Using shear wave elastography to help detect residual cancerous tissue after brain tumour resection could improve the patient’s outcome
Read article: Shear wave elastography can guide brain tumour surgery
Wearing a face mask during functional MRI alters the baseline signal, but has no significant impact on the task-activated response
Read article: How do surgical face masks affect functional MRI measurements?
Perovskites 3D printed on graphene create a highly efficient X-ray detector that could considerably improve the performance of medical imaging devices
Read article: 3D printing perovskites onto graphene creates ultrasensitive X-ray detector
A prototype monochromatic X-ray source creates high-quality breast images at far lower doses than current mammography systems
Read article: Monochromatic X-ray source could make mammograms safer
A deep-learning method that predicts cardiovascular events can be seamlessly integrated into the routine care pathway
Read article: Open-source algorithm predicts heart attack risk from chest CT scan
Compared with 18F-FDG PET/CT scans, whole-body MR imaging detects more myeloma lesions, enabling critical treatment to be initiated earlier
Read article: Whole-body MRI could prove optimal for detecting myeloma
An algorithm that reconstructs high-resolution ultrasound bone images has potential for detecting early signs of osteoporosis
Read article: Ultrasonic CT delivers detailed images of bone microstructure
Measuring tissue stiffness while the subject sings could help detect cancerous nodules in the thyroid
Read article: Singing plays a key role in thyroid cancer test
New educational course promises to improve access to medical imaging services to patients across the globe
Read article: Radiology training course improves global access to medical imaging
A combination of three optical spectroscopic techniques shows potential to improve in vivo detection and delineation of glioblastoma
Read article: Multimodal spectroscopy detects brain tumours in vivo
