Nuclear medicine gives a more accurate diagnosis of kidney disease, but shear wave velocity provides a reliable, affordable and easily measured proxy
Read article: Ultrasound elastography is a quick and non-invasive way to spot kidney failure
Bringing radiology artificial intelligence technology to routine clinical practice will require four research priorities
Read article: The top four priorities for AI research in medical imaging
Clinical test could be developed using emission of near-infrared light
Read article: Imaging techniques shed light on amyloid fibrils associated with Alzheimer’s disease
Whole-body MRI may be quicker and cheaper than standard imaging for detecting cancer spread
Read article: Whole-body MRI gets cancer detection boost
Joe McEntee looks at the hurdles that need to be cleared before "bionanosensors" can detect harmful micro-organisms faster, quicker and more cheaply than ever before
Read article: Nanoparticles home in on infectious diseases
A newly developed MR imaging method can track kidney fibrosis during disease progression
Read article: Novel MRI technique diagnoses and monitors kidney fibrosis
A new MR elastography technique offers noninvasive tracking of brain functional activity at high speed
Read article: MR elastography method may speed up brain scans
An AI system used to detect breast cancer in mammograms achieved a comparable performance to 101 radiologists
Read article: Artificial intelligence versus 101 radiologists
The ACROBEAT gated acquisition protocol compensates for cardiac motion during cone-beam CT scans while lowering the imaging dose
Read article: ACROBEAT mitigates cardiac motion during imaging
Optical coherence tomography of potential donor kidneys could help narrow the gap between kidney supply and demand
Read article: OCT could help expand the kidney donor pool
