A point-of-care device uses a low-field single-sided magnetic resonance sensor to evaluate skeletal muscle
Read article: Single-sided MR sensor provides tissue analysis at the patient bedside
Harvard researchers have developed an MRI contrast agent that leverages immune cells to detect brain inflammation after mild traumatic brain injury in pigs
Read article: Macrophage-adhering micropatches enable MRI to detect brain inflammation
An ultrahigh-resolution 7 tesla MRI scanner resolves brain features 10 times smaller than can be seen by current 7 T systems
Read article: Next-generation 7 T scanner ramps the resolution of brain MR imaging
A portable Raman spectroscopy system can measure changes in brain neurochemistry via the eye
Read article: Handheld device uses eye-safe retinal spectroscopy to diagnose brain injury
This year’s RSNA annual meeting highlighted the latest advances in the use of artificial intelligence within radiology
Read article: RSNA 2023 showcases AI in radiology
Organic semiconductors modified with high-Z heteroatoms could create optimal X-ray detectors for medical imaging, radiotherapy and dosimetry
Read article: Flexible X-ray detectors line up for medical imaging and radiotherapy
Combining rapid DNA sequencing with neural network models to classify brain tumours during surgery helps neurosurgeons decide the extent of tumour resection
Read article: AI tool accelerates tumour classification during brain surgery
The 2024 Rank Prize for Optoelectronics has been awarded to four scientists for inventing adaptive optics technologies for imaging the human retina
Read article: Adaptive optics pioneers win Rank Prize for retinal imaging breakthroughs
Researchers develop an equitable imaging technology that mitigates skin tone bias in photoacoustic imaging
Read article: High-quality diagnostic imaging – for all skin tones
New technique can measure the elasticity of several eye components at the same time
Read article: Multi-eye-component imaging could help diagnose ocular disease
