Transcranial ultrafast ultrasound localization microscopy of injected microbubbles maps human brain vasculature with microscopic resolution
Read article: Ultrafast ultrasound maps tiny blood vessels deep in the human brain
A deep-learning framework achieves high performance in detecting metastases in lymph nodes
Read article: Deep learning helps doctors predict gastric cancer metastasis
A new take on optical coherence tomography provides high-resolution measurements of retinal vascular leakage
Read article: Contrast-enhanced OCT visualizes vascular leakage in the retina
Ultralow-field MRI scanners offer high flexibility at low cost, while ultrahigh-field MRI could prove optimal for imaging neurological disease
Read article: High-field versus low-field MRI: is it time for a rethink?
Diffusion-weighted MR imaging and machine learning techniques can accurately distinguish between common types of paediatric brain tumours
Read article: Diffusion MRI and machine learning models classify childhood brain tumours
The ability to noninvasively image photoreceptors with subcellular resolution could enable earlier detection of eye diseases
Read article: Sub-diffraction imaging of the human eye visualizes photoreceptors with unprecedented detail
Device might find use in healthcare applications such as portable mammography detectors
Read article: Flexible detector takes high-resolution X-ray images in 3D
Recent developments in PET technology include rapid, low-dose scans and lymph node imaging
Read article: Ultrafast low-dose PET scans will benefit cancer patients
Even once a new medical device is launched into clinical use, there’s still a great deal left to discover
Read article: Translating technology into the clinic is a two-way process
Speakers at the European Congress of Radiology described new techniques for easier MR imaging and lower-dose scanning of children
Read article: Technology advances improve imaging for paediatric patients
