Researchers at NIST are investigating ways to expand the clinical applications of portable low-field MRI systems
Read article: Iron oxide nanoparticles boost the contrast in low-field MRI scanners
Researchers in Denmark, Scotland and Australia have come up with an alternative take on optical coherence tomography
Read article: Spatially offset OCT: counter-intuitive scheme delivers high-contrast imaging at depth
Breast imaging using grating interferometry-based phase-contrast CT offers increased resolution for the same radiation dose
Read article: Grating interferometry could enable earlier detection of breast cancer
An inverse designed meta-optic can reduce the length of an endoscope tip by a third
Read article: Meta-optical fibres downsize endoscopes
Artificial intelligence classifies cardiac functions and valvular heart diseases from widely available chest radiographs
Read article: Deep-learning model uses chest X-rays to detect heart disease
A flexible breast coil array that can be worn like a sports bra could improve patient comfort and enable more time-efficient breast MRI
Read article: Wearable coil vest could change the game in breast MRI
At a similar radiation dose, photon-counting CT offers better image quality than dual-source CT in babies and infants with suspected congenital heart defects
Read article: Photon-counting CT improves cardiac imaging in infants with heart defects
A wearable MEG system combined with matrix coil magnetic shielding enables brain scanning while people stand and walk around
Read article: Wearable scanner measures brain function in people on the move
Researchers quantify glucose metabolism and metabolites at high resolution without the need to administer radioactive substances
Read article: MR spectroscopy maps brain glucose metabolism without requiring radiation
Quantum-boosted approach almost doubles the sensitivity of magnetic induction tomography
Read article: Entangled atoms enhance tomography technique
