Researchers develop new tool to study how TMS affects the brain

Researchers at the University of Iowa and Stanford University have developed a new tool that allows scientists to safely and accurately measure the effect of transcranial magnetic stimulation (TMS) on the activity of deep brain structures. The new technique, known as TMS-iEEG (intracranial electrocorticography), is providing hard data on how TMS works and may lead to improvements in the technology that is currently used to treat several neuropsychiatric conditions.

Nicole Fleege: Coming home again

From a young age, Nicole Fleege, MD’s family told her she could be anything she wanted to be. She oscillated between dreams of being a doctor, a lawyer, or a veterinarian. However, when it came to deciding whether she wanted a career in medicine, she was hesitant. “I took a detour from medicine because my dad got cancer when I was a junior in high school, and then passed away from lung cancer when I was a senior,” she explains. “So my first few years in college, I just wasn’t sure I wanted to do medicine.”

2022 Distinguished Alumni Award for Service: Janet Schlechte, MD

Janet Schlechte’s (78R, 81F–internal medicine) clinical research on the relationship between prolactinomas and bone loss has shaped the understanding of how the endocrine and skeletal systems interact, garnering her invitations to present at conferences around the world. In 1996, Schlechte was elected to the most prestigious academic medical society in North America, the Association of American Physicians, and later she became the only woman among a handful of Iowans to be selected as Master of the American College of Physicians. She is a professor emerita in the UI Department of Internal Medicine.