Read article: Lung images reveal how breathing distribution differs between the sexes
Electrical impedance tomography data demonstrate that ventilation is more evenly distributed in women than in men
Read article: Researchers build 0.05 T MRI scanner that produces diagnostic quality images
A low-cost, ultralow-field whole-body MRI scanner that doesn’t require shielding aims to close the global gap in MRI availability
Read article: Ultrasound patch continuously tracks blood flow in the brain
Wearable ultrasound patch enables volumetric mapping of the cerebral arteries and continuous monitoring of blood flow in the brain
Read article: Dark-field X-ray imaging reveals potential of nanoparticle-delivered gene therapy
The use of magnetically guided nanoparticles as targeted delivery vehicles could one day lead to a treatment for cystic fibrosis
Read article: Spectral and phase-contrast CT combine strengths to enhance X-ray imaging
Researchers demonstrate the first integration of spectral and phase-contrast computed tomography using tomographic edge-illumination
Read article: Molecular imaging technique could improve breast cancer screening
Low-dose positron emission mammography could prove particularly valuable for detecting cancer in dense breast tissue
Read article: Functional ultrasound imaging provides real-time feedback during spinal surgery
Imaging spinal cord activity during electrical stimulation treatments could help surgeons optimize pain relief outcomes in real time
Read article: Single-sided MR sensor provides tissue analysis at the patient bedside
A point-of-care device uses a low-field single-sided magnetic resonance sensor to evaluate skeletal muscle
Read article: Macrophage-adhering micropatches enable MRI to detect brain inflammation
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: Next-generation 7 T scanner ramps the resolution of brain MR imaging
An ultrahigh-resolution 7 tesla MRI scanner resolves brain features 10 times smaller than can be seen by current 7 T systems
