Non-invasive millimetre-wave imaging produces high-contrast 3D images of skin and can map tumours as accurately as histology
Read article: Millimetre-wave imaging delivers non-invasive skin cancer diagnosis
ESR’s new recommendations aim to promote understanding and use of imaging biomarkers as decision-making tools in clinical trials and routine practice
Read article: European Society of Radiology seeks to demystify biomarkers
A $2.03 million grant will help researchers develop optical technologies to monitor treatment response during head-and-neck cancer therapy
Read article: Optical imaging to monitor cancer response early in the treatment process
Retinal imaging system compensates for chromatic aberrations across different subjects and wavelengths in an individualized manner
Read article: Adjustable optometer corrects chromatic aberration
Applying radiomics and machine-learning techniques to CT data helps assess the aggressiveness of prostate cancer and guide treatment decisions
Read article: CT-based radiomics reveals prostate cancer risk
Gary Green, the chief technology officer at York Instruments, talks to Margaret Harris about starting a company to commercialize a new brain-imaging technology
Read article: Brain waves
With significant advances occurring in placental MRI, the time is now ripe for systematic and detailed MRI scans of the placenta in pregnancy
Read article: Is it time to get serious about the placenta?
A 3D scanner uses fringe projection and machine learning to analyse suspicious skin lesions
Read article: Intelligent 3D scanner helps diagnose skin cancers
The breast MRI protocol can be safely abbreviated by using diffusion-weighted imaging instead of delayed-phase enhancement
Read article: Diffusion-weighted imaging can streamline breast MRI
Researchers investigate the most common clinical applications for 3D-printed models created from paediatric MRI scans
Read article: What are the top five clinical applications of paediatric 3D printing?
