Using functional MRI, researchers at the University of Michigan and the VA in Ann Arbor have shown that mindfulness training can increase resting-state functional connectivity in the brains of combat veterans suffering with PTSD. 

Researchers from Duke University have developed a new imaging system using zebrafish cells to study how skin responds to disease and injury.

Korean researchers have developed a new holographic imaging tool capable of viewing and analyzing living cells in 3D without staining.

As modern manufacturing, consumer products and industrial processes continue to utilize the rapidly evolving science of nanotechnology, identifying and studying the possible adverse effects of nanoparticle exposure is vital to ensuring the health and safety of consumers, industry workers and the environment.

New research led by scientists at the University of Missouri School of Medicine could accelerate stroke care by using imaging to track enzyme formation inside the brains of stroke victims in real-time, according to results of a study recently published in the Journal of Cerebral Blood Flow and Metabolism.

Researchers from Duke University have developed a new type of molecular tag that can enhance MRI signals by up to 10,000 times, according to results of a study published in the March 25 issue of Science Advances.

The Mayo Clinic has installed a prototype MRI brain scanner from GE that’s one-third the size of—and 10 times lighter than—standard MR scanners. Yet, despite its diminutive footprint, the machine totes a powerful 3-T magnet.

From re-imagining medical imaging to replacing tissues and organs to designing “human-centered” medicines, 3D printing is emerging as the healthcare technology to reckon with in the 21st century.