UR BME Well Represented at BMES Meeting
Saturday, October 15, 2011
(Left to right): Kris Billiar, BMES Chair of the
Student Affairs Committee, Cassie Gorman,
UR BMES chapter member, and
Dr. Richard Waugh, BMES President.
The UR Biomedical Engineering
department was well represented at this year's
Society Annual Meeting in Hartford, Connecticut. In attendance were 5 faculty members,
including Dr. Richard Waugh
(BME Department Chair and
President), 5 graduate students, 2 staff members, and 24 undergraduate students, who presented posters and
spoke about their research.
The event was highlighted with the UR BME
Student Chapter being awarded the Student Chapter Mentoring Program Award. This award recognized
the UR BME
mentoring program, established in 2010 by Ben Freedman BME
'11. The program pairs upperclassmen and graduate students with freshmen and sophomores and encourages
communication between class years and the passing of knowledge about classes, workloads and in the future,
Dr. Richard Waugh Delivers Sigma Kappa Tau Lecture at CCNY
Thursday, May 19, 2011
Professor Richard Waugh, Ph.D., BME Department Chair, delivered the Sigma Kappa Tau endowed lecture at the City College of New York on May 18. The engineering social fraternity was established at CCNY during the post-Depression years to help students deal with some of the stress and pressure of the times. The Waugh Lab's research centers on the deformability of blood cells and how blood cell deformability plays a role in health and disease.
Researchers Investigate Why a Limited Number of White Blood Cells Are Attracted to Injured Tissue
Thursday, January 6, 2011
As any weekend warrior knows, an errant elbow or a missed ball can put a crimp in an afternoon of fun. The bruising and swelling are painfully obvious, but the processes occurring under the skin remain full of mystery. What is known is that leukocytes, or white blood cells, mobilize to protect injured body tissue from infection. What is not understood is why some leukocytes - but not others - are attracted to damaged tissue.
The response begins when leukocytes travel through blood vessels near the site of the injury and stop. Eight out of ten white blood cells will eventually continue traveling through the blood vessel, while the other two cells will actually enter the tissue to begin fighting against infection. Thanks to a $9.2 million grant from the National Institutes of Health, a research team led by Richard Waugh (Waugh Lab), Chairman of the Biomedical Engineering Department at the University of Rochester, is trying to find the reasons.
The project team includes: Minsoo Kim(Kim Lab) and Ingrid Sarelius of the University of Rochester; Michael King and Moonsoo Jin of Cornell University; Daniel Hammer of the University of Pennsylvania; and Micah Dembo of Boston University.Read More: Researchers Investigate Why a Limited Number of White Blood Cells Are Attracted to Injured Tissue