A passion for proteins
“Understanding how proteins function will help guide our understanding of how to develop drugs when proteins go rogue,” says UNC chemist Huong Kratochvil.
“Understanding how proteins function will help guide our understanding of how to develop drugs when proteins go rogue,” says UNC chemist Huong Kratochvil.
When the senior graduates on Dec. 17, she will do so with a double major in biology and neuroscience and her sights set on medical school.
Huebsch, who graduates on Dec. 17, followed her passion for creating climate change solutions to an extraordinary undergraduate experience as a chemistry major at Carolina.
Postdoctoral Awards for Research Excellence (PARE) are given in recognition of the research promise demonstrated by individual postdoctoral scholars. Meet this year’s recipients, including those in the College of Arts and Sciences.
The award supports a collaborative project between UNC-Chapel Hill and NC State University. Researchers will develop a new short-wave infrared light camera and train a diverse group of students in using innovative technologies.
The institute’s Faculty Fellowship Program will provide support for Frank Leibfarth, associate professor in the department of chemistry, whose research includes expanding options for recycling.
Alex Zhukhovitskiy, assistant professor of chemistry, has been selected to receive an Early Career Award from the Army Research Office, a directorate of the U.S. Army Combat Capabilities Development Command Army Research Laboratory.
Collaboration is one of the most important skills for graduate students to experience. The UNC department of chemistry hosts an annual three-day competition called Sci-athon that invites teams of graduate students from various STEM disciplines to come up with the next big idea in chemistry.
Two faculty in the College of Arts and Sciences have received The Graduate School’s Faculty Awards for Excellence in Doctoral Mentoring: Gary Pielak in the department of chemistry and Kumi Silva in the department of communication.
UNC researchers James Cahoon and Taylor Teitsworth show how silicon nanowires that can convert light into electricity were engineered to split water into hydrogen and oxygen in a paper published Feb. 8 in Nature.