Novel imaging probe combines a long-chain fatty acid with a near-infrared dye to improve intraoperative visualization of brain tumour margins
Read article: Optical imaging probe designed to increase safety and efficacy of glioblastoma surgery
A multidisciplinary research team shares tips on how to mitigate bias in artificial intelligence models used in radiology
Read article: AI algorithms in radiology: how to identify and prevent inadvertent bias
The first generative AI tool to be integrated into a clinical workflow eases the creation of radiography reports
Read article: Generative AI speeds medical image analysis without impacting accuracy
Portable multiphoton microscopy system uses femtosecond laser pulses to create pathology-quality diagnostic images
Read article: Simultaneous two- and three-photon imaging enables rapid cancer diagnosis
A novel light-focusing technique could enable diagnostic and therapeutic applications, as Jude Dineley explains
Read article: TRAP focuses deep into tissue
MRI of inhaled perfluoropropane can assess regional lung ventilation and monitor improvements in response to medication
Read article: Novel MRI technique can quantify lung function
Proof-of-concept MPI system provides a pathway towards functional human neuroimaging
Read article: Magnetic particle imaging designed for the human brain
James McKenzie gets excited by the firms winning Institute of Physics business awards
Read article: Imaging and medical-physics firms bag Institute of Physics business awards 2024
The FastGlioma tool could enable rapid and accurate detection of microscopic tumour infiltration, improving the success of brain cancer surgery
Read article: AI-powered tool detects residual tumour during brain surgery
Interconnected single-crystal devices significantly reduce X-ray detection thresholds while increasing spatial resolution
Read article: Cascaded crystals move towards ultralow-dose X-ray imaging
