that would avoid such damage. This breakthrough could benefit the many thousands upon thousands of women in Europe who undergo treatment for breast cancer every year.
Technology developed in an EU-funded project for high-energy physics experiments also has the potential to greatly enhance the sensitivity of PET scanners for medical imaging.
When COVID-19 was declared a global pandemic by the WHO, an EU funded research project immediately stepped up to the plate. BioExcel, one of Europe's leading centres for computational biomolecular research, gave priority access to its supercomputing facilities and cutting-edge software. This will help researchers and innovators across Europe in the fight against coronavirus.
European researchers have been building the Virtual Physiological Human (VPH), a full computer model of the body. Through this process, an EU-funded project focused on improving cardiovascular care, and several key results are now being implemented by industry. The ultimate aim of all this is to turn basic science into real medical practices that will benefit patients and improve care standards.
