Assistant Professor Travis Rotterman studies CNS function and malfunction in rodents to understand human malfunction. By Danny Giancioppo, Photo by Jackie Riccardi, Figures provided by the Rotterman Group Growing up working on a farm, the lab might seem a lifetime away. The world may instead be centered around strenuous physical effort, community, and––of course––small-town sports. […]
by Jack Osmond Whether in her home state of Michigan, during her high school years in Virginia, or in the city of Boston, Kate Herrema has always had an aptitude for science and math. But it wasn't until she took a psychology class in high school that she discovered her interest in neuroscience. “I remember […]
A society of neuroscience experts are creating a dedicated hub of resources for fNIRS research. by Danny Giancioppo Research Associate Professor Meryem Yücel (BME) isn’t just a technical director at the Neurophotonics Center––she’s also a leading expert in the field of functional Near-Infrared Spectroscopy (fNIRS), with a keen interest in community work. While there are […]
"A Light Breakfast" is a limited summer series in which Boston University Photonics and Neurophotonics Center graduate students who previously attended the Photonics Center Research Experiences for Undergraduates (REU) program are interviewed over breakfast at a food stop in or around BU's campus.
Thierry Lapointe-Leclerc knows that science would be nowhere without the dedication and passion of the researchers behind it.
by Danny Giancioppo Although Assistant Professor Tim O’Shea (BME, MSE) was always interested in STEM, it wasn’t until his junior year of high school that his interest evolved into a personal mission. Growing up in Brisbane, Australia, there was a surplus of mining and mechanical engineering opportunities in the state, lending itself to a vibrant […]
Ariane Garrett is no stranger to innovation. As a Biomedical Engineering PhD student in Professor Darren Robyler’s lab, she’s changing the game for medical professionals with her work on a new device that measures blood pressure with more frequency and precision than currently available technology.
The Howe Lab studies how neural circuits motivate and direct actions to reach desired goals, and they have developed optical tools that allow them to study activity in a large structure located deep in the brain—called the striatum—which plays a critical role in such processes.