Structural views of the proteins that regulate the heartbeat may help improve existing treatments for cardiac arrhythmias.

Vanderbilt investigators have used sophisticated cell biological and structural techniques to “classify” mutations in potassium channels, studies that could lead to personalized treatment of heart rhythm disorders.

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

Elevated body temperature alone can increase vulnerability to fever-induced seizures, even in the absence of infection or inflammation.

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.

Understanding how mutations affect the structure and function of inhibitory neurotransmitter receptors will shed light on the mechanisms underlying some types of epilepsy.