Nick Klenske

New research indicates that the best way to treat disorders associated with long-lasting fear and trauma is to reassociate the fear with a sense of safety.

A routine follow-up PET scan of an oncologic patient left Daniel Steinberger, MD, assistant professor and a nuclear radiologist at the University of Minnesota, Minneapolis, puzzled.

Radiomics — an emerging field in medical imaging — shows promising results in tumor classification in colorectal cancer, new Radiology: Imaging Cancer research shows.

New research demonstrates that screening for the condition can help improve disease management and reduce its impact on the well-being of older people.

New comparative research opens the door to better diagnosis and more effective treatment of elderly patients with anaemia and low-risk myelodysplastic syndromes.

A new slippery coating could help reduce the trauma caused when neural devices are surgically implanted into the brain.

The EU-funded RD-Connect Project is accelerating rare disease research by connecting databases, patient registries, and biobanks into a central platform available to researchers across the globe.

With a focus on detecting bladder cancer at an early stage, new research aims to stop its often-deadly progression.

A Danish manufacturer has developed a ground-breaking, plastic-free root canal filling solution thanks to EU backing of the SOFT-CORE 2K project.

A new, non-toxic histological fixative is safer for clinicians and better for the environment.

New research shows the important role that the ‘sleep hubs’ distributed throughout the brain play in ensuring a restful night.

New research highlights how the body develops checkpoints that sense and repair damaged DNA, thus serving as an important anticancer barrier.

To help bring biosensors into the point-of-care setting, the EU-funded Nanonets2Sense project explored the potential use of nanonets for the 3D integration of biosensors on complementary metal oxide semiconductor technology.

New point-of-care technology aims to accelerate the diagnosis and treatment of sepsis – all at just a fraction of current costs.

By building the market’s first commercial lab-scale soft X-ray microscope, the EU-funded SMILE project has helped increase researcher productivity.