Vanderbilt investigators have discovered that functional MRI detects neural activity in both gray and white matter in the brain, suggesting new ways to investigate diseases such as Alzheimer’s and multiple sclerosis.

A new probe enables iron imaging in living animals, providing a unique tool for studying iron’s contributions to health and disease.

Using super-resolution microscopy tools in the Nikon Center of Excellence, Vanderbilt investigators have determined the molecular architecture of the contractile ring machinery that functions during cell division — a process that is essential for life.

A noninvasive MRI technique may help predict a troubling side effect of common medications for Parkinson’s Disease and improve clinical treatment plans.

Removing part of a kidney with minimally invasive robotic surgery rather than an entire kidney when operating for smaller tumors is often best for patients from a recovery and health standpoint, but many surgeons hesitate to do so because of the complexity of the robotic partial nephrectomy procedure.

Assessing brain functional and structural connectivity in patients with temporal lobe epilepsy may be a useful way to identify the best candidates for surgical treatment.

A PET probe that detects the amino acid glutamine predicts whether tumors respond to certain targeted therapies in preclinical animal models.