A machine-learning-based approach effectively combines images from different modalities to classify patients with head-and-neck cancer
Read article: ‘Multifaceted radiomics’ predicts cancer metastasis risk
Harmonic optical tomography, a new type of nonlinear microscopy, can rapidly produce 3D images of biological samples
Read article: HOT technique produces clear 3D images of biological structures
Two-photon fluorescence microscopy could identify cancers of the cervix and other epithelial tissues before they develop
Read article: Label-free fluorescence microscopy offers early cancer detection
The COVID-19 pandemic has led to a sudden increase in data sharing, multicentre image data collection, online data annotation, deep learning and the building of large repositories
Read article: Pandemic leads to surge of interest in informatics
Three-dimensional ultrafast Doppler coronary angiography enables quantitative imaging of coronary blood flow in a single heartbeat
Read article: 3D ultrafast ultrasound quantifies coronary blood flow
A new microscopy technique measures the location and orientation of single molecules to provide insight into Alzheimer's and Parkinson's disease
Read article: Super-resolution microscopy reveals nanoscale details of amyloid protein structures
Uptake of a hepatobiliary MR contrast agent helps predict tumour aggressiveness and recurrence-free survival in patients with liver cancer
Read article: Contrast-enhanced MRI shines light on liver cancer survival
Medical image reconstruction algorithms based on artificial intelligence and deep learning may lead to false positives and false negatives
Read article: AI-reconstructed medical images can’t be trusted
Researchers from Heidelberg University Hospital add support to the clinical use of reduced-dose dual-layer spectral CT
Read article: Dual-layer spectral CT proves feasible for routine practice
New technique allows the cells involved in age-related macular degeneration to be observed more easily, raising hopes for earlier diagnosis
Read article: Retinal imaging goes high resolution
