One way to measure the success or influence of a researcher is to consider how many times they’re cited by other researchers. Every published paper requires a reference section listing relevant earlier papers, and the Web of Science Group keeps track of how many times different authors are cited over the course of a year.
In 2019, two members of the Penn Bioengineering department, Jason Burdick, Ph.D., and Danielle Bassett, Ph.D., were named Highly Cited Researchers, indicating that each of them placed within the top 1% of citations in their field based on the Web of Science’s index. For the past year, only 6,300 researchers were recognized with this honor, a number that makes up a mere 0.1% of researchers worldwide. Bassett’s lab looks at the use of knowledge, brain, and dynamic networks to understand bioengineering problems at a systems-level analysis, while Burdick’s lab focuses on advancements in tissue engineering through polymer design and development.
Burdick’s and Bassett’s naming to the list of Highly Cited Researchers demonstrates that their research had an outsized influence over current work in the field of bioengineering in the last year, and that new innovations continue to be developed from foundations these two Penn researchers created. To be included among such a small percentage of researchers worldwide indicates that Bassett and Burdick are sources of great impact and influence in bioengineering advancements today.
Jason Burdick, Robert D. Bent Professor in the Department of Bioengineering, has been named a Fellow of the National Academy of Inventors (NAI), an award of high professional distinction accorded to academic inventors. Elected Fellows have demonstrated a prolific spirit of innovation in creating or facilitating outstanding inventions that have made a tangible impact on quality of life, economic development and the welfare of society.
Burdick’s research interests include developing degradable polymeric biomaterials that can be used for tissue engineering, drug delivery, and fundamental polymer studies. His lab focuses on developing polymeric materials for biomedical applications with specific emphasis on tissue regeneration and drug delivery. Burdick believes that advances in synthetic chemistry and materials processing could be the answer to organ and tissue shortages in medicine. The specific targets of his research include: scaffolding for cartilage regeneration, controlling stem cell differentiation through material signals, electrospinning and 3D printing for scaffold fabrication, and injectable hydrogels for therapies after a heart attack.
The annual meeting of the Biomedical Engineering Society (BMES) will be held in our hometown of Philadelphia October 16-19, 2019. The professional society for bioengineers and biomedical engineers will be taking over the city of Brotherly Love, and lots of faculty and students from Penn’s Bioengineering will be attending and presenting their research.
As previously mentioned here, Jason Burdick, Ph.D., the Robert D. Bent Professor of Bioengineering, is one of three chairs of the 2019 annual meeting. He shares this position with two other local faculty: Alisa Morss Clyne, Ph.D., Associate Professor of Mechanical Engineering and Mechanics at Drexel University; and Ruth Ochia, Ph.D., Associate Professor of Instruction in Bioengineering at Temple University. They have worked together since their appointment in 2017 to plan and chair the Philadelphia conference. Check out the video below with details of what to expect from BMES in Philly.
For those of you who have never been to BMES, the event is comprised of a mixture of academic and networking events, including keynote talks from top researchers, thousands of oral and poster presentations, participants from around the world, and social receptions. To plan your itinerary, click here for the program and agenda and here for the schedule at a glance. With the meeting being held locally this year, there are far too many presentations by Penn Bioengineering faculty and staff to list here, so check out BMES’s searchable scientific program or our searchable schedule of Penn faculty student activities at this year’s meeting (separated by day).
For those interested in social events and networking, check out two back-to-back events on Friday night. From 6:30-8:30 pm, Penn’s Department of Bioengineering, CEMB, and LRSM will host a reception at the Philadelphia Marriott Downtown, Salon E. This will be followed by the meeting’s big BMES Dessert Bash at the Franklin Institute from 8:30-10:30 pm. (Please note: These events are open to registered conference participants only.) For those sticking around, there are no shortage of things to do in Philly, whether you are looking to site-see, shop, or dine.
We hope everyone has a wonderful time at the conference and enjoys Philadelphia! Let us know what activities you are enjoying most by tagging us on Twitter @pennbioeng or Instagram (pennbioengineering) and using the hashtag #pennbioengineering.
The Acta Biomaterialia Silver Medal is an award from the monthly peer-reviewed scientific journal Acta Biomaterialia that recognizes leaders in academia, industry, and the public sector for mid-career leadership in and significant contribution to the field of biomaterials engineering. Dr. Burdick is the third recipient of the award so far, which includes a silver medal, an inscribed certificate, and reward of $5000. As the principal investigator of the Polymeric Biomaterials Laboratory in Penn’s Department of Bioengineering, Dr. Burdick leads research with a focus in polymer design, musculoskeletal tissue engineering, the control of stem cells with material cues, and the control of molecule delivery with polymers.
Specifically, Dr. Burdick’s innovation in the application of hydrogels to the musculoskeletal and cardiovascular systems brought him recognition for this award. His recent publications in Acta Biomaterialia include a study of bioactive factors for cartilage repair and regenesis in collaboration with fellow Penn Professor of Bioengineering Robert Mauck, Ph. D, and a study of adhesive biolinks that mimic the behavior of the extracellular matrix. The Acta Biomaterialia Silver Medal is only the most recent of several awards that Dr. Burdick has received, including both the George H. Heilmeier Faculty Award for Excellence in Research and the Clemson Award for Basic Research, and we can’t wait to see where his continued innovation in biomaterial engineering will take him next.
As different as muscle, blood, brain and skin cells are from one another, they all share the same DNA. Stem cells’ transformation into these specialized cells — a process called cell fate determination — is controlled through various signals from their surroundings.
A recent Penn Engineering study suggests that cells may have more control over their fate than previously thought.
Jason Burdick, Robert D. Bent Professor of Bioengineering, and Claudia Loebel, a postdoctoral researcher in his lab, led the study. Robert Mauck, Mary Black Ralston Professor for Education and Research in Orthopaedic Surgery at Penn’s Perelman School of Medicine, also contributed to the research.
The University of Pennsylvania’s Department of Bioengineering is proud to announce that Professor Jason Burdick, PhD, has been named the Robert D. Bent Chair. Robert Bent is an internationally recognized nuclear physicist who spent most of his career at Indiana University.
A PhD in Chemical Engineering from the University of Colorado (2002), Dr. Burdick was a postdoc in Robert Langer’s lab at MIT before coming to Penn in 2005 as Wilf Family Assistant Professor. He was tenured with a promotion to Associate Professor in 2010 and subsequently promoted to Professor in 2013. His research, which focuses on the development of polymeric biomaterials for tissue engineering and drug delivery, has earned him recognition including an NSF Career Award, the American Heart Association Established Investigator Award, and most recently the Heilmeier Research Award and Clemson Award for Basic Research.
“This chair recognizes Jason’s prolific and deep scholarly contributions to the field of biomaterials, in addition to his leadership at Penn and beyond,” said David Meaney, PhD, Chair of the Bioengineering Department. “For anyone who saw Jason’s Heilmeier lecture, you know how impactful his work has been in the field.”
It was a big week’s for Penn Bioengineering‘s Jason Burdick, PhD. This week Dr. Burdick, who is Professor of Bioengineering, received the George H. Heilmeier Faculty Award for Excellence in Research and the Clemson Award from the Society for Biomaterials. Receiving the Heilmeier Award on Tuesday, April 10, Dr. Burdick presented a lecture entitled “”Engineering Hydrogels for Applications in Drug Delivery and Tissue Repair.” Two days later at the annual meeting of the Society for Biomaterials in Atlanta, he received the Clemson and lectured as well.
The Heilmeier Award is named for George H. Heilmeier, PhD, an alumnus in electrical engineering from Penn and Princeton and executive at RCA, Texas Instruments, DARPA, and other organizations who died in 2014. Dr. Burdick is the sixth BE faculty member (including secondary faculty) to win the award since its institution in 2002. The Clemson awards are given yearly in three areas: basic research; applied research; and contributions to the literature. Dr. Burdick is the first-ever Clemson recipient from Penn. In addition, his PhD student Leo Wang won the Student Award for Outstanding Research by a PhD candidate.
“I am very honored to receive these two awards,” Dr. Burdick said, “which are really reflections of the great lab members that I have had over my years at Penn, as well as the support of fantastic colleagues and collaborators.”
Jason Burdick, Ph.D., who is a professor in the University of Pennsylvania’s Department of Bioengineering, has been named one of the three chairs of the 2019 annual meeting of the Biomedical Engineering Society (BMES), which be held here in Philadelphia on October 16-19. Dr. Burdick will share this position with two other Philadelphians: Alisa Morss Clyne, Ph.D., an associate professor of mechanical engineering and mechanics at Drexel University; and Ruth Ochia, Ph.D., an associate professor of instruction in bioengineering at Temple University. Drs. Burdick, Clyne, and Ochia will share the responsibility for planning the meeting and chairing it once it is in session.
“I am very happy to be appointed as a program chair for the 2019 BMES meeting in Philadelphia, along with Alisa Morss Clyne of Drexel University and Ruth Ochia of Temple University,” Dr. Burdick said when asked about the honor. “The three of us felt that it was important to represent the various biomedical engineering research and education programs within the city of Philadelphia, since the meeting will be held here. There is such a wealth of biomedical engineering efforts in Philly that provides great opportunities to engage in outreach and interaction with both the community and local industry during the meeting.”
New research by faculty in the University of Pennsylvania Department of Bioengineering is examining the interplay between cells and their environment and how they impact the cells’ ability to grow and spread, showing that stiffness is not the only factor researchers should consider when studying this process.
The relationship between cellular adhesion and spread is a key factor in cancer metastasis. Better understanding of this dynamic would improve diagnosis of the disease and provide a potential target in combating it; reducing the ability of cells to grip their environment could keep them contained.
The study, published in the Proceedings of the National Academy of Sciences, was led by Vivek Shenoy, professor in the Department of Materials Science and Engineering, co-director of Penn’s Center for Engineering Mechanobiology, and a secondary faculty member in the Department of Bioengineering, along with Xuan Cao and Ehsan Ban, members of his lab. They collaborated with Jason Burdick, professor in the Department of Bioengineering, Boston University’s Christopher Chen, the University of Michigan’s Brendon Baker and the University of Hong Kong’s Yuan Lin.
This collaboration reflects work of The Center for Engineering Mechanobiology, a National Science Foundation-funded Science and Technology Center that supports interdisciplinary research on the way cells exert and are influenced by the physical forces in their environment.
Previous work from Shenoy’s group has shown that the relationship between cancer cells and the extracellular matrix is dynamic, containing feedback mechanisms that can change the ECM’s properties, including overall stiffness. One earlier study investigated how cancer cells attempt to strike a balance in the density of the fibrous netting surrounding them. If there are too few fibers to grip, the cells can’t get enough traction to move. If there are too many, the holes in the net become too small for the cells to pass through.