Brain MRI shows that long-duration microgravity exposure expands astronauts’ brain fluid volumes and can cause pituitary gland deformation
Read article: MRI reveals long-term effects of space travel on the brain
A novel diffusion MRI-based method paves the way towards non-invasive measurements of axonal sizes
Read article: Peeking inside our brains: can MRI quantify axonal features?
Deep learning could analyse radiological features to diagnose COVID-19 faster than current blood tests
Read article: AI checks CT scans for COVID-19
X-ray detectors made from perovskite thin films are 100 times more sensitive than conventional silicon-based devices
Read article: Thin-film perovskite detectors could enable extremely low-dose medical imaging
A multicentre European project is developing a deep learning-based model to enhance CT diagnosis of COVID-19
Read article: Europe seeks to harness power of AI in COVID-19 crisis
Propagation-based phase-contrast CT generates higher quality diagnostic breast images than absorption-based CT, at a comparable dose to conventional mammography
Read article: Phase-contrast imaging could improve breast cancer diagnosis
Catherine Steffel contemplates PhD studies in a time of university shutdowns
Read article: Physics in the pandemic: ‘Work will always be there’
Computational analysis of MRI scans from glioblastoma patients may help predict survival and response to treatments
Read article: Radiomics-based MR image analysis can predict brain tumour prognosis
Ultrasound localization microscopy has potential to be a significant imaging modality for diagnosis and therapy monitoring of solid tumours
Read article: Ultrasound assessment of tumour oxygenation could guide cancer therapy
An artificial intelligence algorithm can provide fully automated quantification of emphysema
Read article: AI can enhance accuracy of CT scans in emphysema
