Handheld imaging device combines advanced optics with deep learning to enable early detection of epithelial cancers
Read article: Affordable AI-powered endomicroscope lines up for early cancer detection
Ronan Smith from Adelaide University wins Physics in Medicine and Biology award for his work on a novel imaging method that uses X-rays to track lung ventilation
Read article: X-ray velocimetry study earns Ronan Smith the PMB Early Career Researcher Award
New MRI technique simultaneously maps multiple structural, physiological and molecular biomarkers to characterize brain tumours and multiple sclerosis lesions
Read article: Multiplexed MRI expands the power of conventional brain imaging
A high-resolution, motion-resolved MRI method provides rapid and reliable measurement of heart oxygen consumption
Read article: Non-invasive MRI test could enable early detection of heart failure
Advanced photon-counting detectors could transform clinical imaging
Read article: Counting photons could redefine the future of CT imaging
Artificial intelligence-based optical coherence tomography could improve long-term management of patients with coronary artery disease
Read article: Spectroscopic OCT plus AI detects high-risk plaque in coronary arteries
Integrating metamaterials into radiofrequency antennas improves image sharpness and enables faster data acquisition using existing MRI scanners
Read article: Metamaterial antennas enhance MR images of the eye and brain
Medical Sensors and Imaging will publish innovative research at the intersection of engineering, biomedical and computer sciences
Read article: New journal aims to advance the interdisciplinary field of personalized health
Label-free imaging technique can distinguish diseased cardiac tissue from healthy tissue and identify different types of fibrosis
Read article: Polarization-sensitive photoacoustic microscopy reveals heart tissue health
Speckle contrast optical spectroscopy provides a cost-effective way to assess cerebral blood flow for diagnosis of neurological disorders
Read article: Non-invasive wearable device measures blood flow to the brain
