Our undergrads have been busy the last 8 months!
- Jennifer, and Josh presented at the Spring OUR Symposium in April. Due to COVID they presented a virtual poster, and did a great job! Jennifer presented on her work with Emily: Location of Brachial Plexus Birth Injury Deferentially Affects Humeral Bone Growth. Josh presented on his collaboration with Jason: Increasing Computational Throughput of Heterogeneous Bone Tissue Models
- Annie Kate presented at the Summer OUR Symposium:
- Four of our undergrads were selected as Abrams Scholars: Annie Kate, Vince, Jennifer, and new lab member Kathryn. Annie Kate and Kathryn will be working with Sandra on her bone-on-a-chip project, Vince will continue his work with Jason, and Jennifer will continue to work with Emily. Abrams Scholars are outstanding BME undergraduate students who are selected to receive a stipend to conduct hands-on laboratory research projects. These projects are conceived and designed by the students with the guidance of a faculty mentor. The Abrams Scholar program honors C. Frank Abrams, Jr., a BME and BAE emeritus faculty member. Dr. Abrams led the development of the first courses in Biomedical Engineering at NC State and was instrumental in the founding of NC State’s BME Department, the creation of the joint UNC-CH/NC State graduate program, and ultimately the launch of the UNC-CH/NC State Joint BME Department. He was the Joint Department’s first senior design instructor as well as the first Director of Graduate Studies.
- Four of our undergrads were awarded OUR grants: Vince and Jennifer for the fall semester and Annie Kate and Deeqa for spring 2021.Vince’s project, Optimizing finite element analysis of cancelous bone through microdamage simulation, will support his project working with Jason. Jennifer will continue her work on the BPBI project: Effects of BPBI on humeral bone metabolism. Deeqa will also work on the BPBI project: Effect of BPBI on muscle-bone crosstalk. Annie Kate will be working with Sandra: Examining bone-vascular interactions post-stroke using a bone-on-chip platform.