Radiomics is poised to be a pivotal process for developing new diagnostic imaging strategies and therapies, delegates learned at the French radiology congress JFR 2018
Read article: Spotlight falls on radiomics at French radiology congress
An artificial intelligence model can assess breast density in mammograms as reliably as an expert radiologist
Read article: Deep-learning algorithm identifies dense tissue in mammograms
A flexible patch uses ultrasound to perform non-invasive, accurate and continuous monitoring of blood pressure
Read article: Wearable patch measures central blood pressure
A smartphone-compatible device, combined with a machine learning algorithm, allows accurate diagnosis and monitoring of atrial fibrillation
Read article: Smartphone app tracks heart condition at home
A non-invasive imaging device can detect high intracranial pressure by examining the patient's eye with ultrasound
Read article: Ultrasound tool can detect high brain pressure at the scene of an accident
Time-resolved near-infrared imaging can track brain atrophy arising from neurodegenerative diseases
Read article: Non-invasive NIR imaging tracks brain shrinkage
An artificial intelligence algorithm produces synthetic brain MR images, solving one of the big challenges in training AI algorithms
Read article: AI algorithm produces synthetic brain MR images
Split‐filter dual‐energy CT enables more accurate delineation of pancreatic tumours for planning radiation treatment
Read article: Split‐filter DECT improves tumour visibility for radiotherapy planning
A novel MR imaging method maps metabolism in real time using only harmless heavy hydrogen atoms
Read article: Heavy hydrogen tracks glucose metabolism in vivo
An ultrasound transducer made from inexpensive polymers could be used to create low-cost, wearable ultrasound devices
Read article: Polymer transducer paves the way for low-cost ultrasound
