Sakiyama-Elbert elected fellow of Biomedical Engineering Society
Shelly Sakiyama-Elbert, PhD, has been elected to the Biomedical Engineering Society Class of 2013 Fellows. Sakiyama-Elbert, professor and associate chair of biomedical
engineering, was one of seven elected to the class. Fellows are selected
for demonstrating exceptional achievements and experience in the
biomedical engineering field and for their membership and participation
in the society.
Wang wins IEEE Biomedical Engineering Award
Lihong Wang, PhD, will receive the 2014 IEEE Biomedical
Engineering Award, the highest honor conferred by the Institute of
Electrical and Electronics Engineers (IEEE) in this field. Wang,
the Gene K. Beare Distinguished Professor of Biomedical Engineering at
Washington University in St. Louis, was selected for his pioneering
contributions to the field of photoacoustic tomography, a novel imaging
technology he developed that uses light and sound to measure change.
Viral infection and specialized lung cells linked to chronic obstructive pulmonary disease
School of Medicine researchers have described another link in the chain of events that connects acute viral infections to the development of chronic obstructive pulmonary disease (COPD). Their discovery points to a new therapeutic target for COPD, an extremely common disease of the lower airways. The image depicts airway epithelial cells from lung tissue of a COPD patient.
Remembering to remember supported by two distinct brain processes
New research from Washington University in St. Louis sheds light on the brain mechanisms that underlie a type of memory, known as prospective memory, revealing two distinct processes that support our ability to remember to remember.
Friedman Center hosts Global Aging Initiative in South Korea
Chancellor Mark S. Wrighton welcomed more than 60 scholars from around the world — including Washington University in St. Louis and representatives from the McDonnell International Scholars Academy partner institutions — to Seoul, South Korea, in June for the Global Aging Initiative. The meeting, sponsored by the Harvey A. Friedman Center for Aging at WUSTL’s Institute for Public Health, was the first opportunity for scholars to connect and identify opportunities for collaboration on cross-national aging-related research.
Incoming medical students take the plunge
Incoming medical students took part last week in the Washington University Medical Plunge, or WUMP, a weeklong crash course in public health, diversity and health-care disparities. Pictured are students Ally Schelble (left) and Harleen Grewal helping prepare teaching materials for the upcoming school year at Epworth Children & Family Services. WUMP introduces students to myriad opportunities to volunteer.
Three medical faculty named Wolff professors
Three highly regarded faculty members in the Department of Medicine have been named Alan A. and Edith L. Wolff Professors in their
respective fields. They are (from left) Daniel C. Brennan, MD, Chyi-Song Hsieh, MD,
PhD, and Daniel S. Ory, MD.
Semester Online registration extended until Aug. 26
Washington University students still can enroll in one of the 11 online courses being offered this fall through Semester Online, a consortium of top peer universities. Students have until Aug. 26 to register. Courses include a live weekly class plus pre-produced online content that engages students, such as guest interviews and panel discussions.
Protein that delays cell division in bacteria may lead to the identification of new antibiotics
Bacteria adjust to wide fluctuations in food supply by controlling how big they get and how often they divide. Scientists at Washington University in St. Louis have just worked out the control system E. coli use to delay division so they can bulk up when food suddently becomes abundant. What can be delayed can also be stopped, so the control system may provide an opportunity to design a new class of antibiotics.
Brain’s flexible hub network helps humans adapt
New research from Washington University in St. Louis offers compelling evidence that a well-connected core brain network based in the lateral prefrontal cortex and the posterior parietal cortex — parts of the brain most changed evolutionarily since our common ancestor with chimpanzees — contains “flexible hubs” that coordinate the brain’s responses to novel cognitive challenges.
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